PROCEEDING
 Volume 2
          Ml NNESOTA
 May 13-14-15, 1969
 Duluth, Minnesota
 Executive Session
 September 3O-October 1, 1969
 Duluth, Minnesota
 Pollution of Lake Superior and
 its Tributary Basin, Minnesota-
 Wisconsin-Michigan
       U.S. Department of the Interior • Federal Water Poll ution Control Administration

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STATEMENT OF:                                                      PAGE;




Honorable Gaylord Nelson                                            314




Honorable Walter F. Mondale                                         330




Dr. A. F. Bartsch                                                   333




John P. Badalich                                                    337, 406




Robert Rygg                                                         343




Ed Fride                                                            362




Edward M. Furness                                                   364




Edward Schmid                                                       381




Earl H. Ruble                                                       395




Honorable Frank Shearing                                            426




Honorable Richard Mahal                                             430




Axel Jensen                                                         433




Lloyd Shannon                                                       435




Robert Hanson                                                       437




Wallace Johanson                                                    440




Francis H. Schraufnagel                                             444




Thomas G. Frangos                                                   539, 543




John Wroblewski                                                     541




Douglas County Board of Supervisors                                 544




Five County Development Group                                       545




Victor Schmidt                                                      546




Donald I. Mount                                                     551




John G. Blackburn                                                   554




Lloyd L.  Falk                                                       558




Martin Hanson                                                       631

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STATEMENT OF;                                                      PAGE:




Wisconsin Federation of Women's Clubs                               648




Wisconsin Wildlife Federation                                       649




Dr. Culver Prentice                                                 651




Dr. Don Covill Skinner                                              654




Charles Ho Stoddard                                                 666




Wisconsin Conservation Congress                                     679




Robert J. Sneed, M0D.                                               680




Anne Fancher                                                        683




Roger Bodin                                                         686, 703




Richard O'Leary                                                     688




Steve Astmann                                                       690




Ashland County New Democratic Coalition                             696




Ernest J. Korpela                                                   698




Moqua Mens Club                                                     701




Wisconsin League of Women Voters                                    707




Duluth Chamber of Commerce                                          710




Robert Babich                                                       714




James T. Shields                                                    728




Richard J. Thorpe                                                   734




Milton Pelletier                                                    738




Mrs. Arlene Harvell                                                 754




Michigan Chapter Save Lake Superior Association                     765




Dr. Louis G. Williams                                               766




Dale W. Olsen                                                       791




Donald Andrews                                                      805




Minnesota Environmental Defense Council                             808




John Pegors                                                         811




Rice Area Sportsman's Club                                          813

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                                                                         314
                    Honorable Gaylord Nelson

               9:00 a.m., Wednesday, May 14, 1969
               Mr. Dominick:  The conference will come to order.
               I understand that we had some difficulty yesterday with
   the microphones in the back of the room.  If anyone has any difficulty
   in hearing today, please notify us up here at the head table so that
   we can have the microphone adjusted.
               We will hear first this morning from Mr. John Heritage,
   who is representing Senator Gaylord Nelson.
               Mr. Heritage.


               STATEMENT OF THE HONORABLE GAYLORD NELSON,
               UNITED STATES SENATE
               WASHINGTON, D.  C.
               (Read by JOHN HERITAGE, LEGISLATIVE DIRECTOR
                OFFICE OF SENATOR NELSON)

               MR. HERITAGE:  The Senator wanted very much to be here
   toady, but he can't.  The doctors told him that he has a virus
   infection, which is similar to one he had 2 years ago that kept him
   in bed 2 weeks, and ordered him to bed.
               As you know, he is very interested in the deliberations
   and the conclusions of this conference.
               He has prepared a statement.  I will submit the statement
   for the record in its entirety, and will read portions of it.* So I
   will proceed.      Thank you.


* Statement follows in its entirety.

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                                                                      315
                 Honorable Gaylord Nelson






            Mr. Chairman, conferees, and ladies and gentlemen:




            One of the most serious and pervasive "by-products" of




American progress has been the pollution of almost every major body




of water in this country by wastes of all kinds, colors, shapes,




and smells.




            We have polluted rivers in our urban areas so badly that




in some cases they are fire traps.  But we have also polluted waters




in the most remote areas of the country.  This is exactly what is




threatening now in some portions of the Boundary Waters Canoe Area.




            For decades we have hidden our eyes and hoped the growing




pollution problem would go away.  But in recent years it has been




too obvious and too gross to ignore.  In fact, water pollution has




generated a national concern that with each succeeding year is more




insistent on immediate and effective action.




            In our own region we have seen the voters of both Wisconsin




and Michigan support bonding issues in the hundres of millions of




dollars to fund pollution cleanup.  And we have all seen the intense




citizen interest in Minnesota, Wisconsin and Michigan over the fate




of Lake Superior.  Since its formation in February, 780 people have




joined the Save Lake Superior Association.




            It has been gratifying to see the results when the people




really speak out, as they have on the pollution issue.  Under precedent-




setting Federal acts, water quality standards have been set and Federal-




State enforcement conferences have been held all over the country in




a national effort to stem the tide of pollution.

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                                                                       316
                 Honorable Gaylord Nelson




            Already 45 Federal-State conferences have been held to




abate the pollution of interstate waters from Boston Harbor, the




Potomac River and Lake Erie in the East, to Lake Michigan and part




of the upper Mississippi River in our region, to Puget Sound and




the Snake River in the West.




            But perhaps the most important enforcement conference




yet is the one we are undertaking here this week to abate and




prevent pollution of Lake Superior.  The conference was called by




former Secretary of the Interior Stewart Udall after I had for




several years been urging such action either by the Governors or by




the Secretary.




            It is no small question, no minor concern.  The




dimensions and the values of this natural resource are almost




without parallel.




            Let me describe Lake Superior in terms of what it means




not only to us but to this country and to the world.




            By volume it is the third largest body of fresh water on




earth, almost 3,000 cubic miles.  Only Lake Baikal of Russia and




Lake Tanganyka of Africa are larger.




            The shoreline of the lake stretches 2,976 miles, and is




perhaps Lake Superior's most precious asset.  The three States share




1,427 miles of the shore; Ontario, Canada, has 1,549 miles, making




it truly an international lake.




            The Federal report does a good job of describing the




sweep of the shoreline:  "The wide sand beaches of Whitefish Bay, the




great perched dunes near Grand Marais, the sheer cliffs of the

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                                                                   317
                 Honorable Gaylord Nelson




Pictured Rocks, the remoteness of the Huron Mountains, the Apostle




Islands, Split Rock Lighthouse, Isle Royale National Park, and all




the many miles of primeval wilderness constitute a most valuable




recreation and aesthetic resource."




            But words aren't adequate for the feeling one has




standing on that ancient shore, sensing the whole history of the




earth unreel in the rocks, the cold waters, the fog of even a




summer morning.  One gains an impression, then rather humbly, of




the forces that created man, the same forces that can just as




easily sweep him away.




            Lake Superior  is pure as well.  So pure one can see




a trout at depths of up to five fathoms.  So pure the National




Water Quality Laboratory was located near Duluth in good part




because thj.s is one of the few places where they would not have




to import water clean enough  for their baseline work.




            I should add parenthetically that the North Shore is




aji especially fitting location for this national fresh water labora-




tory for another reason, it is in the District of Congressman John




Blatnik, who has been one  of the most ardent and effective advocates




for clean water in this country.  No one in the Congress has been




more dedicated and effective in the cause of protecting the quality




of our public waters than  John Baltnik and we owe a great deal to him




for the very Federal statutes which authorize conferences such as these,




            On the North American continent there is simply no body




of water to compare with this lake, in volume, in purity, in value.

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                                                                      318
                 Honorable Gaylord Nelson




            And left to its own devices, with its small drainage




basin and infertile rock, Lake Superior would remain pure for




thousands of years, unchanged, almost ageless.




            Yet experience has shown us that there is little reason




for comfort about the future of any resource in the world, especially




in this age of expanding population, cities, industry, and technology.




            Lake Baikal, almost twice the volume of Superior, has




pollution problems, primarily from the wastes of several big




industries.




            We are even on the way now to polluting the oceans.   Our




progress is marked by the newspaper reports about oil spills, red tides,




poisoned shellfish, and Antarctic penguins with DDT in their bodies.




            Call the roll of lesser but still impressive bodies of




water, Switzerland's Lake Zurich, Wisconsin's Lake Mendota and




Lake Menoa, New York's Lake Cayuga and Lake George, Florida's Lake




Okeechobee, or of the hundreds of inland lakes in the Upper Midwest




and nationwide that are often so thick with algae they are like pea




soup.  They are severely polluted, and it will take decades and




millions of dollars to restore them.  Or of the hundreds of inland




lakes in the Upper Midwest and nationwide that are often so thick with




algae they are like pea soup.  They are severely polluted, and it will




take decades and millions of dollars to restore them.  Or the Great




Lakes less than two centuries ago explorers and settlers of this




region found the lakes remarkably crystal clear and pure.  In effect,




five Lake Superiors.

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                                                                      319
                 Honorable Gaylord Nelson




            But gross pollution is winding its way rapidly up the




chain.




            Lake Erie is a dying lake.   Game fish are on the way




out.  Municipal and industrial wastes have closed bathing beaches




from Detroit to Cleveland.  The stench from rotting algae can be




smelled for miles around.




            Lake Michigan is on the way.  Severe pollution is




occurring in the southern end, in the Green Bay area, and along




the shoreline.  The lake's fishery has suffered the scourge of the




lamprey and the alewife, both introduced from the sea by man's




action.  Now the pesticides DDT and dieldrin  have concentrated in




the lake to such high levels that they threaten sports and commerical




fishing.




            Lake Ontario is suffering the same destruction as Lake




Erie, where it gets 85 percent of its waters.




            Trouble spots have shown up on Lake Huron, especially




near heavily populated areas.




            These Great Lakes, once a magnificent example of the




works of nature, are now a sad monument to the follies of man.




            And it can happen on Lake Superior.




            The Federal report points out the delicacy of this body




of water, its clarity is extremely susceptible to being reduced by




pollutants.  Addition of a few parts per billion of heavy metals will




have lasting deleterious effects on the lake.  Sedimentation will




damage fish spawning areas, which are already limited by the nature




of the lake.  The deep blue color, valuable aesthetically and for

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                                                                       320
                 Honorable Gaylord Nelson




tourists, can be changed by tiny particles in suspension.




            "The quality of Lake Superior is so high compared to




other lakes that the early signs of damage may go undetected or may




be excused as being insignificant," the report says.




            Small changes wrought by man will set off a chain of




events that could change this lake beyond present recognition.  In




more ways than one, it is clear that this giant of a lake  has an




Achilles Heel.  It is a Goliath that can be slain by a David, though




I doubt the event would be remembered as one of our heroic feats.




            Maybe it would qualify, though, for Ripley's "Believe




it or not".




            Or maybe we could say, "We 've finally moved this region




into the mainstream of progress.  We've polluted Lake Superior."




Not too long ago in America that was the attitude, and it  was once




tolerated.




            We haven't by any means polluted this lake yet.  But




the danger flags are up:




            Municipal wastes are being discharged directly into the




lake or into the drainage basin from 93 cities, towns, and districts.




In many cases treatment is at the outmoded primary level,  or is




nonexistent, although pollution control programs of the three States




are under way and, if followed, will improve treatment.




            Industrial wastes are being discharged from 61 industries.




In many cases, control is nonexistent or completely inadequate, and




for some sources abatement schedules have not yet been set by the

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                                                                      321
                 Honorable Gaylord Nelson




States.   I urge that such schedules be set as quickly as possible




so pollution from these sources can be eliminated.




            Wastes are also being discharged from Federal




installations and facilities.   Here again controls are in instances




completely inadequate, and it  is critical to the integrity of the




Federal program that the pollution be stopped.




            Erosion in northwestern Wisconsin's red clay area has




damaged valuable trout and recreational streams, discolored Lake




Superior waters off the south  shore of the lake, and is damaging the




lake's aquatic life.  I urge State and Federal officials to initiate




a major program of soil conservation and stream bank stabilization




on south shore streams and watersheds, based on recommendations of




the Red Clay Committee.  I will reintroduce legislation shortly which




would aid in this effort.




            Hundreds of commerical, sports and Federal vessels are




dumping untreated wastes directly into the lake.




            The U. S. Army Corps of Engineers continues to con-




tribute to pollution by dumping its harbor dredgings into the lake.




Last year the Corps dredged 1  million cubic yards from harbors in




Lake Superior and dumped most  of it in open water.  It is urgent that




current Corps studies and hearings produce results shortly.




            As in any other major shipping or industrial area, Lake




Superior faces the continued danger of disastrous oil leaks and




spills, the effects of which we saw recently at Santa Barbara.

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                                                                       322




                 Honorable Gaylord Nelson




            On the Canadian side,there are indications that both




American-owned-and-Canadian paper mills are discharging untreated




effluent directly into the lake.  Effective protection of Lake




Superior will require international cooperation, and perhaps inter-




national agreements, which I hope this conference will study and




recommend.




            For pollution sources on the American side, the Federal




report makes 20 recommendations.  Most are excellent, and some are




precedent-setting in their acknowledgment that Lake Superior is a




priceless national heritage not only for us but for future generations.




            For instance, the report recommends some cf the strictest




interstate water quality standards in the history of the national




program.




            With two exceptions, I concur wholeheartedly with this




and the other recommendations of the report, and urge their adoption




and immediate implementation by the conferees.




            The exceptions are important ones.




            First, I urge that upgraded standards as strict as those




proposed by the report for Lake Superior itself eventually be set




throughout the entire drainage basin.  The conferees should adopt




long-range timetables to accomplish this.




            I don't believe any other course will assure  long-term




protection of the unique water quality of the lake.




            In some instances, lower quality standards, such as




"limited body contract," are being set for portions of rivers




entering the lake.   Examples of this are sections of the Montreal and

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                                                                     323
                 Honorable Gaylord Nelson




St. Louis Rivers.  This means that improved but still lower quality




waters will continue to be fed into the open lake, possibly setting




off the kind of chain reaction which could seriously alter the




ecology of Lake Superior.




            The upgraded standards should require that in time wastes




discharged anywhere in the basin must be first treated to the highest




degree technology will reasonably permit, or be disposed of elsewhere.




            Further, such standards should as a general rule prohibit




the discharge of significant new volumes or kinds of wastes into the




basin.




            Only in this way can we assure that the new industries




and the new or expanded communities which are ligitimate parties in




the sharing of this resource will not, with existing users, damage




it beyond use for all.




            If we hesitate on such standards, it is inevitable that




as the population of this region increases , we will be faced over




the years ahead not with a trickle of pollutants, but with a deluge.




            A sample is the gaseous diffusion plant which has been




discussed for a location 20 miles from here near the Lake Superior




shore.  In producing fuel for nuclear power reactors, this massive




plant reportedly would use more than 2 billion gallons of Lake




Superior water a day, and return it heated to the lake.




            Thermal pollution has become a national issue, as we




learn more about the serious effects of heating our lakes and streams.

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                                                                       324
                 Honorable Gaylord Nelson




            Nowhere is there greater cause for concern than in this




region.  On Lake Michigan alone six nuclear power generating plants




will be in operation by 1973.  If power industry growth continues




at its present rate, the result will be an increase by several degrees




in the temperature of the entire lake.  Not one of the plants is




installing systems to cool the water before it is discharged back




into the lake or is planning to ship away all liquid radioactive




wastes.




            No nuclear power facility of any sort, including the




gaseous diffusion plant, should be allowed to operate on Lake




Superior or in the drainage basin unless it eliminates all heat




and radioactive discharges that technology will permit.  A nuclear




power generating plant in Sacramento, California, is being designed




to discharge no heat and no radioactivity into the water.




            Standards such as these are not without precedent.  The




State of New Jersey has set similar ones on several of i^3 valuable




fresh water lakes.  And there is a total prohibition against discharge




of any wastes into Lake Tahoe.




            Second, it is a matter of serious concern that the




Federal report does not make firm recommendations for action now




regarding Reserve Mining Company's discharge of taconite tailings




at Silver Bay.




            I think there is ample evidence that action in this




matter is justified and necessary for protection of Lake Superior.




            Since 1956 more than 190 million tons, or 380 billion




pounds of taconite wastes have been put into the lake.

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                                                                    325
                 Honorable Gaylord Nelson




            One year of Reserve's tailings discharge nearly equals




30 years of natural discharge of sediments by all United States




tributaries to Lake Superior.




            If, as scheduled, the plant operates at current levels




for the next 40 years, it will put into the lake one trillion,




881 billion, 600 million pounds.




            If, as is possible with Reserve's ore body, the plant




operates for the next 90 years, the total tailings going into Lake




Superior from Silver Bay would reach 4 trillion, 233 billion,




600 million pounds.




            In northern Wisconsin, we have taconite ore reserves on




the Gogebic Range, which a gross estimate shows reach 1,000 million




tons for the first 100 feet.  This means we could discharge 1 or 2




trillion more pounds of taconite tailings into Lake Superior from




the Wisconsin side if a similar plant were built there.




            Where would it end?




            I believe this artificial discharge of massive amounts




of material into the lake is a pollutant and is bound to have serious




and possibly catastrophic long-range consequences.




            For instance, one of the specific conclusions of the




Federal report is that the tailings are already damaging the




ecology of a  portion  of  the  lake.




            The report also accepts conclusions of an earlier




Interior Department task force report which found that the tailings




are affecting critical lake values, such as the low mineral content,




extreme clarity, limited fish spawning grounds, and the deep blue




color of the water.

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                                                                      326
                  Honorable Gaylord Nelson




            Furthermore, the report contains evidence found just




last month that tailings are now present in the drinking watf T




supplies of Beaver Bay and Two Harbors, and in Duluth, some 50 miles




downshore from the Silver Bay plant.




            Not only does this raise public health questions but




it makes it almost inevitable that the tailings have moved to the




Wisconsin side.




            If there isn't adequate authority for action to properly




control this massive tailings discharge, I will ask that Congress




amend the pollution control laws.




            However, there are a number of authorities already




available to the conferees, and with the full support of the Governors




of all three States there appears to be little question that appro-




priate State and Federal action could be taken where necessary.




            First, the Minnesota permit for the Reserve operation




states that tailings outside a 9 square-mile zone in front of the




plant should not cloud or discolor the water, affect fish life or




public water supplies, interfere with navigation, or cause any public




nuisance.  I believe the discharge has exceeded terms of this permit.




            Second, the Lake Superior water quality standards of both




Minnesota and Wisconsin prohibit artificial discharges which will




cause nuisance conditions.  The standards also cover toxic and other




damaging materials and involve both State and Federal authorities.

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                                                                       327
                 Honorable Gaylord Nelson




            Third, by interdepartmental agreement the Army Corps




of Engineers' permit for the Reserve operation must consider pollution,




and the permit is now under review pending the recommendations of




this Conference.




            I understand from reliable reports that in recent weeks




the Federal Water Pollution Control Administration has taken bottom




samplings on the Wisconsin side of Lake Superior and has found that




they contain taconite tailings.  This makes it clear that pollution




of interstate waters is being caused by Reserve Mining Company's




tailings disposal at Silver Bay, and settles the dispute over the




question of whether this conference has jurisdiction over Reserve's




operation.




            It would be unfortunate if, with the evidence and with




the authorities available, the conferees were to accept a recommendation




calling only for continued surveillance.




            Alternative means for disposal of the tailings must be




extensively explored, and an early report must be made back to the




conferees for their consideration and decision in the near future.




            The same technological ingenuity which produced the




marvel of the taconite process must be put to work to prevent




pollution by the taconite wastes.




            Substantial costs will ba involved.




            But to cite just one example, United States Steel




Corporation has spent $235 million since 1950 for air and water




pollution control at its facilities around the country, including

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                                                                      328
                 Honorable Gaylord Nelson




its Iron Range plant.  U.S. Steel currently is spending $50 million




a year on these problems, and just 2 weeks ago announced major




new control steps.




            When costs are considered, the conferees should also




look at what society will pay in damages to the recreational asset




Lake Superior offers for the entire Nation, and in damages to the




commerical fishing industry.




            The damages will also be charged against Lake Superior's




great potential as a source of clean water for the mid-United States,




which faces some water shortages for all uses in the next few decades.




            But even more than this, American society would be




losing a natural resource that is a treasure and a heritage for




all time.  The quality of life for all Americans would be diminished




by it.  The difficulty in putting a price tag on this loss does




not diminish its importance at all.




            I believe it is time this Nation established a policy




that says pollution control must be a part of doing business.




            This is an ethic which I believe the American people




strongly support and which business must accept, and, in fact, is




accepting.




            It is time we said:  No one has a right to pollute the




air, the water, the land.  It belongs to us all and must not be used




for the special benefit of any community or company or individual.




There is no better place to start than on this lake, which is




uniquely well qualified for the very best protection we can give it.

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                                                                     329
                   Honorable David Dominick




            Mr. Dominick:  Thank you very much.




            I think it would be appropriate for me to clarify




certain points which have been raised since the beginning of this




conference.




            The Federal Water Pollution Control Administration




presentation at this conference has been based upon the material we




have prepared and set forth in our report entitled "An Appraisal of




Water Pollution in the Lake Superior Basin."  The information




contained in this report and presented orally by Federal Water




Pollution Control Administration personnel has been fully analyzed,




documented, and evaluated in accordance with our standard procedures.




In a word, this information which is fully supportable in the




opinion of our staff, and, as Dr. Donald Mount testified yesterday,




this is information which the Federal position can, quote, "stand




on," end quote.




            In the normal course of our investigations into the




water quality of Lake Superior, continuing water sample studies are




being conducted by National Laboratory personnel here in Duluth.




Questions such as the distribution of taconite tailings in the waters




of Lake Superior, the presence of taconite wastes in interstate waters




of Lake Superior and the pollutional effect of such wastes in such




waters - these questions are obviously of critical importance to the




Federal Water Pollution Control Administration, to the conferees




seated here, and to the continuing future actions of the Lake




Superior conference.

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                                                            330
                       Honorable Walter F. Mondale




        At the present time the water sample studies which I have




mentioned have not been fully analyzed, documented, or evaluated




in the judgment of responsible Federal scientists.  So from both a




scientific and legal point of view, it would be inappropriate to




consider these raw samples in the context of this conference at this




time.  The critical questions which I have mentioned will require




much further study, full analysis and evaluation of evidence before




satisfactory answers can be offered.  As proper evidence is obtained




and evaluated on these questions, this will be made available as




is always the case with such information to this conference and to




the public.




        I have a telegram here from Walter F. Mondale, United States




Senator, which I ask be placed in the record at this point.




        MR. MERRITT:  Are you going to read it, Mr. Chairman?




        MR. DOMINICK:  I would be happy to read it.




        MR. MERRITT:  Please.  (Mr. Dominick reading)




                                                       May 13, 1969




        I today repeat a plea made earlier to Governors Levander of




Minnesota and Knowles of Wisconsin to conferees at the Lake Superior




conference:




        1.  That conferees act decisively to save a priceless




natural resource, Lake superior, for this and future generations;




        2.  That the Governors of Wisconsin, Minnesota, and Michigan




endorse this conference and the full use of its authorities;




        3.  That the conferees identify all sources of pollution,




whether intrastate or interstate in character; and that State and




Federal authorities act prompltly to end pollution of Lake Superior.

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                                                          331
                       Honorable Walter F. Mondale




        Two official Department of Interior reports, one issued in




January, a second last month, have identified sources polluting Lake




Superior.  It is essential that all sources polluting the lake be




stopped.  In order to make certain this is done, we must have available




for use all possible authorities whether they be Federal, State or




local, so that pollution by any definition is dealt with.




        Of the five Great Lakes, Erie is near death; three others are




seriously polluted and remedial actions will take decades; if indeed




remedies for the pollution affecting them can be found at all.




        Of the five only Superior is relatively healthy.  It will not




long remain so if we fail to stem pollution before its effects become




irreversible.




        I strongly urge the conferees to act on the basis of the two




official reports; and to use the authorities available on all levels




of government to stop pollution from all sources.




        I will appreciate your inserting my comments in the conference




record.




        Signed, Walter F. Mondale, U. S. Senator.




        MR. MERRITT:  Thank you, Mr. Chairman.




        MR  VOGT:  Mr. Chairman, you indicate the staff has some




additional information regarding samples and the like and that you




are collecting additional information, apparently, all the time, and




that you are in the process of evaluating this data and that this




will be reported to the conferees at some future time.  At what time




would you estimate that this additional data would be available, not




only the data, but your evaluation or your staff evaluation?

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                                                                      332
            MR. DOMINICK:  I am not able to give you a time estimate




at the moment.  These studies are going to have to be done on a




continuing basis.  Sufficient evidence will have to be obtained, and




I am not prepared as a layman to discuss with you the amount of time




that this would take.




            MR. VOGT:  Well, then, do you think that conclusions can




be arrived at here by the conferees as far as this conference is




concerned on this point?




            MR. DOMINICK:  I think that I made it clear in my state-




ment.  If I did not, I will clarify it now,, that the Chairman




believes that this conference at this stage should confine itself to




the information which has been gathered, analyzed,and fully  evaluated




and presented both in the report, which we have before us, and




orally by Federal officials. In other words, we have to have a




specific body of information before us for the conference to act in




accordance with the recommendations that we have before us.




            MR. VOGT:  Are you saying, then, that as additional




information is placed before the conferees any decision that might




be arrived at on the basis of current data might be altered?




            MR. DOMINICK:  I am saying that in accordance with the




recommendation we have before us we will be holding progress meetings




on a 6-month basis and that the continuing surveillance which has




been recommended will be presented at these progress meetings and




any future action which the conferees mutually decide as appropriate




will be taken.

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                                                                     333
                      A. F. Bartsch




            MR. VOGT:  I think we in Michigan have similar concerns




as expressed by Senator Nelson in his statement about the taconite




ore reserves in northern Wisconsin and what might happen as far as




Wisconsin as far as these discharges, should they be permitted to




occur there.




            MR. DOMINICK:  Very good.




            MR. VOGT:  As any Federal action or any other action




might be taken with respect to dsicharges in Minnesota.




            MR. DOMINICK:  Very good.  I think all of these things




will be before us on a continuing basis as this conference proceeds




into our progress meetings.




            MR. BADALICH:  Mr. Chairman, it is, then, my understanding




that the material at this particular conference will be the basis for




our conclusions and recommendations etc.?




            MR. DOMINICK:  That is correct.




            Mr. Badalich, are you prepared to go forward now?




            MR. BADALICH:  Yes.




            MR. DOMINICK:  We did have a request from Mr. Frangos to




question Dr. Bartsch for a short period of time on his testimony




yesterday.




            Mr. Frangos.




            MR. FRANGOS: Thank you, Commissioner.




            While Dr. Bartsch is coming up here, I would like to




indicate Mr. Voigt has returned to Madison because of our Department




Board is meeting the next several days.  I ask Mr. Ted Wisniewski to




sit and participate as conferee from Wisconsin.

-------
                                                                       334
                       A. F. Bartsch




            I also note for the record that Dr. Bunch has provided




me with the information that I asked for yesterday relative to




operating costs for nutrient removal at municipal plants.  He




submitted a copy of his brief summary for the record.  I would note




in the information probided by Dr. Bunch that he indicates that for




a plant of the size of 10 million gallons per day, which would serve




a population of some 100,000 people, capital costs for providing




nutrient removal is $1.6 million.  Operating and maintenance costs




translate to . 7<£ per 1,000 gallons, which means $700 a day or $252,000




a year.




            I understand, Dr. Bartsch, you will be leaving so I will




take a couple of minutes to ask you several questions.




            What I would like to ask you is, on the basis of your




excellent report to us yesterday, I am wondering if you could tell




me if we go ahead and require 80 percent removal of phosphorus from




municipal point sources in the basin, what will we buy by this action?




            Let me put it another way.  I noted in your statement it




says, "It makes no difference where along the time scale such




increasing human influence is brought to bear, the end result is




always the same."  Perhaps, what I am asking you is could you tell




us where we are on the time scale today for Lake Superior?




            DR.  BARTSCH:   I don't believe, Mr. Frangos, that there




has been enough study done so far on Lake Superior to permit anyone




to put a finger precisely on the point along this time scale that




we have both now referred to.  I think we have to go back to some-




thing which has been said here many times in this conference by

-------
                                                                     335
                       A. F.  Bartsch




many people, and that is that first we have a lake in Lake Superior




which is of such beauty and splendor that everyone who is really




serious and zealous about this wants to keep it that way.  So I




think we have to recognize from basic knowledge available generally




from observations throughout the world that if you start with a lake




like this,  and if you permit the input of nutrients and supervising




the input from the things people do on top of the natural input,




history shows sooner or later you get into difficulties.




            In terms of Lake Superior, I am not prepared to say




that 80 percent now is the exact needs that we have.  It may be even




more than that.  We know from the limited observations on phosphorus




levels that we are already at levels which we know in many lakes are




right at the point of causing trouble.




            I said yesterday that this level on the average is in the




neighborhood of 0.01 mg/1 (one-hundredths of a milligram per liter)




and in Lake Michigan we see n-iAblings along the edge that this is




enough in a lake which is not too different fundamentally from Lake




Superior to be at this point.




            I think on the basis of this my view is, and in view of




the fact once you put nutrients in excess in this lake, you can never




get them out.  It is not really a question of whether now we should




take out 80 percent but a need to recognize that we have to keep out




every bit of the nutrients that are going into this lake.




            We talk about municipalities solely because that is




something which is manageable.  We have talked about the dollar




costs and they are manageable.  I think we also have to consider, as

-------
                                                                     336
                       A. F. Bartsch




I pointed out yesterday, that this may not be enough in the long haul.




Maybe for a hundred years we will get by simply by being concerned




with municipal and industrial sources, whatever they may be.  But




I am sure in my own mind somewhere along the line in the future we




may be forced in saying how do we control the other diffused inputs




for the entire watershed.




            I apologize for not being more precise than that, but




I think this is about where we stand with respect to this matter.




            MR. FRANCOS:  I think what I am trying to bring out is




we are dealing in precise language.




            Let me ask you this question.  You talk about perhaps




a hundred years, and we have recommendations for providing for the




phosphorus removal by 1972 or 1973 if we use the time tables.




What would a 3 year difference, let's say in 1977, make along this




time scale?




            DR. BARTSCH:  Again we have a philosophical question here.




If I were to express my own sincere personal feelings, I would say




I would rather see it taken out tomorrow.  But when we look at the




fact that this lake has been in existence for some 12,000 years,




more or less, I am sure that if someone would say we would take it




out by 1977 I would not be too optimistic that I would quibble.




            MR. FRANCOS:  Really, what we are saying is we are




taking some concrete action to protect this lake for these generations




to come that we talk about so often.  We may not see any change




within the next 10 or 20 years, but we are making an investment now




to save the lake a hundred or two hundred years from now.

-------
                     John P.  Badalich




           DR.  BARTSCH:   I think that is precisely the situation,




and it is also the situation in Lake Michigan.   I think humanity is




moving forward when these things can be accomplished.




            MR. FRANCOS:   Thank you very much,  Doctor.




            Thank you, Commissioner.




            I think this is an important point  that should be made.




I appreciate the time you gave me.




            MR. DOMINICK:  Thank you very much.




            The State of Minnesota will now proceed with its




presentation.









            STATEMENT OF JOHN P. BADALICH




            EXECUTIVE DIRECTOR, MINNESOTA




            POLLUTION CONTROL AGNECY




            MINNEAPOLIS, MINNESOTA









            MR. BADALICH:  Thank you, Mr. Chairman.




            Fellow conferees, ladies and gentlemen:




            Mr. Chairman, I regret that I don't have the statement




in its final edited form.  I will have it typed as soon as I am




through.  I will have it available for the conferees and the press




and others who might be interested.  I am sorry this happened.  We




made a few slight revisions during the course of the evening.




            We appreciate the opportunity to participate as a partner




in these proceedings with our counterparts from our neighboring States

-------
                                                             338






                     John P. Badalich




and the Federal Water Pollution Control Administration.  Congressman




Blatnik emphasized earlier at this conference the great wealth of




technology and scientific data available to determine the exact




origin of various types of pollutants and the exact effects they




may have on the lake.




            We urge the conferees to utilize this available technology




to the fullest extent.  If we use these tools wisely, then there




will be no meaningful divergence of opinion and no controversy




concerning the facts of Lake Superior regardless of who makes the




investigation.




            Lake Superior is an oligotrophic lake of low mineral




content, extreme clarity and cold temperature.  All agree that the




the present water quality is excellent by any standard and by




comparison with any other natural waters.




            There is currently only a small discharge of anything




other than inert wastes from Minnesota sources directly to Lake




Superior.  Significant quantities of reactive wastes are discharged




to tributary waters but these sources have little or no deleterious




effect on Lake Superior.




            The St. Louis River below Cloquet is not yet considered




to be of satisfactory quality.  Substantial amounts of treated indus-




trial wastes and sewage effluents are discharged from one pulp and




paper mill, related wood product plants in Cloquet and Duluth, and




from municipalities on tributaries to Lake Superior.  All such




wastes and sewage receive at least primary treatment or the equivalent,

-------
                                                                 339
                     John P.  Badalich




except for the sewage from one small village.   In the reach of




about 35 miles from Cloquet to Superior Bay the river recovers its




former good quality prior to its entrance into Lake Superior.




Studies for the purpose of providing further improvements are




currently under way at all of these major sources.




            Agreements have been reached with the several sources in




the Cloquet area to expand treatment works to provide secondary




treatment for these reactive wastes and schedules of performance




have been established.




            Unfortunately, although the Federal Government indicated




five months ago that the agreements were satisfactory, we have not




thus far been able to obtain formal approval of our Implementation




Plan containing these agreements from the Department of the Interior




and as a result we cannot now legally require the dischargers  in the




area to make these improvements.




            Voluntary progress is known and reported to us in spite




of the indecision of the Department of the Interior.




            Minnesota has been troubled by water pollution that is




incidental to the operation of vessels in the Seaway Port of Duluth




as has been experienced in most other seaports.  This has occurred




from promiscuous discharges of raw sewage, refuse and dunnage  from




both foreign and domestic vessels.  Minnesota has a law in effect




controlling such discharges from pleasure boats and we believe it to




be quite effective.  We have, however, no practical way of controlling




the discharges from federally-registered and foreign vessels.

-------
                                                                    340




                     John P. Badalich




Information on practical methods of control and assistance in




enforcement from the Federal agencies responsible for such vessels




will be most welcome.




            Minnesota, through its Pollution Control Agency, has




held a series of public hearings on water quality criteria and




classification of our interstate waters.  We gathered the best




information available to insure that the criteria and classifications




were adequate and proper to protect the health and welfare of the




people of this State.  Throughout this procedure we sought the advice




of the Federal Water Pollution Control Administration and others who




might be knowledgeable  in the subject, so as to produce criteria




adequate to protect all public uses of the water.




            These particular waters were then classified in the




highest category possible for surface waters under our system with




the full concurrence of the Federal Water Pollution Control




Administration.




            The FWPCA report as presented at this conference




recognizes that these standards promulgated by the Minnesota Pollution




Control Agency are among the most stringent standards in the Nation,




as was emphasized by Governor Levander yesterday.




            Inasmuch as these are Federal as well as State




standards, this conference should address itself to the primary




questions of whether these established standards are being met and,




if not, where and to what degree they are being violated.




            The manner of water quality management at both the State




and Federal level is established by law and cannot be subject to

-------
                                                                     341
                     John P. Badalich




arbitrary and whimsical actions.  The former provides for order




and equity to all under the law; the latter for chaos and litigation.




Therefore, we make the point that this must be a fact-finding




conference as it was stated to be.




            It is also clear that this conference is not a proper




vehicle to set standards.  It is in any case a quite unjustifiable




procedure to attempt to revise the standards without having ever




judged the adequacy of their worth or having determined if there




has been or is a violation of them.  If a violation is shown to




exist, there then is a question of enforcement, and after that a




revision of the standards is called for only if those we now have




are shown to be inadequate.




            We believe we can control all pollution of these waters




utilizing the existing applicable standards.




            Any action our agency might take in establishing




standards or issuing permits or enforcement actions of various types




is subject to appeal  and attack in the courts.  It is implicit in




our legislative charge and in the public interest, that the actions




of the agency can be upheld by the courts, and they will be if they




are well founded factually and legally.




            Minnesota has done a considerable amount of water quality




sampling, monitoring, and studying of Lake Superior.  The Minnesota




Pollution Control Agency has conducted many studies prior to and




subsequent to Reserve Mining's operation and have found the waters




of Lake Superior to be of excellent quality.  This information has




already been made available to the Federal Water Pollution Control

-------
                                                                  342
                     John P. Badalich




Administration.  Studies on fisheries and fish food organisms have




been conducted by the Conservation Department and they will present




a statement on their findings.




            We are also certain that more information will be




required and that further studies may be needed to resolve the




questions raised.  We recommend to this conference that if further




studies are needed they should be undertaken by the International




Joint Commission, United States and Canada.  We pledge our whole-




hearted cooperation in this effort.




            There is precedent for this action in Minnesota as




we now have IJC references involving the Red and Rainy Rivers.




There are also references involving the other Great Lakes and




connecting channels.




            These are, after all, not only interstate but inter-




national waters and if the problem is to be handled properly, that




is, as a whole rather than piecemeal, we cannot ignore the role and




interest of Canada in this body of water.




            Regardless of how the waters of Lake Superior are to




be administered, the Minnesota Pollution Control Agency will fulfill




its responsibilities to the people of this State to the best of




its ability.  We want Lake Superior to remain unpolluted.




            That is the end of my statement.




            MR. DOMINICK:  Thank you very much for your statement.




            MR. BADALICH:  Mr. Chairman, at this particular time the




Minnesota Pollution Control Agency will present further evidence on




all the discharge of the interstate waters.  But I would like to




deviate from this momentarily and call upon Mr. Robert Rygg, the

-------
                                                                  343
                        Robert Rygg




Assistant Commissioner of Conservation, to talk about the




studies the Conservation Department has made on Lake Superior.




            MR. DOMINICK:  Very well.









            STATEMENT OF ROBERT RYGG,




            ASSISTANT COMMISSIONER OF




            CONSERVATION, MINNESOTA  CONSERVATION




            DEPARTMENT, DULUTH, MINNESOTA









            MR. RYGG:  Thank you very much, Mr. Badalich.




            Mr. Chairman, this is the prepared statement of the




Minnesota Conservation Department and copies of it are available to




the Committee and we have extra copies for those who would like one




at the conclusion of this session.




            Lake Superior has had a long history of many uses




extending back nearly 300 years.  It has been a waterway for




commercial traffic ranging from voyageurs, canoes carrying furs to




great ore boats transporting the iron ore, which is a mainstay of




the region's economy.  The lake is an immense reservoir or pure




water that is the domestic water supply of several cities.  It has




long supported extensive and high quality commerical and sport




fisheries.  Not least are its great recreational and scenic values.




It also has received several kinds of wastes in varying amounts




for at least a century.




            Despite its many and varied uses it has remained one




of the purest and cleanest large lakes in the world.  It is a unique




and magnificent body of water and the Minnesota Department of

-------
                                                                     344
                        Robert Rygg




Conservation intends to do all within its power to maintain it




as such.




            Pollution is a continuing and growing threat to all




of the Nation's waters and Lake Superior is no exception.  Our




expanding population, increased standard of living, and greater




demands on all natural resources all are resulting in ever increasing




amounts of wastes.  Many of these have been and still are being




discharged into surface waters.  There is mounting public concern




and great efforts are being made at all governmental levels to preserve




and where possible enhance the quality of our waters.  A fine start




has been made by setting of water quality standards for interstate




waters, which include Lake Superior.  These standards, which are set




at the State level, have been approved at the Federal level.  Efforts




are now being made to meet these standards.




            But it should be emphasized that Lake Superior is not




only an interstate water, it is also an international water,  and




our ultimate goal should be to work with our Canadian neighbors so




that all conditions that may adversely affect the lake receive




consideration and both  Nations thereby benefit.




            Of the several kinas of wastes now received by the lake




from many sources there has been considerable concern recently about




tailings from taconite benefication on the Minnesota North Shore.




Since the Minnesota Department of Conservation has involvement in




both mining operations and water use, this statement will be chiefly




concerned with taconite tailings and what is known about the effects




on the lake.  The Department has been collecting information on this

-------
                                                                   345
                        Robert Rygg




for more than 20 years.  Specifically,  the plant concerned is the




E. W. Davis Works of the Reserve Mining Company that is located on




the shore of Lake Superior near Beaver  Bay in Lake County, Minnesota.




            On January 28, 1947, Reserve Mining Company made an




application to the Commissioner of Conservation for a permit for




appropriation of Lake Superior water for use in  operating a taconite




iron ore beneficiation plant and powerplant located on the North




Shore in Lake County, Minnesota.  The application also requested




permission to return waters containing  tailings from the plant




operations to Lake Superior.  Permission to return these tailings




under laws in force at the time required approval of the waste




disposal plans by the Minnesota Water Pollution Control Commission.




            On May 9, 1947, an order for a public hearing on the




application was made by the Commissioner of Conservation.  Pursuant




to notice, a series of nine public hearings were conducted by the




Department of Conservation and the Water Pollution Control Commission.




The initial hearing was held at Two Harbors, Minnesota, on June 5,




1947.  Eight additional hearings were held during 1947 at Duluth and




St. Paul.  One thousand pages of testimony were received by the




Commissioner as a result of these hearings.




            The Commissioner of Conservation notified the Wisconsin




Department of Conservation and the Wisconsin Water Pollution Control




Board of the permit application and their representatives attended




some of the hearings and advised the Commissioner that they did not




object to granting the permits.  Numerous other governmental agencies




and conservation groups testified at the hearings.

-------
                                                                   346
                        Robert Rygg




            Evidence presented at the public hearings included




reports and findings on a number of tests of taconite tailings and




their possible effects on Lake Superior and its environment.   These




included tests by the University of Minnesota,  Mines Experiment




Station; the Department of Conservation, Division of Game and Fish;




University of Minnesota, St. Anthony Falls Hydraulic Laboratory;




State of Wisconsin, Water Pollution Control Committee; a private




consultant, Adolph Meyer; and Reserve Mining Company.




            On December 18, 1947, after completion of the public




hearings and an evaluation of all evidence and test data presented,




the Commissioner of Conservation issued findings of fact, conclusions




and order granting a permit to Reserve Mining Company for the




appropriation of water for its mining beneficiation facility.  The




order further authorized the return to Lake Superior of wastewater




and tailings from the plant operation.




            The authorization for return of wastewaters and




taconite tailings to Lake Superior was contingent on the following




conditions:




            (1)  The material processed at the beneficiation plant




come from a specific defined area in St. Louis County and shall




contain only magnetic type taconite with no material amount of




hematite or red oxide of iron.




            (2)  The taconite tailings discharged with wastewater




shall not include any material amounts of water soluble or organic




matter or any oil, sewage, or other waste.

-------
                                                                    347
                        Robert Rygg




            (3)  The waste shall be discharged only into a designated




area in Lake Superior, 3 miles wide and 3 miles long, adjacent to the




plant.




            (4)  Such tailings shall not be discharged so as to result




in any material clouding or discoloration of the water at the surface




outside of said zone except during such time as turbidity from




natural conditions in the adjacent portions of the lake outside of




said zone may be caused by storms, nor shall such tailings be




discharged so as to result in any material adverse effects on fish




life or public water supplies or in any other material unlawful




pollution of the waters of the lake or in any material interference




with navigation or in any public nuisance outside of said zone.




            To provide a continuing evaluation of plant operations




and any effects resulting from the disposal of tailings in Lake




Superior, a technical advisory board of State and company representa-




tives was formed in 1948.  This board included representatives of the




Conservation Department, Water Pollution Control Commission,




University of Minnesota, St. Anthony Falls Hydraulic Laboratory, and




a company representative.  Reserve Mining Company agreed to furnish




some equipment and funds for the technical studies.




            During 1948 through 1955 the technical advisory board




made a series of tests and observations of the plant operation and




of Lake Superior waters in the vicinity of the plant.  These tests




and observations included bottom sampling, turbidity and temperature




measurements, bacteriological studies, air photo studies, lake current




studies, weather data studies, Lake Superior North Shore tributary

-------
                                                                    348
                        Robert Rygg




stream studies, biological studies of fish and fish food, and




inventories of fish catches in the area.  Investigations of fish




catches, bottom studies, turbidity studies, and laboratory tests of




suspended magnetic iron were made by State agencies and the company




from 1955 to the present time.




            The Conservation Department has been involved in many




of the studies made of the plant and any effects it may have on Lake




Superior and has cooperated with State and Federal agencies and




Reserve Mining Company in evaluating and analyzing results of the




many studies made.




            To date there has been no evidence of violation of the




conditions of the original permit, P.A. 47-12, issued in December 1947.




            For the record I have attached to this statement a




summary of hearings and orders for permits and amendments issued,




and tabulation of reports and studies that have been made.




            (The tabulation follows.)

-------
                                                                                                                        349



















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-------
                                APPENDIX II                         351

 LIST OF STUDIES,  INVESTIGATIONS AND REPORTS  INVOLVING THE RESERVE
 MINING COMPANY,  TACONITE PLANT AT SILVER BAY,  MINNESOTA.

 I.   Studies and  reports  prior to issuance of P.A.  47-12  on December 18,

     1947.

     1.  Report,  "Physical and Chemical Properties  of Taconite Tailings

         and The  Effect of Their Disposition  on the Fishes of Lake

         Superior",  John  B.  Moyle, Division of Game and Fish.

     2.  Study and Investigations - Sizing and Chemical Analysis

         Taconite' Tailings - University of Minnesota, Mines Experiment

         Station  (testimony at public hearing in 1947.)

     3.  Study and Investigations - Laboratory tests of taconite

         tailings  -  size  characteristics, rates of  settling, clarifi-

         cation of tailings, simulated tests  of effects of tailings

         deposition  using model studies.  Also tests of water tempreatures,

         turbulance  currents in Lake Superior and tests of sediment dis-

         charge from streams.  Adolph Meyer,  private consultant

         (testimony  at public hearing in 1947.)

     4.  Study and Investigations - Characteristics of Tailings - Reserve

         Mining Company (testimony at public  hearing in 1947)

     5.  Study and Investigations - Mechanical Composition of Tailings

         and Hydraulic Tests- model studies  of simulated effects of

         tailings  deposition in the lake. Lorenz Straub, University of

         Minnesota,  St. Anthony Falls Hydraulic Laboratory  (testimony at

         public hearing in 1947.)

     6.  Study and Investigations - Tests of  Tailings - Wisconsin Water

         Pollution Control Committee

II.   Studies and reports  after issuance of P.A. 47-12 on Dec. 18, 1947

     7.  Report -  Report  on Investigations of Lake  Superior near Beaver

         Bay, Beaver Bay, Minnesota.  July and September, 1948.
                                 -11-

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                                                                  352
     The investigation was made to determine the present



     characteristics of the lake water and the bottom conditions



     in vicinity of Beaver Bay, and what methods may be feasible



     for identifying and measuring the effect of pollution caused



     by the discharge of tailing into the lake.  Minnesota



     Department of Health, Division of Water Pollution Control.



 8.   Report - Water Quality and Sediment Studies - Analytical



     Data on Baptism River and Beaver River mouths and bays,



     Minnesota Water Pollution Control Commission.  (May 3-5, 1949)



 9.   Report - "Lake•Superior Sediment" Tabular data in report is



     discussed.  Use of grunerite as a valid indicator of taconite



     tailings is unreliable.  New techniques are being explored



     to provide a valid, reliable indicator.   (A Condensation



     from the monthly reports of W. D. Trethway, Reserve Mining



     Company, 1948-1949.)



10.   Report - Investigational Report No. 99 - Fisheries investigations



     conducted in connection with taconite beneficiation activities



     at Beaver Bay, Minnesota.  Charles R. Burrows, Division of



     Game and Fish, January 30, 1950.



11.   Report - Memorandum,  Division of Game and Fish - including data



     collected on survey of Lake Superior and some tributary streams



     in the vicinity of Silver Bay, Lake County, Minnesota (1948-1954.)



12.   Data on Investigations of Lake Superior and Some Tributary



     Streams in the Vicinity of Silver Bay, Lake County, Minnesota,



     July 26-30, 1954.   Minnesota Department of Health.



13.   Report - Including data collected on survey of Lake Superior at



     Beaver Bay, Lake County, Minnesota (1948-1954).  Minnesota



     Department of Conservation, Division of Game and Fish,



     Fisheries Research Unit.

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                                                               353





14.   Report - "Conference of the Technical Committee on the



     Joint Investigation of Lake Superior prior to Taconite



     Beneficiation Activities at Silver Bay,  Lake County,  in



     Room 360,  State Department of Health, University Campus,



     Minneapolis,  Minnesota, March 8,  1955.



15.   Report - "Data on Surveys of Lake Superior and Some Tributary



     Streams in the Vicinity of Silver Bay,  Lake County, Minnesota.



     July 12, 13 and 23, 1955.



16.   Report - On "Survey of Lake Superior in Vicinity of Silver



     Bay, August 21-23, 1956."  First  survey of conditions since



     the plant at Silver Bay went into operation in July,  1956.



     (Dated September 24, 1956)  Division of Game and Fish.



17.   Report - "Observations and Examination of Samples of  Materials



     Accumulated on Fishermen's Nets in Silver Bay Area of Lake



     Superior,  October 9 and 10, 1956."  Dated October 22, 1956.



     Jones and Moyle.  Division of Game and Fish.



18.   Summary of Report "Preliminary Limnological Study"  School



     of Public Health, University of Minnesota.  January 1957.



     Based on a Lake Superior Study conducted during the summer of



     1956.  Ruschmeyer, Olson, Bosch,  Redfield, Odlong.



19.   "Lake Superior Study, Summer of 1956" by Ruschmeyer,  Olson,



     Bosch, Redfield, Odlong.  Published June, 1957.  School of



     Public Health, University of Minnesota.



20.   "Investigation of Disposal of Tailings,  E. W. Davis Works.



     Reserve Mining Company, Silver Bay, Minnesota.  August 5-9,



     1957.  Minnesota Department of Health.



21.   "Supplemental Investigations of Complaints Pertaining to



     Effects of Discharge of Taconite Tailings from the E. W.
                               -13-

-------
                                                                   354
     Davis Works into Lake Superior at Silver Bay, 1956 and 1957"




     (No report date.)   Minnesota Department of Health.  (Johannes




     and Thomas.)




22.  "Bottom Samples in and Near Silver Bay, Lake Superior"




     G.  M. Schwartz, Minnesota Geological Survey, University of




     Minnesota.  January 9, 1958.




23.  "Investigation of Waste Disposal, E. W. Davis Works,




     Reserve Mining Company, Silver Bay, Minnesota.  August




     25-29, 1958.   Kiester and Rogers.  Minnesota Department of




     Health.




24.  "Lake Superior Limnological Data, 1951-1957" Reported by:




     Beeton, Johnson, Smith.  Bureau of Commercial Fisheries,




     U.  S. Fish and Wildlife Service, Special Scientific Report




     Fisheries No.  297.  April, 1959.




25.  "Reserve Mining Fly Ash Sample"  Minnesota Water Pollution




     Control Commission.  Dated September 10, 1959.




26.  "Report of Tests for Taconite Residuals in Lake Superior,




     1957 and 1958".  Ritchie and Johannes and Rogers, Minnesota




     Water Pollution Control Commission.  (About November 1959-




     No date.)




27.  "An Investigation of Nutrients in Western Lake Superior."



     School of Public Health, University of Minnesota for Minnesota



     Water Pollution Control Commission.  (June, 1960.)



28.  "Studies on the Productivity and Plankton of lake Superior."




     June 1961.  School of Public Health, University of Minnesota,



     Department of  Health for Minnesota Water Pollution Control




     Commission.  By: Hugh D. Putnam and Theodore A. Olson with




     other contributors.





                            -Ik-

-------
                                                          355
2^.   Two tables showing records of annual catches of herring from
     1949 to 1966 from Lake Superior,  North Shore, Minnesota.
     By: Minnesota Department of Conservation,  Division of Game and
     Fish, Section of Research and Planning.  Dated October 20,
     1965.
30.   Investigation Report - Semi-Annual Lake Water Condition
     Reports - Silver Bay Operations - Reserve Mining Company.
     Dated May 1958 to January, 1967.
31.   Investigation Report - "Water Resources Data for Minnesota.
     Part 1.  Surface Water Records.  Part 2.  Water Quality
     Records."  Dated 1966 (and 1967)  By: U. S.  Department of
     the Interior, USGS.
32.   "Report on an Investigation of the Pollution in the Lake
     Superior Drainage Basin Made During 1965 and
     Minnesota Water Pollution Control Commission.
33.   "History of E. W. Davis Works, Reserve Mining Company,
     Silver Bay."  Minnesota Pollution Control Agency.  (As of
     October, 1967.)
34.   Memo Report.  "Reserve Mining Company, Taconite Pelletizing
     Waste, Silver Bay, Minnesota."  Dated January, 1968.   This
     report tells of two sampling periods and observations.  The
     first period was on May 12, 1967 followed by ground re-
     connaissance on May 24.  The second period was from September
     14 to 22, 1967.  U. S. Department of the Interior, Federal
     Water Pollution Control Administration, Great Lakes Region,
     Chicago Program Office.
35.   File from U. S. Department of the Interior, Geological Survey,
     Charles R. Collier, District Chief.  To, Mr. Clifford Risley,

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                                                             356




     FWPCA,  Chicago Program Office.   This file pertains to water




     quality in Lake Superior and its drainage basin.   There are




     six items including three bound reports issued by the State of



     Minnesota, Department of Conservation,  Dated June 1963,




     November 1964, and February 1966.  Also, three sets of data




     sheets  on samples collected and analyzed, are assumed to be




     from the U.S.G.S.  The spring and summer sampling program for




     1968 will include the Baptism River near Beaver Bay, Minn.,




     and the Beaver Bay River at Beaver Bay, Minnesota.




36.   Investigation of the Distribution of Taconite Tailings in




     Lake Superior, U. S. Department of the  Interior,  Federal




     Water Pollution Control Administration, Great Lakes Region,




     September-October, 1968.




37.   Effects of Dumping Taconite Tailings in Lake Superior on




     Commercial Fisheries, U. S. Department  of the Interior,




     Bureau of Commercial Fisheries, August  14, 1968.




38.   Report of Tailings Disposal at Reserve  Mining Company's



     Plant,  Silver Bay, Minnesota, U. S. Department of the Interior,




     Bureau of Mines, Twin Cities Office of  Mineral Resources.   1968.




39.   Bioassays of Taconite Wastes Against Fish and Other Aquatic




     Organisms, U. S. Department of the Interior, Bureau of Sport




     Fisheries and Wildlife, October, 1968.



40.   Preliminary Report on Streamflow Conditions and Sedimentation



     in the Vicinity of Silver Bay,  Minnesota, U. S. Department




     of the  Interior, Geological Survey, November 1968.




41.   Bottom Fauna of the Minnesota North Shore of Lake Superior as




     Related to Deposition of Taconite Tailings and Fish Production,




     State of Minnesota, Dept. of Conservation, Division of Game and




     Fish and the Minnesota Pollution Control Agency,  October 10, 1968,





                           -16-

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                                                             357






                        Robert Rygg




            Because of the great interest in biological aspects of




these studies, I will briefly review the nature of the bottom




sampling program and past and present fish population analyses.




            Samples of the bottom, including bottom dwelling




animals, some of which are fish food, were taken in the summer of




1949 before the Reserve Mining taconite processing plant began




operation and again in the summer of 1968 after the plant had been




in operation for 12 years, since 1956.  The work was done by




personnel of the Minnesota Department of Conservation and the




Minnesota Pollution Control Agency.




            The 1968 study of bottom sediments and organisms was




proposed in November 1967 to the Minnesota Pollution Control Agency




by the Minnesota Department of Conservation and joint plans made for




this work.  Later (early in 1968) a similar study was proposed as




part of a wider investigation by a task force of several Federal




agencies coordinated by the U. S. Department of Interior.  To




eliminate duplication of work it was agreed by the State agencies




that they would investigate the bottom fauna and its relationship to




tailings deposits and that the State report would be made available




to Federal agencies.




            The area sampled in 1968 extended from 5 miles above




(northeast of) the plant to 15.5 miles below (southwest of) the plant.




Samples were taken at depths of 100 to 400 feet (extending to about




1 mile off shore) this being the principal area used by fish.  Reserve




Mining furnished a boat and crew for the study and the field work was

-------
                                                            358
                        Robert Rygg




observed by personnel of the Federal Water Pollution Control Agency




and the Wisconsin Department of Natural Resources who were on board




the boat during sampling.  Laboratory work on the counting and




identification of bottom organisms was done by the Minnesota Depart-




ment of Conservation and Minnesota Pollution Control Agency.  Reserve




Mining Company analyzed bottom materials to determine the presence




of taconite tailings.




            Fewer fish food organisms (scuds or small fresh water




shrimp of the genus Pontoporeia) were found on the bottom covered




with tailings below the plant than above the plant.  However, total




production of bottom organisms was greater below than above the plant.




Considering the kinds of fishes taken in the area and their feeding




habits, it was calculated that the reduction of fish food organisms




on the bottom could possibly result in a reduction of the total




annual fish catch (commercial and estimated sport fishing) of 5 percent




or less for the area having tailings on the bottom.  This reduction




would amount to 25 to 65 pounds of fish per square mile of water and




probably be mostly of smelt.  In the present study the area of




bottom found covered with tailings at depths primarily inhabited by




fish was a zone about 1 mile wide extending at least 15.5 miles




downshore from the plant.  This was as far downshore as bottom




samples were taken.




            It should be emphasized that the foregoing calculations




on the possible effect of the fewer fish food organisms found are




theoretical only.  There is no evidence from data on the commercial




and sport fishing catch along the North Shore of Lake Superior to

-------
                                                                359
                        Robert Rygg




show there has been an actual reduction in fish production.   Further




study of both bottom fauna and fish in the area of tailings  deposition




would be necessary to determine this.




            Twenty years of commerical catch records show that great




changes have taken place in the fish populations of Lake Superior.




Most changes have been lakewide and began before the plant went




into operation.




            The lake trout population is now recovering from a




decline that began  in the mid-1940's.  This decline was caused by




the imposition of the sea lamprey onto a population already




intensively harvested by commerical and sporting means.  Spawning




stocks were decimated in all inshore waters during the 1950's, the




collapse of the fishery became  inevitable in 1960-1961.




            Only drastic reduction in sea lamprey populations in 1962,




followed by intensive stocking efforts, prevented total collapse of




the lake trout fishery.  Recovery of the lake trout is in progress,




although natural reproduction is almost entirely lacking in  Michigan,




Ontario, and Minnesota waters.  The only spawning of consequence




occurs in the Apostle Islands region 20 to 30 miles from the Reserve




Mining plant.




            The decline of lake trout began  in Minnesota, as in




the rest of the lake, years before the Reserve Mining plant  went




into operation, and no relationship between the two events can be




demonstrated.

-------
                                                              360
                        Robert Rygg




            Changes have also taken place in the herring population.




Production of this fish has declined more or less steadily in all




U. S. waters of the lake since the early 1940's and this condition




continues to date.  The same catch trends have been noted above and




below the taconite plant.




            Other commercial species, such as smelt and chubs, have




increased during the period of plant operation.  Minnesota and




Wisconsin have become the largest producers of smelt.  Here again the




timing of these changes cannot be related to the taconite plant, as




the changes in trends started in the early 1950's.




            At the outset I stated our great interest in Lake Superior.




I will repeat with emphasis that the Minnesota Conservation Department,




the people of Minnesota, and people of the United States will not




allow the deterioration of this great body of fresh water.




            Our studies of the record and of the lake indicate that




present taconite operations are not currently having an appreciable




effect on fish production in the lake.




            However, the effects of future activities of this plant




should be carefully monitored and any present or future addition of




any wastes be considered in terms of possible total aggregate effects.




            Therefore, we urge a united effort to:  (1) gather more




detailed information on the present condition of the lake; (2) embark




on a unified cooperative program to stop waste disposal that adversely




affects water quality wherever it occurs.




            I want to emphasize this last point because I firmly




believe that only through unified cooperative efforts can we resolve

-------
                                                             361
                       Robert Rygg




problems of this kind.  Working together we con keep Lake Superior




as the finest, largest body of clear, fresh water in the world.




            Thank you very much, Mr. Chairman.




            (Applause.)




            MR. DOMINICK:  Thank you very much.




            I think as Minnesota proceeds here we should, perhaps,




make the individual witnesses available for questioning at the close




of their statements.




            Do we have any qeustions from the conferees?




            MR. STEIN:  I have one for Mr. Rygg.




            Would you come up for a question, please.




            You talked about your sampling program for vital




organisms and sediments in 1968 extending 5 miles above (northeast




of) the plant and 15.5 miles (southwest of it) extending to about




a mile offshore.  As I look at the map I tried to do it when you




made your statement - these are all Minnesota waters you were




talking about?




            MR. RYGG: Yes, sir.




            MR. STEIN:  Thank you.




            MR. DOMINICK:  Are there any further questions?




            (No response.)




            MR. DOMINICK:  Thank you very much.




            MR. BADALICH:  Mr. Chairman, if we may resume the Minnesota




presentation, at this time, Mr. Chairman, I would like to call upon




Mr. Ed Fride, the Counsel for Reserve Mining Company, who will




introduce a list of speakers on behalf of Reserve.

-------
                                                             362
                         E. Fride




            I think Reserve has been mentioned many, many times




during this conference in past reports, etc., I suggest to Mr. Fride




that we reserve the initial presentation in a general-nature-sort-of




and overview of their operation which will be limited to approximately




two hours this morning.  Following the balance of our presentation




and Wisconsin and Michigan, they also will be given ample time to




present to the conference their experts, biologits, ecologists,




geologists, etc., to finish off their particular presentation.




            I have received from Mr. Fride copies of the statement




Mr. Edward Furness, President of Reserve; Mr. Edward Schmid,




Assistant to the President, Reserve Mining Company/ Mr. Kenneth




Haley, Vice-president and Manager, Research and Development,




Reserve Mining; Mr. Earl Ruble, Consulting Sanitary Engineer,




Duluth; Dr. Robert Bright, Associate Professor of Geology and




Ecology at the Limnological Research Center, University of Minnesota,




Minneapolis; Dr. G.Fred Lee, Director of Water Chemistry Program for




the University of Wisconsin; Dr. Robert Ragotzkie, Professor of




Meteorology and Director, Marine Studies Center, University of Wisconsin;




James Rice, Consulting Chemical Engineer from Pittsburgh, Pennsylvania;




and these I will be distributing to the Conferees.




            Reserve has asked me to make these statements as




part of the record and I concur in their request.




            With this, Mr. Chairman, I would like to call on Mr. Fride,




who will make the presentation on behalf of Reserve.

-------
                                                             363
                          E.  Fride




            MR. DOMINICK:  Very well.




            MR. FRIDE:  Thank you very much, Mr.  Badalich.




            Chairman, conferees, ladies and gentlemen:




            At this time Reserve, as I understand from the




Commissioner's position, will prepare  to make a brief overview of its




operations and will then recess pending the presentations by the




State agencies and will then be afforded an opportunity to  resume and




present testimony by the scientists who have just been listed by




Mr. Badalich.  I can assure the conferees we will make every effort




to be brief, and the experts have been asked to summarize  their




conclusions.  But I do believe it is very important to the  conferees




and to the people here gathered to have an opportunity to get a full




scope of opinions and data from these experts.  I think it  is




consistent, of course, with the fact-finding concept of the




conference.  I would say the presentation is, of course, without




any prejudice to the position of the company with respect to scope




or possible action that the conferees may take here.  But we do




welcome very much the opportunity to present the evidence at this




gathering not just recently but has been gathered long since before




this plant commenced operation and ever since.




            At this time, consistent with the outline of the program




that Mr. Badalich made, I will call on Mr. Edward Furness,  the




President of Reserve Mining Company.




            (Applause.)

-------
                                                            364







                     Edward M. Furness




            STATEMENT OF EDWARD M. FURNESS,




            PRESIDENT, RESERVE MINING COMPANY,




            SILVER BAY, MINNESOTA









            MR. FURNESS:  Mr. Chairman, conferees, ladies and




gentlemen:




            My name is Edward M. Furness.  I am a resident of Silver




Bay, Minnesota, and I am President of Reserve Mining Company.   I am




a graduate engineer, with a Bachelor of Science degree in civil




engineering.




            I think I will digress a moment from what I am going to




say later to refer to a model that we have here showing the 20




percent of the western half of this great lake of ours.  I would




like you to particularly note the contours of the lake just off the




shore from Reserve Mining Company.  You will hear us talking about




this deep trough, which is 600 to 900 feet deep, where our fine




tailings ultimately come to rest.  During this presentation we will




also try to demonstrate by mathematical calculations that the entire




ore body or the waste part of our ore body, i.e., the fine tailings




from Reserve,  could all go in this trough and it would only be




raised a matter of a few feet in the depth of water 600 to 900 feet




deep.




            Reserve was the first large-scale taconite operation in




the world.   It was the leader in taconite development in Minnesota, a




development which has meant so much to the State and to the people of




the Mesabi Iron Range.  It also has an important impact on the Nation s




industrial economy.  We are the principal iron supply for companies

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                                                                365
                     Edward M. Furness




which produce about 15 percent of the Nation's steel.




            From a conservation standpoint Reserve's use of Lake




Superior is sound.  These is no waste of water, no injury to water,




and it incorporates harmless, permanent deepwater deposition of




inert tailings.




            We know of no evidence that we are in violation of any




permits, and we are in compliance with water quality standards of




the State of Minnesota recently approved by the United States




Department of Interior.




            Tailings are simply fine and coarse sand,  physically




similar to the material which has been entering the lake from the




rivers and streams along the Minnesota and Wisconsin and Michigan




shores for centuries and similar to the material that is washed




from sand beaches or worn away by waves breaking constantly against




the cliffs and which erode rocks and stones along the North Shore,




except that much of these natural sediments are finer than Reserve's




tailings.  No oils, no chemicals, no toxic materials are used in the




processing of taconite by Reserve.




            It should not be necessary to stress the importance of




the development of taconite processing.  Because of the rapid




depletion and approaching exhaustion of the direct shipping ores




and easily-concentrated natural iron ores on the Mesabi, Vermillion,




and Cuyuna Ranges of northeastern Minnesota, that area, once rich




and productive, was facing economic collapse.  The development of




methods of mining and producing a usable product from the hard rock




low-grade iron formation known as taconite offered the only method

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                                                                 366
                     Edward M. Furness




of saving the economy of the region.




            The importance of taconite to the economy of this region




is familiar to all Minnesotans, but the significance to the rest




of the Nation is perhaps less well known.  The rapid depletion of




direct shipping ores during World War II brought about an intensive




search for new supplies and this search was by no means confined to




the United States.  In no time at all large deposits of high quality,




readily accessible ore were located in half a dozen countries,




especially in South America and in Africa, and important new ore




fields were explored in eastern Canada.  The Lake Superior region




appeared to offer nothing which could compete with these other




deposits, but then the taconite concentration process had not been




fully developed.  When it was, and when a sufficient quantity of




pellets had been produced to permit a true production scale test,




the proven worth of this material, together with the natural




desire to maintain a source of this essential material within the




continental limits of the United States, brought a new surge to




the economy of the Lake Superior region.




            Reserve was organized in 1939 for the purpose of exploring




the possibility of going into the taconite business in Minnesota.




There had been an earlier attempt in 1921 to produce a high-grade




concentrate from Mesabi taconite at Babbitt, but the operation was




a failure and that company closed down in 1923 without having made




any substantial shipments.

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                                                                 367






                     Edward M.  Furness




            Many of the technical problems were solved by the




untiring work of the staff at the University of Minnesota Mines




Experiment Station, under the direction of Professor E. V. Davis.




Reserve cooperated in much of this experimental work, and by 1947




we believed that taconite processing was economically feasible.




            Mining and processing taconite is a difficult and expensive




process.  Babbitt taconite is one of the hardest rocks found on the




surface of this continent.  Reserve's taconite deposit contains




only 20 to 25 percent iron in the form of magnetite (black magnetic




oxide of iron).  Unlike the rich red hematite ores of the Mesabi,




the hard,gray taconite, with its streaks of black magnetite, requires




extensive processing and benefication.  The particles of magnetite




are locked into the rock in finely disseminated particles.  Because




of this characteristic, it must be ground fine in order to free




these particles from the waste sand.




            A substantial part of the success of Reserve's taconite




operations is the availability of large quantities of water.  The




grinding and the following magnetic separation stages, where the




magnetic iron ore is recovered from the waste sand, is done with the




material suspended in water.  It requires 50 tons of water to make




1 ton of finished iron ore concentrate, about 12,000 gallons.  We  use




about 350,000 gallons of water a minute.




            On the subject of water use in taconite processing, let




me point out one thing - water is used but it is not lost.  The




separation process uses no heat; therefore, there is no evaporation

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                                                                   368
                     Edward M. Furness




except what would occur naturally.  Thus, after the water is used




and the tailings settle out, the water again becomes part of the




existing water supply.




            Reserve's earliest studies showed that it wasn't possible




to conduct its concentration process at Babbitt, the site of our mine.




Babbitt is on the eastern end of the Mesabi Range.  Actually the




Continental Divide runs right through Reserve's mineral body.  There




simply was no water available in Babbitt in the quantities required by




a large-scale operation such as ours.  Also, because of its location




near the Superior National Forest and near the boundary waters, there




was no area available to Reserve for tailings disposal.  The only




solution, engineering studies made clear, was to locate the processing




plant at Silver Bay and bring the crude taconite there by rail from




Babbitt.




            It is very expensive to haul that crude rock down to




Silver Bay.  We had to build a 47 mile, double -tracked railroad




through muskeg and rock, the worst kind of terrain.  And, since we




mine 3 tons of taconite for every ton of pellets we make, two-thirds




of all the material we haul is unusable.




            Of course we would have located the processing plants




near the mine if that had been possible.  Other taconite companies do




it becuase there is available sufficient water for processing and




large tailings disposal areas.  But Reserve had no choice.  Reserve




is at the source of the rivers flowing down to Lake Superior, not




far enough down them - as are the other taconite companies - to rely




on them for a water supply.

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                                                                    369
                     Edward M.  Furness




            After thorough study, then engineers agreed that the




only possible site for our processing plant was on the North Shore




of Lake Superior at what is now Silver Bay.  The site was suitable




both becuase of the existence of nearby islands to which breakwaters




could be built forming a harbor, and directly off shore from the




plant is a very deep area of Lake Superior.




            This deep area, a great depression extending for many




miles parallel to the shore, is 600 to 900 feet deep.  Its proportions




are immense: up to 8 miles wide, 59 miles long - big enough to hold




our entire Babbitt orebody without raising the bottom more than a




few feet.  It is here that our tailings settle.




            Before I describe the process by which we beneficiate




taconite, I might point out that the tailings are pure sand left




over after the particles of iron ore have been removed.  They are




inert, inorganic, insoluble in Lake Superior, and biologically




inactive.  As you will hear later in our presentation, there is no




material discoloration of the water and the turbidity has not been




adversely affected by Reserve's operations.  We have not seen any




evidence that our use of Lake Superior has in any way harmed the




lake as a source of pure drinking water, nor is there any real




evidence of any ill effect on fish or aquatic life.




            Before the Department of Conservation of Minnesota and




the Water Pollution Control Commission would make any decision on the




permits, they insisted on hearing from the other State and Federal




agencies interested.  The aquatic biologist of the Fish and Wildlife




Service of the Federal Department of the Interior in charge of

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                                                                     37U
                     Edward M. Furness




Great Lakes Fisheries problems reported:




            "It is our conclusion that this project will have no




     important effect on fish and wildlife resources, and this




     service has no objection to the construction of the project."




            These conclusions that there would be no adverse effect




on fish life have been borne out by the reports of the Federal and




State agencies charged with the study and protection of fish life,




as submitted in the recent 1968 "Group Study."  For example, one of




these reports by heads of three Federal agencies dealing with Great




Lakes Fisheries, entitled "Effects of Taconite Wastes on Aquatic




Life," says:




            "Great changes have occurred in the fish population of




     Lake Superior, but no evidence was found in a review of the




     commercial fishing statistics that taconite waste is




     influencing the populations."  (Page 5.)




            The Bureau of Commercial Fisheries of the Department of




the Interior in its part of the studies divided the North Shore of




Lake Superior into three areas in order to examine the changes in




commercial fishing.  The Silver Bay area where Reserve's effluent is




discharged was in Area No. 2, the middle portion of the North Shore.




The Bureau reported:




            "Fishing success has declined, but the decline began




     in 1953 before the taconite operations began, and the decline




     has continued throughout the Area No. 2, even though most of




     the area is northeast of the plant.   ***The decline in




     abundance of herring in Minnesota waters, whether considered

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                                                                 371
                     Edward M.  Furness




     in total or by rate of decline, has been greater in Areas No. 1




     and No. 3 than in Area No. 2.   Those fishermen whose operations




     were in the immediate  'green water'  in Area No. 2 had no worse




     nor any better fishing than in the rest of the lake."  (Page 3.)




            Besides herring, the Bureau of Commercial Fisheries




comments on changes in other fish life.  It says with respect to




lake trout:




            "We can say only that the decline of lake trout in




     Minnesota, as in the rest of "the lake / began years before




     Reserve Mining Company's plant went into operation and that




     no evidence is available to indicate that there is any relation




     between the present status of the lake trout population and




     taconite operations."  (Page 1.)




            Of smelt, their report says:




            "The increase of smelt was nearly coincident with the




     decline of lake trout and may have been related to it.  The




     timing of the changes in the smelt population shows no relation




     to the Reserve Mining Company taconite operation."  (Page 2.)




            Of chubs, the report says:




            "The changes in the chub (ciscos) fishery appear to be




     related mainly to economic factors and show no relation to




     taconite operations."  (Page 2.)




            Then, summarizing their data and tests, this Federal




Bureau reported:




            "In brief, to the author 's knowledge, no evidence is

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                                                                  372
                     Edward M. Furness




     available to indicate that any fish population in Lake




     Superior has been adversely affected by the Reserve Mining




     Company taconite plant."  (Page 4.)




            As part of this 1968 group study, the Minnesota Department




of Conservation and the Minnesota Pollution Control Agency studied




the possible effects on bottom fauna along the Minnesota North Shore




area and found no effects from the deposit of tailings except for




a decline in the production of scuds, a decline which "may be




associated with tailings."  Scuds are eaten mostly by smelt.  After




pointing out that this effect is insignificant, and after comparing




the results of the commercial smelt catches, they make a final




statement, which is from Page 9 of their report:




            "There is no evidence that there has been a decline in




     the Minnesota catch of smelt because of operation of the




     taconite plant."




            They further state on Page 10 that there is no evidence




that the discharge of tailings at Silver Bay has had an adverse effect




on Lake Superior.




            You have heard reports that tailings may be present in




the water supplies of Duluth, Two Harbors, and Beaver Bay.  Keep in




mind that those reports said the tailings were identified by the




presence of a mineral called cummingtonite.




            Now, cummingtonite is commonly found in this highly




mineralized region.   Reserve scientists and technologists have found




cummingtonite not only in Lake Superior itself but in streams which

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                                                                   373
                     Edward M. Furness




enter Lake Superior on the North Shore.  Certainly, you would




expect to find it in the Duluth water supply because the St. Louis




River, which enters the lake at Duluth, drains the Mesabi Iron




Range where cummingtonite abounds.




            Cummingtonite by itself, therefore, is not a valid




indicator of tailings.  Our own scientists would never consider the




presence of cummingtonite alone as a positive tailings indicator.




We also would analyze the sample for other identifiers such as low




titanium, low copper, low zinc, low cadmium, and etc.  There is no




reason to assume that simply because there is cummingtonite in a




water sample that the source is tailings.  From whatever source




cummingtonite may be found in any water supply, it should be




emphasized that it does not have any harmful effect on the water




for human consumption.




            I might say here that cummingtonite is a mineral in the




same class with coarse sands which are used in most water plants to




filter their water.




            Taconite processing starts in our mine at Babbitt where




jet piercers burn blast holes into the hard taconite.  Explosive




charges are set and "shot" and the blast-broken taconite is loaded




into trucks which carry it to one of the two huge crushing plants




near the mine.  Here the pieces are crushed to minus 3^-g inches and




loaded into the rail cars for transportation to the processing plant




at Silver Bay.




            Processing calls for more crushing to reduce the




taconite to miuus 3/4 inch and grinding in rod and ball mills until

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                                                                    374
                     Edward M. Furness




the material is fine enough to separate the magnetite from the




waste sand.  Grinding is done with the material suspended in water




and, still in water, the finely-ground taconite goes through three



stages of magnetic seperation and two stages of hydro seperation.





            A final stage in the concentration process, vacuum




filtering, removes about 90 percent of the water leaving a moist




filter cake of black concentrate.




            In our pelletizing department the concentrate is mixed




with a small amount of bentonite and powdered coal and rolled into




3/8 inch pellets.  The pellets are then fired at 2,300 degrees,




converting them to hematite and making them strong enough to with-




stand the rough handling of shipment down the lakes to the blast




furnaces for conversion to iron and steel.




            The whole process, which I have described in overly




simple terms, is very expensive and complicated.  It involves hugh




investments of capital and high labor and equipment costs.  Our




total capital investment is $350 million.




            For Reserve it was even more expensive than for the




other taconite companies which came later and located in established




communities on the Iron Range.  Before Reserve came to Minnesota,




Babbitt was a ghost town - a monument to failure.  Only one family




lived in Babbitt when Reserve started: a caretaker who watched over




the empty homes, school, and store buildings and the skeletal remains




of a taconite operation which began with high hopes in the roaring




twenties and ended in failure.  Silver Bay did not even exist before

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                                                                   375
                     Edward M. Furness




Reserve began building its new plant and harbor on the shore of Lake




Superior.  Scrub timber and rocky cliffs marked the region just north




of the little village of Beaver Bay.  The area population in both the




Babbitt and Silver Bay region was less than one person per square




mile in virtual wilderness.




            It was necessary for Reserve to pay for the construction




of streets and highways, schools, sewage and water treatment plants,




recreational facilities and other features of a well-ordered, modern




community.  This was done in both Babbitt and Silver Bay.  These




communities have thrived and today over 95 percent of the  homes are




privately owned.  The most modern schools were built and equipped




at a cost to Reserve of about $11 million in the two communities.




            Today Babbitt and Silver Bay have a combined population




of about 9,000 persons - people entirely dependent on Reserve's




operations for their existence.  In addition, the fast-growing




surrounding area - once nearly written off as a "Minnesota




Appalachia - is thriving.




            Last year, 1968, Reserve's State and local taxes paid




totaled more than $3.7 million.  Annual payroll for our 3,200




employees, including fringe benefits,was $29.4 million.  Our purchases




for goods and services were about $40 million in 1968.




            Reserve officials knew that before construction could




even begin at Silver Bay permits would have to be obtained from




State and Federal authorities to allow the company to withdraw water




from the lake and return it - with waste sand.

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                                                                    376
                     Edward M. Furness




            In January 1947 Reserve applied to the U. S. Army




Corps of Engineers for permits to construct the docks and harbor




at Silver Bay and to deposit tailings into Lake Superior.  The




Army notified not only the other concerned Federal agencies and




State and local governmental agencies, but also commercial fishermen,




community clubs, sportsmen's clubs and conservation groups in the




area as well as numerous residents along the North Shore of Lake




Superior.  Before granting any permits, the Corps insisted there




first be approval of the operation by the Minnesota Department of




Conservation and the Minnesota Water Pollution Control Commission,




now the Minnesota Pollution Control Agency.




            After publication and written notices to all interested




groups in the State, the Minnesota agencies held extensive public




hearings with the corresponding agencies of Wisconsin and Michigan




participating.  Eight hearings were held in April, June, July,




September, and October of 1947, during which everyone was given full




opportunity to be present and be heard.  The matter of Reserve's use




of Lake Superior was fully and thoroughly considered.




            A leading hydrological engineer and former consultant




of the Great Lakes Boundary Water Commission - Dr. Adolph Meyer - as




well as the late Dr. Lorenz G. Straub of the University of Minnesota




St. Anthony Falls Hydraulics Laboratory made extensive studies.  They




constructed models of the lake to show how tailings would act when




deposited into the water under the most extreme conditions.  They




recommended that the tailings not be piped into the deep water,

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                                                                    377
                     Edward M. Furness




pointing out that where water containing material in suspension




was piped into deep water there was a great deal of dispersion of




mixing with adjacent water.




            These and other experts concluded and recommended that




the tailings be discharged directly into the lake across a beach




where they would form a heavy density current.   They explained that




because the water containing tailings is heavier than the lake water,




it would flow down to the bottom of the lake, always seeking the




lowest level.  The solids would settle into the Great Trough, the




depression 600 to 900 feet deep to which I have already referred.




            Mr. Edward Schmid, Assistant to the President of Reserve,




will tell you more about the heavy density current later.  It is




enough for me to say that about 45 percent of our tailings are




coarse enough to settle out immediately on our beach and never reach




the lake.  The other 55 percent flows over the beach in a thin layer




of water which, by the time it reaches the edge, enters the lake




gently, permitting the density current to form immediately.  The




density current, carrying the tailings, flows down the face of the




delta and on into deep water where the fine particles settle out.




I might mention that the water at the toe of the delta is over 400




feet deep and gets deeper gradually as the density current approaches




the Great Trough.




            There is nothing new or mysterious about heavy density




currents.  Scientists have studied about them for years.  Perhaps you




have seen them yourself in front of many of the North Shore streams

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                                                                    378
                     Edward M. Furness




flowing into the deep water areas of Lake Superior after a heavy rain.




Such a stream laden with clays and silts, much of it finer than our




tailings, is often a deep brown as it enters the lake, but the color




stops abruptly rather than gradually fading out over a wide area of




the lake.  This is the density current at work carrying the fine




particles to the bottom.  If it didn't work this way, Lake Superior




would not be the clear, pure body of water that it is.




            To get back to the hearings, it was only after thorough




study that the Minnesota Department of Conservation, the Water




Pollution Control Commission, with the specific concurrence of the




appropriate agencies of Wisconsin and Michigan, and the U. S. Army




Corps of Engineers granted the three permits to Reserve in 1947 and




1948 to construct the facilities and deposit tailings into the lake




at Silver Bay.




            Subsequently, as the plant was expanded to its present




capacity of about 10 million tons of pellets a year, the State




permits were amended.  In November 1950, July 1952, August 1960, and




October 1960 amendments to the Federal permit were granted by the




Corps of Engineers.  The 1960 amendment specifically stated that the




permit "has been amended by the Chief of Engineers to permit




deposition of tailings into Lake Superior for an indefinite period."




At a hearing before the Minnesota Pollution Control Agency in February




1968, Colonel Richard Hesse of the St. Paul District, Corps of




Engineers, said the extension was granted for an indefinite period




because it was anticipated that the present method of tailings




disposal would continue for the entire life of the taconite




processing plant.

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                                                                    379
                     Edward M. Furness




            It was in full reliance upon those State and Federal




permits that Reserve went ahead with its project for the production




of iron ore from taconite and made the very large capital investments




necessary.




            Under these permits Reserve is required to make reports




to the State authorities.  Initially these reports contained the data




and test results which were common in water permits of the late




forties.  As time went on and as scientific knowledge, equipment,




and techniques advanced, the  State called for further and expanded




studies.  Not only did Reserve comply, but actually, of its own




volition, suggested numerous other tests, each time after consultation




with leading consultant scientists and State authorities.  Then




Reserve would proceed to purchase the best available scientific




devices and instrumentation to supply the new knowledge and data.




Some of this equipment does not even exist anywhere else in the State.




            As a result, our reports to the appropriate governmental




agencies today cover a broad program of water sampling, analysis,




investigation, and recording that has been expanded over the years so




that it scarecely resembles our original program.  Today it is almost




a continuous year-round activity of our Reserach and Development




Division.  I am told that our water quality laboratory and our launch,




which is fitted out with the latest scientific oceanographic equipment,




are among the most modern and complete facilities of any industrial




plant in the Nation.  Reserve has, over the years, probably assembled




more scientific dataon Lake Superior than any organization - public




or private.

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                                                                    380
                    Edward M. Furness




            You will be hearing more about the scope of our water




quality testing program later from Mr. Kenneth M. Haley, Reserve's




Vice-President and Manager of Research and Development.  This data




includes studies of Lake Superior's biota, chemistry, mineralogy,




currents, turbidity, temperature ranges, color, bottom characteristics




and contours, as well as other considerations.  The knowledge and




skills of our own technical personnel have been augmented by




consultants retained by Reserve - nationally renowned, recognized




experts in their respective fields.  Some of them will be making




statements later in our presentation.




            All of Reserve's acquired knowledge of Lake Superior is




always readily available to reputable technical or scientific organi-




zations interested in preserving the quality of this great body of




fresh water.  Because of Reserve's own interest in keeping Lake




Superior clean and pure, we have always been anxious to cooperate in




any way possible with any responsible governmental agency.




            No agency, industry, or individual - public or private -




is more interested in preserving the high quality of Lake Superior




than is Reserve Mining Company.  Our interest and concern for




Lake Superior goes back many years - before we built our plant and




before the question of water pollution caught the public's attention




and received the serious consideration it deserves.  In all our




operations we have followed good conservation practices.  We pledge




to continue.




            Thank you.




            (Applause.)

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                                                                    381
                       Edward Schmid




            MR.  DOMINICK:   Thank you.




            I believe it would be appropriate if we had questions,




if any, from the conferees at the completion of each of the statements.




            Do we have any questions at this time?




            (No response.)




            MR.  DOMINICK:   We have no questions.  Thank you very




much, sir.




            MR.  FRIDE:  Thank you, Mr. Fumess.




            The next speaker for Reserve Mining Company will discuss




questions of density currents and will discuss the so-called green




water phenomenon that some of the speakers have alluded to previously.




He is Edward Schmid, Assistant to the President.




            Mr.  Schmid.




            (Applause.)






            STATEMENT OF EDWARD SCHMID,




            ASSISTANT TO THE PRESIDENT,




            RESERVE MINING COMPANY,




            SILVER BAY, MINNESOTA









            MR. SCHMID:  Mr. Chairman, conferees, ladies and




gentlemen:




            My name is Edward Schmid.  I live in Silver Bay,




Minnesota, and I am employed by Reserve Mining Company as Assistant




to the President.




            I received a Bachelor of Science degree in engineering

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                                                                   382
                       Edward Schmid




from the University of Nebraska in 1939.  Before joining Reserve




Mining Company in 1951 I was employed by Armco Steel Corporation




in Middletown, Ohio.




            Mr. Furness referred to the fact that Reserve's tailings -




sand and gravel left over after the tiny particles of magnetite have




been removed - are discharged into Lake Superior.  He told you how,




through the action of a heavy density current, the fine portion of




our tailings discharge is carried down the slope of our delta into




deep water.  I will be discussing these density currents in more




detail, as well as the so-called "green water" phenomenon.




            As Mr. Furness told you, heavy density currents are not




new and mysterious.  They are as old as nature herself.  The earliest




detailed scientific studies of density currents we have encountered




are reported by the United States Department of Agriculture and the




United States Bureau of Reclamation in a booklet published in




September 1942.  Most of this report concerns a very detailed




analysis of the action of the Colorado River, which carries enormous




quantities of fine silt, clay, and other colloidally fine material,




250 million tons a year, into beautiful Lake Mead.  Lake Mead, as




most of you know, is formed by Boulder Dam impounding the waters of




the Colorado River.  This huge, deep lake is famous for its beauty,




recreational facilities, and fishing, yet it is formed and fed by one




of the dirtiest rivers (in terms of sediment load) on this continent.




            The reason Lake Mead is clear, of course, is that the




fine sediment has settled out.  The reason Lake Mead remains crystal




clear in spite of receiving 250 million  tons of sediment (much of it




colloidally fine silts and clays) from the Colorado River is that a

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                                                                   383
                       Edward Schraid




heavy density current carries the fine materials to the bottom




of the lakebed where they settle out.




            Water with fine material suspended in it is denser -




heavier - than clear water.  As the Colorado River enters Lake




Mead, it is heavier than the lake water which has no material in




suspension.  Therefore, it dives beneath the less dense, clear




lake water and follows the contours of the lake bottom to the




deepest part of the lake.




            In exactly this same way our sand tailings are




carried through a channel technically called a tailings launder




and deposited on the beach in front of our plant at Silver Bay.




The coarse material about 45 percent of the total is heavy enough




to drop out promptly as the thin stream of water flows across the




top of the beach.  The beach, of course, has been growing through




the years rapidly at first because the water was shallower near




the shore.  Now after 13 years of operation the growth of the




delta is very slow because the beach has reached very deep water -




250 feet at the edge and more than 400 feet deep at the toe.  As




time goes on and the water get deeper, the rate of growth will




slow more and more.  The beach itself is solid, stable, and firm.




You will frequently see big trucks and power shovels on it loading




the coarse sand for use in road building, land fill, and other




projects in the area.




            The 55 percent of the tailings which are carried in the




thin layer of water over the beach enter the lake.  There, at the

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                                                                   384
                      Edward Schmid




edge of the beach, the water heavily laden with sand dives




beneath the clear water of Lake Superior, follows the steep




incline down to the bottom, and flows like an underwater river




seeking the lowest levels.  That is our heavy density current.  As




it flows, particles settle out along the way, the largest, heaviest




particles first, generally speaking.  It flows down into the very




deepest place in the area.  This is the  Great Trough to which




Mr. Furness referred.  There the heavy density current loses its




velocity and the fine particles settle out.  That is where they are




supposed to go, according to our permits and according to all




scientific predictions.  Our extensive bottom sampling program




proves that is where they are going.




            As a matter of fact, natural sediments on the lake




bottom are much finer than tailings at the very same spot.  A




typical size analysis shows that the percentage of natural sediments




that is smaller than 5 microns, for instance, will be greater than




the percentage of tailings that is smaller than 5 microns.  And,




of course, there has been no damage from these natural sediments,




although they have been exposed to the water for centuries.




            Some might be surprised that materials smaller than




5 microns approximately 0.0002 inch will settle at all.  Obviously,




they do or they would not be found on the bottom of the lake and




Lake Superior would not be the clean, clear body of water that it is.




            Our Mr. Kenneth Haley will submit technical data about




the bottom of Lake Superior,  but I might say, however,  the deposits

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                                                                   385
                       Edward Schmid




of natural sediments ultra fine clays,  silts and the like have been




found by scientists to be more than 600 feet thick on the bottom of




Lake Superior natural sediments, not tailings.   The thickest deposit




containing tailings on the bottom in the Great  Trough is only about




6 3/4 inches.  Any mathematical calculation will show that Reserve's




entire mineral deposit at Babbitt can be put into this Great Trough




without raising the bottom of that 600 to 900 foot deep basin more




than a few feet.




            The heavy density current,  then, takes care of the fine




portions of our tailings just as it does with the natural sediments




carried into Lake Mead by the Colorado River and the sediments




dumped into Lake Superior every day by the many tributary rivers




and streams in Wisconsin and Minnesota.




            You will see this in a short piece of film prepared by




technicians from the University of Minnesota Mines Experiment




Station.  One of them will pour into a glass-sized tank the very




finest fraction of our tailings.  You will see through the side of




the tank that the heavy density current quickly forms and moves to




the deepest part of the tank.  Of course, the incline used in this




tank demonstration is not as great as the incline of the face of our




tailings beach.  If it were, the heavy density current would, naturally,




flow faster to the bottom.




            After the profile look at this density current, you will




see another brief view taken from above the tank.  A rock has been

-------
                                                                   386
                       Edward Schmid




placed on the bottom of the tank and you will see how readily the




density current flows around the rock rather than jumping over it.




That is because the density current always seeks the lowest level




where it loses its velocity, comes to rest, and the particulate




matter settles out.




            Following this scene there will be a brief film strip




showing a heavy density current in nature it is the Beaver River




(located about four miles west of Silver Bay) carrying sand, silt,




clay, decayed vegetation and organic materials into Lake Superior.




You will notice the sharp dividing line between the blue of the




lake and the brown of the river.  This is the point at which the




silt-laden Beaver River becomes a density current and flows down




to the bottom of Lake Superior.  It has been doing this for




thousands of years and will continue to do so for thousands of years.




            (Showed film clip.)




            The following color footage was taken just a week




ago, but it could have been taken yesterday, tomorrow, or 13 years




ago since it is exactly what you see day after day at Silver Bay -




the formation of the heavy density current that carries waste sand




from our process down to the great depths of Lake Superior.  You will




see the plant, the tailings launder, our tailings beach and the water




flowing across it into Lake Superior.  And you will see how effectively




the density current is working.  Note that the water is clear




right up to the point where the current dives to the bottom.




            (Showed film.)

-------
                                                                   387
                       Edward Schmid




            Now I would like to talk about - and show you photos




of - what has come to be called "green water" which appears




occasionally in Lake Superior.  So-called "green water"  has been




studied by scientists for many years in Lake Superior and other




bodies of water.  It has been seen,  studied, and photographed in




lakes and oceans.  Lake Superior is  no exception.  Scientists




observed and studied what we refer to as "green water" in Lake




Superior long before Reserve went into operation.  Canadian




scientists, in connection with their studies of thermal  bars and




thermoclines, have photographed and  reported in technical papers




on "green water" in Lakes Huron, Ontario^. Superior, and other lakes.




            Some people have erroneously concluded that "green




water" is caused solely or mostly be tailings.  However, if "green




water" were caused by Reserve's discharge - and it is not - you




would expect to see it near Silver Bay constantly.  You don't.




Residents of the North Shore know this.  Also, the various Interior




Department agencies which conducted the recent sutdy of Lake Superior




reported that "green water" sometimes was apparent, sometime it was




not.  Specifically, the Federal Water Pollution Control Administration




report which was presented this morning says, on Page 28: "Green




water was observed along the Wisconsin shoreline and did not contain




tailings."  What causes these temporary, occasional areas of "green




water" in Lake Superior has been a subject of study and investigation




 for years.

-------
                                                                   388
                       Edward Schmid




            I am going to show you some slides of so-called "green




water" as well as slides of water that actually is discolored.  I




will show you examples of water which has true color becuase of




constituents in solution that give the water color - dissolved




constituents ... like waters which originate in swamps and are




frequently called "black waters" in Minnesota.  The latter would




have measurable color by a scientific instrument designed for




the purpose.




            Lake Superior waters normally are not colored.  The




lake looks blue when it reflects a blue sky, but a glass of Lake




Superior water is clear, transparent, not blue, and has no




measurable color ... a true color of zero.  We all know that when




the lake appears red at sunset - the water certainly is not red.




The water which looks green in the lake is not green in a sampler




A glassful appears clear and colorless to the naked eye and when




subjected to prescribed color test procedures, it is colorless.




            There is very little difference between the amount of




suspended particles, or solids, in "green water" and  so  called "Clear"




or "blue" water.  For instance, the recent Federal study found, and




I quote:




            "Water with suspended solids content of approximately




     one milligram per liter (1 mg/1) or more had a characteristic




     'green' water appearance.  Water at the edges or near limits




     of the 'green'  water areas shows solids content near or




     slightly less than 1 mg/1."

-------
                                                                    389
                        Edward  Schmid




             Temperature differences can cause  currents  which  may




 carry particles of inorganic matter,  algae,  or other  aquatic  life




 from shallows.   These particles cause a change in light refraction,




 giving what appears to be  a differnet color  to the water from that




 of the colder,  clear blue  water farther out  in the lake.  This is




 why, on occasion,  suspended particles can be naturally  confined in




areas along the  shores by thermoclines.   This is why "green water"




 occurs more frequently in  early spring and late fall  than at  other




 times of the year.  Tailings from our beach  can also  be carried by




 these temperature-created  currents, occasionally, in  the same




 manner as natural  materials from other shoreline or shallow areas




 around reefs and islands.




             Near Silver Bay you would expect to find  tailings in




 "green water" under certain conditions, just as you would find




 natural sandy sediments suspended in  "green  water" near, for




 instance, a sand beach on  the  Wisconsin shore.  However, it is only




 a very minute percentage of Reserve's tailings discharge that could




 be carried in this manner.




             The first series of aerial color slides I will show you




 were made of the north and south shores of Lake Superior before




 Reserve began operating its Silver Bay plant - before any tailings




 were deposited  on the beach or into the lake.   They show the  same




 heavy density currents at  work and the same  types of  "green water"




 that we see on  occasion today.

-------
                                                                   390
                       Edward Schmid




            (Showed 1955 slides of Minnesota and Wisconsin shores)




            Now I will show you 35 millimeter slides taken from an




airplane approximately 60 seconds apart as the plane flew along the




shore.  We have been taking these 60—second photos periodically




for nearly 5 years, whenever we notied "green" areas of other




unusual conditions both near our operations at Silver Bay and




elsewhere in the lake.




            (Showed slides and narrated,)




            A.  "Green water" miles south of Silver Bay with




Reserve's area clear.




            B.  "Green water" miles north of Silver Bay with




Reserve's area clear.




            C.  "Green" and muddy water along Wisconsin shores,




as is usually the case, with Reserve's area clear.




            D.  "Green water" in Lake Michigan.




            We have many more sets of these slides taken by




professional photographers of the north and south shores of Lake




Superior.  Also, we take color slides every day of the waters




near our discharge, in the harbor area and south to East Beaver




Bay.  All of these are available for any technical, objective study.




            We have learned a great deal from these slides.  We




learned that on the infrequent occasions when we saw "green water"




it was, more often than not, located in areas far removed from our




tailings discharge point.  And close inspection revealed that the




source of the "green water" was not our tailings.

-------
                                                                   391
                      Edward Schmid




            We learned, for instance, that patches of "green water"




were just that - patches here and there - not a continuous stream




all along the shore.  Because of this fact, it is easy to see how




a motorist driving along the scenic North Shore may jump to the




wrong conclusions.  He gets an occasional look at the lake through




the trees.  If he sees patches of "green" or a patch of muddy




water several times, he assumes there is one long, continuous




stream of color flowing all along the shore.  He might even




assume - erroneously - that it originates at Silver Bay.  He perhaps




will not realize that these are probably entirely disconnected




patches originating from different beaches and shallows or may be




caused by temperature differentials.  This is not to say that




tailings are never present in "green water" in the area west of




Silver Bay.  I repeat, tailings can be present just as natural




sediments are.  But we have yet to find and we know of no one who




has found tailings in "green water" in concentrations that violate




the water standards for either color, turbidity or temperature.




            While some people may  say that "green water" is




aesthetically objectionable, many do not.  It should also be noted




that there are great areas of "brown" water and different shades of




"green" from natural sediments discharged during periods of heavy




runoff and after storms which cause severe wave action along the




shores and beaches.  This "brown" is even more aesthetically




objectionable.  It is particularly noticeable in the case of




Wisconsin's streams and shores at the western end of the lake.

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                                                                    392
                      Edward Schraid




            The U. S. Geological Survey, Water Resources Division,




recently reported, and I quote:




            "One of the most severely eroded and high sediment




     producing areas in Lake Superior is the red clay areas in




     northwestern Wisconsin."




            The red clay sediments from these Wisconsin areas




usually are responsible for the heavy turbid water which often




appears in the Duluth-Superior vicinity of the lake and which




has no connection with Reserve's discharge.




            As far as "black water", swamp waters, and mud, silt,




sand and clays are concerned, nature has been carrying tremendous




tonnages into Lake Superior for thousands and thousands of years.




I said "tremendous tonnages," but, in fact, they do not compare in




volume to the incalculable volumes of fines that have been created




by the wave action on beaches and shores.  The beach pebbles are




rounded because day and night they are constantly ground against




each other.  I am told that the original North Shore highway south




of Silver Creek Cliff 35 miles north of Duluth is in the lake today.




All into the waters of Lake Superior.  These sediments have settled




on the bottom of the lake - leaving Lake Superior among the very




finest, purest, most beautiful bodies of fresh water in the world.




            Thank you.




            (Applause.)




            MR. DOMINICK:  Thank you, Mr. Schmid.




            Do we have any questions?




            (No response.)




             MR. DOMINICK:  Thank you.

-------
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-------
GREEN WATER AREAS
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             CITY

-------
                                                                 395
                       Earl H.  Ruble




            MR. FRIDE:   Before  recessing our presentation in this




brief overview, we would like to call as the last speaker a man




who needs no introduction to most people in this area, Earl Ruble,




a man who is capable, a man who has been associated with water




quality for many years.




            Mr. Ruble.









            STATEMENT OF EARL H. RUBLE,




            CONSULTING ENGINEER,




            DULUTH, MINNESOTA









            MR. RUBLE:   My name is Earl H. Ruble.  I am a resident




of Duluth, Minnesota.  I am a professional engineer practicing in




Duluth and doing consulting work on water problems, including such




work for numerous communities in northern Minnesota, Wisconsin,




and Michigan.




            I am a chemical engineer with a Master of Science




degree in sanitary engineering from the University of Minnesota.




For the past 34 years - since 1935 - I have been continuously




employed as a sanitary engineer concerned with man's total environ-




ment - air, water, and waste.




            I have served as a sanitary engineer for the U. S.




Public Health Service having responsibility for water supplies and




wastewater disposal, both domestic and industrial.  I also served

-------
                                                                 396
                       Earl H. Ruble




as public health engineer for the city of Duluth from 1938 to




1955 and, during that time, was instrumental in establishing the




Duluth Water Resources Laboratory.  I have also served as sanitary




engineer for the Minnesota State Board of Health.




            As a consultant for the water treatment plarits of




Duluth, Two Harbors, Grand Marais, and Beaver Bay, as well as




various municipal water plants of our neighboring States, I have




become intimately familiar with the water supply systems and




problems of the communities within this region.  Also, over a




period of many years, I have become familiar with Reserve Mining




Company's operations and method of tailings disposal.  During the




original hearings on the matter of Reserve's permits I was a witness




for the city of Duluth.  In addition, I have served from time to time




as a consultant to Reserve on matters of water quality.




            Since 1955 I have been a member of the independent




consulting firm presently known as Ruble and Kaple, Incorporated,




Duluth.  This firm employs approximately 50 persons with such




diverse disciplines as chemical, mechanical, civil, electrical,




and structural engineering; physicists, geophysicists, geologists,




architects, hydrologists and biochemists, etc.  Our large laboratory




is fully staffed and equipped with the most modern water quality




testing and analysis apparatus, including atomic absorption.




            I was instrumental in setting up a 3—year study of the




Duluth water supply to determine if traces of Reserve's tailings




might be reaching the water intake.  We determined, in preparing

-------
                                                                 397
                       Earl H. Ruble




for this study, to look not for some rare indicator of tailings,




but, instead, to search for the most common mineral in tailings -




iron.




            The study was run during the years 1955, 1956, and




1957.  You will recall that Reserve's Silver Bay plant went into




operation in 1955.  For those 3 years the total iron in raw water




at the Duluth intake was always less than 0.01 parts per million.




I can say without reservation, from my own observations and studies,




that Reserve's operations have had no detectable effect on the




Duluth water supply.




            I have examined various recent Federal Water Pollution




Control Administration reports and note that there has been a




failure to distinguish between trace metal concentrations which




are soluble as distinguished from those which are insoluble.  This




failure, in my judgment, is not only unscientific but it can lead




to erroneous implications and unwarranted fears.




            There are data available reflecting that the natural




sediments on the bottom of Lake Superior which have been there for




many years contain greater concentrations of trace metals than do




Reserve's tailings which are on top of the natural sediments.  No




harmful effect has resulted, nor is any anticipated.




            Water quality is judged on five properties - temperature,




appearance, taste, physical composition, and chemical composition.




            The appearance of the surface of lakes, rivers, and




oceans is usually described in terms of apparent color.  A glassful

-------
                                                                 398
                       Earl H.  Ruble




of water dipped out of Lake Superior a short distance from the




delta at Silver Bay appears to  be clear and colorless and




identical in appearance to tap  water in Duluth, Grand Marais, or




Two Harbors.  When considered in these terms, Reserve's operations




do not alter the appearance of  the lake water.




            I have studied and  observed Lake Superior for more than




30 years.  The surface of the lake presents a changeable appearance




from time to time and from place to place.




            The pronounced apparent red color occasionally seen at




the western end of the lake and usually seen along the south shore




is due to the clay sediments carried down the lake by the tributary




streams and to the erosion along the beaches due to wave action.




Of all the apparent changes in color, this red appearance is, by




far, the most common.




            The lake often appears to have patches or areas of




other colors, such as purple, gray, green, and brown.  When you




view the lake from a high hill, for instance, these colors seem to




change dramatically within a period of an hour or so - particularly




when the sky is cloudy and the  sunlight constantly changing.




            A trained observer  knows the color of the water is not




changing.  The light rays from the sun are being altered as  they




penetrate the atmosphere and reflect from the surface of the lake




to the eyes of the viewer.




            Some recent attention has focused on a so-called




phenomenon known as "green water."  Green-appearing water is seen

-------
                                                                 399
                       Earl H. Ruble




in every large body of water, whether a lake or an ocean.  In my




31 years of experience with Lake Superior, I have observed areas




of the lake which appear to be green on numerous occasions before




Reserve ever began operations.  We have charted many of these




apparent green areas - as well as other coloractions - over a




span of many years.




            It has been wrongfully assumed by some people that




these "green water" areas are caused by Reserve's tailings.




So far as suspended matter is concerned in relation to apparent




color, I might say that whenever particles are present in water




which may cause the appearance of color it is immaterial whether




the substance is tailings or the product of beach or stream erosion.




            It is possible, of course,  that Reserve's tailings




might be found in "green water," just as natural sediments also may




be found in "green water."  However, it is simply wrong to conclude




that Reserve is responsible for the phenomenon.  The fact is that if




Reserve were to cease operations tomorrow we would still see "green




water" just as we always have.  I think the slides we have just




seen bear that out well.




            I have analyzed over a period of years sediments from




the Wisconsin shore which various people suggested contained tailings.




In every instance those suggestions were wrong.




            As for turbidity, I personally have made hundreds of




observations at the surface and at depths of 20 feet around the




periphery of Reserve's permit area.  The lake water consistently




contains turbidity in concentrations of less than one Jackson




Turbidity Unit (JTU).  This is extremely low.  The United States

-------
                                                                 400






                       Earl H. Ruble




Public Health Service turbidity standards for Class A domestic




consumption water - the finest drinking water - specify a maximum




turbidity of 5 JTU.  Only close to shore where wave action produces




a grinding action on the rocks and cliffs did we find turbidity




of more than 1 JTU.




            By definition turbidity is the measure of the amount




of light penetration in water.  Fine suspended particles reduce




the clarity of the water and cut down the amount of light that




will penetrate.  Turbidity can be caused by microscopic living




organisms and organic or inorganic materials, such as fine sand,




silt, clay, sawdust fibers, and the like.  These suspended




particles can come from natural sources (erosion, rivers, streams,




rain runoff and so forth) or they can be traced in some cases to




industrial processes, such as dredging and logging.




            The Duluth Water Department has reported on raw water




turbidity readings since 1952 in its annual reports.  During this




span of years the turbidity has consistently been absent, less




than 1 part per million most of the time.  Such low values have




been recorded for 87 to 99 percent of the time.




            It is important to remember that the tiny particles in




suspension, the particles that cause turbidity, do not stay in




suspension indefinitely.  If they did, the lakes of the world would




have become seas of mud long ago.




            If particles this small won't stay in suspension, it




is obvious that Reserve's tailings don't stay in suspension in




Lake Superior.  The fact is that man could not possibly create




permanent turbidity even if he tried.

-------
                                                                   401
                       Earl H. Ruble




            So far as turbidity is concerned Reserve's operations




have had no detectable effect in Duluth.   Also,  I have noted




turbidity readings at Two Harbors during the past 14 years and




have recorded no significant change in the lake water there.




            From the foregoing observations which span many years,




I believe Reserve's operations have had no significant or prolonged




effect on Lake Superior so far as turbidity is concerned.




            From my examination of the available data I have




readily concluded that Reserve's tailings do not in any way




violate the existing stringent Federal-State water quality standards.




The "Appraisal" report suggests consideration of new proposed




criteria.  These proposed criteria are so unrealistic that if much




of the population and industry were eliminated from this area, the




water would still not meet these proposed criteria.  The adoption




of such would, in my judgment, be illogical and tragic.




            To summarize, it is my opinion, based on more than




30 years' experience with Lake Superior, that Reserve Mining




Company is not adding anything to our lake which will impair the




quality of the water or present any hazard to human or marine life.




            (Applause.)




            MR. DOMINICK:  Thank you.




            Are there any questions?




            MR. VOGT:  Yes, Mr. Chairman, I have a question.




            Mr. Ruble, you indicate that you carried on this study




from 1955 through 1957 at the Duluth water supply intake and that

-------
                                                                   402
                       Earl H. Ruble




your parameter that you studied was iron and the report was




approximately 0.01 of a million.  You also indicate on the next




page that the natural sediments contain trace metals, and I presume




some of these trace metals might be iron.  Now, if you had found




any, or you did find 0.01 of a part of a million of iron, how were




you able to distinguish whether this came from the trace metals in




the sediments or from Reserve's tailings?




            MR. RUBLE:  We started the study 6 or 7 months before




Reserve went into operation so as to get a picture before the




operation started.  At that time our values were under 0.01, and




this was about as far down as we could measure at that time. After




Reserve started operations there was no change in the amount of




iron regularly present in the lake water.  Since there was no




increase, we assumed that we were getting what you might call a




background value that is present in the lake all the time.




            MR. VOGT:  In other words, that 0.01 that you initially




found was apparently from the sediment on the bottom?




            MR. RUBLE:  Well, I don't know where it comes from.




I don't think it would come from sediments, particularly.  It




probably is present in a dissolved form as a result of the con-




tributions of the various streams that flow into the lake.




            MR. VOGT:  Thank you very much.




            MR. DOMINICK:  On that point, you indicate on Page 2 that




the study was conducted during the years 1955 through 1956 and 1957.




Has there been any continuation of that study?

-------
                                                                   403
                       Earl H. Ruble




            MR. RUBLE:  Not in the sense of it being a true




continuation.  The Water Research Laboratory pumping station,




after three years of finding not the slightest change in the amount




of iron naturally present in the water, we gave up the study on the




grounds that when it arrived in the water supply it would have been




in there at that time, so far as we could tell by testing for iron.




The laboratory has made spot checks from time to time in the




succeeding years and has found no change,




            MR. DOMINICK:  So essentially the statement which you




made at the close of that paragraph on effects on the Duluth water




supply is based upon the 1955 through 1957 study?




            MR. RUBLE:  Plus the fact that it has been checked from




time to time in the succeeding years.




            MR. DOMINICK:  Thank you.




            MR. VOGT:  I have another question, Mr. Chairman.




This is a matter of information for myself because I just don't know.




            You decided that the best parameter to study at the




Duluth water was iron because apparently there is iron or there is




an assumption or a knowledge on your part that iron is actually




present in the tailings, is that correct?  I mean, is there iron




contained in the tailings?




            MR. RUBLE:  Oh, there is, indeed.  Of course all the




taconite processing companies would like to get it out of the




tailings as much as possible, but they can't get it all out.  And




the testimony that has been given during the time of the hearings

-------
                                                                   404
                       Earl H. Ruble




revealed the fact that there would be iron in the tailings.  Not




knowing what else might be there, we started on the assumption




that iron would be the most likely to be found if we found any




evidence of tailings.  We had to start this before tailings started




to go into the lake.  It seemed to us the most logical element to




look for would be iron, and we still think that is a pretty good




measure of the water quality.




            MR. VOGT:  I thought this process for this taconite




would be so effective that they would be removing the iron?




            MR. RUBLE:  They are trying to make it that way.




            MR. VOGT:  I have another question.  Is it your




judgment that the iron in the taconite tailings is equal to or




higher or less than the iron in the natural  soils in that area which




might flow into or might be washed by natural runoff or by the




streams into the lake?




            MR. RUBLE:  I don't think I am entirely familiar with




the iron content of the soils of the North Shore area.  However, I




should point out that the iron that comes out of taconite is




insoluble, that is, a suspended form of iron rather than a dissolved




form of iron.  At the Lakewood Research Laboratory we analyzed it,




the total suspension, so if the iron were dissolved we would find




it and we didn't find it.   I don't know how the iron content




of the tailings would compare with other soils.  I suppose




the iron tailings might be more in other soils and some places




it might be less.  Here again we have to keep in mind




that we are talking about  iron that has no sigificance

-------
                                                                   405
                      Earl H. Ruble




health-wise or aesthetically in the insoluble form.  When it is




in soluble form, it can cause some difficulty if it is present




in too great a concentration.




            MR. VOGT:  Did you differentiate in your tests between




the soluble and insoluble?




            MR. RUBLE:  No, we analyzed the total iron.  It didn't




make any difference whether it was insoluble or soluble in the




tailings, we would have found it.




            MR. DOMINICK:  On the point that has been discussed




most recently here, you chose iron as your mineral which you




wished to study.  Would you recognize any other traceable minerals




which might be amenable to study?




            MR. RUBLE:  Not so far as I am concerned.




            MR. DOMINICK:  Do we have any other questions?




            MR. FRANCOS:  Yes, Mr. Chairman.




            Mr. Ruble, you talk about the "green water" color here




in your presentation.  I just wanted to ask you one short question.




On the basis of your experience and the studies that you have




conducted, would you make the statement that the taconite tailings




that are deposited by Reserve in no way contribute to the green




coloration that we see in the lake?




            MR. RUBLE:  No.  I would say that I am sure that




tailings are associated with green color in the vicinity of Silver




Bay, just as they would be associated with blue color, too, perhaps,




but they are certainly not the cause of the color of the lake as a

-------
                                                                 406
                     John P. Badalich




whole, but near the source of the tailings, I would expect that




they would be a principal factor, perhaps.




            I didn't quite answer Mr. Dominick ' s question fully.




            I might also state that in addition to iron we




might also look for titanium, because it is very low, but we didn't




want to use a tracer that was hard to find; we wanted to use one




that would be easy to find there.




            MR. DOMINICK:  I appreciate that clarification.




            You did mention earlier that iron was but one of a




number of tracers which might be used, and I think there might be




some difference of opinion among experts on this point.




            (Applause.)




            MR. BADALICH:  We will try to get back to Reserve Mining




Company with the technical and scientific data they would like to




present to the conferees before the matter closes.




            At this point in the conference I would like to address




a question  to the conference.  This is to more or less clarify the




boundary of the Minnesota conference.  The reason I bring this up




is, as noticed in the conference report on Pages 58, 59, and 60,




there are listed the municipal waste discharges and also the




industrial waste discharges in the State of Minnesota, and in this




list is shown the interstate sources as well as the intrastate sources.




As you also note, in the fourth column of the table the abatement is




listed there for the intrastate sources that have already been




established by the Pollution Control Agency.  At the time the conference

-------
                                                                  407
                     John P. Badalich




was called I received a letter from the Secretary of the Interior




Udall, and I would like to read part of this letter, stating the




purpose of the conference and where it was going and the area that




was going to be confined.  It is addressed as follows:




            "In accordance with Section 10(d)(l) of the Federal




     Water Pollution Control Act, as amended (33 U.S.C. 466




     et seq.), and on the basis of reports, surveys, or studies,




     I hereby call a conference in the matter of pollution of the




     interstate waters of Lake Superior and its tributary basin




     (Minnesota-Wisconsin-Michigan).  The conference will convene




     on May 13, 1969, at 9:30 a.m., at the Duluth Hotel, 231 East




     Superior Street, Duluth, Minnesota.  I have designated




     Mr. Murray Stein, U. S. Department of the Interior, as




     chairman of the conference.




            "The parties to the conference are the Minnesota




     Pollution Control Agency, the Michigan Water Resources Commission,




     the Wisconsin Department of Natural Resources, and the United




     States Department of the Interior.  Participation in the




     conference will be open to representatives and invitees of these




     agencies and such interested individuals as make known to the




     Conference Chairman their desire to present statements.




            "A copy of the technical presentation to be made at




     the conference will be furnished you before the conference.




            "The conference will cover all interstate pollution




     problems of Lake Superior and its tributaries.  As specified

-------
                                                                    408
                       John P. Badalich




in the Federal Water Pollution Control Act, we shall furnish a




summary of the conference discussions to your Agency.




            "Sincerely yours,




            "Stewart L. Udall




            "Secretary of the Interior."




            On March 13, 1969, I wrote a letter to Mr.  Walter Hickel,




Secretary of the United States Department of the Interior.  This




was written following a conference we had with the Program Office




in Minneapolis where we were given the opportunity to look into a




preliminary draft of the conference report.  At that time the tables




I referred to earlier were listed in this preliminary report and,




in turn, I wrote Secretary Hickel in an effort to clarify, and




interstate sources were listed.




            "Dear Secretary Hickel:




            "This is in regard to the letter of January 16, 1969,




     under signature of Secretary Udall calling a Conference on the




     Matter of Pollution of the Interstate Waters of Lake Superior




     and its Tributary Waters (Minnesota-Wisconsin-Michigan).




            "We have interpreted the former Secretary's conference




     limits to include only the interstate waters involved, which




     include Lake Superior, the St. Louis River and the Pigeon Rivet-




     in Minnesota.  We are aware of no intrastate sources of waters




     within this basin in Minnesota which affect such interstate




     waters, or which we have reason to believe would be likely to




     cause pollution of these interstate waters.  Accordingly, we will




     provide the Minneapolis Program Office with information on all




     sources within your jurisdiction.

-------
                                                                   409
                      John P.  Badalich




            "We would appreciate at your earliest convenience a




     letter confirming the above limitations of this conference so




     that we might concentrate our efforts and those of our staff




     and others on matters of significance concerning the waters of




     Lake Superior.  As you are no doubt aware, the Lake Superior




     Basin in Minnesota exclusive of the St. Louis River Basin is




     relatively uninhabited and an in-depth analysis of this portion




     of the watershed would contribute very little to the purposes




     of the conference and divert our staff from essential tasks....




            "We shall await your reply on these matters and again




     urge you to consider seriously limiting the scope of the




     conference to significant matters."




            This is signed by myself as Executive Director.




            On March 26, 1969, I received a reply to Secretary




Hickel's letter from Assistant Secretary of the Interior Carl L.




Klein, and it reads as follows:




            "Secretary Hickel has asked me to reply to your letter




     of March 12, 1969, concerning the conference on the matter of




     pollution of the interstate waters of Lake Superior and its




     tributary waters (Minnesota-Wisconsin-Michigan).




            "The conference is called under Section 10(d)(l) of the




      Federal Water Pollution Control Act and as required by the




      statute applies to the interstate waters and under Section 10(a)




      to pollution which endangers health or welfare in a State other




       than that which it originates.  Such pollution falls within




      Federal jurisdiction in an enforcement action whether it




      originates in an interstate water or a tributary.  It is my

-------
                                                                   410
                       John P.  Badalich




     understanding from discussions with our  Great Lakes Regional




     Office in Chicago that Lake Superior,  the St. Louis River,  and




     the Pigeon River are the only Minnesota  waters which fall within




     the notice of conference and our statutory jurisdiction.   I




     suggest at the conference that you may wish to make certain




     that this geographical limitation is made a clear matter  of




     record.




            "I have requested the Commissioner of the Federal  Water




     Pollution Control Administration to direct Mr. H. W. Poston,




     Director of the Great Lakes Region, to discuss with you at  an




     early date the possibility of changing the physical location of




     the conference and to make a recommendation to me.




            "I have been directed by Secretary Hickel to chair the




     conference and I can assure you we will  make every effort to




     see what conference discussions are focused on significant




     matters.




            "I am looking forward to meeting  with you in May and




     hope that the enforcement conference will be helpful to myself




     and the conferees in arriving at suitable methods of carrying




     out our respective statutory responsibilities.




            "Sincerely yours, Carl L. Klein,  Assistant Secretary




     of the Interior."




            The reason I bring this up, Mr. Chairman, is that after




referral of these letters and also referring  to recommendations  on




Page 49, it is required in one of the recommendations of the conference

-------
                                                                    411
                       John P. Badalich




we report all the sources listed on Appendix A, which is the




appendix I made reference to.  I feel the interstate sources as




listed here on Pages 58, 59, and 60 relating to Minnesota and the




municipal waste discharges and also the industrial waste discharges




should be stricken from the conference report.




            Following this, Mr. Chairman, I would like to go into




the progress summary of each one of the interstate sources we have




listed on this table and bring forth to the conference what action




has been taken since the issuance of the abatement of municipalities




so they will meet the abatement schedule as listed in the appendix.




            Could I have clarification on the first matter, Mr. Chair-




man, regarding the sources as listed and whether they should be




deleted?




            MR. DOMINICK:  Mr. Badalich, I am glad you brought up




this question and we should seek clarficiation of it.




            As you read Recommendation No. 9, it states, "Each




State water pollution control agency make necessary corrections to




the list in Appendix A of municipal and industrial waste discharges




to the Lake Superior Basin."  I am further led to believe that adjust-




ments in thses lists can be made by the conferees upon a determination




of effect with respect to the case that we have before us, the case




being the interstate waters of the Lake Superior Basin.  We would be




happy to receive from you your recommendations for necessary corrections




and make adjustments within the conference in accordance with the




case that we have before us.

-------
                                                                     41?
                       John P. Badalich




            MR. BADALICH:  Thank you, Mr. Chairman.  That shall




be done.




            Mr. Chairman, if I may proceed with the progress summary




of major interstate waste sources in the Lake Superior Basin, this




will be in reference to the table that is listed on Pages 58 and 59.




I believe I have copies of them that will be distributed to the




conferees.




            I will start out with the municipalities, first of all.




            Carlton.  The primary sewage treatment facilities were




constructed in 1955.  The recommended implementation schedule calls




for construction of secondary facilities by December 1971 and effluent




disinfection from May 1 through October of this year.




            A letter was received from the village in December 1968




stating that the consulting firm of Ruble and Kaple had been employed




to conduct the necessary studies for a preliminary report for secondary




treatment.  Monthly operation and effluent reports are being sub-




mitted.  Chlorination of the plant effluent is being provided.




            Cloguet.  Primary sewage treatment facilities were




constructed in 1957.  The recommended implementation schedule calls




for construction of secondary facilities by November 1973 and




separation of combined sewers by June 1978.  Chlorination of the sewage




plant effluent is also required May 1 through October 31.




            The city has signed an agreement with the P.C.A. to




provide secondary treatment by November 1973.  A letter from the




city in January 1969 indicated that the City Engineer will proceed

-------
                                                                    413
                       John P. Bacalich




with studies on sewer separation and untreated sewage dicharges.




Monthly operation and effluent reports are being submitted, and




effluent chlorination is being provided year round.




            Duluth.  Duluth has four primary sewage treatment




plants.  The main plant was completed in 1940 and the other three




plants were completed in 1960.  The recommended implementation




schedule calls for construction of secondary and tertiary treatment




plants by June 1972 and separation of combined sewers by June 1978.




Effluent disinfection the year round is also required.




            A preliminary report on secondary treatment was




received from the city in July 1968.  City representatives met with




the P.C.A. staff in March 1969 and subsequently furnished a council




resolution to proceed toward construction of secondary and tertiary




facilities in accordance with the recommended schedule.  It is




understood that the city currently provides year-round chlorination




at all of the plants and is proceeding on sewer separation projects.




Monthly operation and effluent reports are furnished, as well as




data from the city's stream sampling program.




            Esko Township.  The township has secondary sewage treat-




ment facilities which were constructed in 1964.  The existing treatment




plant is considered to be generally adequate at this time and the




township has indicated they will provide effluent disinfection May 1




through October 31, as required by the interstate water quality




standards.

-------
                                                                    414
                       John P. Badalich




            Floodwood.  There is no sewage treatment provided at




this time.  The recommended implementation schedule calls for




completion of secondary treatment facilities by December 1971, and




separation of combined sewers by June 1978.  Disinfection of the




plant effluent must also be provided May 1 through October 31.




            Plans have been approved and a permit has been issued




by the Agency for construction and operation of secondary sewage




treatment facilities.  A recent letter from the village attorney




indicates that any combined sewers or sewage sources not connected




to a sanitary sewer would be corrected during the current improve-




ment program.




            Grand Marais.  Primary sewage treatment facilities were




constructed in 1940 and pre-aeration, chlorination, sludge storage,




and sludge disposal were added in 1960.  According to the implementation




plan, secondary and tertiary facilities are to be constructed by




December 1971, and separation of combined sewers is to be completed




by June 1978.  In addition, year-round disinfection of sewage effluent




is to be provided.




            Monthly reports on operation and effluent quality are




being provided, and, according to reports, chlorination of effluent




is being provided year-round.




                Sconion.  The village presently has primary sewage




treatment facilities with chlorination which were provided in 1941




and substantially improved in 1953.  The recommended implementation




schedule calls for secondary facilities to be provided by December 1971,

-------
                                                                    415
                       John P. Badalich




and disinfection of plant effluent from May 1 to October 31.




            Monthly operation and effluent quality reports are




being furnished, and according to the reports chlorination of the




sewage effluent was being provided in January 1969.




            Silver Bay.  The village has a secondary sewage treatment




plant with cholorination which was constructed in 1953.   According




to the recommended implementation plan, secondary and tertiary




treatment is to be provided by June 1972.




            The existing plant is probably adequate  at this time.




Monthly reports on operation and effluent quality are being provided,




and according to the reports effluent chlorination is being provided




year-round.




            Two Harbors.  A primary sewage treatment plant with




chlorination facilities was constructed in 1959.  The recommended




implementation schedule calls for construction of secondary and




tertiary treatment facilities to be completed by December 1971.




Separation of combined sewers is to be completed by June 1978.




            The city retained engineers to make studies and prepare




a preliminary engineering report for secondary and tertiary treatment




in October 1968.  A letter from the city in February 1969 indicates




effluent chlorination facilities are in operation year round.




                        INDUSTRIES




            Eveleth Taconite Company, Forbes.  The industrial waste




treatment facilities consist of a closed tailings basin system.  The




sanitary sewage is treated by secondary sewage treatment facilities

-------
                                                                   416
                       John P. Badalich




constructed in 1965.  The existing treatment facilities are




apparently adequate.  Monthly reports are furnished on the operation




of the industrial waste treatment facilities.




            Conwed Corporation, Cloquet.  The sanitary sewage




from this industry is discharged to the Cloquet sewer system.  Fine




screens and hot pond settling basins are provided for treatment of




the industrial process wastewater.




            In November 1968 the company signed an agreement with




the Agency to provide adequate waste treatment facilities by




November 1973.  Operation reports are presently being provided




to the Agency.




            Northwest Paper Company, Cloquet.  The sanitary sewage




from this industry is discharged to the Cloquet sewer system.  Waste




treatment facilities for the process wastewater includes screens and




flotation save-alls, lime sludge pond, foam barrier, mechanical




clarifier, and the utilization of spent sulfite liquor for road binder.




            In 1961 the company placed new Kraft mill evaporators and




pulp washers in operation.  In 1964 the company, along with other




Cloquet area industries, as an experiment installed aeration units




on the St. Louis River.




            On November 12, 1968, the company signed an agreement




with the Agency to orovide adequate waste treatment facilities by




no later than 1973.  Reports of the effluent and operation are




provided to the Agency.

-------
                                                                   417






                       John P.  Badalich




            Minnesota Power and Lxght Company, M.  L.  Hibbard




Plant, Duluth.  The sanitary sewage from the powerplant is treated




by secondary sewage treatment facilities with chlorination.  Presently




wastewater treatment facilties consist of pneumatic ash recovery.




            This company also controls the flow regimen of the




lower St. Louis River through its hydroelectric power generating




system.  They have agreed to vent their turbines when the level




of dissolved oxygen in the St.  Louis River is low and to pass a




minimum flow at all times.




            Superwood Corporation, Duluth.  Treatment of the




sanitary sewage is by a septic tank with discharge to Superior Bay.




Treatment of the industrial process waste is by settling ponds which




also discharge to Superior Bay.




            A filter unit was recently installed.   Estimates are




being prepared to compare the cost of discharging into the municipal




sewer with that of providing treatment facilities, assuming an 80




percent, 5 day BOD reduction.  The engineer stated in a letter dated




December 4, 1968, that a report would be submitted early in 1969.




Monthly effluent reports and quarterly progress reports are being




submitted.




            The recommended implementation schedule for construction




of adequate sewage and industrial waste treatment facilities and/or




connect to the city sewer system is scheduled for December 18, 1971.

-------
                       John P. Badalich




            Reserve Mining Company, Silver Bay.  The sanitary




sewage is diverted to the Silver Bay secondary sewage treatment




facilties.  No treatment is provided for the industrial process




wastes.




            In reply to a letter from the MPCA with a recommended




schedule for secondary treatment of plant process wastes,the company




stated that they feel the requirement for secondary treatment or




equivalent is not applicable to them and that their effluent does




not pollute the lake.  Monthly and semi-annual effluent and operation




reports are being submitted to the Agency.




            U. S. Steel Corporation, Duluth Works, Duluth.  The




sanitary sewage from the mill is presently treated by lagoon.




Waste treatment facilities for the process wastewater consist of




fly ash and oil recovery lagoons.




            Plans for reconstruction of the existing waste treatment




facilities were approved in April 1967.




            Monthly reports of the effluent and operation are being




provided to the Agency.




            The recommended implementation plan calls for construction




of adequate treatment facilities for the process wastewater by




December 18, 1971.




            Information obtained from the company at a meeting on




May 8, 1969, indicates they are currently reviewing requirements of




the standard, but have not reached a decision as to how they will




proceed.

-------
                                                                   419
                       John P. Bctdalich




            Mr. Chairman, this more or less sums up the abatement




schedule and the compliance schedule of the municipalities and




industrial wastes in the interstate waters that are tributary to




the Lake Superior Basin.




            MR. DOMINICK:  Mr. Badalich, so that we might give




the audience some indication of our schedule, how much more material




do you have to present for the State of Minnesota?




            MR. BADALICH:  Mr. Chairman, getting into the list of




participants or people who want to make a statement in the position




of the State of Minnesota, I have some 33 different representatives




who want to make a statement, and from looking at the time that is




listed here, I would say it will probably take anywhere from 2^




to 3 hours.




            MR. DOMINICK:  We will have to discuss that with the




other conferees.  We have scheduled for today, for the afternoon,




the other two States of Wisconsin and Michigan, I would suggest that




we break for lunch at this point.




            Yes, Mr. Frangos?




            MR. FRANGOS:  Just a question, Mr. Chairman.




            As you know, Mr. Badalich, we are very much concerned




with what is happening  in the St. Louis River.  And I am going to




ask you, is it your opinion that if the abatement schedule that




you have outlined for us is met, will the St. Louis River as it




crosses the State line meet the Wisconsin water quality standards?

-------
                                                                   420
                      John P.  Badalich




            MR. BADALICH:  It  is my understanding, Mr. Frangos,




that it would, based on the required dissolved oxygen in a




river based on a consecutive	




            MR. DOMINICK:  I didn't hear your answer.  Would or




would not?




            MR. BADALICH:  I believe it would.  The abatement




schedule that we have set forth for the paper and pulp mill and




also for the wood products plant, we feel it will meet the required




standards.




            MR. FRANGOS:  Thank you.




            MR. DOMINICK:  Are there any other questions at this




point?




            Yes.




            MR. PURDY:  Mr. Badalich, in your report on treatment




to be provided by certain municipalities you refer to tertiary




treatment.  What do you mean by tertiary treatment?




            MR. BADALICH:  Mr. Chairman.




            Mr. Purdy, our standard indicates the phosphorus




level shall be reduced to a level of 2 milligrams per liter, and that




is what we refer to as tertiary treatment.




            MR. PURDY:  Thank you.




            MR. DOMINICK:  I would suggest that we break for lunch




at this point and return at 1:15.




            The Chair will reopen this conference at 1:15 promptly,




and I would like to have the conferees here at that time.




            (Whereupon, at 12:05 p.m., the conference recessed




until 1:15 p.m.).

-------
                                                                  421
                     AFTERNOON SESSION









            MR. DOMINICK:  The conference will come to order,




please.




            I would like to describe for the benefit of everyone




here what we have agreed to as a tentative schedule for the




remainder of the conference.  This  afternoon we  will start with




all governmental witnesses from the State of Minnesota.  Then we




will move to the State of Wisconsin and hear all witnesses  xrom




the State of Wisconsin.  Following that the State of Michigan will




make its presentation.  We will go as late into this evening as




appears appropriate, and whether we get into any Michigan testimony




today or not is still a question.




            However, following the close of all Michigan testimony,




we will hear from other Federal agencies.  Following that, we will




hear from all other interested citizens who have not yet had an




opportunity to appear.




            Speaking as the Chairman, I would like to plan to




conclude this portion of the conference by tomorrow evening.  We




would like to get this wound up and finished without having to go




on into Friday.




            With that as a tentative agenda before us, we will




proceed with the State of Minnesota.




            Before we do, I have one question to address to




Mr. Badalich.

-------
                                                                  422
                      John P. Badalich




            I note, Mr. Badalich, that in the presentation which




you gave just before lunch,under Reserve Mining Company, Silver




Bay, you said that, quote:




            "In reply to a letter from the MPCA with a recommended




     schedule for secondary treatment of plant process wastes,




     the company stated that they feel the requirement for secondary




     treatment or equivalent is not applicable to them and that




     their effluent does not pollute the lake."  End quote.




            In addition, I note on Page 59 of the report before




us under "Status of Industrial Waste Discharges (As of March 1,




1969)" for the State of "Minnesota" the Reserve Mining Company




has listed as a date for abatement schedule December 18, 1971.




Would you clarify for the record these matters and provide for




the record when it is available to you the correspondence that




you mentioned in your previous testimony?




            MR. BADALICH:  Mr. Chairman, I would very gladly




provide you the correspondence.  I am sorry, we did not bring




that along at this particular time.  But the matter that you




referred to is following the procedures of our interstate water




quality standard setting procedure.  Besides the standard, we also




have the implementation plan and the compliance schedule.  This




letter was sent to all the dischargers on interstate water throughout




the State of Minnesota, not only the Lake Superior Basin but all other




dischargers on interstate waters.  In order to implement our water

-------
                                                                  423
                       John P.  Badalich




quality standards abatement programs these letters were sent out




as soon as we got the verbal O.K. from the Department of the




Interior that our interstate water quality standards were going




to be approved.  In order to maintain a time schedule that we




felt was in the implementation plan, these letters were sent out,




and Reserve Mining, also being on interstate waters, was sent a




letter.  This indicated in the event that there was any organic




waste from their process waste they were obligated to provide




secondary treatment and also chlorination.




            The letter in return from the company indicated that




their process waste is inorganic material and that they do not feel




they would then be subject to the interstate standards or to this




letter of compliance.




            (A copy of the letter follows)




            MR. DOMINICK:  Thank you very much.




            You may proceed with your statements.




            MR. BADALICH:  Mr. Chairman, as agreed upon by the




conferees, I will call upon the governmental agencies that have




requested an appearance.  These are as follows, so if you could




be ready in this order:




            Mayor Shearing, of Silver Bay; Richard Mahal, of Babbitt;




Axel Jensen, the Water Department of Silver Bay; Mr. Robert Hanson,




Chairman of the Lake County Board of Commissioners; Mr. Lloyd Shannon,




County Commissioner of St. Louis Board of County Commissioners; and

-------
                                                                      424
              RESERVE MINING  COMPANY
                   SILVER  B-A.Y, MINNESOTA  55G14

E.M.FURNESS
  =REs,otNT                               October 10,  1968
 Mr. John P. Badalich, Director
 Minnesota Pollution Control Agency
 459 Board of Health Building
 University Campus
 Minneapolis, Minnesota  55440

 Dear Mr. Badalich.

 We have received your letter of September 17, 1968, relative to possible
 secondary treatment of wastes discharged into interstate waters.

 Reserve Mining Company discharges no sewage into interstate waters.
 The sewage from the taconite plant at Silver Bay goes into the  sewage
 treatment plant of the Village of Silver Bay where--along with  the municipal
 sewage--it receives both primary and secondary treatment before discharge
 into the lake.

 Reserve discharges the "tailings" irom its processing onto the beach at
 Silver Bay.  This discharge spreads over the beach and a portion of it flows
 into Lake Superior.   This is done under permits issued by the  Minnesota
 Water Pollution Control Commission (the predecessor of the Minnesota
 Pollution Control Agency),  the Commissioner of Conservation  of the State
 of Minnesota, and the Corps of Engineers of the U. S. Army.  The whole
 method of processing and treatment and discharge was thoroughly con-
 sidered by these agencies when these permits were issued originally and
 when subsequently amended in recent years.

 The taconite (one of the hardest rocks found on the  surface of this  continent)
 treated at this plant is  crushed and ground to the  fineness necessary for the
 separation of the iron bearing particles — called "concentrated—from the
 crude taconite.  This separation is achieved by gravity and magnetic  pro-
 cesses.  The remainder of the rock, called "tailings,"' is nothing but sand
 --a very dense, insoluble,  inorganic sand.  (Reserve's discharge  does con-
 tain a comparatively small  amount of fly ash which is pumped from the
 power plant  into the tailings discharge stream during the  winter months only,
 under a special temporary or revocable permit issued in recent years
 specifically for this purpose.)

 The beach--or delta—upon  which the water-borne tailings  are  deposited is
 located outside of Reserve's harbor on the easterly side of the east break-
 water at Silver Bay.  The coarse particles settle on the delta;  the fine

-------
                                                                      425
Mr.  John P. Badalich
October  10, 1968
Page 2
particles are carried by the water over the delta to the lake.  Because this
water containing the particles is heavier than the lake water,  it flows down
under the lake water along the incline of the delta's face as a "heavy
density current, " and then along the lake bottom to the great depths of the
lake wh'ere the fine particles of sand settle out.  Reserve's discharge is
similar to those of many rivers which in their natural state  have  flowed into
Lake Superior for centuries without injury to the water, except that those
rivers have carried greater loads of much finer materials — clays,  silts,
sands, decayed vegetation, etc.

Of course,  Lake Superior is  so deep and large that even if natural mixing
or dispersion of sediments were a significant factor, there would be no
adverse effect upon the quality of the water.  However, the heavy density
current performs so effectively that water samples taken  within ten to
twenty feet from the point where Reserve's discharge enters the lake con-
sistently show that the water's quality will easily meet the highest criteria
prescribed by state or federal authorities  and,  in fact, show that no changes
in quality have occurred.

On numerous occasions, representatives of your agency as well as other
state and federal agencies have inspected Reserve's operations and investi-
gated our use of Lake Superior.  We have  given full cooperation in connection
with such investigations, and have participated in various  studies conducted
by those agencies as well as  carrying on our own extensive studies.  These
investigations and studies have demonstrated that the tailings contain no acids
or offensive matter, are not bio-degradable wastes,  and that no program for
secondary treatment is necessary, required by law,  feasible, or would serve
any useful or advantageous purpose.

                                     Sincerely,
EMF/paa

-------
                                                                  426
                 Honorable Frank Shearing




the St. Louis River Water Quality Committee, whi :h consists of a




group of citizens, an official committee of the city of Cloquet;




Northwest Paper and Conwed Paper regarding the St. Louis River-




Cloguet situation.




            If I may call on Mayor Shearing from Silver Bay to




make his presentation.









            STATEMENT OF THE HONORABLE FRANK SHEARING,




            MAYOR, SILVER BAY, MINNESOTA









            MAYOR SHEARING:  Thank you, Mr. Chairman.




            Conferees, ladies and gentlemen:




            My name is Frank Shearing and I am Mayor of the town




that has been discussed, which is a short distance from the shores of




Silver Bay.  I might add I am rather proud of the  fact that I am.




            For the past year the subject of water pollution has




been a topic of conversation in almost every group meeting in our




area.  Numerous industries, communities, and public services have




been accused of contributing to the pollution of Lake Superior, and




it goes without saying that Reserve Mining Company is probably




receiving more attention than any of them.




            As a representative of the village government of Silver




Bay, I can assure you that none of us are experts  in settling water




pollution.  We do feel, however, we are qualified to determine what

-------
                                                                  427
                 Honorable Frank Shearing




is best for the welfare of our community.  Previous mayors and




councils have stated that they would be opposed to dumping tailings




in the inland area.  The present village Council concurs with this




for several reasons.




            First of all, it could constitute a serious hazard




if the flash floods or heavy rainfall were to cause a rupture in




the dike and this material would slide down below into Beaver Bay




causing injury or damage.




            Secondly / we feel an area such as this would not be




conducive to the beautiful trout streams and works of nature that




are now in that area.




            There have been statements to the effect that dead fish




are found in abundance in the area that is supposedly being polluted.




From personal observation, the only dead fish I have seen in this




area are numerous smelt that have been cast upon the shores of our




lake by inconsiderate fishermen.  In almost every case, newspaper




articles mention "Silver Bay" or "Reserve Mining Company" or




"taconite tailings" as the prime source of pollution in Lake Superior.




Very rarely do they mention the other sources of pollution in the




Wisconsin Basin or the other sources of pollution along the Canadian




shore, nor do they suggest that the majority of the communities and




resorts along the North Shore might also be contributiag to the




pollution of Lake Superior.

-------
                                                                     428
                 Honorable Frank Shearing




            To set the record straight, the village of Silver Bay




does not condone pollution by anyone or for any reason.  We do




suggest, however, a decision of this conference could have long-




lasting effects and possibly be detrimental to that which we seek




to achieve at this conference.  I am convinced that only through




open-minded discussions and greater thinking can we accomplish




that which is necessary.




            It is my opinion that some of our present-day pro-




cedures governing pollution might still be in the horse and buggy




era in this area.  And I suggest that possibly the pumping of




ballast, both domestic and foreign, in our lake is probably not




being governed as it should be.  I know this from personal observation.




I have seen it happen.  I think groups such as this conference




are attempting to act in this direction.




            In order to do a proper job, I think they need the




support of our patience rather than the demands of our criticisms.




And, above all, none of us should seek in an issue such as this for




personal recognition for some future endeavor that we might attempt




to accomplish.




            Most of us have read or listened to articles in the




newspapers.  We have listened on television to political figures




and leadgers or groups of associations as they condemn one industry




for polluting the lake and  fail to suggest there might be others.




We don't need Senators to tell us - I have seen it with my own eyes -




that pollution is happening and to look at that glass of water and

-------
                                                                 429






                 Honorable Frank Shearing




tell me it is polluted.  Consequently,  in Minnesota we have to




employ scientists and biologists to determine whether pollution




is happening or not.  And that is how it should be.  If we fail to




rely on scientific findings, it would seem to me that we are making




decisions on a very shaky ground.  Along this same line, we should




consider all the facts, not those just suitable for our own personal




desires.




            In conclusion, I would like to restate the position of




the Mayor and Council of Silver Bay.  When a responsible organization




such as the Department of the Interior or the Federal Water Pollution




Control Administration or the Minnesota Pollution Control Agency




presents us with positive facts or evidence that serious pollution




is occurring, we will then reconsider our position and take action




accordingly.  On the supposition, it would be only foolhardy on our




part to do otherwise.  It would only add to the number of Excedrin




headaches being suffered by the Commissioners for a job that is fair




and equitable to all.




            Thank you very much.





             (Applause.)



            MR. BADALICH:  Thank you, Mayor Shearing.




            I would like to call upon the Mayor or the representative




of the village of Babbitt.  I have no name here.

-------
                                                                 430
                  Honorable Richard Mahal




            STATEMENT OF THE HONORABLE RICHARD MAHAL,




            MAYOR, BABBITT, MINNESOTA









            MAYOR MAHAL:  Thank you, Mr. Chairman.




            Conferees, members of the press, ladies and gentlemen




of the conference:




            MR. BADALICH:  Would you identify yourself, sir.




            MAYOR MAHAL:  My name is Richard Mahal.  I am the




Mayor of Babbitt.




            In behalf of the Village of Babbitt and the Babbitt




Area Business and Professional Association I would like to submit




the following statement for the consideration of the Federal and




State water pollution agencies:




            The Village of Babbitt is located about 17 miles south




of the Canadian border near Ely, Minnesota.  Here is where taconite




is mined to be transported 47 miles to Silver Bay for its beneficia-




tion and production into pellets.




            We do not argue, nor  do we presume to be knowledgeable




on issues centering on Lake Superior pollution.




            We do, however, wish to state emphatically that it is




not consistent with Reserve policies, as we know them, to overlook




any phase of our community's health and welfare.




            Certainly, no taconite company on the entire Iron Range




has done more for the community in which it is located than Reserve




Mining Company.  Reserve has consistently proven its civic-mindedness

-------
                                                                  431





                  Honorable Richard Mahal




through continued cooperation with our people in a multitude




of projects.




            We sincerely believe that Reserve with its outstanding




record of community help and involvement has consistently striven




wholeheartedly to improve our community and the surrounding area.




            Because Babbitt, with 615 homes and a population of




4,000 (and, for that matter, all peripheral communities) are




heavily dependent upon Reserve for employment, we consequently




cannot emphasize too strongly the immeasurable impact of this taconite




producer on our area.  Reserve's 1968 annual payroll of $29.4 million/




over half of which is paid to the Babbitt division, is almost the




sole monetary factor governing our economic well-being.  For this




reason we in Babbitt cannot afford any interruption in Reserve's




operation.




            Our school system, which represents an expenditure by




Reserve of $7,365,000 is tops in the State if not the Nation.  The




people of Babbitt enjoy the finest facilities available and are




humbly proud of the beautiful buildings built by Reserve which more




than meets its obligation to the educational needs of Babbitt.




            This fine educational system, staffed by a total of




109 employees, represents a payroll of $766,000 for the 1968-1969




school year.




            Reserve has always been interested in people.  This




fact becomes clearly evident in the varied business, civic, and




social projects this company has cooperated with in providing the

-------
                                                                   432
                  Honorable Richard Mahal




best possible living and working conditions for its people and




for the entire Village of Babbitt.




            The following examples of community improvement will




serve to illustrate the overall trend Reserve Mining Company has




initiated relative to the health and welfare of our people:




            1.  A smoothly operating and efficient village water




plant and sewer system (primary and secondary treatment),   generously




assisted by Reserve through the years, indicates firsthand the




company's concern in maintaining the highest standards of health




and safety.




            2.  The Babbitt Clinic is staffed by Reserve medical




personnel 24 hours a day.  This facility provides modern medical




and dental services for its people.




            3.  Reserve Mining Company has provided the Babbitt




citizens with a community building which can be used free of charge




for the various community meetings and activities which take place




during the year.




            4.  Our modern recreation center was donated and




remodeled by Reserve,  which provides a marvelous facility for our




growing population.




            5.  Our clean, safe public beach exemplifies the




concern of Reserve to  provide better than adequate facilities for




the families of Babbitt.




            6.  The beautiful Babbitt Golf Course again speaks




loud and clear about the responsibilities Reserve has shouldered




to make Babbitt a better place in which to live, work, and play.

-------
                                                                    433
                      Axel A. Jensen




            7.  We have a new, ultra-modern ice arena in the




Village.  The people of Babbitt have also invested in a new fire




hall, municipal garage, six churches, and other buildings in the




last 2 years.  Babbitt's pride in their community is illustrated




by continual improvement and beautification of homes, which are all




privately owned.  A new public library is now in the planning stages.




            Reserve has contributed immensely to the economic




picture of northeastern Minnesota.  They are essential to the area.




Reserve deserves your utmost and objective consideration without




emotional or political motives.




            Thank you for your time and consideration.




            (Applause.)




            MR. BADALICH:  Thank you, Mayor Mahal.




            Next, I would like to call on Mr. Axel Jensen, Water




Superintendent of Silver Bay, Minnesota.








            STATEMENT OF AXEL A. JENSEN,




            WATER SUPERINTENDENT,




            SILVER BAY, MINNESOTA








            MR. JENSEN:  Thank you, Mr. Chairman.




            Conferees and ladies and gentlemen:




            The testimony I am presenting is taken from, and documented




by,  the operating records of the Silver Bay Water Treatment Plant.

-------
                                                          434
                       Axel A. Jensen




        The source of our municipal water supply is Lake Superior




and our intake is located less than a mile fror Reserve Mining




Company's taconite tailings discharge.




        Our water treatment plant began operations in 1953 several




years before Reserve Mining Company began operations.,




        There are two rapid sand filters in our treatment plant.




The function of these filters is to remove any suspended material




contained in Lake Superior water.  As these fine suspended materials




accumulate on the surface of the filter, they increase in density and




gradually decrease the rate at which water will filter through this




dense layer.  Accumulation and density on the filter surface is




measured by a loss of head-gauge.  When the filter has reached the




pre-determined head loss, backwashing of the filter is necessary.




        All backwashings of the sand filters have been recorded since




our plant began operations.  Our records show that the amount of




water filtered between backwashings from year to year is the same




today as it was in 1953.  A definite indication that there has been




no increase in suspended materials in Lake Superior.




        Daily turbidity measurements are also made on filtered




and unfiltered water.  Our records show that no increase in turbidity




has been noted.




        Samples of Lake Superior water have been collected and




tested for absence or presence of coliform bacteria every two weeks




since 1964.  Again our records show that there has not been the




slightect increase in most probable number of coliform bacteria per




100 ffil.

-------
                                                                     435
                     A. Lloyd Shannon




            Statements made that there is an increase in suspended




materials or turbidity because of Reserve Mining Company's discharge




are not substantiated by our records.




            Thank you.




            (Applause.)




            MR. BADALICH:  Thank you, Mr. Jensen.




            Next, I would like to call upon Mr.  Robert Hanson,




Chairman of the Lake County Board of Commissioners.




            (No response.)




            MR. BADALICH:  I guess he is not here.




            Next, Mr. Lloyd Shannon, County Commissioner, St.  Louis




Board of County Commissioners.
            STATEMENT OF A. LLOYD SHANNON




            COUNTY COMMISSIONER, ST. LOUIS




            COUNTY, MINNESOTA









            MR. SHANNON:  Mr. Chairman, guests, ladies and




gentlemen:




            I a~n Lloyd Shannon, member of the Board of County




Commissioners in St. Louis County.




            At our regular Board meeting this resolution was




passed unanimously:




            WHEREAS, A sufficient number of studies and conclusions

-------
                                                                      436
                     A. Lloyd Shannon




     have been made, determining that there are indeed serious




     pollution problems existing in our rivers, streams, inland




     lakes, and St. Louis Bay of St. Louis County, some of which




     contribute to the pollution of Lake Superior and




            WHEREAS, The implementation of present technical




     knowledge and enforcement of present laws and regulations would




     assure a program that will guarantee unpolluted lakes and streams




     for future generations to use and enjoy;




            NOW, THEREFORE, BE IT RESOLVED, That the Board of




     County Commissioners of St. Louis County, duly assembled in




     regular session this 12th day of May 1969, hereby urges the




     Minnesota Pollution Control Agency to seek the funds and manpower




     to implement a statewide program immediately that will halt the




     polluting of the waters of Minnesota.




            Perhaps this resolution would appear that the concern




is for only the people of Minnesota.  It is not.  We recognize that




we are a part of the problem of Lake Superior and to find a cure we




must get to the source.




            We look mainly to the Minnesota Pollution Control Agency




for guidance and assistance, and we believe that any program which is




to have far-reaching effects and results must go beyond local efforts.




This is why the County Board urges a State and Federal action program




supported and enforced by them, for without more than the policy-




making agencies of higher government telling us what to do, yet do




not themselves become directly involved, it is impossible that the




problems shall ever be corrected.

-------
                                                                 437






                       Robert Hanson




            Therefore, we ask that this hearing be not a compiling




of words, testimony, and promises bound in book form and then




filed upon some shelf, as sometimes seems to be the case,  but that




it will be a real beginning to save our rivers, streams, and lakes.




            Thank you.




            (Applause.)




            MR. BADALICH:  Thank you, Mr. Shannon.




            I guess Mr. Hanson is here from the Lake County




Board of Commissioners.









            STATEMENT OF ROBERT HANSON




            CHAIRMAN, BOARD OF COMMISSIONERS,




            LAKE COUNTY, MINNESOTA









            MR. HANSON:  Mr. Chairman, members of the Commission,




ladies and gentlemen:




            I am Robert Hanson, Chairman of the Lake County Board




of Commissioners.  I have a resolution that the Board adopts that




I would like to read.




            WHEREAS,  the Reserve Mining Company, with installations




     at Silver Bay in Lake County, Minnesota, and Babbitt in St. Louis




     County, Minnesota, pioneered in the development and establishment




     of the taconite  industry in Minnesota, and/




            WHEREAS,  as a result, in excess of one billion dollars




     of private capital has been invested, and thousands of permanent




     jobs have been created in an area which otherwise appeared to be

-------
                                                             438






                  Robert Hanson




without hope for any future progress or recovery, and;




       WHEREAS, before making said expenditure, or commencing




said construction work, the officers and directors conducted




extensive research; and attended hearings and offered testimony




before the Commissioner of Conservation of the State of




Minnesota in St. Paul, as well as other places, for the purpose




of definitely determining that Reserve would be permitted to




expend tailings into Lake Superior without harm to the lake or




its fish, and;




       WHEREAS, the policy of Reserve has been one of continued




caution and concern, so as to prevent any such harm to the lake




or damage to the fish,




       RESOLVED, AS FOLLOWS BY THE LAKE COUNTY, MINNESOTA,




BOARD OF COUNTY COMMISSIONERS:




       1.  That the County Board expresses its gratitude to




Reserve Mining Company for the development, construction and




maintenance of the facilities at Silver Bay and Babbitt, and




for the contribution this development is making to this area.




       2.  That the Reserve Mining Company, in expending a




half a billion dollars of its own money and creating permanent




employment for thousands of men in a depressed area, is entitled




to praise, rather than criticism.




       3.  That the taconite projects in Minnesota represent




only a small percentage of the taconite plants, in operation or




being constructed, in the rest of the world; thus creating ever-




increasing competition for the Minnesota companies.

-------
                                                              4-39
                  Robert Hanson




       4.  That the matter of the tailings in Lake Superior




be considered in its proper perspective, and at the same time




and in the same manner and degree, as other industrial or




commercial wastes.




       5.  That the consideration and investigation be broad




and fair enough to include industries, in both Minnesota and




Wisconsin, located on both Lake Superior and Lake Michigan,




and Canada.




       6.  That the County Board favors a continuing study of




all pollution problems, both air and water, in all of these




areas.




       7.  That certified copies of this resolution be




furnished to the Chairman of the Lake County Board of




Commissioners for presentation to the Minnesota Pollution




Control Agency Hearing to be conducted on May 13; to Congressman




John A. Blatnik; and to Reserve Mining Company.




       Commissioner Houle moved the adoption of the foregoing




resolution and the same was declared adopted upon the following




vote;  Yeas, Houle, Marklund, Hanson, Ferguson, and Hanson.  Total




years, five.  Nays, none.




       (Adopted May 12, 1969) 69-127

-------
                                                                               440
                              Wallace Johanson

    State of Minnesota)
                     )ss.
    County of  LAKE)

             I, MelRoy  Peterson, auditor of Lake County, Minnesota, do hereby

    certify that I have  compared the foregoing resolution with the original filed in

    my  office on the 12th day of May, 1969,  and that the same is  a true and correct

    copy of the whole thereof.

             WITNESS ray hand and seal of office at Two Harbors,  Minnesota, this 12th

    day of May, 1969.
                                          Auditor, Lake County, Minnesota



 SEAL


State of Minnesota




                      Thank you very much.

                      (Applause. )

                      MR. BADALICH:   Thank  you, Mr. Hanson.

                      Next, I would  like to call on the representative

          of the St. Louis River Water  Quality Committee



                      STATEMENT OF WALLACE  JOHANSON

                      CITY COUNCILMAN,  CLOQUET, MINNESOTA:

                      CHAIRMAN, CLOQUET -ST.  LOUIS RIVER

                      WATER QUALITY  COMMITTEE.



                      MR. JOHANSON:   I  am Wallace Johanson, Cloquet  City

          Councilman and Chairman of the Cloquet-St. Louis River Water Quality

          Committee.  Cloquet is a city of  about 10,000 located 20 miles west of

-------
                                                                441
                     Wallace Johanson




Duluth on the St. Louis River, a tributary of Lake Superior.   Two




of the industries located within Cloquet are The Northwest Paper




Company and Conwed Corporation, whose effluent along with that of




the city of  Cloguet constitutes the major source of pollution on




the St. Louis River above Fond du Lac.




            The people and industries of Cloquet have recognized




the need for and have attempted to determine economically feasible




means of treating industrial waste and municipal sewage so as to




not pollute the St. Louis River.  Both Conwed Corporation and The




Northwest Paper Company have conducted research and have, in




conjunction with the City of Cloquet, searched every available means




to achieve this end.




            As part of this continued research and study, The




Northwest Paper Company and Conwed Corporation retained the highly




respected consulting engineering firm of Quirk, Lawler and Matusky




of New York City early in 1965 to determine the sources and amounts




of pollution material in the St. Louis River and to determine the




problems involved in maintaining alternative levels of water quality




in the river.  Field studies were conducted by Quirk, Lawler and




Matusky and a mathematical simulation model of the river was con-




structed recognizing inputs and outputs and reaction phenomena.




            On December 12, 1967, a 24-page summary report of this




engineering work was presented to the Minnesota Pollution Control




Agency.

-------
                                                                 442
                       Wallace Johanson


            This report indicated that there were numerous dif-


ficulties involved in maintaining the oxygen level in the river due


to the natural biochemcial oxygen demand and the depressed oxygen


content of the water entering Cloquet as well as those due to the


several stream impoundments located below the city.


            Early in 1968 the city of Cloquet joined with the


Northwest Paper Company, Conwed Corporation, the Village of Scanlon,


the Carlton County Commissioners and Minnesota Power and Light


Company in the Cloquet-St. Louis River Water Quality Committee.

                   T
This committee coordinates pollution studies and abatement measures


and acts as liaison between the concerned industries, the city of


Cloquet and the various government agencies, principally the Minnesota


Pollution Control Agency.


            In a series of meetings with the Minnesota Pollution


Control Agency and the Federal Water Pollution Control Administration,


it was agreed that the water quality of the St. Louis River should


be upgraded as rapidly as possible.  To achieve this, the city of


Cloquet, Conwed Corporation, and The Northwest Paper Company voluntarily


agreed to make the changes and install the treatment facilities


necessary to meet the requirement of equivalent secondary treatment


as rapidly as possible.


            The meetings between the four parties arriving at a


solution to the problem were marked by close cooperation and harmonious


exchange on all sides.  The agreement was reached, was signed by the


two industries and the city of Cloquet, and by the Minnesota Pollution


Control Agency on November 12, 1968.

-------
                                                                  443
                       Wallace Johanson




            This agreement established a time schedule for com-




pletion of the various phases of construction of the treatment




facility to be in operation.  This agreement is now being implemented




and laboratory scale treatment studies are now under way to determine




whether joint or independent treatment of the effluent is necessary




from a financial and technical standpoint.




            This, then, is how a fair and equitable means of




achieving the clean waters desired by everyone was reached.  Through




the cooperation and assistance of industry, municipal government,




and the State of Minnesota, the St. Louis River will have the degree




of water purity consistent with the best uses of the water insofar




as the reach of the river affected by Cloquet is concerned.




            (Applause.)




            MR. BADALICH:  Thank you, Mr. Johanson.




            Mr. Chairman, I believe this concludes the Minnesota




presentation insofar as the governmental agencies are concerned.




            MR. STEIN:  I understand the procedure is to call on




Wisconsin now.




            May we have Wisconsin, Mr. Frangos.




            MR. FRANGOS:  Mr. Chairman, we are prepared to proceed




with our presentation at this conference.




            I would first like to call on Mr. Francis Schraufnagle




of the Division of Environmental Protection to present the statement




of the Wisconsin Department of Natural Resources.

-------
                                                                     434
                      Axel A. Jensen




            The source of our municipal water supply is Lake




Superior and our intake is located less than a mile from Reserve




Mining Company's taconite tailings discharge.




            Our water treatment plant began operations in 1953




several years before Reserve Mining Company began operations.




            There are two rapid sard filters in our treatment plant.




The function of these filters is to remove any suspended material




contained in Lake Superior water.  As these fine suspended materials




accumulate on the surface of the filter, they increase in density and




gradually decrease the rate at which water will filter through this




dense layer.  Accumulation and density on the filter surface is




measured by a loss of head-gauge.  When the filter has reached the




pre-determined head loss, backwashing of the filter is necessary.




            All backwashings of the sand filters have been recorded




since our plant began operations.  Our records show that the amount




of water filtered between backwashings from year to year is the same




today as it was in 1953.  A definite indication that there has been




no increase in suspended materials in Lake Superior.




            Daily turbidity measurements are also made on filtered




and unfiltered water.  Our records show that no increase in turbidity




has been noted.




            Samples of Lake Superior water have been collected and




tested for absence or presence of coliform bacteria every two weeks




since 1964.  Again our records show that there has not been the




slightest increase in most probable number of coliform bacteria per




100 ml.

-------
                  Francis H.  Schraufnagel









            STATEMENT OF FRANCIS H.  SCHRAUFNAGEL,




            DIRECTOR, BUREAU OF STANDARDS AND




            WATER SURVEYS, DEPARTMENT OF NATURAL RESOURCES,




            STATE OF WISCONSIN, MADISON, WISCONSIN









            MR. SCHRAUFNAGEL:  Thank you, Mr. Chairman.




            Ladies and gentlemen:




            My name is Francis H. Schraufnagel.  I am Director of




the Bureau of Standards and Water Surveys, Department of Natural




Resources, State of Wisconsin, Madison.




            My report is intended as a summary of  the actions taken




and initiated the past 4 years by the Wisconsin Department of Natural




Resources, its predecessors and cooperating agencies in decreasing




the pollution and improving the water quality of that portion of the




Lake Superior Basin within the State boundaries.




            In 1965-1966 a comprehensive survey was made of the




Wisconsin sources of pollution in the Lake Superior watershed.




Some 40 potential pollution sources were investigated.  Survey




findings were discussed under "Report on and Investigation of the




Pollution in the Lake Superior Drainage Basin Made During 1965 and




Early 1966," dated April 28, 1966.  Shortly thereafter a hearing was




held at Ashland to present the findings and provide industrial and




municipal spokesmen and others an opportunity to testify concerning




what is being done and should be done about pollution in the basin.

-------
                                                                   445
                  Francis H. Schraufnagel




            In response to requirements of the Federal Water Quality




Act, hearings were held on April 5 and 6, 1967, at Superior and




Hurley, respectively, regarding interstate water quality standards




for Lake Superior.  The interstate water quality standards were




approved by the Resource Development Board on April 26, 1967, and




after publication became effective on June 1, 1967.  The standards




and a plan for their implementation were submitted that month to the




Secretary, Department of the Interior, and approved as Federal-State




standards in January 1968.  A listing of Wisconsin pollution sources




on interstate waters of the Lake Superior Basin with their approved




pollution abatement schedules is attached as Appendix A.




            (Appendix A follows:)

-------
                                                                           APPENDIX  A
                                                                                                   446
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-------
                                                                     447
                  Francis H. Schraufnagel




            Hearings for the establishment of intrastate water




quality standards were held at five locations in November 1967.




Intrastate standards and designated use classifications were




adopted by the Board in June 1968 and became effective on




September 1, 1968.




            On February 21, 1968, orders were issued to pollution




sources in the Lake Superior Basin requiring adequate treatment




facilities.  The bases of the orders were the pollution report and




hearing of 1966 and the Federal-State water quality standards for




interstate waters and the plan for their implementation.  Remedial




action that is required .by the Department has been provided to the




Federal Water Pollution Control Administration to assist in




preparation of the report that will be presented at the conference.




Water quality standards for both interstate and intrastate surface




waters within the Wisconsin section of the Lake Superior Basin and




classification of the waters involved are attached as Appendix B.




            (Appendix B is as follows:)

-------
                WISCONSIN DEPARTMENT OF NATURAL RESOURCES
           INTERSTATE WATERS-USES AND DESIGNATED STANDARDS
                        (LAKE SUPERIOR BASIN)                               448
                                                                 APPENDIX B
RD 3.03  Wisconsin-Minnesota Waters

The St. Louis River adjoining Wisconsin is used for recreation, fishing, waste
assimilation and commercial shipping.  It is anticipated that a future use in
the Lower St. Louis River will include cooling and industrial water supply.   The
St. Louis River water quality should meet all standards except for public water
supply.

RD 3.04 Wisconsin-Minnesota-Michigan Waters

Lake Superior is used for recreation, commercial and recreational fishing,
shipping, municipal water supply, industrial and cooling water, and waste
assimilation.  Lake Superior open waters should meet the criteria and require-
ments for all water uses.   Harbor areas and shoreline sections in the vicinity
of pollutional outlets should meet minimum criteria plus requirements for
cooling and industrial water supply.  Beach waters of Lake Superior should meet
the standards for whole body contact recreation.

RD 3.05 Wisconsin-Michigan Waters

The Montreal River is used for hydropower, recreation, wildlife and stock
watering, waste assimilation and has aesthetic value.  Its waters should meet
the quality standards and requirements for all water uses except for a sector
extending from upstream limits of the city of Hurley to a point downstream
five miles below the city limits where the water quality and requirements
should be suitable for partial body contact recreation and fish and aquatic  life.

      INTRASTATE WATER QUALITY STANDARDS AND USE CLASSIFICATIONS

RD 4.01 Goals

Water Quality Standards for intrastate surface waters will be the same as  those
that have been adopted for interstate waters, Wis. Adm. Code, chapter RD2.

The long-range goal of Wisconsin water standards is to permit the use of water
resources for all lawful purposes.  It is equally a goal of the standards  to
restore and maintain the waters of the state as suitable for public water  supply,
whole body contact recreation, and the reproduction of game fish and minnows.   It
is the working objective of the department to achieve these goals within 10  years.
Standards and use classifications which are presently inconsistent with the  long-
range goals are interim standards and use classifications and will be progressively
upgraded until the goals are attained.

RD 4.05  Standards applicable to region A

The following surface waters must meet minimum standards and those for public
water supply in addition to the standards for recreational use, and fish and other
aquatic life:
(a)  Lake Lavina in Iron county.
RD 4.06  Standards applicable to region 5
Intrastate surface waters of region 5,  consisting of Douglas,  Bayfield,  Ashland,
.  .  .  .  Counties, shall meet the standards for recreational use,  and fish and
other aquatic life, with these exceptions and additions:
(1)  The  following surface waters must meet minimum standards:
(a)  Newton Creek in Douglas county.
(b)  Boyd Creek in Bayfield county  for 1.6 miles above its mouth.

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                                                                                                                         449
                                             WISCONSIN WATER  QUALITY  STANDARDS*


                                                           Preface

 ,ater quality  standards are statements of the characteristics of a water which must be maintained to make it suitable for
 specified uses.  The  standards are meaningful for pollution control when applied to specific waters, such as a lake or
 stretch of river.

 The  standards  are based on available scientific knowledge and have been referred for comment to health authorities, fish
 and  wildlife biologists and other interested professional persons.  As knowledge increases the standards will be modified
 o reflect such increased knowledge.

 These water quality standards are the present goal.  The ultimate goal shall be to permit use of all the water resources of
 the  state for  multiple purposes including aesthetic, agriculture, aquatic and wildlife, industry, potable water supply,
 hydropower, navigation, recreation, and controlled waste assimilation.

 Public hearings were  held to elicit citizens' views on  the standards.   A second purpose of the hearings was to ascertain the
 popular wishes as to  the use of specific areas of lakes and streams.

 The  Department of Natural Resources will determine what must be done in each case to obtain the necessary water quality
 and  the time schedule which may be set realistically to achieve it.  As technology permits, classification of waters will
 be reevaluattjd to reflect these advances.

 Feasible uses  and a realistic schedule are essential to strong enforcement.  The Department now monitors state waters and
 plans tr.ore frequent sampling of both surface and waste  waters as rapidly as it gains the manpower and equipment.

                                                        Requirements

 The  Federal Water Pollution Control Act of 1965 specifies that each state file a letter of intent and, after hearings and
 before June 30, 3-9^7, adopt water quality criteria and  a plan for applying them to interstate waters within the state.  Such
 criteria and plan if  consistent with the Act thereafter will be the applicable interstate water quality standards.

 In establishing such  standards, consideration has been  given to their use and value for public water supplies, propagation
 of fish and wildlife, recreational purposes, and agricultural, industrial, and other legitimate uses.
 onflict, water quality standards
The Governor, in August 1966, notified the Secretary of the Interior that Wisconsin intends to establish Interstate Water
Quality Standards by June 3C, 1967.

Present and possible uses of interstate waters or sections therein have been determined with respect to:  Municipal, industrial,
cooling, irrigation, wildlife ana stock water supply; tolerant, facultative and intolerant fishery; whole and partial body
contact; aesthetics, hydropower. commercial shipping and waste assimilation.  Water quality standards for the following
categories are considered:  Public Water Supply. Recreation, Industrial and Cooling Water Use, Fish and Other Aquatic Life,
and Minimum.

                                               Implementation and Enforcement

Wisconsin legislation requires the formulating, periodic updating and carrying out of long-range comprehensive plans to
guide the development, management, and protection of water resources.  The initial plans must be drawn up by July 1, 1968.
Statutes authorize issuance and adoption of rules with regard to available systems, and methods and means for preventing
and abating water pollution.  Orders not complied within the time specified must be referred to the Attorney General for
prompt commencement of an action.  Penalties are provided for not complying with the law, rules and orders.  Assessments
for fish damages and fines will continue to be used to curb discharges of deleterious substances and to handle intermittent
pollution problems.

Wisconsin has been systematically making pollution sur^e^s and monitoring the surface water quality of its major streams.
The state is increasing the frequency of and expanding the surveys.  Funds have been made available for this purpose.
Although surface water quality standards are set forth herein, it may be necessary in individual cases to stipulate effluent
quality requirements in order to achieve the stated oojectives.

A state financial assistance program has been authorized to encourage municipalities to construct new or improved pollution
 revention and abatement facilities.  Legislation provides that industry may acquire land by condemnation for construction
jf waste disposal facilities.  Tax laws permit writing off waste treatment plant construction costs in the year of expenditure
and exemption of these facilities from real estate tax.

Financial assistance, industrial incentives, increased surveillance, orders and legal action will be the means used to
'mplement and enforce the adopted water quality standards.  Reasonable time schedules to comply with orders depend on the
  rcumstances.  In general, 1 year to provide disinfection, in-plant controls and minor treatment adjustments; or 2 years
co install settleable solids removal facilities; or 2-3 years to complete a secondary treatment system should be adequate.
Separation of excessive clear waters fro-: sanitary sewerage systems may vary from 1 year for disconnection of roof leaders
to 10 years or more where combined sanitary-storm water sewers are involved.  All polluters will be required to conform to
this timetable and to the annual listing of actions required to achieve the surface water quality standards adopted.

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                                                                                                                     450



                                             Guides for Application of Standards

Water used for hydropower and commercial shipping depends mainly on quantity, depth and elevation; consequently, no specific
quality standards for these uses have been prepared.  The minimum standards apply to these as well as to waters for wildlife
and stock watering supply, irrigation and waste assimilation.

Where two or more uses are designated in one water sector, the more exacting standard will apply.  As an example,  if the
maximum permissible concentration of a substance in a water used for public supply is higher than allowable for fish and
other aquatic life, and both of these uses are involved in one sector, then the allowable concentration cannot exceed
that for fish and aquatic life.

Test procedures shall conform with "Standard Methods for the Examination of Water and Wastewater," 12th Edition, 1965,
prepared and edited by the American Public Health Association, American Waterworks Association and Water Pollution Control
Federation, or by other methods acceptable to the Department of Natural Resources and not contrary to the requirements
of the Federal Government.  The U. S. Atomic Energy Commission Rules and Regulations, Title 10, Part 20, Standards for
Protection Against Radiation, will apply to the disposal and permissible concentrations of radioactive substances.

Water quality standards do not assure quantity and natural quality.  Available water, when used in evaluating compliance
with standards, will be based on the lowest average dilution for any period of 7 consecutive days in the most recent
1C years.  In evaluating compliance, determinations of water quality will be made in accordance with procedures which will
assure that the designated uses of such waters are fully protected.  The Department may require management of waste admixture
zones depending on such factors as effluent quality and quantity, available dilution, temperature, current and restrictions
to the movement of fish.

Application of chemicals for water resource management purposes in accordance with statutory provisions is not subject  to
the requirements of the standards except in case of water used for public water supply.

The standards and water use designations are subject to revision as data become available that permit objectives to be  stated
by methods which define the variation or distribution of values in quantitative and statistically valid terms.

                                                   Categories of Standards

To preserve and enhance the quality of waters the following standards are established to govern water management decisions.
It should be recognized that these standards will be revised as new information or advancing technology indicates  that
revisions are in the public interest.

1.  Minimum Standards

Regardless of the water quality standards and water uses, untreated or inadequately treated wastes may not impair  a designated
use nor may standards be interpreted to permit a lower quality within a water sector than that now existing or required by
outstanding orders.  As a result of municipal, industrial, commercial, domestic, agricultural, land development or other
activities, conditions may arise which will be controlled by the following standards:

        a.  Substances that will cause objectionable deposits on the shore or in the bed of a body of water  shall not
            be present in such amounts as to create a nuisance.

        b.  Floating or submerged debris, oil, scum or other material shall not be present in such amounts as to create
            a nuisance.

        c.  Materials producing color, odor, taste or unsightliness shall not be present in such amounts as to create
            a nuisance.

        d.  Substances in concentrations or combinations which are toxic or harmful to humans shall not be present in
            amounts found to be of public health significance, nor shall substances be present in amounts, which by
            bio-assay and other appropriate tests, indicate acute or chronic levels harmful to animal, plant or aquatic
            life.

2.  For Public Water Supply

The following standards are applicable where a surface water is classified for public water supply:

        a.  Bacteria:   Coliform number not to exceed 5,OOO per 100 ml. as a monthly  arithmetic average value; nor exceed
            this value  in more than 20 percent of the samples examined during any month; nor exceed 20,000 per  100 ml.  in
            more than 5 percent of the samples.   Counts as Most Probable Number  (MPN)  or Membrane Filter  Coliform Counts
             (MFCC).

        b.  Dissolved Solids:  Not to exceed  500  rng/1 as  a monthly average value, nor  exceed 750 mg/1 at  any  time.

         c.  pH:  A range  from  6.0 to  9.0 is permitted except  in waters naturally having  a pH  of  less  than 6.5 or  higher
            than 8.5 where  effluent  discharges  may  not  reduce the  low value  or  increase  the high  value  of the surface
            water's pH  by more than  0.5  standard  units.

         d.  The  intake  water supply will be such  that by  appropriate  treatment  and adequate safeguards  it will  meet  the
            Public Health Service Drinking Water  Standards,  1962.

         e.  Other:  Concentrations  of other constituents  must not  be  hazardous  to health.

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                                                                                                                    451



 3.   For Fish and Other Aquatic_ljife

         a."  The  following standards are  applicable  to  surface waters where  maintenance  of  fish reproduction is  of primary
             importance in the  public interest  and natural conditions permit:

             (l)   Dissolved Oxygen:   The  dissolved oxygen  content  shall not  be  lowered to less  than  80  percent of
             saturation nor to  less  than  5  fig/I at any  time.  There  shall be no abrupt change from natural  unpolluted
             background by more than 1 mg/1 at  any time.

             (2)   Temperature:   Not  to exceed 8U° F.  No change  from natural unpolluted  background by more  than  5° F.  at
             any  time  nor  at a  rate  in excess of 2°  F.  per hour.

         b.   The  following standards are  applicable  to  surface waters where  fishing  is desirable in  conjunction  with other
             uses and  natural conditions  permit:

             (l)   Dissolved Oxygen:   For  a  balanced warm water fishery the dissolved oxygen content  should  not be less than
             5.0  mg/1  during at least l6  hours  of any 2U-hour period, nor less  than k.Q  rag/1 at  any  time.

             (2)   Temperature:   Not  to exceed 89° F. for warm water  fish.  No abrupt change from background by more than
             5° F.  at  any  time.   In  addition, authorization must be  obtained for proposed installations where the discharge
             of a thermal  pollutant  may increase the natural maximum temperature of a stream by  more than 3° F.

         c0   Unauthorized  concentrations  of substances  are not permitted that alone or in combination with  other materials
             present are toxic  to  fish or other aquatic life.

         d.   Streams classified by law as trout waters  shall not be  altered  from natural background by  effluents that
             affect the stream  environment  to such an extent that  trout populations are  adversely affected  in any manner.

         e.   pH:   A range  from  6.0 to 9-° is permitted  except in waters naturally having a  pH of less than  6.5 °r higher
             than 8.5  where effluent discharges may  not reduce the low value or increase the high value of  the surface
             water's  pH by more than 0.5  standard units.

U.  For  Recreational  Use

A sanitary  survey  and/or  evaluation to assure  protection  from fecal contamination is the chief  criterion in determining the
suitability of a surface  water for  recreational use.   In  addition,  the following bacteriological guidelines are set forth:

         a.   A water is acceptable for whole body contact  if it has  an arithmetic average coliform count of 1,000 per 100  ml.
             or less and a maximum not exceeding 2,500  per 100 ml. during the recreation season.

         b.   A water is  acceptable for partial  body contact if it  has an arithmetic average coliform count  of 5>QOO per
             100  ml. or less  and with  no  more than 1 of the last 5 samples exceeding 20,000 per  100 ml.  during the  recreation
             season.

         c.   The  Membrane  Filter Coliform Count (MFCC)  is  the preferred method  for determining coliform density;  provided,
             however,  that where turbidity  due  to algae or  ~>ther material does  not permit testing of a  sample volume
             sufficient  to produce significant  results, or where low coliform estimates  may be caused by high numbers of
             non-col iforms or the  presence  of substances toxic to  the procedure, the Most Probable Number (MPN)  is  to be
             used to determine  coliform density.  The average is based on the last five  test results.  A more definitive
             test for  fecal  pollution  is  the Membrane Filter Fecal Coliform  Count (MFFCC).   Tests by this method  are
             acceptable  where correlation relating the  count to sanitary hazards has been demonstrated.   Acceptable values
             based  on  MFFCC  are not  shown,  but  may be adopted in future revisions.

5.  For  Industrial and JgC'Ol^ing Water  Use

The following standards are  applicable to  surface waters  designated for industrial processes and cooling purposes:

         a.   Dissolved Oxygen:  Not  less  that 2.0 mg/1 as  a daily  average value nor less than 1.0 at any time.

        b.   Dissolved Solids:  Not  to exceed 750 mg/1 as  a monthly average  value,  nor exceed 1,000 mg/1 at any  time.

         c.   pH:  A range  from  6.0 to 9-0 is permitted  except in waters naturally having a pH of  less than  6.5 o:** higher
             than 8.5  where  effluent discharges may not reduce the low value or increase the high value of  the surface
             water's pH by more than 0.5  standard units.

        d.   Temperature:  Not to  exceed 89° F.
(^Adopted as Interstate Standards by the Resource Development Board on April 26, 196?,  Published in the May, 196?
REGISTER and effective June 1, 196?.  The Board at its June lU, 1968 meeting designated these standards as also applicable
bo Intrastate waters.  Intrastate Water Quality Standards and designated use classifications were published in August, 1968
and became effective on September 1, 1968.)

2,000
10-29-68  jmg

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                                                                 452
                  Francis H.  Schraufnagel




            Because of increased interest in Lake Superior the




Department undertook a special survey of the lake in July 1968.




A total of 90 sites, most of them in the lake within Wisconsin's




boundary, were sampled.  The "Report on the Water Quality Survey




in Wisconsin Waters of Lake Superior Made During July 1968", dated




October 23, 1968, points out the extremely high quality of these




waters.




            In recognition of the growing concern with over-




fertilization of our watercourses, the Department of Natural




Resources Board, at its April 1969 meeting, adopted a policy on




phosphorus removal from effluents.  As part of the policy, the




Department may require any wastewater  discharger to remove excess




amounts of phosphorus where such discharges are causing, or may




cause, overfertilization of surface waters.  A copy of the policy




statement is attached as Appendix C.




            (Appendix C follows:)

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                               State of Wisconsin
                         Department of Natural Resources
                                                                               APPENDIX C
                                                             Manual Code 3^03.1
                                                                                 453
SUBJECT:  Policy on Phosphorus Removal From Effluent
          (Adopted April 17, 1969)
                                    PREAMBLE

     Phosphorus is a key nutrient controlling fertility of natural waters.  Small
concentrations of phosphorus may stimulate the growth of blue-green algae and
other organisms, making rivers and lakes unsuitable for recreation and increasing
water purification costs.  Where algae do not thrive, increased growth of
floating and bottom-rooted weeds impedes stream flow and complicates other aspects
of water management.

     Sewage effluents often contribute large amounts of phosphorus to surface
waters.  Methods exist for substantial removal of phosphorus from sewage and
industrial wastes.
                                      POLICY

     Prompt action to reverse the present over-fertilization of waters of
Wisconsin and to enhance the quality of these waters for all useful purposes is
essential.

     It is the policy of the Natural Resources Board that:

          1.  The Department of Natural Resources may require any wastewater
discharger—regardless of population, volume or type of waste discharged, or
geographic location—to provide for removal of excess amounts of phosphorus
where such discharges are causing, or may cause, over-fertilization of surface
waters.

          2.  In conformance with recommendations of the Lake Michigan Enforcement
Conference, the Department shall take the actions necessary to achieve an overall
reduction of at least 80 percent of the phosphorus tributary to municipal and
industrial waste treatment facilities located within the Lake Michigan drainage
basin by December 31, 1972.
mTURAL RESOURCES BOARD POLICY                    Distribution:

Date  May 2, 1969                            All Supervisory Personnel

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                                                                  454
                  Francis H. Schraufnagel




It should be noted that the plan for implementing water quality




standards requires disinfection of all municipal sewage treatment




plant effluents.




            Federal, State, and local officials participated in




a study concerning erosion and sedimentation on the red clay soils




of northwestern Wisconsin.  A 1967 report by the Red Clay Interagency




Committee, "Erosion and Sedimentation Control on the Red Clay Soils




of Northwestern Wisconsin," pointed out problems, despite limited




land use, in much of Wisconsin drainage area tributary to Lake




Superior, and the limited land use from farming and very little




industry or municipalities.  Most of the erosion in this area is




through a natural geological process because of the peculiar nature




of the area.  While we are attempting to control the runoff from




poor land management practices, it should be pointed out that this is




still a natural phenomenon and is only part of the major problem.




            The April 1966 Lake Superior Drainage Basin Report, the




1967 Report on Red Clay Problems of Northwestern Wisconsin, and the




1968 Report on Water Quality in Wisconsin Waters of Lake Superior




are included with the report presented to the conferees.




            (The reports are as follows:)

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                              April 28,  1966
                                        455
               REPORT ON AN INVESTIGATION OF THE POLLUTION
                   IN THE LAP SUPERIOR DRAINAGE BASIN
                     MADE DURING 1965 AND EARLY 1966
                           GENERAL INFORMATION
                 Drainage Basin;


                 Area Surveyed;


                         DRAINAGE AREA AND USES
Lake Superior
Drainage Basin 28

Wisconsin Drainage
to Lake Superior
The Lake Superior Drainage Basin stretches for about 100 miles across
Wisconsin and extends inland from Lake Superior an average of about 30
miles.  It includes all of the stats''s drainage north of the Continental
Divide.  The St. Louis River and Minnesota-Wisconsin boundary on the west,
Lake Superior on the north, and the Montreal River, at the Michigan-Wisconsin
border on the east complete the area's enclosure.  Included in this section
are the northern half to two-thirds of Douglas, Bayfield, Ashland and Iron
Counties - a total area of 3,17^ square miles.

The southern part of the basin lies in the Northern Highland, but the major
portion of the area is in the Lake Superior Lowland.  The Penokee Range
from near Mellen to .Hurley has ridge elevations varying from about 1,500
to 1,800 feet above mean sea level.  Mount Whittlesey, the highest point
in the basin, has an elevation of 1,872 feet compared to Lake Superior's
elevation of slightly over 600 feet.  Many rapids and several falls are
found in streams draining the area.

The St. Louis River enters the lake at Superior and is by far the largest
stream in this section, but most of its ^,9.50 square mile drainage area
lies in Minnesota.  Nearly two-thirds of Montreal River's basin, or l80
of the 28l square miles of watershed, is in Wisconsin and the remainder
is in Michigan.  Bad River, with a drainage network comprising somewhat
over 1,000 square miles is the largest basin in the section.  Following
is a tabulation showing the Wisconsin drainage, in square miles, to Lake
Superior from the major streams of this part of the state:
Amnicon River          -    130
Bad River              -  1,016
1. Marengo River       -    206
   a. Brunsweiler Cr.  -     65
2. Potato River        -    127
3- Tylers Fork         -    102
U. White River         -    375
Bois Brule River       -    185
Fish River             -    139
Flag River             -     71
       Iron River            -  150
       Middle Rivei          -   50
       Montreal River        -  180
       1. W. Br. Montreal R.  -   82
       Nemadji River         -  177
       1. Black River        -   9k
       Poplar River          -   ^6
       St. Louis River       -   77
       Sioux River           -   96
       Siskiwit River        -   31

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                                  - 2 -

                                                                             456
The U. S. Geological Survey currently operates four gaging stations in
the area and daily flow records at these sites are available for a period
of several years.  In addition, records are available from discontinued
stations and the U.S.G.S. makes seasonal high and low water flow measure-
ments at other points in the basin.
A station has been operated on the Bois Brule River at Brule since
The station measures runoff from a 113 square mile area.  Records for
the past 22 years show that the discharge averaged 169 cubic feet per
second (c.f.s.) and ranged between 6? and 1,520 c.f.s.  This station
exhibits an unusually "strong" dry weather flow.  Duration tables
indicate that 95 percent of the time the flow exceeds 106 c.f.s. which
is equivalent to a runoff rate of 0.9^ c.f.s. per square mile.

From 191^ to 1922 and since 19^8 a gaging station has been operated on
Bad River, about 8=r miles south of Odanah.  For the 2k years of record
the 6ll square mile drainage area had an average runoff of 600 c.f.s.
The minimum flow found was ^9 c.f.s. and during the 1960 flood a peak
discharge of 27,700 c.f.s. was indicated.  This station has a 95 percent
discharge of 98 c.f.s.  Records are available for a station operated at
Mellen for a 6-year period, 19^9~5*f-> below an area of 101 square miles.
During this period the stream flow averaged 131 c.f.s., a minimum mean
daily discharge of 8.2 c.f.s. was found and 95 percent of the time a
flow of 12 c.f.s. was exceeded.

A gaging station is located about 5 miles south of Ashland on the down-
stream side of the White River power plant.  The average discharge for
the 16 years of record amounted to 295 c.f.s. and ranged between 3-1
c.f.s. and 6,270 c.f.s.  A 95 percent discharge of 151 c.f.s. is
indicated and for the 269 square mile drainage area corresponds to a
runoff rate of 0.56 c.f.s. per square mile.

The Montreal River's flow is measured at a location about 31? miles north
of Saxon.  This station includes drainage from a S62 square mile area and
has been operated since 1938.  Stream flows for the 26 years of record
varied from 2 c.f.s. to 6,600 c.f.s. and averaged 323 c.f.s.  There is
some variation in flow because of power plant operations and the regulated
discharge from the Gile reservoir.  The 95 percent flow amounts to k2
c.f.s. which is equivalent to a runoff rate of 0.15 c.f.s. per square
mile.

Two other stations were operated in the Montreal River basin.  Stream
flow records for 8 years, at a location near Hurley, showed that a flow
of 5.7 c.f.s. was exceeded 95 percent of the time.  Twelve years of
flow measurements on the West Branch Montreal River at Gile indicate a
95 percent discharge of 5-^ c.f.s.

Stream flow records for the past water year were not available when this
report was being prepared.  However, since runoff is dependent on precipi-
tation, we can obtain an idea of stream discharges during 1965 from a review
of the weather data.  Climatological information is available from the
weather observation station operated at the Ashland Experimental Farm.
The average annual precipitation at this station has amounted to 28.^7
inches.  Although 1963 was a dry year with the precipitation amounting

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                                  - 3 -                                      457


to 20.1*2 inches, 1964 and 1965 totals were U.l8 and 3.7*4- inches respectively
above average.  These figures would indicate -that stream flows in 1965 were
about normal.  A further review of the weather information shows that the
average temperature for all of 1965 was somewhat lower than usual with
higher than average monthly temperatures found only in May, October and
December.

The City of Superior with somewhat over 33,000 inhabitants is by far the
largest city in the basin.  However, overall the area uas a low population
density and comparatively few municipalities.  Following is a tabulation
of the I960 populations of incorporated areas in the basin that are served
by public sewerage facilities:

       Ashland    -   10,132          Montreal          -    l,36l
       Bayfield   -      969          Superior (City)   -   33,563
       Hurley     -    2,763          Superior (Vil.)   -      37^
       Mellen     -    1,182          Washburn               1,896

All of the counties involved and virtually all of the communities had
population decreases between 19^0 and I960, as shown by comparison of
census information for these years.  The overall decrease during the 20-
year period amounted to about 13 percent.  This compares with a 20-year
population growth of about 26 percent for the state as a whole during the
same period.

The area has and continues to be highly dependent on its natural resources.
Several of the communities were initially lumbering and mining towns.
Virgin timber stands have been virtually depleted but sustained lumbering,
pulp logging and Christmas tree harvesting continue to be important con-
tributors to the economy.  A relatively large portion of the basin is in
national, state, county and industrial forests.  Mining from a practical
standpoint has been discontinued, but with taconite deposits and ore
pelletizing there is potential for a revival.

Lake Superior, the world's largest fresh-water body, is a prime asset of
this section.  Its waters have good physical, chemical and bacteriological
characteristics and the quantity is essentially unlimited.  The lake is a
source of water supplies, supports commercial and sport fishing, is important
for shipping and has scenic and recreational appeals.  Lake Superior has a
moderating influence on the climate.  The average yearly growing season is
about 30 days longer near the lake than it is in the southern part of the
basin.

The Cities of Ashland, Hurley and Washburn obtain their public water
supplies from surface waters.  Superior's source is from shallow infil-
tration wells located on an offshore strip of land.  Some industries,
too, use a surface supply.  There are no significant surface water with-
drawals for irrigation.

Three of the area's state parks have been established near waterfalls.
Some other sections of rapids and falls have been developed for the genera-
tion of hydro-electric power with five installations of this type being
noted.  The power dams on the Montreal River at Saxon Falls and Superior Falls
with respective heads of 133 and 138 feet,  are the highest in the state.

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                                  "   ~                                   458


Fanning is important in parts of the area.  About a dozen inilk plants,
mostly cheese factories, are located here.  There are some apple orchards
and also berry growing is noted.  The Superior area is the industrial center
of northern Wisconsin but otherwise there are few big industrial plants.

The basin provides a variety of water centered recreational uses including
fishing, boating, swimming, canoeing, hunting, sight-seeing, etc.  The
Brule River of Lake Superior is a renowned trout stream and justifiably
so - record brown and rainbow trout have been caught in its waters.  A
number of motels, resorts, cabins, and camping facilities are available
to the tourist.  Recreational uses are becoming of increasing importance
to the area's economy.  Inroads are being made toward further development
along these lines and also with regard to winter sports.

The importance of protecting the area's surface water resources is being
recognized.  Within approximately the past 12 years the Cities of Ashland,
Bayfield, Mellen, Montreal, Superior and Washburn, as well 'as the Village
of Superior, provided sewage treatment facilities.  No previous comprehensive
area-wide survey of the Lake Superior Basin was made.  However, surveys
were made with respect to various pollution sources during the past 15 years
and in 1961 the States of Minnesota and Wisconsin cooperated in> conducting
a survey of the St. Louis River and the area near its mouth in the vicinity
of Duluth and Superior.

                SOURCES OF POLLUTION AMD SURVEY FINDINGS

Sources of surface water pollution within the Wisconsin section of the
Lake Superior Drainage Basin are shown in Table 1 which is attached.  The
listing of pollution sources and tributary streams are tabulated in a
.systematic fashion starting with those discharging directly into Lake
Superior beginning on the west side of the basin and following the lake
in an easterly direction to the mouth of the Montreal River.  The mileages
given show shoreline distances expressed in miles from the latter stream
if along the lake or as distances from the stream's mouth for other points
of interest within the basin.  Following coverage of the sources along Lake
Superior, the tables and report considers those located on streams of the
basin beginning on the western side of the drainage area.  The main stem
of the stream is taken from headwaters to mouth followed by consecutive
tributaries starting again on the upstream end and proceeding towards the
mouth.  Each source of pollution is numbered in consecutive order and shown
on an attached map of the basin.  Analytical results detailing the charac-
teristics of the wastes being discharged and the condition of the streams
above and below are tabulated in Table 2.  A description of each waste
source follows:

Superior Fiber Products, Inc., recently completed and placed into operation
a hardboard mill.  Industrial waste waters are treated with alum and screened
prior to lagooning.  Wastes overflow from the small lagoon into Lake Superior.
A single sample of the discharge on January 19, 1966 had a biochemical oxygen
demand (B.O.D.) and suspended solids content of 2,330 and- 620 mg/1 respec-
tively.  Both values are relatively high.  Sewage is currently discharged
to the lake but it is proposed to divert the sanitary wastes to the municipal
sewerage system.

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                                  " 5 "                                       459


The City of Superior has a primary sewage treatment plant which was placed
in operation in 1958.  Provision is made for disinfection of effluent.
The sewer system is of the combined type which results in overloading of
the treatment works as well as by-passing of raw sewage during periods of
storm water runoff.  A program should be established leading to complete
separation of the storm and sanitary sewers as soon as possible.

Booth Fisheries Division—Consolidated Foods Corporation processes fish
at Bayfield.  Operations are seasonal and primarily during the fall herring
run.  Offal is collected for mink food or taken by the gulls and wash water
wastes are discharged directly to the lake.  A septic tank is provided for
sewage disposal but it also overflows to the lake.

Sand Bay Fisheries operates out of the Bayfield area.  It is understood
that fish are cleaned out on the lake, and it is claimed that offal is
disposed of to the land.  No observations were made of their operations
during the survey.

Bodin Fisheries, Bayfield, processes fish throughout the yeai but their
peak season is in late fall.  Wastes from cleaning fish and washing boxes
are discharged to Lake Superior via a submerged outlet.  Septic tank treated
sewage overflows to the lake.

The City of Bayfield has a primary sewage treatment plant with provision
for disinfection of effluent which was constructed in 1958-  Monthly
operating reports are not submitted to the State Board of Health.  Excess
clear water enters the sewer system at times, resulting in some by-passing
and reduced treatment efficiency.  During a 2i*-hour survey performed on
September 2? and 28, 1965, it was determined that the B.O.D. removal was
16.2 percent.  Further studies should be made to determine whether more
satisfactory treatment generally occurs.

The Pureair Sanatorium, Bayfield, has a septic tank and seepage system
which overflows to a drainage course leading to Lake Superior.

The City of Washburn has a primary sewage treatment plant which was
constructed in 1958.  Provision is made for disinfection of effluent.
During a 2k-hour survey performed on September 13 and lU, 1965, it was
found that no B.O.D. removal occurred.  Further studies should be made
to determine whether more satisfactory treatment generally occurs.  Excess
clear water enters the sewer system at times resulting in by-passing and
reduced treatment efficiency.  Monthly operating reports are not submitted
to the State Board of Health.

The City of Ashland has a primary sewage treatment plant with provision
for disinfection of effluent.  Storm and sanitary sewer systems are combined
which results in overloading the treatment facilities at times and by-passing
raw sewage to surface waters.  A 2U-hour survey performed on September 7 and
8, 1965 showed a B.O.D. removal of only ^.5 percent.  Further studies should
be made to determine whether more satisfactory removals usually occur.

Crepe and waxing papers are made at the Ashland Division—American Can
Company.  Water reuse is practiced and chemicals added to the waste waters
for flocculation and improved clarification.  Difficulties have been

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                                  - 6 -
                                                                               460

experienced with the clarifier and the disposal of its sludge.  Last fall's
tests showed relatively high fiber losses.  It is understood that an addi-
tional clarifier is being constructed.  About two years ago complaints were
received regarding the loss of film plastic.  Although steps have been taken
to collect and burn the plastic, some still reaches the lake.

The Union Tank Car Company has a small operation at Superior where railway
tank cars are cleaned, repaired and tested.  Oil bearing wastes are treated
in an A.P.I, separator.  The latter appears to be providing an adequate
level of treatment for the intermittent waste discharges.  Sanitary sewage
is discharged to a rock filled pit and overflows to a ditch.  Consideration
should be given to discharge of sewage to a municipal sanitary sewer if
available or otherwise providing adequate on-site facilities.

The Village of Superior has a sewage stabilization pond which was constructed
along with the sanitary sewer system in 19^3 •

Coal briquets are made at the Stott Briquet Company plant in Superior.  A
water spray is seasonally used to cool the freshly made hot briquets and
results in an overflow of black waste waters carrying a high level of
suspended solids.  Sanitary sewage is discharged to the municipal sewerage
system.

The Great Northern Railway cleans tank cars at Superior.  Wash waters are
discharged to an oil-water separator and overflow to two lagoons connected
in series.  Sanitary sewage is discharged to the city sewers.  The three
sets of samples of the lagooned wastes discharged to a drainage ditch
indicated an acceptable B.O.D. level and a relatively low loss of oil.

Railroad cars are cleaned, serviced and maintained at the Soo Line Railway
yards in Superior.  It is understood that sanitary sewage and industrial
wastes originating on the premises are discharged to the city sewerage
system for treatment.  Two sets of samples were obtained of the roundhouse
and yard drainage and their B.O.D., coliform count and oil content were
somewhat high.  Further checks should be made to see if the problem can
be pinpointed.

The Murphy Oil Company—Superior Refinery treats their industrial wastes
in separators and lagoons prior to their discharge to a drainage course.
The latter extends for about 1-| miles to Lake Superior and goes through
a park area.  Occasionally complaints have been received regarding water
quality in the park.  Because of the limited dilution, a consistently high
degree of treatment is needed at all times.  Sanitary wastes originating
at the refinery are discharged to the municipal sewerage system.

Koppers Company, Inc.—Forest Products Division creosotes wood products at
Superior.  Liquid industrial wastes are discharged to a lagoon.  No overflow
was noted on the three occasions during the survey when the disposal facilities
were inspected.  Septic tanks and soil absorption are used for treatment of
sanitary wastes.

The Great Northern Railroad repairs ore cars at a location in the Allouez
section of Superior.  There apparently is no longer an oil or other liquid
industrial waste problem at this site.  However, sewage is discharged to

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                                   - 7  -                                      461

 the  old  oil  separator unit  and thence  overflows  to Bluff Creek.   Improved
 facilities for  sanitary  sewage should  be provided.

 The  Douglas  County Hospital and Sanatorium, P. 0. address Wentworth, is
 served by a  trickling filter type  sewage treatment plant which was placed
 into operation  in 1959-  A  2^-hour survey of the treatment plant  was
 conducted on July 20 and 21, 19&5.  During the survey the treatment plant
 reduced  the  waste's B.O.D.  by 6k.6 percent which is somewhat less than
 expected for this type of facility.  Our report  recommendations of
 December 1965 included additional  operating attention, some changes
 in operation, conducting of basic  control tests  and the submission of
 monthly  reports.

 The  Middle River Sanatorium and Douglas County General Hospital at
 Hawthorne have  a trickling  filter  type sewage treatment plant which was
 placed in operation in 195&.  During a 24-hour survey performed on July
 19 and 20, 1965, it was  found that this plant removed 8k.I percent of
 the  B.O.D. from the raw  sewage.  Routine laboratory determinations should
 be performed at this plant  and the results submitted to the State Board
 of Health each  month.

 The  community of Iron River has a  septic tank for sewage treatment.  A
 2U-hour  survey  performed on August 16  and 17, 19^5 showed a negative B.O.D.
 removal by this facility and an average B.O.D. concentration of 109 mg/1
 in the effluent.  Some storm water is  connected  to the sewer system.
 Additional treatment should be provided.

 American cheese is made  at  Fuhrmann's  South Shore Dairy located about three
 miles north  of  Iron River.  Whey is hauled out and septic tank treated
 milk wastes  are discharged  to a drainage course  about one-half mile from
 the  Iron River.  Samples of the ditch  near the river on August 17 and
 September 28 had B.O.D.  values of  15.6 and 31 rag/1.

 No sewer system presently exists at the community of Port Wing.   Plans
 have been submitted to the  State Board of Health covering construction
 of a sewer system and sewage stabilization pond.

 Evertt Fisheries, Inc.,  conducts operations at two sites in Port  Wing.
 At one location, fish are cleaned during an 8 or 9 month period annually.
 Untreated wastes are discharged to a swampy area near "Bibon Lake" which
 is in reality more like  a boggy area.  At the other plant, cleaned fish
 are  smoked and  operations extend throughout most of the year.  Waste waters
 are  treated  in a septic tank and discharge to a drainage course leading to
 the  Flag River.  Samples were taken on only one day and revealed  little
 evidence of water pollution.  However, single sets of samples are not
 necessarily  conclusive and  it may be desirable to have improved disposal
 facilities because of a potential nuisance or to generally improve sani-
 tation about the plants.  The Town of  Port Wing is considering a  stabilization
pond for treatment of community sewage.  However, their plans do not include
the  fish processing wastes.   Perhaps this matter should be rednecked to
determine if the proposed sewerage facilities can accommodate the industrial
wastes or be redesigned to handle them.

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                                  - 8 -
                                                                           462

Marten's Dairy manufactures American cheese in the unincorporated community
of Cornucopia.  Untreated wash waters are discharged to a marshy area which
overflows to the Siskiwit River.  Occasional complaints over a number of
years have "been received regarding these waste discharges.  Hauling
facilities for disposal of whey have been intermittently used.  Regular
hauling of all whey and wash waters should be instituted or other suitable
disposal facilities provided.

E. I. du Pont de Nemours & Company manufactures trinitrotoluene, TNT, at
Barksdale.  Waste waters are discharged to a ridge and furrow irrigation
system and overflow to Boyd Creek, about 1^ miles from Chequamegon Bay.
The disposal facilities were placed into operation in 1959 following our
recommendation.  However, the treatment works did not accomplish the
desired results and the discharge contains a high color intensity and
nitrite content.  Color in particular has been the reason for complaints
regarding the appearance of the stream.

The Ondassagon School, Route 3> Ashland, has a septic tank from which
effluent is discharged to a tributary of Whittlesey Creek.

American cheese is made at the Mountain Valley Cheese Factory, Route 3>
Ashland.  Untreated wastes are discharged to a drainage course that leads
to the North Branch of Whittlesey Creek.  Whey is hauled out at times
for land disposal.  Steps should be taken to reduce or eliminate pol-
lution of the watercourse.

The Farmers Cheese Factory, Route 3, Mason, manufactures American cheese.
Untreated liquid wastes, including whey, are discharged to a drainage
course which terminates at Fish Creek about 0.9 of a mile from the
factory.  Three sets of samples on Fish Creek above and below the
factory drainage course showed a reduction in the stream's dissolved
oxygen and an increase in its B.O.D.  Poor whey disposal practices
probably constitute the major problem.  Because of the small operation
and distance to a stream, pollution would not ordinarily be anticipated.

American cheese is made at the Moquah Cheese Factory.  Waste waters are
discharged to a drainage course which after about one mile reaches Pine
Creek.  Samples of the wastes being discharged into the drainage course
had B.O.D. values of 799, 530 and greater than 11,000 mg/1.  The latter
sample was obtained in mid-January of this year and a further sample near
the junction with Pine Creek had a B.O.D. result of 758 mg/1.  Apparently
a whey discharge was involved.  Ordinarily one would not expect wastes from
this factory to have an effect on Pine Creek.

The Twin Ports Co-op Dairy Association operates a receiving station at
Benoit where milk is received in cans and transferred by bulk truck to
another plant for processing.  The factory is about one-half mile from
the South Fork Fish Creek and apparently little wastes reach the stream.
Two samples in the drainage course near the creek had B.O.D. values of k.3
and 11.h mg/1 which is similar to normal runoff.  The limited sampling
indicates no problem under the survey conditions.

The Andersonville Co-op Dairy Association, Route 1, Ashland, manufactures
American cheese.  Wastes, including whey, are discharged to a drainage

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                                  - 9 -                                      463


course which merges into a tributary and after ab<»ut five miles joins
Beartrap Creek.  The U.S.G.S. maps show the watercourse as an intermittent
stream for ab«>ut two miles east of the factory.  On two occasions, evidence
of strong wastes was noted in the drainage course about one mile east of
the plant.  This, too, appears to be a borderline pollution problem and
the discharge of whey is not helping matters.

Penokee Veneer conducts operations at Mellen.  Boiler blow-down and some
soaking tanks overflow to the Bad River.  B.O.D. values of 3.8, 15-5 and
4.8 mg/1 were found on the three occasions when sampled.  Based on these
values and the small flow involved, it does not appear that these wastes
are objectionable.

The City of Mellen has a primary sewage treatment plant which was con-
structed in 1963.  Provision is made for disinfection of effluent.  Excess
clear water enters the sewer system at times.  Monthly reports are not
submitted to the State Board of Health.

St. Mary's Indian School at Odanah has a septic tank for sewage treatment
prior to discharging to the Bad River.

The Radloff Cheese Factory, Highbridge, manufactured cheese at a location
on a drainage course about two miles from the Marengo River.  Operations
were discontinued at this factory early this year.

American cheese is manufactured at the Marengo Co-op Dairy Association
factory.  Whey is hauled out for disposal and wash waters discharge to
a drainage course.  The latter, after about two-thirds of a mile,
terminates at the Brunsweiler River, a short distance from its con-
fluence with the Marengo River.  The four samples of wastes discharged
to the drainage course had B.O.D. concentrations ranging from about 1,000
t« 6,000 mg/1.  It is understood that consideration is being given to
construction of a ridge and furrow system.

The community of Iron Belt has a septic tank for sewage treatment.  A
2^-hour survey on August 9 and 10, 1965 at this facility showed a B.O.D.
removal of 22 percent.  It appears that excess clear water enters the
sewer system at times.  Additional treatment should be provided.

The community of Saxon has a sewer system which receives sanitary sewage
and storm water from portions of the community.  The system discharges to
a swamp which drains to Vaughn Creek.

Mason Milk Products operates a cheese factory in the Village of Mason.
Untreated waste waters and septic tank treated sewage is discharged to the
White River.  Whey is hauled out for land disposal at times.  Two sets of
samples were obtained.  The June samples showed stream increases in B.O.D.
from 0.8 mg/1 immediately above the outfall to 8.6 mg/1 at a point about
0.8 of a mile below, and these were associated with coliform results of
12,000 and 150,000 per 100 ml. at the respective stations.  Adequate waste
treatment facilities should be provided.

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                                 - 10 -
                                                                             464

A primary sewage treatment plant is provided by the City of Hurley.  Monthly
operating reports ,are not submitted to the State Board of Health and no
records are available on disinfection of effluent or laboratory determinations
made by operating personnel.  Excess clear water enters the sewer system at
times.  During a 24-hour survey performed on September 20 and 21, 1965, it
was found that the B.O.D. concentration of the raw sewage averaged 55-^ mg/1
and the B.O.D  removal was only 11.5 percent.

The Ruppe Cement Products Company crushes rock and washes sand and gravel
at a location about 10 miles south of Hurley.  Waste waters containing fine
sand and silt are discharged to a lagoon.  No waste water overflows were
noted during the survey.

The City of Montreal has a primary sewage treatment plant with pre-aeration
and disinfection of effluent.  During a 2U-hour survey on July 26 and 27,
1965, it was found that the B.O.D. removal was 37-5 percent.  Excess clear
water enters the sewer system at times.  Monthly reports are not submitted
to the State Board of Health.

The community of Pence provides for sewage treatment with a septic tank.
A 2U-hour composite sample of the effluent collected on August 3 and k,
1965 had a B.O.D. of 138 mg/1.  Additional treatment should be provided.

                                CHEMICAL

The data pertinent to the condition of the watercourse concerned is
tabulated in Table 2 attached.  The analytical information presented
follows the same system of organization as employed for Table 1.  Results
obtained for a single source of waste are grouped following the name of
such source.  Mileage figures for the sampling stations and pollution
sources located along Lake Superior are in shoreline miles from the
Montreal River mouth.  Inland points are measured from the respective
stream mouth.

Samples were collected by representatives of the Committee on Water
Pollution and State Board of Health at the stations shown.  Determinations
were made of temperature, pH and dissolved oxygen (D.O.) at the time of
sample collection.  Determination of biochemical oxygen demand (B.O.D.),
solids, bacteriological concentrations and other specified tests were made
by the State Laboratory of Hygiene.  Definitions of terjns used are appended
to this report.

                               BIOLOGICAL

A biological stream survey is a study of stream conditions as they affect
the growth and production of biological life within a stream.  Whereas
chemical determinations revealed current pollutional loadings, biological
analysis indicated a long-term effect of those loadings as they are assimi-
lated into the production of living matter.  Biological evaluations may be
broken into several aspects including phytoplanktonic organisms, zooplanktonic
organisms, vertebrate organisms (fish), and invertebrate organisms.  The
invertebrate organisms lend themselves best to this type of study in that
they are relatively immobile and consequently are directly subjected to the

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                                 - 11 -
                                                                               465

pollutional loadings imposed upon the habitat.  Under these conditions,
an organism must respond to a particular contaminant by a physiological
adaptation or die.

There exists within biological communities all gradations and variations
of adaptability toward adverse conditions that may be imposed upon the bio-
habitat.  Some species cannot tolerate any appreciable pollution whereas
others are not only tolerant but appear to thrive under relatively foul
conditions.  Species intolerant of pollution respond to contamination by
reduction in numbers or by complete disappearance from the habitat.
Tolerant forms respond according to the severity of pollution.  When
competition is reduced by the elimination of more competitive forms, the
population of more tolerant forms may increase.  On the other hand, as
the severity of pollution becomes more intense, the tolerant organisms
will be reduced or eliminated from the community and only organisms with
special adaptations can survive.

Pollution normally expresses itself on the bio-habitat and aquatic organisms
in one of two ways.  It may be toxic to the organism, and in this situation
the substance will usually affect all organisms uniformly.  Under such con-
ditions, one does not observe a specific group becoming more or less predomi-
nant.  The general tendency is rather that all the macro-invertebrates
disappear at relatively the same time.  This type of ecological situation
is noted with wastes containing such items as heavy metals, tars or oils,
chlorinated hydrocarbons and a host of others.

Pollution may also express itself in a subsequent change in the bio-
environment which favors certain types of organisms and is detrimental
to other organisms.  This is the situation observed in organic types of
pollution such as paper mill wastes, milk plant wastes, sewage treatment
plant wastes, etc.  Organic wastes need dissolved oxygen to reach a more
stable chemical state.  The oxygen dissolved in water varies between 7 and
ik parts per million depending on the temperature (air contains about
200,000 parts per million).

Aquatic organisms must derive their oxygen from the water and consequently
when an organic waste is undergoing stabilization it competes with the
macro-invertebrate fauna for the very limited oxygen present.  Since the
biochemical stabilization process will continue until all oxygen has been
utilized or the compounds are stabilized, the organisms requiring various
oxygen tension levels are deprived of this necessary material.  If
stabilization occurs very quickly,  a good deal of the oxygen is left in
the water and natural reaeration will tend to replace that which was lost.
However, if stabilization of the organic compounds continues, the dis-
solved oxygen in the water is reduced to critical levels for organisms
that are not adapted for the most efficient utilization of dissolved
oxygen.  Some aquatic organisms are not only efficient in extracting the
last iota of dissolved oxygen out of the water but can resort to deriving
oxygen from the air above the water.  These organisms are not only favored
by low dissolved oxygen levels and the subsequent absence of efficient
competitors, but the waste of organic material can also be utilized as
food for these organisms and consequently their numbers usually increase.

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                                 - 12 -
                                                                                466

Another bio-habitat effect of a waste may be to cover the bottom habitat
and. this is often observed in silt and paper mill wood waste.  Again,
this will normally favor a particular group of organisms and by quanti-
tatively sampling these bio-environments, a biologist can evaluate a
source of pollution on the stream ecology.

It must be pointed out that different stream characteristics give rise to
different communities regardless of the presence or absence of pollution.
Thus, sampling to determine pollutional effects must be made at carefully
selected sites and each sampling site must be evaluated as to its particular
physical effect on the bio-habitat.  In general, riffle areas reveal
populations most indicative of the degree of pollution and consequently
specific effort is made to sample in these areas.

The physical collection of the biological samples for the Lake Superior
Basin survey was made with one of three devices capable of sampling a
known unit area of bottom; thus, all samples are considered quantitative
except those where a qualitative sample is specified.  The sampling
devices utilized were a Petersen dredge, sampling .8 of a square foot,
used in gravel, sand and small stone habitats; the Surber square foot
sampler used in rocky and boulder habitats; and the Eckman dredge, with
a ^--square foot sampling area used in sludge, silt and mud.  Samples
were washed several times and screened through a U. S. Standard 35-mesh
screen which retained the bottom organisms and a minimum of debris for
preservation and storage.  Organisms were separated from debris and were
identified and enumerated at the laboratory.  All identifications were
made to the most specific level possible, but due to taxonomic uncertainties
of certain groups, all identifications must be considered tentative.
However, these uncertainties in identification are not likely to affect
the evaluation of the species in terms of pollutional tolerance.

                   RESULTS OF BIOLOGICAL INVESTIGATION

The Lake Superior Drainage Basin biological field work was conducted on
September 1 and 2, 1965-  The biological survey includes 29 sampling
stations which are summarized in Table A.  The results of biological
sampling showed the following sources of waste to have had little or
no recent, effect on the benthic community of the receiving streams:

       Village of Superior Sewage Treatment Plant  - Superior
       Middle River Sanatorium and Douglas County  - Middle River
          General Hospital
       Iron River Sewage Treatment Plant           - Iron River
       Fuhrmann's South Shore Dairy                - Iron River
       Mountain Valley Cheese Factory              - R. 3, Ashland
       Moquah Cheese Factory                       - Moquah
       Twin Ports Co-op Dairy Association          - Benoit
       Penokee Veneer Company                      - Mellen
       Mellen Sewage Treatment Plant               - Mellen
       Mason Milk Products                         - Mason
       Montreal Sewage Treatment Plant             - Montreal
       Pence Sewage Treatment Plant                - Pence

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                                 - 13 -


Newton Creek

One quantitative sample, No. 23-B, was collected from Newton Creek, one
mile below the Murphy Oil Corporation.  The sample revealed an unbalanced
benthic population with no intolerant species represented.  The population
of organisms was low with only 32 tolerant and very tolerant organisms
present per square foot.  A polluted water condition was further suggested
by the presence of slime growths, oil slicks and a distinct oily odor.

Bear Creek

•Two quantitative samples were taken from Bear Creek in the vicinity of
the Douglas County Hospital and Sanitorium.  Sample No. 21-A was co31ected
ab.ove the institution and revealed a typical clean water benthic population
with four intolerant species represented.  The relatively unsuitable clay
bottom prevented the development of a more extensive benthic community.
Sample No. 21-B was more representative of an unbalanced benthic community
with only one intolerant species and one intolerant organism observed in
the square foot sample.  The fewer intolerant organisms and the increase
of very tolerant organisms below the outfall suggests an excessive organic
loading on the stream, resulting in periodic low dissolved oxygen con-
centrations .

Siskiwit River

Two quantitative samples were collected from the Siskiwit River in the
vicinity of Marten's Dairy, Cornucopia.  Sample No. 17-A, collected 300
feet above the dairy, revealed a typical clean water benthic population.
Sample No. 17-B, collected below the dairy, contained no intolerant
species.  The entire physical habitat of the river had changed from a
fast aerated stream to a relatively deep, slow stream.  Under these con-
ditions, any waste discharges have a more pronounced influence since
reaeration is substantially reduced.  It appears that periodic waste
discharges are reducing the dissolved oxygen in the river but that the
discharges are not consistent such that a polluted water benthic community
cannot be established.

One quantitative sample, No. 2^-B, was collected below the E. I. du Pont
de Nemours & Company plant at Barksdale.  The sample revealed nearly
sterile conditions with only one intolerant species present.  Population
densities were low and amounted to only 10 organisms per square foot.
A bio-assay was conducted with the stream water to determine its toxicity.
A 25 percent solution (250,000 p.p.m. stream water) resulted in the
complete mortality of blunt-nose minnows in approximately five hours.
No mortality was noted in a 10 percent (100,000 p.p.m.) dilution in ^8
hours.  However, there appeared to be internal bleeding in several of
the fish which was not observed at lower concentrations.  The reduced
benthic population appears to be due to toxic materials rather than
low dissolved oxygen concentrations.

Iron Belt Tributary

Quantitative samples were taken 0.3 mile above the Iron Belt sewage
treatment plant and 0.1 mile below.  Sample No. 5-A,  above, revealed
normal clean water conditions with four intolerant species observed.

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                                 - Ik -
                                                                                468
Sample No. 5-B, collected below the outfall, revealed an unbalanced benthic
community.  Intolerant organisms were reduced to three in number.  Ihe
reduced intolerant organisms suggest periodic low dissolved oxygen levels
caused by excessive organic loading.

Montreal River

Two quantitative samples were collected from the Montreal River in the
vicinity of Hurley.  Sample No. 2-A, collected above the Hurley sewage
treatment plant, was representative of a clean water environment.
Sample No. 2-B, collected approximately 0.5 mile below the outfall,
revealed semi-polluted conditions with no intolerant organisms present.
The substantial increase in the number of very tolerant organisms is
indicative of continuous enrichment and the absence of intolerant
organisms suggests low dissolved oxygen concentrations are developed
due to organic waste loading.
                               DISCUSSION

The discharge of fermentable organic wastes to a confined surface water
results in the development of a degree of pollution dependent primarily
on the oxygen requirements of such wastes and the amount of dissolved
oxygen available in the receiving waters.  Where the organic loading.
expressed as biochemical oxygen demand, exceeds the self-purification
capacity of the stream, critical and zero dissolved oxygen concentrations
develop at downstream locations.  This condition creates an environment
unsuitable for fish and other clean water forms of aquatic life, renders
water unfit for general recreational purposes and undesirable for stock
watering.  Under high loadings the water may have a dark appearance, be
septic and give off offensive odors.  The zone of decomposition extending
below any sewer discharging such wastes exhibits characteristic chemical-
physical-biological phenomena which may be measured by analyses of stream
water and biological samples taken above and below such sources of waste.

Biochemical oxygen demand is a measure of the amount of oxygen utilized
by fermentable organic matter in undergoing decomposition.  For a given
section of stream the biochemical oxygen demand--dissolved oxygen
relationship is controlled by temperature, time, reaeration and concen-
tration.  When the temperature of a water is increased, its ability to
hold oxygen is decreased.  With increased stream temperature, decomposition
proceeds at a more rapid rate and the point of low dissolved oxygen will
be found nearer the point of discharge.  Conversely, with cold water
temperatures the rate of decomposition is slowed up and the zone of low
dissolved oxygen is farther downstream from the pollution source.  For a
given biochemical oxygen demand loading and open stream waters, with
temperatures just above the freezing point, critical oxygen conditions
are less likely to occur because of the higher initial dissolved oxygen
and improved reaeration capacity.  With ice cover, much of a stream's
reaeration ability may be lost and critical conditions can develop at a
substantial distance from the pollution source.

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                                 - 15 -
                                                                           469

While untreated and insufficiently treated sanitary sewage possesses the
same dissolved oxygen consuming properties as organic industrial waste,
such sewage also contains bacteria of intestinal origin which may create
a public health hazard for persons coming in contact with waters receiving
such waste.

The discharge of an undesirable level of settleable and suspended solids
may cause the formation of sludge and sediment deposits on the stream bed,
interfering with the development of normal biological life of the stream.
FurthPr-.iore, partjculate matter frequently causes turbidity ard color to
the surface water making it objectionable.  Soluble organic solids promote
slime growths which attach therselves to the stream bottom and vegetation.
Slime growths create an unsightly condition and interfere wi'cb the habitat
of fish food organisms.

                               CONCLUSIONS

The Lake Superior Drainage Basin of Wisconsin has a comparatively low
population density and relatively little industry.  In general, surface
waters of the basin are in good condition.  Within approximately the past
12 years all of the sewered municipalities of the basin provided basic
sewage treatment facilities.  However, localized problems were found near
some industries and communities.  The economy of the area is highly
dependent on clean waters.  Further steps should be taken where indi-
cated to protect the surface water resources of the basin.
                                    Respectfully submitted,
                                    F. H. Schraufnagefx
                                    Public Health Engineer

                                                    A —
                                    L. A. Montie, Director
                                    Division of Public Sewerage
                                    Lloydx.&.  Lueschow
                                    Public Health Biologist
                                    Keith Glasshof
                                    Drainage Basin Engineer
JM

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                                       Table  1
                          Lake superior - Drainage  Basin 28
                                      1965-1966
No.
      Source or Stream
Miles
         Type of
          Waste
                                                                                470
                                                                     Est.  Discharge to
                                                                       Stream Per Day
                                                        Treatment    Gallons     B.O.D.
    St. Louis River
 1  Superior Fiber Products, Inc.
Superior, City of
a. Northern Brewing Co.
b. Russell Cray. Co. of Wis.
c. Twin Ports Co-op Dairy
     Association
Soo Line Drainage
Newton Creek
Nemadji River
Bluff Creek
Bear Creek
Middle River
Iron River
Flag River
Siskiwit River
Booth Fisheries Division -
  Consolidated Foods Corp.
Sand Bay Fisheries
Bodin Fisheries
Bayfield, City of
Pureair Sanatorium
Washburn, City of
Boyd Creek
Whittlesey Creek
Fish Creek
Ashland, City of
American Can Co. - Ashland Div
 9
10
11
12
                                Lake Superior

                                 ll*8.3
    5   Paper

ll*6.0   Sewage
                   Chemical &    U<30,000   8,400
                    Screening
                   Primary     3,600,000   1*,000
    Kakagon River
    Bad River
    Montreal River
Pokegama River
Union Tank Car Co.
Great Northern Drainage
Lake Superior  (U. S. 53)
Superior, Village of
St. Louis River
lM*.5
ll*3.7
ll*2.8
1 111 Q
1H1.O
131*.!
116.6
110.0
88.2
55-3

55.2
51*. 8
51*. 5
52.5
1*1.0
37.5
35-2
31*. 3
31.1*
29.3
23.6
13.1
0.0
St. Louis
5-0
1.0
0.2
0.0
Pokegama
5.8
0.0







Fish Pro-
cessing
il it
!! M
Sewage
Sewage
Sewage



Sewage
Paper



River

Oil


River
Sewage

                                                     >-  Hone
                                                        Primary
                                                        Septic Tank
                                                        Primary
                                 120,000

                                 180,000
                                              9

                                             130


                                             235
                   Primary     1,1*00,000   1,050
                   Ch-mical    2,1*00,000   2,000
                    & Settling
                                                        Separator
                                                        Lagoon
                                  37,000
                                              10
                                         A-l

-------
No.
Source or Stream
      Miles
Type of
 Waste
                          471
            Est. Discharge to
              Stream Per Day
                       #5-Day
Treatment    Gallons   B.O.D.
13  Stott Briquet Co
1^  Great Northern R.R. Co.
    St. Louis River
15  Soo Line R.R. Co.
    Lake Superior
16  Murphy Oil Corporation -
      Superior Refinery
    Lake Superior
    Crawford Creek
    Lake Superior
17  Koppers Co.
    Nemadji River
18  Great Northern R.R., Allouez
    Lake Superior
19  Douglas Co. Hospital &
      Sanatorium
    Lake Superior
20  Middle River Sanatorium &
      Douglas Co. Gen. Hospital
    Lake Superior
21  Iron River, Unincorporated -
      Town of Iron River
22  Fuhrmann's South Shore Dairy
Great Northern Drainage

        1.0   Coal
        0.9   Oil
        0.0

   Soo Line Drainage

        1.2   Oil etc.
        0.0

     Newton Creek

        1.6   Oil

        0.0

     Nemadji River

        5.2
        0.0

    Crawford Creek
                             0.9
                             0.0
                                     Bluff Creek
                             3-5
                             0.0
              Oil?
                           Bear Creek

                             3.2   Sewage

                             0.0

                          Middle River

                            lU.5   Sewage

                             0.0

                           Iron River

                            16.6   Sewage

                            13.6A  Milk
                                              None             ?         ?
                                              Separator        ?         ?
                                              None
                                              Separators    150,000      ?
                                               & Lagoons
              Chemical   Lagoon
          Separator
                         Secondary      Uo,000      16
                         Secondary      16,000
                         Primp ry        1*0,000

                         Septic Tank     3,000
                                     70
                                         A-2

-------
                                                                                   472
                                                                    Est. Discharge ro
                                                                      Stream Per Day
No. Source or Stream
Type of
Miles Waste Treatment
#5-Day
Gallons B.O.D.
Flag River
23  Evertt Fisheries, Inc.

    Lake Superior
2k  Marten's Dairy
    Lake Superior
25  E. I. du Pont de Nemours & Co.
    Lake Superior
    W. Branch Whittlesey Creek
    Whittlesey Creek
            1.2

            0.0

        Siskiwit River
Fish Pro-  None
 cessing
            0.2
            0.0
Milk
None
          Boyd Creek

            1.5   Chemical   Irrigation
            0.0

       Whittlesey Creek

            0.1
            0.0
                            North Branch Whittlesey Creek
26  Ondassagon School
2?  Mountain Valley Ch. Fcty.
    Whittlesey Creek
    Ditch
    Pine Creek
    S. Fork Fish Creek
    Lake Superior
28  Farmers Cheese Factory
    Fish Creek
    Moquah Cheese Factory Tributary
    Fish Creek
            1.3   Sewage
            1.2   Milk
            0.0

          Fish Creek

           15.2
            6.6
            1.3
            0.0
           Septic Tank
           None
                                        Ditch
            0.9
            0.0
Milk
Milk
          Pine Creek

            1.9
            0.0
29  Moquah Cheese Factory
    Pine Creek
Moquah Cheese Factory Tributary

            0.9   Milk       None
            0.0
                                South Fork Fish Creek
30  Twin Ports Dairy - Benoit
    Fish Creek
                  Milk
           None
            0.0

              A-3
2,700
                         220,000
               15,000
                3,000
1,000
                           3,000
27
           15
           30
10
                           30

-------
No.
Source or,-Stream
                                     Miles
Type of
 Waste
Treatment
Est. Discharge to
  Stream Per Day
           #5-Day
 Gallons   B.O.D.
                                                                                       473
    Beartrap Creek
    Lake Superior
    Little Beartrap Creek
    Kakagon River
31  Andersonville Co-op Dairy
      Association
    Beartrap Creek
32  Penokee Veneer Co.
33  Mellen, City of
    Marengo River
    Potato River
    White River
    Lake Superior
    Brunsweiler River
    Radloff Cheese Company
    Bad River
35  Marengo Co-op Dairy Assoc,
    Marengo River
    Alder Creek
    Vaughn Creek
    Bad River
    Iron Belt Tributary
    Potato River
36  Iron Belt, Uninc.,
      Town of Knight
    Alder Creek
                            Kakagon River

                               k.5
                               0.0

                           Beartrap Creek

                               8.2
                               0.0

                        Little Beartrap Creek

                               k. 5   Milk       None

                               0.0

                              Bad River
                                      kl.l   Wood
                                      39.3   Sewage
                                      2k. 9
                                      23.0
                                       U.2
                                       0.0

                                    Marengo River
                                       if.3A  Milk
                                       0.0

                                  Brunsweiler River
                                                None
                                                Primary
                         60,000
                           60
                                               (Discontinued Operations)
                               0.5   Milk.       None
                               0.0

                            Potato River

                              19.6
                               1.5
                               0.0

                             Alder Creek
                               0.0

                         Iron Belt Tributary

                               0 . 5   Sewage     Primary

                               0.0

                                 A-k
                                                                        3,000
                                                                       30,000
                                     53

-------
                                                                    Est. Discharge to 474
                                                                      Stream Per Day
No.
37
38

Source or Stream
Saxon, Town of
Potato River
Mason Milk Products
Bad River

Type of
Miles Waste Treatment
Vaughn Creek
13-0 Sewage Primary
0.0
White River
26.3 Milk Hone
0.0
Montreal River
#5-Day
Gallons B.O.D.
20,000 30
2,250 22

    Laymans Creek
39  Hurley Sewage Treatment Plant
    West Fork Montreal River
    Lake Superior
    Ruppe Cement Company
    Montreal River
    Pence Tributary
    Montreal, Village of
    Montreal River
k2.  Pence, Town of
    Gile Flowage
        33.2
        22.k   Sewage     Primary
        15-1
         0.0

      Laymans Creek

         3-9   Silt       Lagoon
         0.0
West Fork Montreal River

         8.8
         6.1   Sewage     Primary
         0.0

     Pence Tributary

         1.4   Sewage     Primary
         0.0
250,000     310
130,000     150
 UO,000
                                         A-5

-------
                                                                                 475
                                       Table  2
                          Lake Superior - Drainage  Basin 28
                                      1965-1966
No.  Waste Source   Miles   Sample  Source	 Date
BOD   Temp.       DO    MFCC per
mg/1   °C.   pH  mg/1   100 ml.
1
2
3
4
5
6
7
8
9
10
Superior Fiber 147.3
Products, Inc.
Superior, 146.0
City of
Booth Fisheries 55-3
Div. - Cons.
Foods Corporation
Sand Bay 55.2
Fisheries
Bodin Fisheries 54.4
Bayfield, 54.5
City of
Pureair San. 52.5
Washburn, 4l.O
City of
Ashland, 31. 4
City of
Ashland Div., 29-3
American Can Co.
Lake
Superior
Lagoon Outfall 1-19-66
(s
STP Outfall



STP Outfall
STP Outfall
STP Outfall
STP Outfall
Clarifier
Outlet
7-7-65
7-14-65
8-2^-65*
11-2-65
2-2-66
11-2-65
2-2-66
11-2-65
2-2-66
9-27-65*
9-28-65
11-2-65
9-28-65
11-2-65
9-13-65*
11-2-65
12-7-65
6-24-65
8-11-65
9-7-65*
9-29-65
10-11/17-65
2,330 - 4.7
.S. = 620, Lignin = 400)
147 17 7-6 0.0 32,000,
l4l 16 7-1 0.1 30,000,
130 - 6.95 -
(inspection)
(inspection)
(inspection)
(inspection)
(inspection)
(inspection)
119 -
69.6 13| 7.1 4.0 10,
147 9 7.3 0.0 53,000,
249 16 6.4 1.1 32,000,
190 6| 6.8 1.5 65,000,
149 -
165 12 7-2 1.5 47,000,
129 6 7.1 - 47,000,
92 15 7.2 2.2 400,
37 18 7-2 4.2 10,
160
70.2 14 7.3 4.1 <
146 10.1
(S.S. = 464)
-
000
000



000
000
000
000
000
000
000
000
100
-
St. Louis River
11
Union Tank 1.0
Car Company
Separator
Outfall
7-8-65
11-4-65
1-19-66
(No Overflow)
(No Overflow)
(No Overflow)

Pokegama River
12
Superior , 5-8
Village of
Lagoon
Outfall
3-23-65*
7-14-65
72 - 7.4 - 500,
21.5 20 9-5 13.7 <1,
000
000
                                        A-6

-------
No.  Waste Source   Miles
                             BOD   Temp.       DO    MFCC per   476
     Sample Source   Date    mg/1   °C.   pH  mg/1   100 ml.

13

Stott

Briquet
Great Northern
1.0 Waste Waters
Company
Ik
Great
Northern
Railroad






0.9 Separator
Outfall


Drainage Course
11-4-65
1-19-66
7-7-65
11-4-65
1-19-66

7
4
8
8
9

.1 -
.2
.0
.6 -
.5 -

7
6

8
9

.0
.8
„
.1
.5

(s
(s
..
-
-

.s . =
.s. =

(Oil

(Oil
2,281)
460)
„
= 7.0)
1,000
= 3.0)
15  Soo Line          1.2
    R.R. Company
16  Murphy Oil Corp., 1.6
    Superior Refinery
                      0.3
            Soe Line Drainage

      Outfall        7-14-65   67.8  16   7.5    5-3   3,500,000
                     11-4-65   31.6   -   7.4     -    (Oil = 24)

              Newton Creek

      Lagoon         7-14-65   33-9  23   7.7    5-3       2,000
      Overflow       11-4-65   12.5   -   6.9     -    (Oil = 24)
                                               (Phenol = 0.019)

      Third St.,     7-14-65    7.6  20   7.3    1.1       3,000
      Below          11-4-65    6.6   -   6.9     -     (Oil = 3)
                                               (Phenol = 0.019)
                     1-19-66   44.8   (Oil = 2.2, Phenol = <.l)

             Crawford Creek
17  Koppers Co.,      0.9
    Incorporated
                      4.6

18  Great Northern    3-5
    R.R., Allouez
Lagoon
Outfall
1-20-65
7-23-65
2-6-66
(No Overflow)
(No Overflow)
(No Overflow)
Bluff Creek
CTH "Z"
Outfall
2-3-66 2.3
2-3-66 57.3
3-16-66 < 3-0
0 7.0 7.2 ^100
4 8.1 8.2 30,000
(Oil = 523)
7.3 - 80,000
                      0.4   USH 2           2-3-66   <1.0   0   6.9

                                     Bear Creek
 19  Douglas. Co.
    Hosp. & San.
3-3


3.2



2.1
                            CTH "Z" Above  7-20-6?
                                           1-19-66
                          1.7  14   7-5   8.4
                          1.3   0   7.35 11.1
i4,ooo
   900
STP Outfall    7-20-65   48.7  18   7-7   5-3      20,000
               7-20-65*  47.6       7.8
               1-19-66   34.6   3   7.35  3-7  45,000,000

Tn. Rd. Below  7-20-65    2.9  14   7-5   8.0     400,000

               1-19-66    2.6   0   7-9   8.0       1,000

             A-7

-------
                                                                                       477
No. Waste Source Mile-s Sample Source
Middle
1^.5+ 50 Feet Above
20 Middle River l4.5 STP Outfall
San. & Douglas
Co. Gen. Hosp.
lU.2 Town Road
Below
Date
River
7-19-65
1-19-66
7-19-65
1-19-66
7-19-65
1-19-66
BOD
mg/1
1
2
93
77
3
5
.6
• 7
.7
.2
• 9
.3
Temp,
18
0
18
k
18
0
DO MFCC per
pH mg/1 100 ml.
7
6
7
7
7
7
.3
.7
.3
.25
.3
.15
8.
11.
3,
0.
7.
11.
0
8
9
^ 9,
7
8 :
1
11
<10
000
1A
>
>
>
>
900
000
000
000
000
000
Iron River
16.6 Town Road
Above
21 Iron River, 16.6- STP Outfall
Unincorporated-
Tn. of Iron River
15 . 1 Town Line Rd .
Extended
13-9 CTH "B"
22 Fuhrmann's 13- 6A Outfall Ditch
S. Shore Dairy
12.7 Town Road
Below
Port Wing
Adjacent to
Town Road
23 Evertt Fisheries, Swamp 1
Incorporated
Swamp 2
STH 13
Siskiwit
0.7 Town Road
Above
8-17-65
9-28-65
8-16-65*
8-17-65
9-28-65
8-17-65
9-28-65
8-17-65
9-28-65
8-17-65
9-28-65
8-17-65
9-28-65
Samples
2-2-66
2-2-66
2-2-66
2-2-66
River
8-17-65
9-28-65
1
1
.9
.5
109
112
131
2
1
1
15
1
3
<
<
<
<
1
1
0
•3
.0
.2
.6
31
.1*
• 3
.5
.5
• 5
'.5
.6
• 5
23
9
22
13
23
9
23
8
19
7
23
8
0
0
0
0
16
8
8
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
7
.1
.k
.2
.3
.9
.u
.7
.3
.2
.7
.3
.3
.9
.1
• 9
.3
7-
10.
h
)t
~ *
7-
10.
7.
10.
6.
9-
8.
11.
8
2
6 96,
7 U8
5
5
6
1
000
000
60
56
78
6 ?200
1; 18
7
13.0
(Chlorides
6.1
(Chlorides
13.0
(Chlorides
12.7
(Chlorides
9-
11.
8
9
810
19
)
>
>
>
>
>
)
>
>
>
= 2
000
900
000
000
000
000
000
000
000
000
000
000
200
•o)
<100
= 0.0)
100
= o.o)
= 3
1
i
100
.5)
000
300
2k  Marten's Dairy    0.2   Outfall
8-17-65    332  17
9-28-65   < 300  Ik
7.3   5-6 200,000,000
7.1   5.5   1,900,000
                                         A-8

-------
                                                                                    478
                                                    BOD   Temp.
Ho.  Waste Source   Miles    Sample  Source    Date,  ,  mg/1   °C.
     DO    MFCC per
pH  mg/1   100 ml.
0.1 STH 13 8-17-65
9-28-65
Boyd Creek
25 E. I. du Pont 2.2 Town Road 7-21-65
de Nemours & Co. Above
11-2-65
2-2-66
1.5 Red Water 7-21-65
11-2-65
2-2-66
1.5 Wash Water 7-21-65
11-2-65
2-2-66
0.2 STH 13 7-21-65
11-2-65
2-2-66
North Branch Whittlesey
2.2 Town Road 6-24-65
Above 8-11-65
9-28-65
11-2-65
26 Ondassagon 1.4 Outfall 6-24-65
School 8-11-65
9-28-65
11-2-65
27 Mountain Valley 1.4 Outfall 6-24-65
Cheese Factory 8-11-65
9-28-65
11-2-65
1.1 Town Road 6-24-65
Below 8-11-65
9-28-65
11-2-65
3.1
1.8
<-5
-
-
-
Creek

1.0
10.9
371
20
20.6
125
43.1
34.7
1.6
1.7
4.3
1.3
17*
7
21
5
0
38
33
32
19
16
20
8
0

16
17
15
13
20
26
31
19
11
Ik
%
8
7.3 8.3 3,000
7.k 11.3 200
500
(Nitrites =<.03)
7.1 - 300
(Nitrites = .014)
6.9 5.7
7.15 - 
-------
                                              479
No. Waste Source Miles
15.1*
Cheese Factory 15-2
Ditch
15.0
Sample Source
Fish
CTH "E" Above
To Stream

" Town Road
Below
Date
Creek
•11-2-65
12-7-65
2^2-66


11-2-65
12-7-65
2-2-66
BOD Temp .
mg/1 • °C . pH
1.1
0.6


13
3
7
0
0


8
0
0
7.1
6.3
6.9


6.1
6.1
7.0
DO
mg/1
12.3
10.2
11.2


8.1
7.0
10.8
MFCC per
100 mi.
900
Uo,ooo
500


500
1,000
1,500
Ditch
28 Farmers Cheese 0.9
Factory
0.2
2.6

1.9

0.1
Outfall at
Plant
Outfall
Ditch at
CTH "E"
Pine
Town Road
Above Cheese
Fcty. Trib.
50 Feet Above
Fcty. Trib.
Town Road
Below
11-2-65
12-7-65
11-2-65
12-7-65
3-16-66
Creek
8-11-65
9-29-65

1-18-66

8-11-65
9-29-65
1-18-66
>5,750
700
126
7.6
8.8
Ik
13
1
2
k.o
5.9
6.1*
6.7
0.0
0.0
1.3
6.5
<10,000
20,000
<10,000
2,000
1,000
(No Flow)
(No Flow)

1.3

1.3
0
2.3

3

13*
7|

7.1*

7.3
7 ^4-
*7 it

12.8

10.3
11.2
13.0

600

800
500
<100
Moquah Cheese Factory Tributary
29 Moquah Cheese 0.9
Factory
0.0

Outfall
Tributary
Mouth
8-11-65
9-29-65
1-18-66
1-18-66

799
530
>n,ooo
758

30
16
16
0

6.5
7.0
5-6
6.2

0.0
3.0

11*0,000,000
510,000
1,600,000
< 10, 000

South Fork Fish Creek
9-5
30 Twin Ports 9.U
Coop. Dairy
8.0
CTH "F"
Above
Outfall
Ditch
Adjacent to
CTH "F" Below
8-11-65
9-29-65
8-11-65
9-29-65
8-11-65
9-29-65
1.6
6.6
ll.l*
1.7
1.8
19
7
16
11
21
7|
7.2
7-2
7.8
8.8
7.3
7.2
9*
8.7
9.2
8.U
10.2
3,200
900
700,000
19,000
'500
A-10

-------
No.  Waste Source   Miles   Sample Source   Date
                                                BOD   Temp.       DO    MPCC per
                                                mg/1   °C.   pH  mg/1   100ml.
                                                                                       480
31
Andersonville
Co-op Dairy
Association
32
Penokee
Veneer Co.
33
Melien,
City of
          Little Beartrap Creek

4.5   Outfall       12-7-65      66
                      3-5   Town Road
                            Below

                      0.2   Town Road
                            Below

                      0.2
                    12-7-65   >87.8   0
                    1-18-66     808   0
6.6

6.2   2.3
4.4   0.0
                                      1-18-66


                                      3-16-66

                                  Bad River
                                1.4   0   7.0   8.2


                                7.4   2   6.9  ll.l
 730,000

 160,000
<10,000

   < 100
             <10,000
41.1+ 100 Feet
Above

4l.l Outfall


39-8 STH 13


39.3 Town Line
Road

38.8 SIP Outfall


38.3 STH 169


3-6 Hwy. 2 at
Odanah













6-23-65
8-10-65
10-28-65
6-23-65
8-10-65
10-28-65
6-23-65
8-10-65
10-28-65
6-23-65
8-10-65
10-28-65
6-23-65
8-10-65
10-28-65
6-23-65
8-10-65
10-28-65
1-6-65
2-2-65
3-2-65
4-7-65
5-4-65
6-15-65
7-13-65
8-4-65
9-8-65
10-5-65
11-3-65
12-2-65
1-5-66
2-1-66
3-10-66
0.7
1.4
2.3
3.8
15.5
4.8
21
18
4
52
34
48
7.5
7.1
7.3
7-9
7.3
7.5
8.8
7.3
11.1
4.6
3.0
16.4
120,000
800
27,000
120,000
10,000
32,000
Wo Sample
1.4
1.1
0.6
0.9
0.8
92
56.9
178
1.1
0.9
1.7
1.1
2.3
2.6
2.1
1.4
0.4
2.3
0.7
^.5
1.2
0.6
0.7
1.4
1.3
0.6
18
k
21
18
4
17
16
12
21
18
4
0
0
li
if
14
19
24
20


'?
I
2
0
1
1*
7.1
7.3
7.5
7.0
7.3
7-2
7.1
7.3
7.5
7.0
7.3
7.1
7.2
7.1
7.2
7.2
7.2
7.2
7A
7.4
7.3
7.4
7.1
7.0
7.1
7.0
6.9
11.9
9.0
7.0
ll.l
2.7
M
2.4
9-3
6.0
10.5
11.7
12.0
11.4
12.7
9-1
8.2
7.6
7.3
8.3
10.0
11.3
13.3
13.0
10.9
11.8
2,500
20,000
110,000
1,600
25,000
75,000,000
306,000,000
34,000,000
120,000
6,000
51,000
300
100
<1QO
200
800
500
10,000
700
-
500
4oo
500
300
100
100
                                        A-ll

-------
No. Waste Source Miles

8.9

M
3^ Radloff Cheese k.3A
Company
3.»*


2.9
35 Marengo Co-op 1.0
Dairy Assoc.



Iron Belt k.6
Tributary
3.1

Sample Source Date
Marengo River
STH 13 at 11-2-65
Marengo 2-1-66
Brunsweiler R.
Outfall Ditch 9-29-65
to River 11-2-65
Town Road 11-2-65
Below 2-1-66
Brunsweiler River
STH 13 11-2-65
Outfall' 8-11-65
9-29-65
11-2-65
2-1-66
Alder Creek


Town Road 8-10-65
Below
BOD
mg/1

1.1
1.6

^3
6.8
1.6
0.9

1.1
1,080
1,050
3,WK>
6,370



0-9

Temp.
°C.

8
0

94
9
9
0

9
22
94
11
i



17

pH

6.8
7-1

7.0
7.3
7-3
7.1

7.3
6.2
6.2
4.2
k.7



7.3

DO
mg/1

11.1
10.5

3-2
fc.o
11.5
10.5

11.0
.
0.8
0.0
0.0



6.5

MPCC per
100 ml.

27,000
200

290,000
13,000
15,000
200

66,000
29,000,000
700,000
390,000
1,900,000



3,000

Iron Belt Tributary
0.7

36 Iron Belt, Uninc. 0.5
Tn. of Knight

0.2







37 Saxon,
Town of

Above at 8-9-65
Fence Line 10-28-65
STP Outfall 8-10-65
8-10-65*
10-28-65
Trail Below 8-9-65
10-28-65
Town Road 8-10-65
Below
Vaughn Creek
STH 128 8-10-65
10-28-65
12-7-65
STP Outfall 8-10-65
10-28-65
12-7-65
<.5
•<.5
U2.9
59
39-6
1.8
1.1
0.9



0.5
0.9
65-9
168
51.U
15
14
13
-
7
15
3
17


No
if
0
154
9
6
7.5
7.5
7.0
-
7.3
7.1
7.3
7.3


8.5
12.9
3-1
-
5.3
3.3
9.7
6.5


700
100
20,000,000
-
6,900,000
130, OOP
95,000
3,000


Sample
7.1
7.1
7.6
7-7
7.7
6.6
6.9
2.6
3.1*
-
< 10,000
51,000
65,000,000
2,600,000
12,000,000
                                              481
A-12

-------
BOD Temp .
No. Waste Source Miles



Sample Source Date
Town Road 8-10-65
Below 10-28-65
12-7-65
mg/1
2.2
2.4
0.6
°c.
16
4
0
PH
7.2
7-0
6.8
DO
mg/1
1.8
3.0
3.5
MFCC per
100 ml.
29,000
9,000
6,000
                                                                                       482
38
    Mason Milk
    Products
39
Hurley,
City of
                                     White River

                     26.3+  Above 50 Ft.  6-24-65
                                          9-29-65
                      8.2
                      0.9
                                                  0.8  20
                                                  2.0   8
                                                                7.5   8.3
                                                                7.4  10.4
                                            12,000
                                             2,500
                 26.3   Outfall
                     25.5   STH 63
       6-24-65
       9-29-65

       6-24-65
       9-29-65

Beartrap Creek
2,070  21   6.4   0.0  30CyX)0,OOO
   45  l6|  7-4   6.6     200,000
                      8.2+  Above Little  1-18-66
                            Beartrap Cr.
                        Little Bear-
                        trap Creek
                      5.0   CTH "A" Below 1-18-66
                     23.4   Poplar St.
                     22.k   STP Outfall
                     21.8   USH 2
                        Hwy. 122
                        Bridge
                                                  8.6  20   7-5   8.4
                                                  1-7   7i  7-5  10.6
                                                  1.3
                                                                7-0  10.2
                                                                              150,000
                                                                                2,400
                                               100
                                                  3-3
                                                                7.0  10.2
7-27-65
8-10-65
10-28-65
7-27-65
8-10-65
9-20-65*
10-28-65
7-27-65
8-10-65
10-28-65
1-6-65
2-2-65
3-2-65
4-7-65
5-4-65
6-15-65
7-13-65
8-4-65
9-8-65
10-5-65
11-3-65
12-2-65
1-4-66
2-1-66
3-10-66
3-1
1.1
2.0
69-5
108
49
140
1-9
0-9
2.4
1.6
1.5
1.7
2.5
2.6
1.1
2.0
1.4
<.5
0.8
0.5
1.7
2.4
2.0
0.9
20
19*
4
17
16*

1«
19
18
4
0
0
1
2
15
20
25
20j
15
7
8
i
i
•|
1
6.75
7.2
7.1
7.2
7.3
-
7-7
7.4
7.2
7.3
7.1
7.1
7.1
7.2
7.1
8.2
7.2
7.2
7.1
7.4
7.5
7.1
7.0
7.1
6.9
7.3
7.4
11.5
4.4
5.1
-
1.2
1.7
6.1
10.7
13.6
13.5
11.5
13-3
9.8
10.2
7.9
7.8
9.6
11.1
12.2
13.4
13.6
12.8
12.1
6,500
31,000
41,000
57,000,000
220,000,000
-
58,000,000
190,000
32,000
720,000
4©0
800
1,700
2,500
60,000
400
37,000
3,000
10,000
1,300
50,000
1,800
2,100
1,600
4,200
                                        A-13

-------
Ho.  Waste Source   Miles   Sample Source   Date
                              BOD   Temp.       DO    MPCC per
                              mg/1   °C.   pH  mg/1   100 ml.
                                                                                       483
40  Ruppe Cement
    Company
4l  Montreal,
    City of
42  Pence,
    Town of
              Laymans Creek

6.1   Lagoon Outfall


        West Fork Montreal River

8.8   Pence Trib.
                            Fence Trib.
                      6.2   STH 77
6.1   Outfall
                      6.0   R.R. Bridge
                      5.0   Town Road
                            Below
                                    No Discharge
10-28-65
11-7-65
7-27-65
8-10-65
10-28-65
7-27-65
8-10-65
10-28-65
7-27-65
8-10-65
10-28-65
1
<
1
3
1
35
58
63
1
3
3
.4
•5
.1
.1
.2
.3
.2
.5
.6
.1
.4
3
0
23
21
6
17
17
8
23
21*
6
6
7
7
6
7
7
7
7
7
7
7
.9
.1
.2
• 9
.1
.2
.2
.2
.3
.0
.1
9
10
7
7
11
0
2
0
7
7
11
.9
.3
.6
• 9
.2
.4
.1
.3
.6
.5
.5





*9,


39
2
1
000
150,000
32,

2,

000
700
500
1


j
j
>
y
>
)
>
>
>
800
800
000
000
200
000
000
000
000
000
200
                    10-28-65    1.4
                                   Pence Tributary
Outfall
                    10-28-65   82.5
                     11-7-65    128
9
6
                                          7.1  11.9
7.0
6.7
3-5
                   48,000
27,000,000
51,000,000
*Composite Sample
                                        A-l4

-------
                                                                                                   434
     leke Sjr-flrJT - I .  P.  23

   oloflaa Statin SuiMry -  1
                                                     ____ .                   -      _ -_,
                                                     Intol*ra.nt   Tolerant      V, Tpl.
                                                     £npt   j[a,   Sns.    NB,   *iia..   fip

                                                       10    513    /,      278    2
1.0 al.  below Vurpliv Oil       Rode  A      Riffle
                              cct'<,        ^-rrie        i      11       2

                              /Clay

100 ft.  ebove outfall          Roci  4      Riff IB        13     4^>    /,      32
                                                       9    293    4     103    1
                                                       7    273    4     137    2
                                                             93    6      39    2
                                                       7    2*2    7
                                                                          53




                                                       3     40    2      23    1


                                                       3     2g    1      10    1


                                                       9     *O    2      12    1
                                                       4     10    4      12


                                                       1      35      54    1


                                                      10    111    5      U.    1


                                                      1?    U6    3      IS    1


                                                       7     ^7    1      16    2



                                                       -     -     4     130    3


                                                       6    17i    3       9    ?


                                                      10     16    2      1J    2



                                                       4    107    2      13    3

-------
485

-------
                               DEFINITIONS
                                                                                486
Milligrams per liter (mg/L) is a weight to volume relationship showing the
amount in milligrams of a substance present in a volume of 1 liter.  For
most pollution considerations a concentration of 1 mg/1 is equal to 1 part
per million (ppm).

The dissolved oxygen (D.O.) in milligrams per liter (mg/1) is a measure
of the amount of oxygen dissolved in the water.  A saturated solution of
dissolved oxygen in water will contain 14.6 rag/1 at 0° Centigrade  (32° F)
and 8.4 ing/1 at 25° C (77° F).  Concentrations of less than 5.0 mg/1 D.O.
interfere with fish propagation and concentrations of less than 3.0 mg/1
D.O. are considered critical for fish life.

The biochemical oxygen demand (B.O.D.) is expressed in mg/1 and is a
measure of the amount of organic matter oxidized through biochemical
processes.  In general, a high B.O.D. indicates the presence of a large
amount of organic material.  It is normal to find a B.O.D. of from 2 to
3 mg/1 in river waters receiving natural drainage.

The pH value indicates the concentration of hydrogen ions in the water
and is used to determine whether a water is acid, neutral or basic.  A
pH of 7.0 indicates that the water is neutral.  A pH lower than 7.0
indicates acidity and a pH higher than 7.0 indicates basicity.

The membrane filter coliform count (MFCC) indicates the density of coliform
organisms.  Since these organisms may be of intestinal origin and are
numerous in sewage, high numbers are indicative of sewage pollution with
its possible hazards to public health.  The fecal coliform count (MFFCC)
is sometimes used as a more specific test of recent sewage pollution.

Suspended solids are solids mixed with and generally imparting a cloudy
appearance to water, sewage, or other liquids.  Settleable solids are
suspended solids which will settle in quiescent water or sewage in a
reasonable period commonly, though arbitrarily, taken as two hours.

Pollutional load is the quantity of polluting material discharged  into a
body of water.  It is usually expressed in terms of pounds of biochemical
oxygen demand per day, pounds of solids per day, or both.

Toxic wastes are wastes containing ingredients which cause mortality of
fish or other aquatic life irrespective of the amount of dissolved oxygen
present.  Ammonia, acids, alkalies, cyanides, phenols and salts of the
heavy metals are examples of toxic substances.

Biota is a term for all the living forms in a stream ranging from bacteria
through microscopic plants and animals and insect larva, to higher forms
such as fish and rooted plants.

Plankton are microscopic drifting organisms found in natural waters.  The
plant forms are known as phytoplankton whereas the animal forms are called
zooplankton.

Aerobic organisms are organisms which require free (elementary) oxygen for
their growth.  Anaerobic organisms will grow xn the absence of free oxygen
and derive oxygen by breaking down compounds containing oxygen combined
with other substances.  Facultative organisms are organisms which can
adapt themselves to growth in the presence, as well as in the absence, of
dissolved oxygen.

-------
CO
                               CO
                               CO
                               CO
                                                                       487
                                                                       CO
                                                                       cr>
                                                                        o>
                                                                        o
                                                                        o>
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                                                                        o>

-------
                                                                               488
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          WISCONSIN DEPARTMENT OF NATURAL RESOURCES

             Division of Environmental Protection

                 Madison, Wisconsin    5370L
                      October 23, 1968
            REPORT 0"^ THE WATER QUALITY SURVEY IN
              WISCONSIN WATERS OF LAKE SUPERIOR
                   MADE DURING JULY, 1968
                     GENERAL INFORM/IT ION
                                                                  511
Drainaee Basin:  Lake Superior
                 Drainage Basin 28

Area Surveyed:   Wisconsin and Boundary Waters of Lake Superior
                                 Donald R. Winter
                                 Biologist

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                                                                            512


                           DRAINAGE ARE\S AND USES
     Lake Superior drains approximately 3,200 square miles of northern
Wisconsin including portions of Douglas,  Layfield,  Ashland,  and Iron
Counties.  The drainage area extends between the St. Louis River and the
Wisconsin-Minnesota boundary on the west  to the Montreal River or the
Wisconsin-Michigan boundary on the east,  a distance of approximately 100
miles.  The area extends inland from Lake Superior  an average of about 30
miles.  The following is a table of Wisconsin drainage areas in square miles
for river systems tributary to Lake Superior:
        Amnicon -           130 Sq.  Mi.        Middle -         50
        Bad -             1,016               Montreal -      180
        Bois Brule -        185               Nemadji -       177
        Fish -              139               Poplar -         46
        Flag -               71               St.  Louis -       77
        Iron -              150               Sioux -          96
                                              Siskiwit -       31
     Lake Superior is a tremendous asset to this region of the state.   Its
great size and generally good water quality make it important for shipping,
pleasure boating, commercial and sport fishing, potable water supplies,  and
asthetic value.
                POTENTIAL SOURCES OF SURFACE WATER POLLUTION
     The Lake Superior Drainage Basin in Wisconsin is sparsely populated
with relatively little industry.  Though surface waters in the basin are
generally of good quality, localized problems do exist in the vicinity of
some communities and industries as described in the April 28, 1966 Report
On An Investigation of the Pollution in the Lake Superior Drainage Basin,
made during 1965 and early 1966 by the former Wisconsin Committee on Water
Pollution.  The following is a list of potential sources of surface water
pollution within the Wisconsin section of the Lake Superior Drainage Basin:
                  Source                        Type of Waste

     American Can Co. - Ashland Div.            Paper
     Andersonville Co-op Dairy Assn.            Milk
     Ashland, City                              Sewage
     Bayfield, City of                          Sewage
     Bodin Fisheries                            Fish Processing
     Douglas Co. Hospital and Sanitary          Sewage
     E. I. du Pont de Nemours and Co.           Chemical
     Evertt Fisheries, Inc.                     E'i sh Processing
     Farmers Cheese Factory                     Milk
     Fuhrmann's South Shore Dairy               Milk
     Great Northern Railroad Company            Oil
     Hurley, City of                            Sewage

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                                    " 2 "                                     513
     Iron Belt, Unincorporated                  Sewage
     Iron River, Unincorporated                 Sewage
     Koppers Company                            Chemical
     Marengo Co-op Dairy Assn.                  Milk
     Martens Dairy                              Milk
     Mason Milk Products                        Milk
     Me lien, City of                            Sewage
     Middle River Sanitorium and
       Douglas Co. General Hospital             Sewage
     Montreal, Village o£                       Sewage
     Moquah Cheese Factory                      Milk
     Mountain Valley Cheese Factory             Milk
     Murphy Oil Corporation                     Oil
     Ondassagon School                          Sewage
     Pence, Town of                             Sewage
     Penokee Veneer Company                     Wood
     Pureair Sanitorium                         Sewage
     Ruppe Cement Company                       Silt
     Sand Bay Fisheries                         Fish Processing
     Saxon, Town of                             Sewage
     Soo Ling Railroad Company                  Oil
     Stott Briquet Company                      3oal
     Superior, City of                          Sewage
     Superior Fiber Products,  Inc.               Paper
     Superior, Village of                       Sewage
     Twin Ports Dairy                           Milk
     Union Tank Car Company                     Oil
     Washburn, City of                          Sewage
                 DISCUSSION OF PARAMETERS AND_SURVEY FINDINGS

Bottom Samples - Table I

     Bottom samples were collected with a Petersen Dredge,  the macro inver-
tebrates concentrated with a standard thirty mesh screen,  preserved in
the field, then tentatively identified and enumerated in the laboratory.
Of the very tolerant organisms, sludgeworms were by far the most numerous.
Those sampling sites supporting in excess of 100 very tolerant organisms
per square foot are considered organically enriched.  This  includes sample
sites 1, 2, 3, 5, 6, and 7 in the St. Louis River mouth and Duluth-Superior
harbor (Superior Bay).   Current is reduced in Superior Bay  and the physical
habitat is characteristic of a shallow lake.  The water quality is that of
the river and is not comparable to the water quality of the lake.   The in-
fluence of the St.  Louis River on the bottom fauna in the  west end of Lake
Superior is limited to approximately three miles offshore.   Though results
are inconsistent within three miles of Wisconsin and Minnesota Points,
several samples including numbers 9, 26,  29, 30, and 33 indicate some enrich-
ment.  The inconsistency, at least in part, can be attributed to variation
in microhabitats in this area.  Those sites with an accumulation of organic
debris produced the higher numbers of very tolerant organisms.   The habitats
composed primarily  of sand or hard clay were less productive.  Wave action,
dredging near the Duluth and Superior entrances and boat traffic may also
influence the distribution and quantity of organisms in this area.  Samples

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                                      3 _
                                                                              514

10 and 20 in boundary waters contained an unusual, thin, hard, black strata
found in no other area of the lake.  This should be studied further as to
origin, distribution, and significance.

     Bottom samples in the vicinity of American Can Company,  Ashland Divi-
sion, in Chequamegon Bay revealed a severely altered habitat.  Samples 70
and 71 collected approximately 100 and 300 feet off the American Can Company
outfall respectively, were predominately wood fibers which have destroyed
the habitat for bottom organisms.  No organisms -were found in either sample.
Sample 70 also contained pieces of film plastic and foil and  sample 71
was extremely odorous.  Pieces of film plastic were also noted either in
bottom samples or in the water at stations 67, 68, 69, 73, r.nd 74, in
Chequamegon Bay, and at the public boat landing at the northeast end of
Ashland.  Pieces of plastic are reportedly found periodically in the Apostle
Island region, however, none were observed during this survey.  Sample 69,
approximately 0.5 miles off American Can Company, indicated organic enrich-
ment with over 900 very tolerant organisms per square foot.  Fibers were
not in evidence at this station but film plastic was again noted.  Sample
73, 0.5 miles off the Ashland ore docks, also showed enriched conditions.

     Most other bottom samples throughout the Wisconsin waters of Lake
Superior indicated relatively unproductive conditions which are characteristic
of an oligotrophic lake.  Pontoporeia affinis, an amphipod, was the most
common intolerant form.  Substantial numbers of the intolerant mayfly,
Hexagenia sp. were collected from Chequamegon Bay.


Dissolved Oxygen - Table I

     Dissolved oxygen sampling was limited to the vicinity of waste sources
and the area off Superior Bay.  The dissolved oxygen concentration at
station 4-A, 10 feet off Superior Fiber Products, Inc. lagoon overflow, was
0.0 milligrams per liter and was the only value recorded which would be
critical for aquatic life.  The concentration 300 feet off the Superior
sewage treatment plant was 8.5 milligrams per liter.  Other values in the
St. Louis River and Superior Bay ranged from 4.3 to 6.5 milligrams per liter.
Values of 10.9 and 11.3 were found 1.5 miles off the Superior entrance and
were near the saturation value.

     A dissolved oxygen sample 100 feet off the American Can Company at
Ashland could not be titrated due to some unknown chemical interference.
Samples 300 feet and 0.5 miles off the outfall had concentrations of 8.4 and
9.2 milligrams per liter respectively.  Surface and bottom values of 9.5
and 8.8 milligrams per liter were found 50 feet off the Ashland sewage treat-
ment plant.  More extensive dissolved oxygen sampling was not conducted in
open waters as the general low productivity does not lower oxygen levels in
the hypolimnion if indeed a true hypolimnion develops.  Beeton  (1965) reported
saturated dissolved oxygen concentrations at all depths in Lake Superior.


Secchi Disc Readings and Turbidity - Table II

     Secchi disc readings and laboratory Hack turbidity measurements are
quite closely related as they are both a  function of water transparency

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                                   - 4 -                                  515


dependent on suspended solids such as clay or silt, plankton concentrations,
and color.  The lowest turbidity measurement, 0.08 was in the vicinity of
South Twin Island.  As a comparison the most turbid water in the lake was
found 100 feet off American Can Company, Ashland, where the measurement
was 54.00 due to the large amount of suspended fibers in the water.  The
secchi disc at this point was only 1 foot as compared to a range of 2 to 13
feet elsewhere in Chequamegon Bay.  In general, turbidity in Chequamegon
Bay is due to diatoms, and suspended clay particles.  Secchi discs in the
St. Louis River mouth and Superior Bay ranged from 1 foot inside the Superior
entrance to 2.5 feet inside the Duluth entrance.   A maximum secchi disc of
23 feet was recorded off Stockton Island.
Plankton Samples - Table II

     A Clarke Bumpus plankton sampler with a 20 mesh net was used to collect
surface water plankton.  The samples were concentrated and preserved in
the field for laboratory analysis.  Three different observers analyzed,
microscopically, a representative portion of each sample for percentage
composition by volume.  Copepods, cladocerans and ostracods were most pre-
dominate among the zooplankton.   Melosira sp. was the most common diatom
except in Chequamegon Bay where Tabellaria sp'. predominated.  Very few blue-
green algae were noted in the samples with Aphanizomenon sp. the most common
genera.  In some cases substantial quantities of inorganic and organic
debris were present in the samples.  Inorganic debris is primarily sand or
clay and organic debris includes plant fragments, insect fragments,  exuviae
and the like.   Each sample was dried and analyzed for total, fixed,  and
volatile solids, the results of which are expressed as micrograms of solids
per liter of water filtered.  The volatile solids is of particular impor-
tance since it is a measure of production which is related to the trophic
condition of the water.  In many lakes it is the volatile solids in the
water which is most objectionable from a recreational and aesthetic point
of view.  Characteristically those lakes with substantial algae blooms
are of an eutrophic nature and will produce a high volatile solids concen-
tration in the surface waters.  Concentrations of 2,500 micrograms per liter
are not uncommon in very productive lakes.  Total solids of 5,000 micrograms
per liter have been recorded.  The most oligotrophic or least productive
lakes in Wisconsin with no ice cover generally support less than 100
micrograms volatile solids per liter, and some are occasionally less than 5
micrograms per liter.   With large concentrations of diatoms, the percentage
of fixed solids may increase as silicates are incorporated into the cell
structure.

     All solids results were relatively low except those in Chequamegon Bay
with some increase also noted in the Bayfield and Long Island areas.  Sample
number 70, 100 feet off American Can Company, had an unusually high per-
centage of volatile solids compared to other Chequamegon Bay samples.  The
sample contained approximately 70 percent fibers.  Other samples in
Chequamegon Bay and the Bayfield and Long Island areas were predominately
Tabellaria sp.

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                                    - 5 -                                    516
Nutrients (Volatile Solids) - Table III

     Total organic nxtrogen is that nitrogen bound organically in plankton
and organic detritus and thus another measure of production or trophic
conditions.  Values in the St. Louis River and Superior Bay ranged from
0.83 to 0.98 milligrams per liter compared to 0.27 milligrams per liter
only 1.0 miles off Superior Bay at station 12.  Organic nitrogen in other
areas of the lake ranged from 0.10 milligrams per liter near South Twin
Island, station 54, to 0.18 milligrams per liter 3.0 miles off Superior Bay,
station 14.  Organic nitrogen concentrations were less variable in Chequamegon
Bay ranging from 0.19 to 0.26 milligrams per liter.  Inorganic nitrogen,
that which is available for organic production, had a maximum of 0.76
milligrams per liter in the St. Louis River and a minimum of 0.242 milligrams
per liter near South Twin Island and at 55 miles on the center transect
(station 20).  Inorganic nitrogen values in Chequamegon Bay ranged from
0.293 to 0.446 milligrams per liter.  A concentration of 0.30 milligrams per
liter of inorganic nitrogen at the beginning of the active growing season is
often considered capable of producing nuisance algal populations (Sawyer
1947).

     Soluble phosphorous showed a pattern similar to inorganic nitrogen
with a maximum concentration in the St. Louis River - Superior Bay region
of 0.058 milligrams per liter at station 6.  Only one comparably high
value was noted in Chequamegon Bay and that at station 67, 5.0 miles off
Fish Creek.  Soluble phosphorous values were inconsistent in Chequamegon Bay
and a pattern could not be established from the data obtained.  Soluble
phosphorous values for the lake in general were less than 0.01 milligrams
per liter, the value considered necessary for nuisance algae conditions
(Sawyer 1947).  Total phosphorous concentrations are related to production
and the pattern established is comparable to that of total organic nitrogen.

     Also included in Table III are volatile solids concentrations showing
the direct relationship between nutrient and plankton concentrations.


Cladophora Growths - Table IV

     Observations were made to determine the extent and distribution of
Cladophora sp., a green, filamentous algae which typically grows on wave
washed rocks, pilings, or other suitable substrate.  These growths have
reached nuisance proportions in some shoreline areas of Lake Michigan and
other lakes.  In general, Cladophora growths were quite variable but no
where approached the nuisance proportions experienced in regions of Lake
Michigan.
Commercial Fish Net Slimes

     Numerous complaints have been received principally from the Bayfield
area, regarding slime growths of recent origin which foul fishermen's nets.
It is reported accumulations are occasionally so heavy that nets are dif-
ficult to lift.  Several requests for samples of this slime growth were made
but only one sample was received.  The sample was collected on July 13, 1968
from float nets set in Big Bay on the east side of Madeline Island.  Micro-
scopic examination of the sample revealed virtually all diatoms with Tabellaria

-------
                                    - 6 -                                517


sp.  predominating along with a few cells of Fragilaria sp.   Similar slime
growths on fish nets have been documented along the Minnesota shore of
Lake Superior (Putnam and Olson 1961).  It seems unlikely that these growths
can be associated with any known sources of pollution.


Conclusions and Recommendations

     In general, the Wisconsin waters of Lake Superior are  of extremely
high quality.  In several localized areas, however, the water quality is
impaired by waste discharges as explained previously in this report.  Every
effort should be made towards abatement in these situations to protect the
lake from accelerated eutrophication.

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                                    -  7  -
                                                                             518
References
     1.  Beeton, Alfred M.,  1965,  Eutrophication of the  St.  Lawrence
         Great Lakes.   Limnology and Oceanography.   Vol.  10  No.2,  pp.
         240-254.
         Putnam, H.  E. and T.  A.  Olson,  1961,  Studies on the  Productivity
         and Plankton of Lake  Superior.   School of Public Health,  University
         of Minnesota,  pp. 19-23.
         Sawyer, C.  N.,  1947,  Fertilization of Lakes by Agricultural  and
         Urban Drainage.  Journal New England Water Works  Association.
         Vol. 61 No. 2,  pp.  109-127.

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O r-l 
-------
                                                                  531
                  Francis H. Schraufnagel




            The following is a narrative description of the status




of each of Wisconsin waste sources within the Lake Superior Basin.




            Superior Fiber Products, Inc., was ordered to construct




adequate process wastewater treatment facilities individually or




jointly with the city per approved plans by October 1, 1970.  Also,.




the mill sanitary sewage must be connected to the municipal sewers




by June 30, 1969, or adequate sewage treatment facilities must be




provided by that date.  The mill is working with the city on a joint




solution and has retained a consulting engineer.




            The city of Superior was ordered to construct adequate




waste treatment facilities per approved plans by October 1, 1970, and




submit schedule by June 30, 1968.  Also, the city is to develop a




program for storm and sanitary separation or construct facilities for




adequate treatment of both wastes and waters tributary to sewer system




by October 1, 1970.




            Bodin Fisheries was ordered to provide adequate treat-




ment of wastewater or connect to the municipal system by October 31,




1968.  Sanitary wastes have been connected to the city and the company




has requested a time extension for industrial wastes.




            The city of Bayfield was ordered to construct adequate




sewage treatment facilities by October 1, 1970, and to develop a




program for clear water exclusion or construct facilities for adequate




treatment of both wastes and waters tributary to the system by




October 1, 1970.  The city has retained a consulting engineer.

-------
                                                                 532
                  Francis H. Schraufnagel




            The Pure Air Sanitarium was ordered to provide adequate




sewage treatment facilities by October 31, 1968.  It has retained




a consulting engineer.




            The city of Washburn was ordered to construct adequate




treatment facilities by October 1, 1970, and to develop a program




for clear water exclusion or provide for both clear water and waste




treatment by October 1, 1970.  The city has retained a consulting




engineer.




            The Lake Superior District Power Company operates a




relatively small, fossil-fueled plant for generating electricity




at Ashland.  The condenser cooling water from this plant was not




found to have an adverse effect on the receiving waters.




            The city of Ashland was ordered to construct adequate




sewage treatment facilities by October 1, 1970, and to develop plans




for storm and sanitary sewage separation or construct treatment




facilities for both clear water and wastewater by October 1, 1970.




Preliminary plans were submitted on March 31, 1969.




            The American Can Company, Ashland Division, was ordered




to provide adequate process wastewater treatment or connect with the




city by October 1, 1970.  It has installed a clarifier and a centrifuge




and process changes have resulted in no plastic film reaching the lake.




            The Union Tank Car Company, Superior, has installed a




septic tank and seepage pit for sanitary wastes and there is no




overflow to surface waters.

-------
                                                                  533







                 Francis H. Schraufnagel




            The village of Superior has adequate waste treatment




facilities.




            The Great Northern Railway now has no overflow from




its industrial waste lagoons.




            The Soo Line Railway yards at Superior connected




its wastes to the municipal system.




            The Murphy Oil Company was ordered to provide adequate




waste treatment facilities by October 31, 1970.




            There is no overflow from waste facilities at Koppers




Company, Inc.




            The Great Northern Railroad, Allouez, outside of




Superior, was ordered to provide adequate sewage treatment facilities.




It is expected that the facilities will be completed in July 1969.




            The Douglas County Hospital and Sanitarium waste




treatment facilities provide adequate treatment.




            The Middle River Sanitarium and Douglas County General




Hospital have adequate waste treatment facilities.




            Iron River was ordered to construct adequate waste




treatment facilities by October 31, 1969, and to develop plans




for clear water exclusion or provide adequate treatment of clear water




and wastes by October 31, 1969.  A consulting engineer has been retained.

-------
                                                                 534
                       Francis H.  Schraufnagel




            Fuhrmann's South Shore Dairy have installed a holding




tank and factory wastes are being hauled.




            Port Wing has installed a new sewage collection system




and a stabilization lagoon.  This facility also serves Everett




Fisheries.




            Martin's Dairy have submitted plans for hauling wastes




for approval and intend to initiate the program this spring.




            The E. I.  du Pont de Nemours and Company has submitted




a time schedule, which was approved, with a completion date of




September 1, 1970, for waste treatment facilities.




            The Ondossagon School was ordered to construct adequate




sewage treatment facilities by September 1, 1969.  A consulting




engineer has been retained.




            The Moquah Cheese Factory hauls wastes and there is




no discharge to surface waters.




            The Twin Ports Dairy, near Moquah, was ordered to provide




adequate waste treatment facilities by October 31, 1968.  Facilitites




have been provided for sanitary wastes and the dairy plans to separate




clear water from process wastewaters for containment of the wastes.




            The Andersonville Co-op Dairy, outside of Ashland, was




ordered to provide adequate waste treatment facilities.  Upon




arrival of a holding tank, all wastes will be hauled to a sand pit.




            The city of Mellen was ordered to provide adequate sewage




treatment facilities by October 1, 1970, and to develop a clear water




exclusion program by December 31, 1968.  The city adopted an ordinance

-------
                                                              535






                  Francis H. Schraufnagel




on September 3, 1968, to eliminate surface water to the sanitary




system.




            St. Mary's Indian School is closed.




            The town of Knight, known as Unincorporated Village




of Iron Belt, was ordered to construct adequate treatment facilties




by October 31, 1969, and to develop plans for clear water exclusion




or construct facilities for treatment of both clear water and wastes




by October 31, 1969.  The town has retained a consulting engineer.




            The community of Saxon was ordered to provide adequate




sewage treatment facilities by October 31, 1969.  Also, Saxon was




ordered to develop a program for clear water exclusion or construct




adequate treatment of both clear water and wastes by October 31, 1969.




            Mason Milk Products discharges wastes to a septic tank




which overflows to a lagoon.  There is no evidence that wastes reach




surface waters.




            The city of Hurley was ordered to construct adequate




sewage treatment facilities by October 1, 1970.  Also, Hurley was




ordered to develop a clear water exclusion program or to construct




adequate treatment facilities for both clear water and wastes by




October 1, 1970.  The city has retained a consulting engineer and




initiated studies on clear water.




            The city of Montreal was ordered to construct adequate




sewage treatment facilities and also to develop a clear water




exclusion program or to construct facilitities for adequate treatment




of both clear water and wastes by October 1, 1970.

-------
                                                                 536
                  Francis H. Schraufnagel




            The community of Pence was ordered to construct adequate




sewage treatment facilities by October 31, 1969.




            In conclusion, it is apparent that Wisconsin has, for




a considerable period of time, recognized the unique character of




Lake Superior and the need to maintain and preserve its present high




quality.  The interstate water quality standards adopted for Lake




Superior and approved by the Secretary of the Department of the




Interior require the highest standards for Lake Superior open waters




and provide for all uses, including that for public water supply.




As a follow-up to setting interstate standards, standards for intrastate




waters have been established for the remaining water courses in




the drainage basin.




            Localized pollution problems have been identified and




enforcement action has been taken to abate unsatisfactory conditions.




Compliance with orders that have been issued by the Department of




Natural Resources should result in attainment of water quality that




meets established standards.




            We are pleased to participate in these conference




proceedings in an effort to ascertain the extent of harmful effects




of waste discharges.  We desire to examine all technical data and




evidence that is available and are committed to embark on any




appropriate action that is warranted.




            That completes my statement.




            (Applause.)




            MR. STEIN:  Are there any comments or questions?

-------
                                                                  537







                  Francis H. Schraufnagel




            Mr. Badalich.




            MR. BADALICH:  I have one question for either




Mr. Schraufnagel or Mr. Frangos.




            In your report you refer to adequate treatment facilities




or adequate process treatment.  Does this imply it is primary or




secondary?  What is your definition of "adequate"?




            MR. SCHRAUFNAGEL:  Treatment comparable to secondary




facilities is provided or, in some cases, land disposal, which




probably is not considered as a treatment but is a disposal being




used.




            MR. BADALICH:  But the treatment process will meet




your water quality standards?




            MR. SCHRAUFNAGEL:  Yes.




            MR. STEIN:  On Page 3 you talk about the Bodin




Fisheries.  How much is the requested time extension for its




industrial waste?  It was supposed to have it cleaned up by




October 31, 1968.  What is that extension?




            MR. SCHRAUFNAGEL:  I don't have that information with me.




            MR. STEIN:  In other words, I wonder if you could supply




this for the record, because this is one of the cases we don't have a




cutoff date when these people are supposed to be finished.




            MR. SCHRAUFNAGEL:  That can be supplied.




            MR. STEIN:  I have one more point.  I just picked this




out, and a lot of them are this way.  You have, "The Pure Air




Sanitarium was ordered to provide adequate sewage treatment facilities

-------
                                                                    538
                  Francis H. Schraufnagel




by October 31, 1968.  It has retained a consulting engineer."




In other words, Pure Air, that sanitarium, the works were not in




by October 1968, and for moire than a year, we are behind on that




now, and they just have a consulting engineer, is that correct?




            MR. SCHRAUFNAGEL:  That is correct.




            MR. STEIN:  With these dates,again we don't have a




cutoff date.  I guess the Pure Air Sanitarium isn't doing its




part in providing pure water.




            MR. SCHRAUFNAGEL:.  There are a number of municipalities




in here that have one consulting engineer.




            MR. STEIN:  What I am saying - I just picked this one




out - I think if you will look through your testimony you will find




there are a lot of dates which have gone past or which probably




cannot be met, and they have just hired a consulting engineer and




not started construction.  I wonder if this list could be gone through




again so that the conferees could have a realistic notion of when




they could expect a completion of work, because that is presumably




what we will get from the statement.




            MR. SCHRAUFNAGEL:  I think most of this is in the appended




material.  Most of the time it is in 1970.  It is more or less a




matter of progress.




            MR. STEIN:  If that is in the report, that is fine.




            Yes, I would like to say there is a table in the back




which presumably gives it.  Thank you.




            MR, SCHRAUFNAGEL:  That is correct.

-------
                                                                  539





                       T. G. Frongos




            MR. PURDY:  Mr. Chairman, I am wondering if the




municipalities and industries listed in the report represent all




municipalities and industries within the Lake Superior Basin.




There are only the industries in the State of Wisconsin considered.




            MR. SCHRAUFNAGEL:  These are both intrastate and




interstate waters and potential pollution.




            MR. PURDY:  They represent all the municipalities




and industries within the Lake Superior drainage basin?




            MR. SCHRAUFNAGEL:  That is correct.




            MR. PURDY:  Thank you.




            MR. STEIN:  Are there any further comments or




questions?




            (No response.)




            MR. STEIN:  Thank you very much.




            Mr. Frangos.




            MR. FRANGOS:  I think it would be appropriate at this




time for me to make a short comment about the Reserve Mining




situation.




            Under existing State statutes and present State policy,




other operations similar to the Reserve Mining operations will not be




permitted to be installed in Wisconsin.  In view of this, Wisconsin




has submitted an objection to present practices at Silver Bay in




the matter that is before the U. S. Army Corps of Engineers raising




the question of potential pollution.




            Now having stated this, I should comment on these




proceedings that we are participating in today.

-------
                                                                540
                       T. G. Frongos




            As has been pointed out on several occasions, this




conference is a legal proceeding, therefore, we must make some




specific technical findings for Federal jurisdiction to apply.




Up until very recently we have not had information that would




indicate to us that taconite tailings are causing interstate pollution.




The FWPCA report indicates that this may be occurring.  Since




receiving the report - and I refer to the white document - at this




conference we have received more detailed information from the




FWPCA which, 1) supports many of the statements which appear in the




report; 2) additionally, some information has been made available to




us that indicates more information as a result of surveys that were




conducted subsequent to the time that the report was prepared and




issued.




            We are impressed by the confidence of the Federal




scientists.  We also have a high regard for the consultants




retained by Reserve Mining.  This morning we received an equally




impressive volume of reports and studies from the company.  We have




not had a chance to digest all of this information.  But from what




we have been able to read and what we have heard, it would appear




that some different conclusions have been reached.  At this point




what we want to say is that we want to take a look at all this new




data and make whatever judgements we can make from them.  Let me




assure all the conferees that we are committed to insisting that




whatever action is deemed necessary will be taken to abate whatever




pollution may be occurring.




            That concludes my statement.

-------
                                                                   541
                    John F.  Wroblewski




            MR. STEIN:   Do you have any more witnesses to call?




            MR. FRANGOS:  Yes.




            MR. STEIN:   Would you go ahead.




            I don't want to foreclose comments or questions, if




there are any.




            (No response.)




            MR. STEIN:   Would you continue,  Mr. Frangos.




            MR. FRANGOS:  Mr. Chairman, We have received a




communiciation from the Honorable John F. Wroblewski, Mayor of the




city of Washburn.  He has asked me to read his statement into the




record.




            Mr. Thomas G. Frangos, Department of Natural Resources,




     Box 450, Madison,  Wisconsin




            Dear Sir:




            I wish that the following statement be made part of




     of the record for the above hearing.




            Our City of Washburn, which is located on Chequamegon




     Bay on Lake Superior is at the present time getting its water




     supply from the lake.




            The quality of the water has fast been deteriorating




     and has gotten to a point that the State of Wisconsin Board of




     Health has recommended through Mr. Gene Kelly that the city




     change its source of water supply.  It was  presented to the  people




     on a referendum basis and was wholeheartedly passed.   We are  now




     in the  process of  drilling wells.




             This  proves to  me that the public in our city is aware

-------
                                                             542






               John F. Wroblewski




of the ever-increasing problem of the deterioration of




the quality of our water in this part of Lake Superior.




To make it biologically safe at the present time,  we must




heavily chlorinate it to an extent that it is very distasteful.




We all can remember Lake Superior as a beautiful,  cold, clear,




blue lake and we certainly cannot see it that way today as it




is very cloudy at times.




       Just at a time when our city is beginning to feel the




impact of the tourist and recreation industry, we are faced




with the deterioration of Lake Superior.  A lake which belongs




to every person in this country to use and to enjoy.




       Our city is also under order to provide a secondary




waste disposal system, and we will do our utmost to provide it.




       Therefore, let me close by stating that if Lake Superior




is to be saved it must be done by everyone who uses it, whether




it be a city, industry, or the State or Federal Governments.  A




standard for the quality of the water must be set very high by




both the Federal and State Governments.  Only when this is done




can we look to a good future for Lake Superior.  Thank you.




       Very truly yours, John F. Wroblewski, Mayor, City




of Washburn, Wisconsin.




       MR. STEIN:  Thank you.




       Would you continue, Mr. Frangos.

-------
                                                                  543






                       T. G. Frongos




            MR. FRANCOS:  I have a statement received from the




Douglas County Board of Supervisors.




            MR. PURDY:  Mr. Chairman, I would like to ask




Mr. Frangos if he would like to comment on the statement of the




Mayor as to the reason for the deterioration of the lake and why




the Health Department made the recommendation that they seek a




new source of water supply.




            MR. FRANGOS:  In response to the question, we have not




been able to discern any real change in watei quality in the




Washburn area.  This situation goes back some 35 years.  The




community at that time and up until very recently was taking water




from the lake and applying chlorination.  So, the insistence of the




Board of Health was to either provide filtration, which, as you




know is a good practice, to give us the multiple preventive barrier




that we talk about or else go to an alternative source.  Our under-




standing of the situation is that the city chose to go through the




alternative source for a number of technical and economical reasons.




            MR. PURDY:  So you are not confirming the comments




that it has been deteriorating?




            MR. FRANGOS:  We don't have information that indicates




that to us.




            MR. PURDY:  Thank you.




            MR. STEIN:  Are there any further comments or




questions?




            (No response.)

-------
                                                                 544






            Douglas County Board of Supervisors




            MR. STEIN:   If not,  Mr. Frangos.




            MR. FRANGOS:  I have a statement  from the Douglas




County Board of Supervisors.




            To Whom it May Concern:




            A statement by representatives of the Douglas County




     Board of Supervisors concerning the pollution of Lake Superior




     and streams that feed into  Lake Superior.  The Douglas County




     Board of Supervisors has always been vitally concerned about




     any pollution problems that now exist or the potential of any




     new pollutants that may enter Lake Superior.  We know that




     Lake Superior has a quality of water that surpasses all other




     major lakes of the United States, and we, as a Board of Super-




     visors representing thousands of people, aim to do our part in




     promoting any enforceable legislation dealing with antipollution




     of Lake Superior or the streams entering into it, and we do




     hereby wish to state that we concur generally with the recommen-




     dations for the preserving of the high quality of waters of




     Lake Superior as stated by the United States Department of




     Interior, Federal Water Pollution Control Administration and




     we, as one of the many municipalities involved in antipollution




     measures, pledge our support to any regulatory action necessary




    to prevent pollution from any source in order to maintain Lake




     Superior as one of the greatest fresh water bodies of the earth.




            MR. STEIN:  Are there any questions or comments?




            (No response.)

-------
                                                               545





               Five County Development Group






            MR. STEIN:  If not, Mr. Frongos.




            MR. FRANCOS:  We have a statement received from the




Five County Development Group in the form of a letter, which reads:




            Dear Mr. Frangos:




            The Five County Development Group, which consists




     of a development committee from Ashland, Bayfield, Iron,




     Douglas, and Price County Boards, voted to strongly support




     the Federal Water Pollution Enforcement Conference on Lake




     Superior at the group's April 24, 1969, meeting.




            The group felt that it would take the strong arm of the




     Federal Government to enforce the law and make sure that each




     State complies.




            As it is today, States competing for industry can allow




     a company economic advantage by allowing their wastes to be




     released into Lake Superior.  An example of this is the 60,000




     tons of taconite tailings being released daily into Lake Superior




     by Reserve Mining Company, Silver Bay, Minnesota.




            Wisconsin laws require that any taconite operation have




     settling ponds and reuse of wastewater.  Minnesota has allowed




     the mining companies to get away with murder.   Let's make it even




     for all and stop this unnecessary pollution by Reserve Mining




     Company.  Lake Superior is the finest and cleanest of our Great




     Lakes, and it should be protected now by enforcing the law.  It




     is easier to prevent pollution in the first place.




            Yours truly,




            Tom LaBlonde,




            Secretary, Five County Development Group

-------
                                                              546






                      Victor Schmidt







            MR. STEIN:  Are there any comments or questions?




            (No response.)




            MR. STEIN:  If not,  will you go on,  Mr.  Frangos.




            MR. FRANGOS:   At this time I would call  upon represent--




atives of the American Can Company,  Ashland, Wisconsin,  to make a




statement.









            STATEMENT OF VICTOR  SCHMIDT,




            MILL MANAGER, AMERICAN CAN




            COMPANY, ASHLAND, WISCONSIN









            MR. SCHMIDT:   Mr. Chairman, conferees, ladies and




gentlemen:




            My name is Victor Schmidt.  I am the mill manager of




the American Can Company mill located in Ashland, Wisconsin.  Among




my duties I have the responsibility for the company program in




the abatement of water pollution at this plant.




            The Ashland Paper Mill employs 250 people.  Its two




paper machines produce 60 tons of tissue per day and all of this is




converted into napkins at this plant.  The raw material  for producing




this tissue stock consists of waste papers, either originating in




other company plants or purchased from outside sources.




            The waste papers are a mixture of brokes coming from




converting plants which produce  paper milk containers, cups, or




food packages.  It may be printed or unprinted,  laminated with foil




or plastic, or simply trim and cuttings.  All of this is processed

-------
                                                                 547
                      Victor Schmidt






at Ashland to remove ink, wax, foil and plastic   ^fter these




materials are removed, the basic fibre is bleached and washed in




preparation for use on the paper machines.




            The extraneous materials removed from the raw brakes




amount to about 15 dry tons per day.  Somewhat over half of this




consists of foil and plastic.  These materials are screened out of




the broke, dewatered, and conveyed to the boiler plant for disposition




by burning.  The remaining waste, as suspended solids, is settled out




in two clarifiers and the sludge dewatered by centrifuging.  The




treated effluent is reused in the mill and the excess discharged to




the lake.




            Approximately 2 million gallons of freshwater  are




used daily.  This is pumped from the lake, filtered and clarified,




and used mostly on the paper machines.  The white water from the




paper machines is used as make-up water in the fibre recovery plant.




Thus, the latter acts as a recovery system for paper mill white




water as well as for reclaiming the fibrous raw material.




            The wastewater processing equipment installed and




operating consists of a 40-foot clarifier, a 70-foot clarifier, a




press to dewater the plastic to permit burning, and a centrifuge




to dewater the clarifier sludae.

-------
                                                              548





                      Victor Schmidt






            Capital expenditures the past few years for this




equipment have been well over $350,000 and current operating




expenses are over $40,000 annually and we are still actively pursuing




every method which will further improve the pollution abatement




operations.




            In conclusion, I would like to emphasize that the




American Can Company recognizes its obligation as a citizen of the




communities in which its plants are located and intends to continue




its policy of cooperation with regulatory authorities toward improving




stream conditions.




            Thank you.




            (Applause.)




            MR. STEIN:  Just a moment, sir.




            Are there any comments or questions?




            (No response.)




            MR. STEIN:  Do you expect to comply with the require-




ments of Wisconsin so far as treatment facilities go?




            MR. SCHMIDT:  Yes.




            MR. STEIN:  What are you going to do?




            MR. SCHMIDT:  We have to improve the operation - the




effluent operation that we are now currently operating.




            MR. STEIN:  Obviously, with the amount of water you have




taken in you don't have the full system and you have that bleach




water going out, bleach and wash and bleach and wash?

-------
                                                                 549
                      Victor Schmidt






            MR. SCHMIDT:  Yes.  It is not a pulp mill.




            MR. STEIN:  I know it is not a pulp mill.  But,




nevertheless, dealing with water such as we have up here, when




you have a bleach and wash operation it is quite a bit  of material.




            MR. SCHMIDT:  Yes.




            MR. STEIN:  Are there any other comments or questions?




            (No response.)




            MR. STEIN:  If not, thank you very much.




            MR. BLATNIK:  Mr. Chairman, could I raise one question?




I think it would be pertinent, not only to the whole hearing but




also from the Wisconsin aspect.




            MR. DOMINICK:  Please do.  We would like to hear from




Congressman Blatnik at this time.




            MR. BLATNIK:  Mr. Chairman, conferees, ladies and




gentlemen of the audience:




            Mr. Chairman, some question, and I think a quite




justifiable and serious question, has been raised during this




conference about the existence of additional information on the




existence of cummingtonite obtained by the Federal Water Quality




Laboratory which they obtained from the Wisconsin side  of the lake




in Superior, and I do respectfully request, Mr. Chairman, to have




the proper official of the water laboratory make this information public




for the record of this conference.




            MR. DOMINICK:  Thank you, Congressman Blatnik.




            We would be happy to hear from Dr0 Mount, who is the

-------
                                                                   550
                      Victor Schmidt







Director of the National Water Quality Laboratory, in order that




the air might be cleared of the misunderstandings which were




mentioned on the point of FWPCA's continuing investigations on the




subject of Lake Superior water quality.  Consistent with my statement




of this morning, I would point out that the discussion we will have




from Dr. Mount will deal with water samples recently obtained by




FWPCA personnel, and that these samples have not been fully analyzed




or evaluated, and, therefore, are not presented to the conference




as conclusive or as subject to consideration by the conference




at this time.  The purpose of discussing these invesitgations at




this time is to make clear to all that you have expressed an




interest and, as you say, a very legitimate interest, in the




investigations that are being carried forward and will continue to




be carried forward by FWPCA personnel.




            Dr. Mount, we would be happy to have a discussion




from you of the water samples in question.




            MR. BLATNIK:  Thank you very much, Mr. Chairman




            (Applause.)

-------
                                                                   551
                      Donald I.  Mount









            STATEMENT OF DONALD I. MOUNT,




            DIF2CTOR, NATIONAL WATER QUALITY




            LABORATORY, DULUTH,  MINNESOTA









            DR . MOUNT:  Mr. Chairman, you will have to bear with




me a little bit on this because this data is on a lot of sheets.




            I think it would be appropriate before I discuss




specifically these samples of the question at least to review a




few points that one must go through in an attempt to use a tracer




to identify and kind of waste.  Actually, much of the work, or rather




much of the data that I presented, Mr. Andrew presented, yesterday




has been worked out since last September, and a great deal of thought,




a great deal of work has gone into it and an awful lot of things that




we tried didn't work.  In fact,  more things didn't work than did,




so is the case, I guess.




            The first question we were faced with was to find a




unique tracer, if there was one, for tailings.  Now, it is obvious




that it would be silly to use something like iron to trace tailings,




because the stream sediments are high in that content, as are most




of the natural substances.  We would rule out certain things on




obvious grounds.  The use of cummingtonite as a tracer was really




a happenstance.  It happened one day when I was discussing with our




chemist how we were going to identify some crystals that were on a




filter pad, and Mr. Andrew said, "Let's look at that by X-ray

-------
                                                               552







                      Donald I. Mount




infraction."  He said, "There is a very unusual mineral in this




sample," he said, "grunerite," and we found out it was cumming-




tonite.     Our next job was to search the basin to see if this




was really unique to this source or if we had to go further.




Somewhere during this period the report of the State of Minnesota




was called to my attention and this was given further encouragement




that it was useful.




            We spent most of February and March looking along the




stream along the North Shore for the sources of cummingtonite




other than Reserve sources, and, as I stated yesterday, we didn't




find any.  And then finally we looked at the water supply.  I




mention this again to point out that there is a great deal more




work involved than just the identification of cummingtonite alone.




            On May 5 and 6 we arranged with the Fish and Wildlife




Service at Ashland to take us on a  sample-collecting  trip at the




end of Lake Superior.  We chose two transects, one extending from




Silver Bay to Sand Island, which is across the end of the small part




of the bay, and another transect from Encampment Island to Herbster,




Wisconsin.  These two transects were picked primarily based on the




hydroelectrical data on the lake.  These samples were taken from




different mile intervals from the State boundaries.  The first one




was received on Monday, May 5, about 9 o'clock in the evening, and




processing was begun the next day.

-------
                                                                  553





                      Donald I. Mount




            I should mention that the samples - we  are not dealing




here with water samples but with sediment samples - water samples




were taken and have not been analyzed.




            The sediment samples were collected in as undisturbed




a fashion as possible and the surface was removed to get at the




most recent sediments that were contained in the samples.  These




were refracted by analysis.  These are the tracings that I have




in front of me.




            On the most easternmost transect, the one extending




from Silver Bay to Sand Island, we found what we would have to




call traces of cummingtonite on that transect.  One of them was




essentially negative.  On the transect extending from Encampment




Island to Herbster, there was considerably more cummingtonite,




enough  to say that it was definitely present.




            This is the state of our present analyses, and remaining




yet we have to find out whether cummingtonite is present in the




deeper sediments so we know whether this is being added as a recent




addition or whether it has been coming in for years and years.




            Secondly, we must look at the other potential sources of




cummingtonite in Wisconsin and probably, based on the present knowledge




of lake currents, even in Michigan, before we can begin to make any




statements about - to say it in a different way - what source this




cummingtonite is coming from.




            Does that suffice?




            MR. DOMINICK:   Thank you very much, Dr. Mount.




            I think that that puts everyone's mind at ease and clears




the record here for the conference as we continue.

-------
                                                              554



                    John  G.  Blackburn







            Mr. Frangos?




            MR. FRANGOS:  Yes.




            I would now like to have the representatives from the




E. I.  du Pont de Nemours Company make a statement on behalf of the




company.




            There will be two people making the presentation, and




I would suggest to the conferees that they defer any questions until




both presentations are concluded.









            STATEMENT OF JOHN G. BLACKBURN,




            MANAGER, E. I. DU PONT DE NEMOURS




            AND COMPANY, BARKSDALE, WISCONSIN









            MR. BLACKBURN:  Mr. Chairman, Mr. Frangos, conferees:




            My name is John G.  Blackburn.  I am manager of the




Du Pont Company's plant at Barksdale, near Ashland, Wisconsin.  I am




a resident of Washburn, Wisconsin.




            We appreciate the opporutnity given us to appear here to




tell the conferees and members of the public about our efforts to




meet the water quality standards for Lake Superior which have been




adopted by the State of Wisconsin and approved by the Secretary of




the Interior.




            Our plant at Barksdale produces several explosive




products based primarily on trinitrotoluene, or TNT.  Our plant is




the only one in the United States that makes TNT for commercial

-------
                                                                  555
                    John G. Blackburn




sale.  We have produced TNT in varying amounts at Barksdale for




over 50 years, since World War I.  At times the quantities produced




have been o-h several times the present rate.  Our plant presently




employs about  300  people.




            In the production of TNT wastewaters are produced.




The principal waste is what is called "red water" because of its




color.  Incidentally, the term "red water" is used in the FWPCA




Lake Superior report in reference to certain open iron ore pit




wastes which are turbid and high in suspended solids.  TNT




"red water" is entirely different and has no suspended solids.




"Red water" from our process area now enters Chequamegon Bay after




flowing down Boyd's Creek, a tributary to the bay.  A coloration of




the shallow near-shore waters occurs in a small part of the southwest




corner of the bay.   As a result, "red water" constitutes an aesthetic




problem in that area.




            However, based on extensive laboratory tests and on




practical experience, "red water" constitutes pollution only in the




aesthetic sense.  After dilution, "red water" does not affect the




character and quality of the receiving waters.  In other words, these




waters are suitable for any other beneficial use.




            Extensive tests by Du Pont and governmental agencies were




made to determine the effects of "red water" from a pollution point




of view.  It was found to be nontoxic to warm-blooded animals in




numerous tests which have been documented to the Wisconsin Board of




Health.  To our knowledge these wastes were disposed of without

-------
                                                                 556






                       John G. Blackburn




treatment during World War II to several water courses in other




parts of our country which served large populations as potable




supplies - without adverse effects.  These plants were built and




operated for the United States Government.




            Our own plant drinking water is withdrawn from




Chequamegon Bay about 900 feet from the mouth of Boyd's Creek.




Deer and other wildlife within our plant's fenced-in area have




thrived despite their having no other significant source of drinking




water than that in Boyd's Creek.  In fact, the Wisconsin game agencies




have, from time to time, trapped up to 400 deer within our plant




boundaries for stocking in other parts of the country,  .Some in




Florida.  We have even opened up our plant area for bow -and-




arrow hunting during the appropriate season.  In 1960,  for example,




at least 136 deer were so killed.




            Our wastes are not harmful to wildlife, including




fish, after dilution in the waters of Chequamegon Bay.  Whatever




complaints have been made about our "red water" have been because




of its color.  In the 50 years we have been here we are unaware of




any instance of fish-kills or effects on the fishery resources of




Chequamegon Bay.  In fact, the smelt fishery is excellent in the bay.




During this year's run, for example, there were so many people fishing




for them that the road along the bay near the plant was blocked off




to one lane by the fishermen's cars.

-------
                                                                 557
                       John G. Blackburn




            On April 26, 1967, the Wisconsin Resources Development




Board adopted water quality criteria and a plan for implementation




for the interstate waters of Wisconsin.  These were submitted to




the Secretary of the Interior by the Governor and accepted by the




Secretary.




            In regard to colored wastes, the Wisconsin criteria




state that "Materials producing color ... shall not be present in




such amounts as to create a nuisance."  The standards further state




that the Du Pont plant at Barksdale will require "adequate treatment




or disposal" by October 1, 1970.




            We plan to provide adequate disposal to eliminate the




color problem which now exists along the shoreline of Chequamegon




Bay.  We shall, thereby, meet the requirements of the standards to




eliminate conditions which some might now consider to be an




aesthetic nuisance.




            I have asked Lloyd L. Falk of our Engineering Department




to present a summary of our efforts to date and outline our proposal




to eliminate this colored bay water situation.




            But before I leave, let me point out that, as you




conferees know, the task of developing a rational policy of water




management under any set of criteria is not simple or easy.  No water




quality management plan is complete without considering the health,




aesthetic, conservation, and economic values for which those waters




will be used.  The Wisconsin Department of Natural Resources has




exercised good judgment in considering and applying these many factors

-------
                                                                 558




                      Lloyd L.  Falk






in the past.  We hope that this conference in Duluth will consider




the needs of all beneficial uses of the waters of Lake Superior in




its recommendations.




            (Applause.)




            MR. FRANCOS:  Thank you, Mr. Blackburn.









            STATEMENT OF LLOYD L. FALK,




            SENIOR CONSULTANT,  ENGINEERING




            DEPARTMENT,  E. I. DU PONT DE




            NEMOURS AND COMPANY, BARKSDALE, WISCONSIN









            MR. FALK:  Mr. Chairman and conferees:




            My name is Lloyd L. Falk, and I am a Senior Consultant




specializing in the field of water pollution control in the Engineering




Department of the Du Pont Company.  I would like to  reiterate our




expression of appreciation for the opportunity to speak here today.




            I wish, first of all, to briefly outline work that has




been done to treat "red water" for color removal.  There have been




reports in the literature of several studies.  Perhaps these can




best be summarized by quoting from an article by members of the




U. S. Public Health Service's Cincinnati research facility, the




organization that was the predecessor to today's Federal Water




Pollution Control Administration.  I quote from their summary about




"red water:"




            "....biological treatment in domestic sewage treatment




     devices has been unsuccessful.  Most of the standard chemical

-------
                                                                559
                       Lloyd L. Folk




     mentods of treating dilute industrial wastes, such as




     neutralization, chemical precipitation, fractionation,




     extraction, ozonation, and electrolytic reduction, proved




     ineffective or not very promising."




            They pointed out that chlorination reduced the color




but did not eliminate it.  Application of chlorination to our




waste would probably make Boyd's Creek yellow instead of red.




This would not eliminate trhe color problem along the shores of




Chequamegon Bay.




            Several years ago we actually built a soil absorption




system for "red water."  This was done in accordance with plans




approved by the Department of Health after they assured us that




there were no water wells in the area that could be affected.  We




tried the system and found that because the soil at Barksdale has




so much clay it did not absorb "red water" to any significant extent,




The system failed by eventually overflowing back to Boyd's Creek.




            We have looked into adsorption of the color by




activated carbon.  It has been observed that the carbon removed the




color but could not be regenerated for reuse.  Many have examined




activated carbon for tertiary treatment of wastewaters.  Those few




systems in use are based on being able to regenerate and reuse the




carbon several times to achieve economic feasibility.  We could




only use the carbon once.




            We have looked at permeation, using Du Font's Permasep




development with hollow fillers .  The method is only partially

-------
                                                                560






                       Lloyd L.  Falk




effective.  Ion exchange systems have been investigated, but




regeneration of the exchangers gives us back "red water".




            Complete evaporation and incineration is used to treat




"red water" at federally- owned TNT plants.  But these plants have




waste streams several times the size of Barksdale, are on smaller




bodies of water which cannot dilute these wastes, and have the




advantage of scale in lowering the unit cost of this system.  We




would not have this advantage for our small .commercial plant.




Furthermore, these incineration systems are not free of air




pollution and, I might add, residue problems.




            Because color is our problem along the shore of




Chequamegon Bay, we proposed to the Resources Development Board




of the Wisconsin Department of Natural Resources that improved




dispersion of "red water" in deeper waters would eliminate the,




potential nuisance and meet the objectives of the water quality




criteria so as not to interfere with beneficial uses of the bay.




We proposed to them that a study be made of Chequamegon Bay




regarding its currents, exchange rate with Lake Superior, temperature




stratification, etc.  Our concern was that, while we knew we could




get rapid initial mixing of wastes with the bay waters, we wanted to




make sure that stagnation of bottom waters would not defeat our




dispersion efforts.




            Du Pont issued a grant to the Marine Studies Center of




the University of Wisconsin to make such a study in the summer of




1968.  I attach to my statement, for the record, a copy of the




University's report, entitled "The Hydrography of Chequamegon Bay,"




dated January 1969, which you all have copies of now.




            (The report follows.)

-------
                                           561
  THE HYDROGRAPHY OF

   CHEQUAMEGON BAY
          by


  Robert A. Ragotzkie

   William Ahrnsbrak

     Adam Synowiec
Technical Report No. 1
 Marine Studies Center
 University of Wisconsin
 Madison, Wisconsin
                              Madison, Wisconsin
                              January 1969

-------
                                                               562

                      TABLE OF CONTENTS
                                                   Page
     Acknowledgements 	 i
     List of figures	ii
     List of tables	v

I.   Introduction 	 1
II.  Nature of the study	1
III. Procedures and results 	 3
     A.  Thermal structure 	 3
     B.  Circulation	16
         1.  Seiches	16
         2.  Currents	24
IV.  Dye tracer experiment	34
V.   Discussion	42
     A.  General comment	42
     B.  Thermal evidence 	 44
     C.  Direct measurement of currents 	 46
     D.  Significance of seiches	48
     E.  Circulation during other seasons 	 51
VI.  Conclusions	54
VII. References	56

-------
                                                           563
                 ACKNOWLEDGEMENTS
     The authors wish to acknowledge the assistance
of and extend their thanks to the many people whose
cooperation has aided in the completion of this study.
Particular thanks is due to Messrs. Raymond Steventon
and Russell Johnson for their help in preparation of
the equipment for the study; to Messrs. Walter Mick
and Frank Nycek for permission to install water level
recorders on their properties; to Messrs. Wayne Wend-
land and James Axley for assisting in carrying out the
field program; to James Peterson and John Kluesener
for assistance with the dye tracer study; to the U.S.
Coast Guard Station at Bayfield, Wisconsin, for making
available the wind records for the study period.

     Financial support for this research was provided
by a grant from the E.I. Du Pont de Nemours and Company,

-------
                                                                  564
                         LIST  OF  FIGURES

 Figure No.                                               Page No,

 1   Location of Chequamegon Bay, Lake Superior 	   2

 2   Locations of measurement  stations 3-4 July  1968 ...   4

 3   Locations of measurement  stations 5  July -
     10 Sept.  1968	5

 4   Temperature cross sections,  3-4  July  1968 	   7

 5   Temperature cross sections,  9 August  1968 	   8

 6   Temperature cross sections,  14 August  1968  	   9

 7   Temperature cross sections,  22 August  1968	10

 8   Time-depth distribution of water temperature
     at station V-2 and resultant winds,  16 July -
     1 August  1968	11

 9   Time-depth distribution of water temperature
     at station V-2 and resultant winds,  8 -
     27 August  1968	12

10   Time-depth distribution of water temperature
     at station IV-2 and resultant winds, 8-27
     August  1968	13

11   Time-depth distribution of water temperature
     at station 1-2 and resultant winds,  19 July -
     3 August  1968	14
                                11

-------
                                                                  565

Figure No.                                               Page No.

12   Time-depth distribution of water temperature
     at station 1-2 and resultant winds, 8-22
     August  1968	15

13   Temperature structure of a longitudinal
     section of Cheguamegon Bay, 9-13 August  1968 ...  .17

14   Temperature structure of a longitudinal
     section of Chequamegon Bay, 14 - 17 August 1968.  ...  18

15   Temperature structure of a longitudinal
     section of Chequamegon Bay, 18-23 August 1968.  ...  19

16   Temperature structure of a longitudinal
     section of Chequamegon Bay, 25 - 27 August 1968.  ...  20

17   Sample water level records from two locations
     on Chequamegon Bay	21

18   Measured currents at one meter, 26 July  1968 ....   26

19   Measured currents at five meters, 26 July  1968 ...   27

20   Measured currents at one meter, 1 August  1968. ...   28

21   Measured currents at five meters, 1 August 1968 ...   29

22   Measured currents at ten meters, 1 August 1968  ...   30

23   Measured currents at one meter, 10 August  1968 ...   31

24   Measured currents at five meters, 10 August  1968 .  .   32

25   Measured currents at ten meters, 10 August  1968  ...  33
                              111

-------
                                                             566

Figure No.                                                Page No.

26   Time series of current measurements
     made at station V-2,  16 July  1968	35

27   Time series of current measurements
     made at station V-2,  22 August  1968	36

28   Time series of current measurements
     made at station V-2,  26 August  1968	37

29   Results of dye tracer study, 10 September  1968. ...  39

30   Results of dye tracer study, with observed
     currents, 10 September  1968	40

31   Surface water temperature from airborne
     radiometer measurements, 4 June  1968	52
                               IV

-------
                                                              567
                       LIST OF TABLES

Table No.                                         Page No,

   1     Periods of oscillations in the	22
         water level of Chequamegon Bay.
         Frequency of occurrence of ranges	23
         of vertical oscillations observed
         in Chequamegon Bay.
         Frequency distribution of observed ....  43
         current velocities at all stations.
         Calculated flushing rates due to	49
         seiche with nodal line across mouth
         of Chequamegon Bay.

-------
                          -  1  -
                                                             568
 I.   INTRODUCTION
     Chequamegon Bay is located on the south shore of Lake
 Superior at Ashland, Wisconsin (Fig.  1).   The Bay is elongated
 in  shape with its long axis oriented  NE-SW and opens to Lake
 Superior at the northeast corner of the Bay.   It is 19 kilo-
 meters long and 8 kilometers wide.   It has a surface area of
 166 km2 and a mean depth of 8.6 meters.  Figure 29 shows the
 general bathymetry of the Bay; detailed sounding data are
 shown on Lake Survey Chart No. 961.  The south end and entire
 east side of the Bay are very shallow, less than five meters
 deep, while the deeper water occurs along the western shore.
 The depths increase north-northeastward along the long axis of
 the Bay.  There is no sill separating the Bay from Lake Superior,

II.   NATURE OF THE STUDY
     The Marine Studies Center of the  University of Wisconsin
 at  Madison carried out studies on Chequamegon Bay during the
 summer of 1968.  Two scientists, Dr.  Adam Synowiec, Visiting
 Professor of Meteorology, and Mr. William Ahrnsbrak, Graduate
 Research Assistant in Meteorology,  established residence in
 the Chequamegon Bay area during the months of July and August
 1968 to carry out the major portion of the field program, some
 segments of which necessitated daily observations.  Prior to
 this, during June, some reconnaissance work had been done.  At
 various times during the simmer, other personnel from the
 University of Wisconsin also assisted in the program.  During
 early September, with the assistance of personnel of the Labor-
 atory of Water Chemistry, University of Wisconsin, a dye tracer
 experiment was carried out.  On several occasions during the
 summer, airborne infrared measurements of the surface tempera-
 ture of the bay were made.

-------
                                -  2 -
                                                                  569
                                     "^^^xN  LONG
                                            ^USL

                                               \
46°4Q' Nl
                                                HORIZONTAL SCALE (KM.)
                                                       2345
                                      LOCATION OF
                                      CHEQUAMEGON  BAY
Figure 1.  Location of Chequamegon Bay, Lake Superior.  The latitude-
longitude  intersection on the  inset map is the  same as that indicated
on the map of Chequamegon Bay.

-------
                              -  3  -
                                                               570
III.  PROCEDURES AND RESULTS

      The primary effort of the field study was directed toward:
  1) Investigation of the thermal structure of Chequamegon Bay;
  and 2)  Investigation of the circulation of Chequamegon Bay.
  The second of these objectives consisted of two types of
  measurements:  a)  recording of seiches in the Bay; and b)direct
  measurements of currents in the Bay.

      A.   Thermal Structure
          Two sets of temperature measurements using a Whitney
  Underwater Thermometer were made.   The first set was designed
  to evaluate the spatial variation of the thermal structure
  of the Bay, and the second to evaluate the temporal variations.
  The "instantaneous" temperature field was investigated by
  making several "synoptic" temperature surveys, in which, during
  one working day, vertical temperature soundings were taken at
  a number of stations distributed over the entire Bay.  To ob-
  serve temporal variations of the thermal structure of the Bay,
  vertical temperature soundings were taken daily (i.e., whenever
  the weather permitted) at three selected stations.

          On 3 and 4 July a reconnaissance survey was taken with
  soundings taken at 72 stations (locations of these stations
  are shown in Figure 2).  The measurements at 15 stations were
  taken on 3 July along three cross sections approximately perpen-
  dicular to the longitudinal axis of the bay, with four to six
  stations on each cross section.  On 4 July measurements were
  taken at 50 stations along nine transverse cross sections in
  the southern portion of Chequamegon Bay.

          Three other temperature surveys were taken, on 9, 14,
  and 22 August.  In these surveys observations were concentrated
  in the area of deeper water, because there was usually no signi-
  ficant temperature structure in the southern portion of the Bay.
  The station locations and cross sections are shown in Figure 3.

-------
                      - 4
571
     LOCATIONS OF
     MEASUREMENT
     STATIONS
Figure 2.   Locations of measurement stations for tempera-
ture survey of  3 and 4 July, 1968.   The  dashed and dotted
lines represent cross sections,  the solid and open circles
represent  measurement stations.   The first of the refer-
ence numbers on cross sections give the  date on which the
measurements were made, the second  gives the cross section
numbers.

-------
                               - 5 -
                                                                  572
           WATER  LEVEL
           RECORDER
           SITE  "M"
                     1-2
 WATER
  LEVEL
  RECORDER
  SITE
  V
                                   CHEQUAMEGON
                                       BAY

                                  •ir-3
                                         .1-3
•Y-l
                                               LOCATIONS  OF
                                               MEASUREMENT
                                                 STATIONS
Figure 3.  Locations of measurement stations for all current measure-
ments and temperature measurements made after 5 July, 1968.  The
dotted lines represent cross sections and the represent measurement
stations.  The first of the index numbers gives the cross section
number and the second gives the station number.

-------
                            -  6  -
                                                           573
        Results of the four temperature surveys are shown as
a series of cross sections in Figures 4-7.  Solid lines on the
cross sections are isotherms, drawn at one centigrade degree
intervals.  Bathymetric data for these and all other figures
were taken from the U.S. Army Corps of Engineers U.S. Lakes
chart number 961.  The left side of the cross sections corres-
ponds to the west shore of the Bay, the right side corresponds
to the east shore.

        At three stations, 1-2, IV-2, and V-2 (Figure 3)
vertical temperature soundings were taken daily, whenever
weather permitted.  At station 1-2, data are available for
the periods 19 July-3 August and 8-22 August.  At station IV-2
soundings were taken during the period of 8-17 August and at
station V-2 the soundings were taken during the periods 16 July-
1 August and 8-27 August.

        Results of the time series of vertical temperature
soundings at the three selected stations 1-2, IV-2, and V-2
(Figure 3) are shown in Figures 8-12.  On each figure water
temperature is shown as a function of depth and time.  Isotherms
have been drawn at 2°C intervals.  Solid lines are shown for
days when the temperature was measured and interpolated dashed
lines are shown when no measurements were made (usually due to
bad weather).

        Daily mean winds are also shown on the figures.  Wind
direction is measured and speed is estimated every four hours
at the U.S. Coast Guard station in Bayfield, Wisconsin, located
11 miles north of Washburn, Wisconsin.  These values have been
multiplied by four and added vectorially to yield a daily
resultant wind passage.  Vectors shown on the figures have
direction indicating wind direction (a wind from the west is
represented by an arrow pointing towards the right) and length
proportional to the amount of wind passage (according to the
scale shown on each figure).

-------
          -   7  -
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-------
                             - 11 -
                                                                 578
       TIME-DEPTH  DISTRIBUTION  OF WATER  TEMPERATURES

       AT  STATION 1-2, JULY 16-AUGUST 1,1968, AND DAILY
                         RESULTANT  WINDS

                            JULY, 1968
             16   18    20   22   24   26   28    30
           8-
              TEMPERATURE IN CC

           RESULTANT  WINDS
               • 100 KM WIND PASSAGE
Figure 8.  Results of time series of temperature soundings at station
V-2 for the period 16 July—1 August, 1968.  Isotherm interval = 2°C.
Dashed lines are  interpolations for days when measurements were not made.

-------
                             - 12 -
                                                             579
      TIME-DEPTH DISTRIBUTION  OF WATER  TEMPERATURES
      AT STATION "5L- 2., AUGUST 8-27,1968,  AND DAILY
                         RESULTANT  WINDS
             8    10    12   14   16    18    20  22   24   26
         8
            TEMPERATURE IN °C
          RESULTANT  WIND
          —> « 100 KM WIND PASSAGE
Figure  9.  Results  of time series  of temperature  soundings at station
V-2 for the period  8-27 August,  1968.  Isotherm interval = 2°C.  Dashed
lines are interpolations for days  when measurements were not made.

-------
                                - 13 -
                                                                   580
      TIME-DEPTH DISTRIBUTION  OF WATER TEMPERATURES
      AT  STATION  E-2,  AUGUST 8-27,1968, AND  DAILY
                          RESULTANT WINDS
                  10    12
   AUGUST, 1968
14    16    18    20   22   24   26
          H	1	1	1—I-H	1	H	1	1-
           /////////////////////////////////////////////A
             TEMPERATURE IN  °C
         RESULTANT WIND:
                 100 KM. WIND PASSAGE
Figure 10.  Results of time series  of temperature soundings  at  station
IV-2 for the period 8-27 August,  1968.  Isotherm interval -  2°C. Dashed
lines are interpolations for days when measurements were not made.

-------
                         - 14-
                                                             581
      TIME-DEPTH DISTRIBUTION OF WATER TEMPERATURES
      AT STATION 1-2, JULY 19-AUGUST 3,1968, AND DAILY
                       RESULTANT  WINDS


                         JULY, 1968            AUG.
                 20   22   24   26   28   30   I    3
                TJII 111 /1 nrrrTTi

                 TEMPERATURE IN  °C

              RESULTANT WIND:
                * 100 KM. WIND PASSAGE
Figure 11.  Results of  time  series of temperature soundings
at station 1-2 for the  period 19 July—3 August, 1968. Iso-
therm interval = 2°C.   Dashed lines are interpolations for
days when measurements  were  not made.

-------
                           - 15 -
                                              582
      TIME-DEPTH  DISTRIBUTION  OF WATER TEMPERATURES
      AT STATION  1-2, AUGUST 8-22,1968, AND DAILY
                        RESULTANT WINDS
8
10
                           AUGUST. 1968
                         12   14   16   18
20  22
              20
                                      iii/iiiiinn)7
                TEMPERATURE IN °C
              RESULTANT WIND
                   KX) KM. WIND PASSAGE
Figure 12.  Results of time series of temperature  soundings
at station 1-2 for the period 8-22 August,  1968.   Isotherm
interval = 2°C.  Dashed lines are interpolations for  days
when measurements were not made.

-------
                         - 16 -
                                                            583
        Results of the time series at the three stations are
also shown as longitudinal cross sections for each day.  (Figures
13-16).  The cross section was constructed by straightening
the line obtained by connecting the three points and extending
the line southeast to the end of the Bay.  Isotherms are shown
at two degree intervals, and temperatures are in degrees
centigrade.  Winds indicated on the figures are mean daily
winds.

B.  Circulation

    1.   Seiches
        To investigate seiches occurring in the Bay, two water
level recorders (Leupold and Stevens, type F) were installed
near the northeast and southwest ends of Chequamegon Bay.  The
instrument at the northeast end of the Bay was installed on
the property of Mr. Walter Mick (hereafter referred to as
site "M")  and the one at the southwest end was installed on
the property of Mr. Frank Nycek (hereafter referred to as
site "N")   (Fig. 3).  The instruments were mounted on stilling
wells consisting of two 55 gallon drums welded end to end with
two 1/4 inch holes drilled in them near the bottom.  These
instruments functioned almost continuously during the period
6 July--26 August.

        A sample of the water level records from the two sites,
"M" and "N" is shown in figure 17 .  Changes in water level are
shown as a function of time.

        Preliminary evaluation of all of the records shows
that oscillations in the water level were occurring continuously
throughout the study period.  A representative sample of the
records has been visually analyzed for oscillation periods
recorded.   Periods shorter than three hours which were identi-
fied are listed in table 1.

-------
                              - 17  -
                                                                   584
                VERTICAL TEMPERATURE STRUCTURE OF A
                NORTHEAST-SOUTHWEST SECTION  OF
                         CHEQUAMEGON  BAY
                                                         t-2
        STATION: Z-2  Et-2
         9 AU6 1968
         WIND- CALM
                            10 AUG 1968
                            WIND - WNW 8 Ms
                                     13 AUG 1968
                                     WINO-SW 10 Ms
12  AUG 1968
WIND- SW 13 kts
           TEMPERATURE IN °C
                                      HORIZONTAL SCALE  (KM)
                                       0
                                     5
i
10
Figure 13.   Temperature structure of a longitudinal section of
Chequamegon Bay, 9-13 August,  1968,  constructed  from measurements
at stations 1-2, IV-2, and V-2.   Isotherm interval  is 2°C.  Wind
indicated  is 24 hour vector mean wind, obtained  from Bayfield
Coast Guard Station.  For locations  of stations  see Figure 3.

-------
                               - 18 -
                                                                 585
                 VERTICAL TEMPERATURE STRUCTURE OF A
                 NORTHEAST-SOUTHWEST SECTION OF
                           CHEQUAMEGON  BAY
     sw

      0

      2

      4

      6

      8

      10

      12

      14

      16

      18

   -«  2°
   o>
   "55
  STATION: Z-2   31-2
   Q.
   LJ
   Q
0

2

4

6

8

10

12

14

16

18

20
     14 AU6 1968
     WIND-N 5 kts
                                NE
                        1-2
         16 AUG 1968
         WIND-SSW 6 Ms
            TEMPERATURE IN  C
STATION 1-2   EE-2
  15 AUG 1968
  WIND-NE I kt
  17 AUG 1968
  WIND-NE 8 kts
                                                        1-2
                                     HORIZONTAL SCALE (KM)
                                     6  '  ' ' 5 ' '  ' ' 10
Figure  14.   Temperature  structure of  a longitudinal  section of
Chequamegon Bay, 14-17 August, 1968,  constructed  from measurements
at stations 1-2, IV-2, and V-2.  Isotherm interval is 2°C.  Wind
indicated is 24 hour vector mean wind,  obtained from Bayfield
Coast Guard Station.  For locations of stations see  Figure 3.

-------
                              - 19  -
                                                                   586
                VERTICAL TEMPERATURE STRUCTURE OF A
                NORTHEAST-SOUTHWEST SECTION  OF
                         CHEQUAMEGON  BAY
     sw
        STATION 1-2  TS.-Z
   CO
   &

   1
   Q.
   LJ
   O
          18 AUG 1968
      20   WIND-SSW 4 Ms
           TEMPERATURE IN °C
                                NE
                             1-2
          22 AUG 1968
          WIND-NE 12 Ms
                                       STATION: 3Z-2  1Z-2
                                                            1-2
20 AUG 1968
WIND-W 8 kts
23 AUG  1968

WIND-NNE 7 Ms
                                         HORIZONTAL SCALE (KM)
                                          0
              10
Figure  15.   Temperature  structure of  a longitudinal section of
Chequamegon Bay, 18-23 August, 1968,  constructed  from measurements
at stations 1-2, IV-2, and V-2.  Isotherm interval  is 2°C.  Wind
indicated is 24 hour vector mean wind, obtained from Bayfield
Coast Guard Station.  For locations of stations see Figure 3.

-------
                              - 20 -
                                                                 587
                 VERTICAL  TEMPERATURE STRUCTURE OF A
                 NORTHEAST-SOUTHWEST  SECTION  OF
                          CHEQUAMEGON   BAY
                                      STATON: a:-2  UC-E
          25 AUG  1968
          WIND-NW 6 kts
      10

      12

      14

      16

      «

      zo
27 AUG 1968
WIND-NE 2 kts
             TEMPERATURE  IN °C
                              26 AUG 1968

                              WIND-NE 7 kts
                               HORIZONTAL SCALE (KM)

                                             10
                                                 i
                                                 5
Figure 16.   Temperature structure  of  a longitudinal section of
Chequamegon  Bay,   25-27 August,  1968,  constructed from  measurements
at stations  1-2,  IV-2, and V-2.  Isotherm interval is 2°C.   Wind
indicated is 24  hour vector mean wind, obtained from Bayfield
Coast Guard  Station.  For locations of stations see Figure  3.

-------
                            - 21  -
                                                                    588
         SAMPLE  WATER  LEVEL RECORDS FROM TWO LOCATIONS ON

                        CHEQUAMEGON BAY
         iaoo
                   LMT.
JULY 30.1968
Figure 17.   A sample of the water level record  for two loca-
tions on Chequamegon Bay for  29,  30 July, 1968.   For loca-
tions of stations see Figure  3.

-------
                             - 22  -
                                                             589
        Theoretical periods of the various modes of an oscillating
basin can be calculated on the basis of the geometry of the
system.  One such method of doing this is Merian's formula:
                      T -    '
                      'n ~
where 1 = length of the basin, h = mean depth of the water,
g = acceleration due to gravity, n = wave number, and T  =
period.  Calculated periods, based on this method are also
listed in table 1.
Table 1.  Periods of oscillations in the water level of
          Chequamegon Bay.

THEORETICAL PERIODS                          OBSERVED PERIODS
(Merian's formula)                    Site "M"            Site "N"

n           T  (minutes)             (minutes)            (minutes)
             n


3 23
2 34.5
1 69



13
21
37
60


163
11
21
36
62
96
140


        From the value in table 1 it appears that the uninodal
(n = 1) , binodal (n = 2), and trinodal (n = 3) seiches all
exist in the Bay.  Since the wave whose length is equal to the
length of Chequamegon Bay has a theoretical period of 69 minutes,
it can be seen that periods of 70 minutes and longer are due to
oscillations which extend beyond the mouth of Chequamegon Bay.

-------
                           -  23  -
                                                              590
        The frequency of occurrence of ranges of oscillations
observed on all records are given in table 2.  Each day's
record was divided into 8 hour segments and the maximum range
recorded in each segment was noted.  The most frequently
occurring range at site "M" is 15 - 20 cm., and at site "N"
is 10 - 15 cm.
        The significance of these oscillations within the Bay
to horizontal water movement in the Bay is discussed in section
IV.
Table 2.  Frequency of occurrence of ranges of vertical oscil-
          lations observed in Chequamegon Bay.
Range
(cm. )
0
5
10
15
20
25
30
35
40
45
50
60
- 5
- 10
- 15
- 20
- 25
- 30
- 35
- 40
- 45
- 50
- 60
- 75
Site "M"
(% occurrence)
0
1
9
22
20
11
16
4
3
4
2
3

.5
.2
.9
.6
.5
.0
.6
.8
.6
.3
.1
Site "N"
(% occurrence)
0
15.2
34.8
24.2
16.7
5.3
2.3
0.8
0.8




-------
                          - 24 -
                                                           591
    2.  Currents

        All of the current measurements were made using free
drogues, a method which has long been in use in hydrographic
work (Mitchell, 1867; Carpenter, 1872; Cromwell, et. al., 1954).
The method is reviewed by Knauss (1963) and consists of simply
placing an object (for instance a drogue or float) in the water
and measuring its distance and direction of movement during a
known period of time.  These measurements then yield an averaged
value of the velocity, in an Eulerian co-ordinate system.  Ac-
cording to Knauss and others current measurements made with
this method yield values to an accuracy of 5 to 10 percent.

        Drogues used in this study were made of .032" ST sheet
aluminum.  Most measurements were made using 1/4 W[2 drogues,
                    o
although a few 1/2 M  drogues were used.  Floats for the drogues
were made out of one quart plastic bottles.  Current direction
was determined by using a Brunton type compass to take magnetic
bearings on the float of the drogues from its launching point.
Distance traveled by the drogues was measured with a propeller
driven taffrail log extended from the gunwale of the boat, and
time elapsed was measured with a stop watch.

        Ideally, an instantaneous or synoptic picture of the hori-
zontal distribution of currents is desired, however, the time
required to make a sufficiently large number of current measure-
ments by the free drogue method precluded reaching this ideal.
Compromise was therefore necessary.

        Two strategies were employed:
        1) Several synoptic surveys were made in which currents
were measured at several depths at from 10 to 16 stations through-
out the Bay,
        2) Several time series were made by repeatedly measuring
the currents at several depths at station V-2.

-------
                            - 25 -
                                                           592
        Synoptic current surveys were made on 26 July, 1 August,
and 10 August.  Current measurements on 26 July were made at
one and five meters at 16 stations along cross sections II,III,
and V.  The survey on 1 August consisted of measurements of
the currents at one, five, and ten meters at all stations on
cross sections I - V, with the exception of station IV-2.
On 10 August, due to strong winds and rough water, it was
impossible to obtain measurements in the northeast portion of
the Bay.  With the exception of this area, this survey was
identical to that of 1 August.

        Figures 18-25 show results of the three current surveys.
In all figures in this report, currents referred to as surface
currents are currents measured with the center of mass of the
drogue at a depth of one meter.  Currents are represented by
vectors which are drawn with the base of each vector at the
point at which the measurement was taken.  The orientation of
the vector indicates current direction and the length of the
vector is proportional to current speed.  Locations of all
current measurement stations are shown in figure 3.  Winds
indicated on the figures are those observed nearest to the
time of the current survey.

        An examination of the temporal variations in the currents
is necessary to examine the effect of the time span required to
complete a survey over the entire Bay.  To investigate these
variations, three time series of current measurements were
made, on 16 July, 22 August, and 26 August.  These series were
made by repeatedly measuring the currents at several depths
at station V-2.

        On 16 July only the currents at one meter were measured,
over a period of 75 minutes.  On 22 August currents were measured
at one, five, and seven meters over a period of 58 minutes.  On
26 August currents were again measured at one, five, and seven
meters.  These measurements were taken over a period of  210
minutes.

-------
                                - 26 -
                                                              593
               CHEQUAMEGON   BAY  CURRENT SURVEY
                              JULY 26,1968
                                            CURRENTS AT I meter
                                            VELOCITY VECTOR SCALE
                                            	-lOcm ««c"'
                                            WIND SW 3 kt«
Figure  18.  Results of survey of currents at one  meter, made 26 July,
1968.   Vectors are positioned such that the base  is at the measure-
ment point and are oriented  to  indicate current direction with length
of vector proportional to current speed.  Dashed  lines are bottom
contours.

-------
                             - 27 -
594
             CHEQUAMEGON  BAY  CURRENT SURVEY
                            JULY 26,1968
                                          CURRENTS AT 5 tntttrt
                                          VELOCITY VECTOR SCALE
                                          —	 "lOcm ttc"'
                                          WIND SW 3 Ht»
Figure 19.  Results of survey  of currents at five meters, made
26 July,  1968.  Vectors are positioned such that the base is at
the measurement point and are  oriented to indicate current direc-
tion with length of vector proportional to current speed.  Dashed
lines are bottom contours.

-------
                               -  28 -
                                                            595
               CHEQUAMEGON  BAY  CURRENT  SURVEY
                             AUGUST 1,1968
                                            CURRENTS AT I meter
                                            VELOCITY VECTOR SCALE
                                            	-»IOcm t«c"'
                                            WIND: SW 8 kts
Figure 20.  Results of survey  of currents at one  meter, made 1 August,
1968.   Vectors are positioned  such that the base  is at the measure-
ment point  and are oriented  to indicate current direction with length
of vector proportional to current speed.  Dashed  lines are bottom
contours.

-------
                            -29-
                                                            596
            CHEQUAMEGON  BAY  CURRENT  SURVEY

                            AUGUST 1,1968
                                          CURRENTS AT 5 fMttri
                                          VELOCITY VECTOR SCALE
                                          	-»lOcm Me"1
                                          WIND: SW 8 ktt
Figure 21.  Results of survey of currents at five meters, made 1
August,  1968.  Vectors are positioned such that the base is at the
measurement point and are oriented to indicate current direction
with length of vector proportional to current speed.  Dashed lines
are bottom contours.

-------
                            - 30 -
                                                              597
            CHEQUAMEGON  BAY  CURRENT  SURVEY

                          AUGUST 1,1968
                 \r  i   \      / x
                 V   \/  i
                                         CURRENTS AT lOmtttrt
                                         VELOCITY VECTOR SCALE
                                                  10cm
                                         WIND SW 8 kt«
Figure  22.  Results of survey of currents at ten meters, made 1
August, 1968.  Vectors are positioned such that the base is at the
measurement point and are oriented to indicate current direction
with length of vector proportional to current speed.  Dashed lines
are bottom contours.

-------
                             - 31  -
                                                               598
              CHEQUAMEGON  BAY CURRENT SURVEY
                            AUGUST 10,1968
                                           CURRENTS AT I meter
                                           VELOCITY VECTOR SCALE
                                           	--lOcm »tc"'
                                           WIND NW 10 kt«
Figure 23.  Results of survey of currents at one meter, made 10 August,
1968.   Vectors are positioned such that the base is at the measure-
ment point  and are oriented to  indicate current direction with length
of vector proportional to current speed.  Dashed lines are bottom
contours.

-------
                             -  32  -
                                                              599
             CHEQUAMEGON  BAY  CURRENT  SURVEY

                          AUGUST 10,1968
                                          CURRENTS AT 3m«t«r«
                                          VELOCITY VECTOR SCALE
                                          	-«IOcm MC "
                                          WIND NW 10 ktt
Figure 24.  Results of survey of currents at five meters, made 10
August,  1968.  Vectors are  positioned such that  the base is at the
measurement point and are oriented to indicate current direction
with length of vector proportional to current speed.  Dashed lines
are bottom contours.

-------
                             - 33 -
                                                               600
             CHEQUAMEGON  BAY CURRENT  SURVEY

                           AUGUST 10,1968
                                          CURRENTS AT I0m«t«r§
                                          VELOCITY VECTOR SCALE
                                          	-«IOcm MC~'
                                          WIND NW 10 ktt
Figure 25.   Results of survey of currents at ten meters, made 10
August,  1968.  Vectors are positioned such that the base is at the
measurement  point and are oriented to indicate current direction
with length  of vector proportional to current speed.  Dashed lines
are bottom contours.

-------
                          - 34  -                             601
         Results of the three time series of current measure-
 ments are shown in figures 26-28.  Current velocities at selected
 depths are shown as functions of time.   The vectors shown indi-
 cate both direction and speed as previously indicated.

IV.   DYE TRACER EXPERIMENT

     On 10 September 1968 a dye tracer experiment was conducted
 near station V-2 (Fig.3) using Rhodamine WT, a fluorescent
 dye with low sorption tendencies.  The procedure was as follows:
 Twenty-five pounds of 20 percent Rhodamine WT in solution was
 released at a depth of seven meters which is one meter above
 the bottom.  The movement and dispersion of the resulting
 dye cloud was observed by pumping the water to the surface
 and measuring the fluorescence with a Turner Fluorometer.  With
 this instrument it is possible to measure fluorescent dye  con-
 centrations over a range of five orders of magnitude, and to
 a minimum of 0.1 parts per million.

     On the day of the experiment the wind was out of the north
 at 10 to 12 knots in the morning and gradually decreased through-
 out the day.  At lOOOh CDT the water column was almost isothermal
 with a temperature gradient of 0.2°C from the surface to the
 bottom at eight meters.  Four hours later at 1405h surface
 heating had increased the vertical temperature gradient slightly
 to 0.9°C from top to bottom.  No pronounced thermocline was
 present at any time, and the water column could best be des-
 cribed as very weakly stratified.

     Two attempts were made to carry out the experiment.  The
 first dye release was made at lOOOh.  This experiment failed
 because the dye cloud was lost in the first few minutes.
 Shortly after this first release, a very small amount of dye
 appeared at the surface.  This was most likely due to the method
 of release, namely by pumping the dye solution through a U-tube
 at the end of a rubber hose, which effectively jetted the dye

-------
                           -  35 -
                                                                      602
2
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-------
                             -  36 -
                                                               603
   TIME  SERIES  OF CURRENT MEASUREMENTS AT STATION
                     3£-2, AUGUST 22,1968
 MEAN WIND FOR
 PRECEEDIN6 12 HRS.-ENE,5 kts.
                  VELOCITY  SCALE
                      —- -10 cm sec1
       SFC.
       5m
                     \

                                                  r
        1200
1230
1300
                                                     1330
    LMT.
Figure 27.   Results of a time series of  current measurements at
Station V-2  on  22 August 1968.  Vectors  are positioned with the
base of the  vector on the time at which  the measurement was made.
Orientation  of  the vector indicates current direction and length
of the vector is proportional to current speed.  Wind indicated
is from the  records of the Bayfield Coast Guard Station.

-------
                                -  37 -
                                                                     604
      TIME SERIES OF  CURRENT  MEASUREMENTS  AT STATION
                         3:-2,  AUGUST 26,1968
     MEAN WMD FOR
     PRECEEDING 12 MRS.-NE, 8 Ms.
                  VELOCITY  SCALE
                  	 -10 cm §•
-------
                        - 38 -
                                                              605
upward with sufficient force so that a small amount reached
the surface.  The surface cloud remained small however, and it
was apparent that most of the dye stayed well below the sur-
face and out of sight.

    The second dye release was made at 1525h also at seven
meters below the surface and one meter above the bottom.  The
terminal tube was aimed horizontally and the dye introduced
over a period of about 10 minutes in order to enlarge the
cloud.  At no time during or following this second release
did any dye approach close enough to the surface to be observed
visually.  The cloud was located and successfully followed
by fluorometry until 1808h.

    Current measurements with free drogues were made at the
release point immediately subsequent to the release and again
at the termination point at the end of the experiment.

    The results of the tracer experiment and measured currents
are shown in figures 29 and 30.  In figure 29 a plan view and
longitudinal section of the apparent trajectory of the dye
cloud are shown on the same horizontal distance scale.  The
time lines indicate the estimated position of the leading edge
of the cloud at 30 minute intervals.  For each time interval
conservative estimates of the velocity of the leading edge
of the cloud are given in cm. sec   .   The agreement between
the estimated velocity of the dye and the current velocities
measured by free drogues is excellent.  Note that the dye,
located between six and seven meters depth had an initial
velocity of 3.6 cm. sec   while the drogue measurements gave
velocities of 2.9 cm. sec  at five meters and 4.5 cm. sec"
at seven meters or an average of 3.7 cm. sec  (Fig.  30).
Similarly the dye at the end of the experiment,  then located

-------
                                               -  39  -
                                                                                                                    606
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-------
                                  -  40  -
                                                                  607
             DYE TRACER  STUDY WITH OBSERVED CURRENTS
                                10 SEPT  1968
    10.3cm sec" (Sfc.)
                    > 9cm sec"1 (5m)
                                                              N
                                                    1808. T=I70
                                                   3.7cm sec"1 (5m)
                                            4.6cm sec"1 (7m)
Figure 30.  Plan view of trajectory of dye cloud with measured currents
(cm. sec  )  and cloud velocity (cm. sec  )  estimated from dye tracer
study, 10 September,  1968.

-------
                             _ 41 -
                                                             608

between five and seven meters was estimated to be moving at
2.8 cm. sec   and the drogue measurements gave velocities of
3.7 and 4.6 cm. sec   at five and seven meters respectively.

     During the experiment the dye cloud increased in width
gradually from 35 meters at t + 30 minutes to 90 meters at
t + 150 minutes.  The dye moved approximately southeastward
which corresponded very well with the drogue measurements at
the depths where the dye was located (Fig. 30).   The mixing
of the dye was limited almost entirely to the horizontal plane
despite the weak thermal stratification prevailing during the
experiment.  No dye was detected above the seven meter release
level until more than two hours after the release.  In the
last 45 minutes of the experiment the dye was detected at five
meters at two locations, but even then most of the cloud was
apparently still at seven meters.  Sampling below the 7.5 meter
level was not possible because of the risk of pumping mud
through the Fluorometer.

     Throughout the experiment the difficulty in successively
locating the dye in the three dimensional system by the pumping
method precluded obtaining precise data on the structure of
the cloud in terms of concentration.  Therefore, no reliable
estimates of diffusivity could be made.  However, two hours
after the release, the maximum observed dye concentration was
four orders of magnitude less than the concentration of the re-
leased solution.

     From the results of the dye tracer experiment it can be
concluded that:
     1.  Dissolved material introduced below the surface in
         Chequamegon Bay moves in the same direction and with
         the same speed as currents measured by the free drogue
         method, thus validating the use of free drogues for
         obtaining predictive data on water movements.

-------
                                                              609
    2.  Vertical mixing in a weakly stratified situation
        (0.9°C per eight meters) with light wind action
        (less than 12 knots)  is exceedingly weak.
    3.  Horizontal mixing under these same conditions is
        moderate with dilution through four orders of magni-
        tude occurring in two hours.

V.  DISCUSSION

    A.  General Comment

        Chequamegon Bay is a semi-enclosed body of water connected
at its northeast corner to Lake Superior by a passage between
the mainland and Long Island.  This passage is 4.5 km wide, with
depths ranging to 23 meters.   The bottom of the Bay slopes
steadily downward along its long axis from the southwest to
the northeast.  There is no sill separating the Bay from the
main body of Lake Superior.

        The thermal and hydrographic behavior of Chequamegon
Bay in summer can be generalized as a fluctuating system.  The
Bay behaves as a closed basin for periods of a few days, during
which it undergoes surface heating and thermal stratification,
and then under the influence of strong winds it is subjected
to nearly complete flushing and exchange with the main body
of Lake Superior.  With a wind reversal, new surface water
flows back into the Bay, the thermocline tends to reform and
the cycle begins again.  The entire cycle can be likeneid to the
action of an estuary with the flushing effect of the tides
except that the flushing is caused by aperiodic wind episodes.

        The Bay is characterized by the presence of varying
currents at all depths at all times.  Of the (total no.) 251
currents measured during July and August, 1968, 28 percent had
a speed greater than 10 cm. sec   and the mode speed was 5
cm. sec~   (Table 3 ).  Although these statistics in themselves

-------
                                               -   43  -
                                                                                                            610
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-------
                           - 44 -
                                                            611

do not tell much about the pattern of the circulation, they
are a measure of the vigor of the circulation which is primarily
winddriven.  Only once, at one station was a zero current
observed.

        Superimposed on the winddriven circulation and the
occasional nearly complete flushing of the Bay is a continuous
and complex oscillation of the water surface.  This seiche
activity, which is also winddriven, exhibits several frequencies
which correspond well with those which would be expected on
theoretical grounds (Table 1) with vertical displacements
ranging from 5 to 75 centimeters (Table 2).  These vertical
displacements are necessarily accompanied by horizontal motions
of the water which vary sinusoidally and reverse every half
period.  Since at least four waves with different periods are
occurring simultaneously, the pattern of these seiche currents
is extremely complex.  When these are added to the directly
winddriven currents the result is a highly variable current
regime which is not always amenable to unambiguous analysis.

    B.  Thermal Evidence

        The constantly changing thermal structure of the Bay
provides the primary evidence for the apparent fluctuating
behavior of the circulation.  The time series of temperature
measurements at stations V-2, IV-2, and 1-2 as shown in figures
8-12 and the longitudinal temperature sections for 9-27
August (Figs. 13 - 16) illustrate very well the unsteady behavior
of the thermal stratification.

        As an example consider the two thermal cycles that occurred
between 11 and 23 August.  During the three day period 11-13
August the wind was from the southwest and the entire mass of
water above the 18°C isotherm was swept northeastward and out
of the Bay.  This warm water was replaced by cool water flowing
below.  This water replacement process is shown in figures 8-10

-------
                                                              612
and probably even more clearly by the longitudinal temperature
sections in figures 13 - 14.  Note that by 14 August no 18°C
water was observed at any of the three stations while 8°C  water
had penetrated all the way to station V-2 and most of the Bay
was dominated by water cooler than 16°C (Fig. 14).

        During the next four days, 14 - 17 August, the wind was
mostly north or northeast, i.e. into the Bay.  The cool water
apparently moved lakeward and although a small amount of 18°C
water was observed on 16 August (Figure 14), the return flow in
the upper levels was almost completely made up of water between
16°C and 18°C (Fig. 15) .

        On 18 and 19 August the wind was again from the southwest
and cool water again intruded along the bottom forcing the 16°C
isotherm upward as the warmer surface water moved lakeward.
(Fig. 15).  A wind reversal to the northeast on 21 - 23 August
resulted in a second inflow of the warm surface water and con-
sequent outflow of the deeper cool water, completing a second
cycle.

        These thermal cycles are clearly linked to the wind
changes accompanying the passage of cyclonic storms every four
to six days.  The process is probably best viewed as a forced
oscillation of the thermocline with cool sub-surface Lake
Superior water penetrating deep into the Bay at intervals
corresponding to the occurrence of prolonged southwest winds.
The reciprocal flow of the warm water of the Bay probably
represents a change of water of the Bay itself since the return
flow of water in the upper layers associated with succeeding
north-northeast winds is never quite as warm as the water that
was swept out of the Bay by the previous southwest wind.

        The amount of water exchanged between the Lake and the
Bay during one of these cycles is of interest.  If one assumes
that there is no transverse variation in the thermal structure

-------
                            - 46 -
                                                               613
of the Bay, and that any change in water temperature is due to
advection, it is possible to approximate the volume of the water
movement necessary to cause the observed displacements of any
isotherm.  This was done by dividing the Bay into ten sections,
each approximately perpendicular to the longitudinal axis of
the Bay and each section was then divided vertically into one
meter increments.  The volume of water in each one meter incre-
ment of each section was computed.  Using these volumes and the
observed displacements of the 16°C isotherm, the following
results were obtained.  The rise of the 16 °C isotherm in the
period 10 - 14 August represents an inflow of bottom water
equivalent to 51 percent of the volume of the Bay, with com-
pensating outflow of surface water.  During the period 14 - 18
August the downward movement of the 16°C isotherm represents
outflow of bottom water equivalent to 55 percent of the volume
of the Bay, with compensating inflow of surface water.

        It is almost certain that the general eastward flow of
the surface water of Lake Superior along the south shore (Ragotzkie
and Bratnick, 1965; Ragotzkie, 1966; Monohan, 1968) entrains
surface water "exhaled" from the Bay and provides new water
for the succeeding "inhalation."  In this way most of the water
in the Bay is replaced more or less regularly by the reversing
wind regimes characteristic of the cyclonic storms of this
region.

    C.  Direct Measurements of Currents

        In the previous section the mean motions of the water
masses of the entire Bay are deduced from the observed fluc-
tuations of the thermal structure.  Direct measurements of the
currents would not be expected to reveal a clear picture of
these mean motions because of the high variability of individual
currents both in space and in time due to geometry of the Bay
and short term fluctuations of the wind.  This variability is
further increased by the complex horizontal motions resulting

-------
                           - 47 -                            614
from the multiple seiche activity.  Nevertheless, some features
of the circulation of the Bay can be elucidated from the current
data.

        Beginning with the one-meter currents (labelled "surface"
in the figures) it can be seen that as expected the surface
water tends to move in the direction of the wind or slightly
to the right of the wind as predicted by the Ekman theory
(Figs. 18, 20, and 23).  This is consonant with the general
lakeward movement under southwest winds and the reverse on
north and northeast winds described in the previous section.

        The currents at five meters depth (Figs. 19, 21, and 24)
strongly suggest a systematic counter-clockwise circulation at
this depth.  In addition to the current vectors shown in these
figures the position of the five-meter depth contour should be
examined.  Horizontal currents at five meters will tend to be
parallel to this contour and the observed current mostly confirms
this.  Thus the water at five meters tends to enter the Bay along
the west shore, circle counterclockwise parallel to the five-
meter contour and leave the Bay on the east side.

        At 10 meters the Bay is reduced to a relatively narrow
channel along the west shore.  The current appears to be directed
either into or out of the Bay (Figs. 22 and 25) although on 1
August (Fig. 22) there was some tendency for a. counterclockwise
turning in the vicinity of section I.  The direction of the 10
meter current was generally opposite to the wind indicating that
deeper water was replacing surface water swept out of the Bay
by southwest winds  (Fig. 22) or that deeper water was being forced
out of the Bay by the influx of surface water under northwest
winds  (Fig. 25).  This two-layered model is further confirmed
by the analysis of the thermal structure in the previous section.

-------
                            -  48 -
                                                          615
    D.  Significance of Seiches

        As previously pointed out,  the horizontal motions
deriving from the multiple seiche activity are complex.   For
the primary uninodal seiche with a period of 60 - 65 minutes
the maximum horizontal current at the nodal line is calcu-
lated to range from 8 to 27 cm. sec   for the most frequent
seiche amplitudes of 10 to 35 cm.  Note that these are maximum
currents which would occur at the nodal line as the surface of
the Bay passes through the horizontal position.  Away from the
node the maximum currents decrease, reaching zero at the anti-
nodes where only vertical motion occurs (see diagram below).
                   •antipodes
        Seiche currents are sinusoidal in character, reversing
every half period.  Because of this, these currents by themselves
do not result in any net transport of water.  However, by providing
a back and forth sloshing of the water they can be expected to
enhance mixing processes, and when a gradient of any constituent
exists, the oscillatory motion  plus mixing will result in net
movement of the constituent in the direction of the gradient
from higher to lower concentration.

-------
                             -  49  -
                                                             616
        The 140 minute seiche is a special case.  A first order
calculation of the wavelength of this seiche indicates that the
nodal line lies somewhere near the mouth of Chequamegon Bay.
An oscillating horizontal motion induced by this seiche across
the nodal line will result in transport of water in and out of
the Bay itself.  As water moves out of the Bay it can be expected
to be entrained in steady lake currents flowing past the Bay,
usually eastward along the south shore of Lake Superior (Ragot-
zkie, Bratnick, 1965; Ragotzkie, 1966).  Then when the return
flow occurs across the nodal line, new water will flow into the
Bay.  In this way, a regular flushing action occurs with a period
of about 140 minutes.  A first order approximation of the exchange
rate was calculated assuming that the surface of the Bay remains
a plane.  The results (Table 4) indicate that a 10 cm. vertical
oscillation could result in an exchange rate of 5 percent of
                               9 3
the voluma of the Bay (1.4 x 10 M ) each day.  Doubling the
vertical oscillation doubles the exchange rate.

        This same mechanism was observed and documented for Great
South Bay in Lake Huron by Bryson and Stearns  (1959).
Table 4.  Flushing rate due to seiche with nodal line across
          mouth of Chequamegon Bay.
Range (cm.) of
vertical dis-
placement at
SW end of Bay
5
10
20
Flushing Rate
percent of total
volume per cycle (140 min.)
0.25
0.5
1.0
percent of total
volume per day
2.5
5.1
10.3

-------
                        - 50 -
                                                               617
        The oscillatory nature of seiche currents superimposed
on the winddriven currents result in an increased variability
in the observed currents.  Figures 26-28 clearly show this
effect.  At station V-2 on 16 July a series of current measure-
ments at one meter (labelled "surface" in Fig. 26) indicate
a regular variation in the current with an approximate period of
60 minutes suggesting that the uninodal seiche current is inter-
acting with the steadier winddriven current.  Figure 27 shows a
similar effect at the same station on 22 August at one, five
and seven meters.  On 26 August (Fig. 28) the current fluctua-
tions appear to have a period of slightly more than two hours
suggesting that the 140 minute seiche is dominant.

        Note that the variation in currents is in terms of both
speed and direction, but seldom does the current reverse com-
pletely.  This would only be expected if the maximum seiche
current exceeded the winddriven current, and this would be most
likely to occur at or near the nodal line when the seiche was
particularly active.  However, an increase in seiche amplitude
and hence in seiche currents is associated with strong winds,
and since this would also favor faster winddriven currents,
dominance of seiche currents would not normally be expected.
Therefore the conclusions drawn  from the observed currents
are not necessarily invalidated by the interference of seiche-
induced currents although interpretation is frequently more
difficult due to the complexity of the interaction of the two
kinds of motion.

        The significance of seiche currents is in the enhance-
ment of mixing and the interaction of seiche currents with
steady currents flowing past a bay.  Seiche currents are super-
imposed on winddriven currents and thereby increase the variability
of observed currents, but seldom dominating the field of hori-
zontal motion.

-------
                          - 51 -
                                                               618

    E. Circulation During other Seasons

        During spring immediately after the ice goes out and late
fall until 'complete ice cover forms the Bay can be expected to
be isothermal, i.e. unstratified.  Under these conditions com-
plete vertical mixing of the water occurs.  Although no observa-
tions were made during these periods, some comment on the nature
of the circulation can be made based on the behavior of other
water bodies in this region.

        In spring the ice normally leaves Chequamegon Bay some-
time in May.  At this time solar radiation is approaching its
maximum and surface heating of the water is fairly rapid.  A
shallow thermocline can be expected to form in a matter of a
few days.  This thermocline may be broken up by a strong wind,
only to form again a few days later.  Within two or three weeks
a permanent thermocline will form which then gradually migrates
downward under the influence of occasional strong wind action
and further solar heating.  In 1968 the permanent thermocline
had formed before 4 June when surface water temperatures of
16° to 20 °C were observed in the southern half of the Bay by
means of an airborne infrared radiometer   (Fig. 31).  The results
of the present study are applicable whenever the Bay is stratified.

        The isothermal situation in late fall results from a
combination of surface cooling and wind action.  Surface cooling
will tend to weaken the hydrostatic stability of the water column
until the mixing action of the wind exceeds the damping action
of the stability, resulting in complete vertical mixing.  Since
cooling is continuous until ice cover forms, the isothermal
situation will prevail until freeze-up.  During this period
circulation is likely to be more vigorous than during the summer.
This comes about for two reasons:  First, the water is warmer
than the air and the resulting instability of the air over the
water results in much enhanced "coupling" between the atmosphere
and the water.  More kinetic energy is transferred to the water

-------
                    - 52 -
                                                     619
    AIRBORNE INFRARED RADIOMETER SURFACE
    WATER  TEMPERATURES  4 JUNE 1968
     	'FLIGHT TRACK
     TEMPERATURE IN °C
Figure  31.  Surface water temperature from airborne
radiometer measurements, 4 June 1968.

-------
                           - 53 -
                                                              620
and higher current velocities and more vigorous mixing can be
expected.  Second, wind velocities in the late fall are fre-
quently higher due to the passage of early winter cyclonic
storms.  These storms tend to intensify over Lake Superior due
to the relatively warm surface of the lake.  Thus both these
factors favor a stronger circulation during late fall than in
the summer.

        Cooling continues until the water reaches a temperature
well below 4°C, probably about 1°C (Scott, 1964).  At this time
ice starts to form and eventually the entire Bay becomes ice-
covered.  The circulation situation is now sharply altered.
No directly winddriven currents are present, but seiche acti-
vity certainly continues.  This follows from observations made
on ice-covered lakes in Wisconsin and is verified by direct
observation of constant ice movement on Chequamegon Bay through-
out the winter (Blackburn, 1968).  This means that horizontal
seiche currents continue and will accomplish flushing of the Bay.
Much of Lake Superior remains ice-free throughout the winter so
its circulation can be expected to continue although the nature
of its winter circulation is largely unknown at present.

        The thermal situation of the Bay also changes once ice
cover forms.  Further cooling at the surface results in in-
creasing the thickness of the ice since the water is already
at or below 1°C.   At the same time, heat stored in the bottom
sediments during the summer is slowly transferred back to the
water near the bottom.  This heat raises the temperature of the
bottom water above l°Cf which, since fresh water has its maxi-
mum density at 4°C, results in a stable stratification.  Though
the absolute stability is not great, the protective cover of ice
prevents wind mixing, and the thermal stratification persists
and increases throughout the ice season.

-------
                             - 54  -
                                                              621
VI.  CONCLUSIONS
     1.  Chequamegon Bay is dominated by a wind-induced circulation
 which is expressed partly as directly wind-driven currents and
 partly as a complex oscillation (seiche)  of the Bay as a whole.

     2.  The Bay is thermally stratified during the summer season,
 at least from early June to early September.

     3.  Exchange of water between the Bay and Lake Superior occurs
 by a forced fluctuation of the thermocline.  Sustained south-
 westerly winds result in the removal of warm surface water and
 replacement from below by cooler sub-surface water from Lake
 Superior.  Northerly winds result in the opposite circulation
 with surface Lake Superior water entering the bay and sub-surface
 water of the Bay leaving.  These reversals characteristically
 occur every five to ten days depending on the frequency of cyclonic
 storms.

     4.  Seiche activity is expressed by multiple oscillations
 of the Bay surface with periods of 12, 21, 36, 62, and 140 minutes.
 Horizontal currents associated with these oscillations are super-
 imposed on the directly winddriven currents.

     5.  The 140-minute seiche has a nodal line near the mouth of
 the Bay and horizontal seiche currents across this line act as
 a flushing mechanism for the Bay.

     6.  A dye tracer experiment indicated that
     a.  Dissolved material introduced below the surface in Chequa-
         megon Bay moves in the same direction and with the same
         speed as currents measured by the free drogue method, thus
         validating the use of free drogues for obtaining predictive
         data on water movements.
     b.  Vertical mixing in a weakly stratified situation (0.9°
         per eight meters) with light wind action  (less than 12
         knots) is exceedingly weak.

-------
                              -  55  -
                                                              622

    c.  Horizontal mixing under these same conditions is moderate
        with diluation through four orders of magnitude occurring
        in two hours.

    7.  The water of Chequamegon Bay is in free circulation with
Lake Superior and is flushed by at least two mechanisms:  first,
by the wind-induced fluctuations of the thermocline, and second,
by the periodic motions associated with the seiche.  First order
calculations of the magnitude of the flushing rate by each of
these mechanisms indicate that an exchange rate of 5 to 10 percent
perday of the volume of the Bay with the Lake is not unusual.

    8.  Immediately after the break-up of the ice in the spring
the Bay will be isothermal, i.e. unstratified, for a brief period
during which both horizontal and vertical mixing will occur.

    9.  In the late fall isothermal conditions will again prevail.
However during this part of the year the mixing and circulation
will be stronger than in the summer due to increased wind action.
As a consequence of this increased circulation, the flushing of
the Bay can be expected to be more efficient.

   10.  During the period when the Bay is ice-covered, seiche
currents can be expected to continue and interaction with Lake
Superior will accomplish steady flushing.  Weak thermal strati-
fication probably prevails during this period, thus damping
vertical mixing.  Horizontal dispersion and movements will con-
tinue due to the seiche currents and circulation induced by
thermal differences and by the interaction with Lake Superior.

-------
                             - 56 -

                                                                 623

VII.  REFERENCES

      Blackburn, J.G. (1968)  Personal Communication
      Bryson, R.A., and C.R.  Stearns. 1959. A Mechanism for the
          Mixing of the Waters of Lake Huron and South Bay,
          Manitoulin Island.   Limnol. Oceanog.   4: 246-251.
      Carpenter, W.B.  1872.  Report on Scientific Researches
          Carried on During the Months of August, September,
          October, 1871, in H.M.  Surveying Ship Shearwater.
          Proc. Roy. Soc. London, 20: 535-644.
      Cromwell, T.R., B. Montgomery and E.D. Stroup, 1954.
          Equatorial Undercurrent in Pacific Ocean Revealed by
          New Methods.  Science 119: 648-699.
      Knauss, J .A. 1963. Drogues  and Neutral-Buoyant Floats,
          p. 303-305. In H.N. Hill  [ed.]  The Sea, v. II. Inter-
          science, New York.
      Mitchell, H. 1867.  Soundings in the Gulf Stream Between
          Key West, Florida and Havana, Cuba.  Report of the
          Superintendent of the United States Coast Survey,
          Appendix 15, 176-179.
      Monohan, E.C.  (1968). A Report on a Continuing Drift-
          Bottle Study of the Surface Currents of Lake Superior.
          Tech. Rept. No. 2.  ONR, NR 083-212, pp. 31-40. Physics
          Dept., No. Mich. Univ.
      Ragotzkie, R. A. and M. Bratnick (1965) Infrared Temperature
          Patterns on Lake Superior and Inferred Vertical Motions.
          Proc. Eighth Great Lakes Research Conference, pp. 349-
          357, Great Lakes Res. Div. Univ. of Mich.
      Ragotzkie, R. A. (1966) The Keeweenaw Current, A Regular
          Feature of Summer Circulation of Lake Superior. Tech.
          Rept. No. 29 NONR 1202  (07), 30 pp., Dept. of Meteorology,
          Univ. of Wis.
      Scott, J.T., 1964.  A Comparison of the Heat Balance of Lakes
          in Winter, Tech. Rept.  No. 13,  NONR 1202(07), 138 pp.,
          Department of Meteorology, Univ. of Wis.

-------
                                                               624






                       Lloyd L. Folk






A scientific paper on this work was presented last week by the




Marine Center scientists at the Twelfth Conference on Great Lakes




Reserach held in Ann Arbor, Michigan.  The University study




developed several pertinent items that should be of interest to




this conference.  In summary, these are:




            1.  The currents in Chequamegon Bay are caused partly




by the wind and partly by the complex oscillations, called




seiches, of the bay and Lake Superior.




            2.  Although one has the impression from a map that




the bay is almost land-locked, there are great exchanges of water




between the bay and the lake.  It freely exchanges water with Lake




Superior by wind currents as well as by seiche currents.  For




example, southerly winds push warm surface bay waters out into the




lake, allowing cool bottom lake water to enter the bay.  With




northerly winds, the opposite effect takes place.  Furthermore,




west-to-east lake currents sweep away waters "exhaled" from the bay.




            3.  The report indicates that the exchange rate of the




bay with the lake is more than 10 percent of the bay's volume per




day.  Since the bay's volume is about 400 billion gallons, this




represents an average exchange rate with Lake Superior of over 27




million gallons per minute.  This is equivalent, to give you a




comparison, to about 1/3 the flow that goes over Niagara Falls.

-------
                                                                  625
                       Lloyd L. Falk




            4.  The bay waters are almost always in motion at




all depths, due either to wind or seiche effects.  Furthermore,




these currents are always changing in direction as well as velocity.




In other words, while there may be thermal stratification of the bay




in summer, the deep, as well as shallow, waters do not stagnate.




Even in winter when there is an ice cover, the university report




indicates that the seiche currents still keep the bay waters




in motion.




            The Marine Studies Center Work showed us that "red




water" will receive very great dilution in Chequamegon Bay.




Discharge to deeper waters will not result in buildup of waste




concentrations.  No detrimental effects to other water uses will




occur.  But there will be elimination of the aesthetic color problem.




            We are now working on the design of an effective




dispersion system.  This system will carry the wastes out into the




bay over 1/2 mile from shore where the water depth is at least




20 feet.  We shall jet the wastes at high velocity horizontally




into these waters through nozzles less than one inch in diameter,




spaced 50 feet apart.  Using the well-established jet mixing




formulas, we expect to get over 200 dilutions of our wastes within




35 feet of the end of the nozzles.  Additional dilution will then




occur as demonstrated by dye tracer tests carried out by the




University last summer.




            Our system will eliminate the coloration problem now




existing along the shoreline.  It will not create a new color

-------
                                                                626






                       Lloyd L. Folk




problem further out because the initial mixing will be very rapid




and the water depths will allow much more rapid mixing by the




currents in the bay than is now the case near shore.  "Red water"




will not accumulate in the bay because of the constant motions of




its waters and its high rate of exchange with Lake Superior.




            The system we propose is within the policies of the




Wisconsin Department of Natural Resources and will meet our




obligations to provide adequate waste disposal under the water




quality standards adopted by Wisconsin and approved by the Secretary




of the Interior.




            Thank you, Mr. Chairman.




            (Applause.)




            MR. DOMINICK:  I believe we have a question.




            MR. STEIN:  I want to refer to your last statement.




Here just what you are proposing is a dispersal system, and the




last paragraph says:




            "The system we propose is within the policies of the




     Wisconsin Department of Natural Resources and will meet our




     obligations to provide adequate waste disposal under the




     water quality standards adopted by Wisconsin and approved by




     the Secretary of the Interior."




            I don't want to pre-judge this, as I think you will




have to work with our technical people, but this is a relatively




positive statement that you are making and I just want to tag that




for the purpose of the record.  We will have to have discussions with

-------
                                                                   627





                  Mrs. Robert G.  Erickson






our technical people before we can give you a judgment on




that, at least from the Federal point of view.




            MR. DOMINICK:  Are there any other questions?




            (No response.)




            MR. DOMINICK:  Thank you.




            MR. FRANCOS:  Mr. Chairman, I believe we have a




representative from the Wisconsin Chapter of the Sierra Club.




            May we have that statement.









            STATEMENT OF MRS. ROBERT G. ERICKSON,




            REPRESENTATIVE, JOHN MUIR CHAPTER,




            SIERRA CLUB, RACINE, WISCONSIN.









            MRS. ERICKSON:  I am Mrs. Robert G. Erickson of




Racine, Wisconsin.




            The John Muir Chapter of the Sierra Club, an organiza-




tion of approximately 600 members, which is the Wisconsin unit of




a national association of some 70,000 members, respectfully represents:




            1.  That the preservation of Lake Superior assumes




critical importance in view of the fact that it is the last of




the Great Lakes to remain in a "healthy" condition;




            2.  That protection of our remaining clean waters  has




such momentous significance insofar as the quality of life in  this




ares is concerned that it must transcend matters of purely economic




concern;

-------
                                                                  628
                  Mrs. Robert G. Erickson




            3.  That studies by the Department of the Interior




leave no doubt that the discharge of taconite tailings into this




lake by Reserve Mining Company is causing pollution which results




in increased turbidity, accelerated eutrophication, change in the




chemical constitution of the water, and impairment of the fish




habitat;




            4.  That it is completely illogical and utterly




unconscionable to use this precious resource belonging to all of




the people as a dumping ground for industrial wastes, especially




in view of the fact that alternate methods of disposal are




available and are used by other miners in the same industry;




            5.  That residents of the State of Wisconsin have a




substantial interest in preservation of this lake because a




sizable portion of their State borders on it and the attractiveness




of the Apostle Islands and the proposed Apostle Islands National




Lakeshore is dependent, to a large extent, upon maintenance of the




purity of its waters.




            Therefore, the John Muir Chapter of the Sierra Club




urgently requests that the permit of the U. S. Army Corps of Engineers




to the Reserve Mining Company be extended only on a conditional




basis for a period of not to exceed 3 years and that use of the




lake as a disposal site for taconite tailings be discontinued just




as soon as alternate waste disposal facilities, including provision




for recycling of washwater, can be arranged.

-------
                                                                   629
                      Miriam G.  Dahl




            In addition, I would like to make one statement.




I was most pleased to hear about the fine projects which the




Reserve Mining Company has been doing in its local community in




Minnesota.  Just as advertising is one of the costs of their  doing




business, and just as these community projects are one of their




costs of doing business, I feel that the cost of pollution should




be considered in a like manner, a real cost of doing business.




            Thank you very much.




            (Applause.)




            MR. FRANCOS:  Thank you, Mrs. Erickson.




            I now have a resolution received from the Wisconsin




State Division of the Izaak Walton League of America.




            WHEREAS: the dumping of taconite tailings into Silver




     Bay has continued for a number of years past, and




            WHEREAS: this practice has produced unmistakable




     pollution of the Silver Bay area, and




            WHEREAS: other changes have appeared in water flow




     and in the ecology of the water life and food chain, and




            WHEREAS: said Silver Bay area is a part of Lake




     Superior, one of our greatest irreplaceable natural resources,




     and of inestimable value to the human family, and




            WHEREAS: the careless attitude of those who regard




     dumping their refuse into any natural resource as their  right




     and privilege with no thought of any consequence, present  or




     future, will no longer be tolerated by a long-suffering  people

-------
                                                              630
                 Miriam G. Dahl




deprived of their natural heritage through selfish misuse,




nor should it be tolerated in this enlightened time with its




great scientific expertise,




       THEREFORE, BE IT RESOLVED:  that the Wisconsin State




Division of the Izaak Walton League of American favors and




strongly urges the companies now dumping tailings, or any




materials, or substance into Lake Superior, to cease and




desist from this practice, and to return the residue from, the




taconite manufacture back into the ground from which it was




taken, and further urge that proper disposition be made by




anyone dumping any type of substance into any part of these




waters, and




       BE IT FURTHER RESOLVED THAT: the Wisconsin State




Division of the Izaak Walton League of America urges that




strong legislation be passed without delay and with powers of




implementation to prevent any future use of Lake Superior or




any of the Great Lakes including the watersheds drainage areas




of these lakes, for purposes of dumping waste and refuse of any




type by any company, municipality, or individuals, and, FURTHER,




that these laws be clearly worded to be effectively enacted




within the shortest possible time from now.




       BE IT FURTHER RESOLVED THAT: Copies of this resolution




be sent to Mr. Thomas Frangos, Director of the Wisconsin State




Division for Environmental Protection to be presented at the




hearing held by the Federal Water Pollution Control Board




on May 13-14, 1969, at the Hotel Duluth, Duluth, Minnesota, and,

-------
                                                                   631





                       Martin Hanson




     further, that copies be sent to each Wisconsin Chapter of




     the Izaak Walton League of American and to the National Office




     in Glenview and to the press.




            Respectfully submitted, Miriam G. Dahl, Chairman,




     Pollution Committee, Wisconsin State Division IWLA.




            We now have a statement, Mr. Chairman, from Mr. Martin




Hanson for the Wisconsin Resource Conservation Council.









            STATEMENT OF MARTIN HANSON,




            SECRETARY, WISCONSIN RESOURCE




            CONSERVATION COUNCIL, MELLEN, WISCONSIN









            MR. HANSON:  My name is Martin Hanson, Secretary of




the Wisconsin Resource Conservation Council, which is composed of




about 35 affiliated groups concerned with the proper use of our




natural resources.




            The Council, at general membership meetings, has




consistently urged that this Federal conference be held.  We feel




that States have been lagging and it is necessary for the Federal




Government to see that antipollution measures are carried out.




            An example of this is the Dupont Company at Barksdale,




Wisconsin, which has been polluting Boyd Creek, a tributary of




Lake Superior, since 1914, even though Wisconsin's first antipollution




law was passed in 1899.  It was not until last year that the Resource




Development Board issued an order that this pollution should be




cleaned up by October 1970.  The order stated that the

-------
                                                                   632
                       Martin Hanson




least desirable alternative was to pipe this waste out into




Chequamegon Bay.  This is a completely unsatisfactory solution




and the Federal Government should demand a better method.




            Another example of States lagging is that Minnesota




has allowed Reserve Mining Company to continue to release taconite




tailings into Silver Bay, even though it has been shown that these




tailings have gone beyond the limits of the State permit.  Mining




company spokesmen have reached into the air and stated that it would




cost $200 million not to dump these tailings into the lake.  The




Bureau of Mines estimate is a $7 million investment and an annual




cost of $3 million a year.  If the $7 million investment were




depreciated over a 7—year period, the net added production cost




would be $4 million a year, or 40<£ per ton of taconite.




            Dravo Corporation, Pittsburgh, Pennsylvania, recently




was involved in tailings disposal for a 1 million—ton-a—year plant




and costs were approximately 15£ per ton.  The 40<: a ton figure




for Reserve looks high, particularly when you take into account that




the cost per ton for a closed water cycle should come down as




plant size goes up.




            I am including with this statement, and I have given




it to the reporter, the financial statements of the Reserve Mining




Company parent companies, Armco Steel Corporation, and Republic




Steel Corporation.




            (The aboves-mentioned financial statements follow.)

-------
                                                                 633
-'PUBLIC STEEL CORPORATION AND CONSOLIDATED SUBSIDIARIES
                    IO  I ^ i i
                                      i i.
                      i '   3    '      I
               ~\ /~V •'""""N I '  S~** J  /—*" ~ •" S^~\ S~~*<'   t *•*""*•> f~*\ /"> V^/"
                ibUSiUcUOU   ii  I^Ui  I
                  December 31,1967 and December 31.1966

s Vs 'c~y discounts allowed , . . . .....
') iiicnds interest and other income — Note A 	

TOTAL 	
('«:<,« .ind expenses:
\i inufucturing cost of products sold 	
Administrative and selling expenses 	
Provision for depreciation and depletion 	
Interest and expense on lon^-term debt . ...
Sundry other deductions 	
Federal income caxes (deferred tax credits
1967— $444, -r'20, 1966— $132,113)— Note E 	

TC7AL 	 	 	

CONSOLIDATED NET INCOME 	

''( ;nco:r.e per share of common stock . . .
v' i ;•'/( to consolidated financial statements.
1987 ;
i
f
$1,266,315,782
i
12,615,364

$1,278,931,146
I
i
i
$1,022691,868
7 ' } 1
60 728,774'
1
73,039,081
12 347 764
I
2,044,011
1
or* " " "• ",

$1,203,75 -.-Lo

$ 75 179,648

$475

1963
$1,359,758,378
14,341,293

$1,374,099,671
$1,092,046,642
58,436,001
68,964,950
10 986,130
855,594
49,100,000

$1,280,389,317

$ 93,710,354

$593


-------
                                                                                                       634
                                                                         December 31,
                                                                             19S7
 December 31,
    19S6
Current Assets
  Cash	   •   S   54,369,092      $   61,610,587
  Marketable securities—at cost and accrued interest
    (approximate market)	          44,453,686          28,862,110
  Accounts and notes receivable—trade, less allowances
    for possible losses (52,400,000 in each year)	   '      115,309,958         103,074,720
  Inventories—Note B	         289,398,901         285,942,005
            TOTAL CURRENT ASSETS	      $  503,531,637      S  479,489,422


Investments and Other Assets                                     !
  Investments in and receivables from unconsolidated
    subsidiaries—Note A	      S   16,669,751      S   14,477,806
  Investments in and receivables from associated
    companies—Note C	          46,062,527          48,758,128
  Miscellaneous investments and receivables	          13,978,643          13,094,386
                                                                        S   76,710,921      S   76,330,320


Properties                                                                             '
  Steel producing, manufacturing, raw material
    and transportation facilities—at cost	      01,876,057,267      51,722,086,152
  Less allowances for depreciation, depletion, and amortization  ....         955,778,514         889,325,512
                                                                        S  920,278,753      $  832,760,640


deferred
  Prepaid royalties and other deferred charges   	          22,486,925          22,524,285
                                                                        81,523,008,236
51,411,104,667

-------
                                                                                                            635
PUBLIC STEEL CORPORATION AMD CONSOLIDATED SUBSIDIARIES-DECEMBER 31,1357 AMD DECEMBER 31.1965
       Liabilities
 Accounts payable and accrued liabilities   .  .  .
 Federal income taxes	
 Taxes—other than federal income taxes ....
           TOTAL CURRENT LIABILITIES
one    !rm Debt—Note D
ther Liabilities and Reserves
 Deferred federal income taxes—Note E
 Reserves and other liabilities	
tockholders' Equity
 Capital stock:
   Prior preference—par value SlOO per share;
     authorized 467,698  shares; none issued
   Common—par value S10 per share;
     authorized 28,000,000 shares; issued  15,855,142 shares
     (1966—15,821,374 shares)  including shares in treasury—Note F
 Capital surplus	
 Incc  • retained and invested in the business—Note D	
 Less common stock in treasury—29,990 shares at cost .  .
                                                                       December 31,
                                                                          1SS7
$  146,901,682
     6,383,193
    26,280,876
$  179,565,751
   339,163,775
S   44,981,798
     6,319,922
S   51,301,720
S  158,551,420
   146,741,626
 "647,879^223)
S  953,172,269

       195,279
S  952,976,990
SI,523,008,236
                    December 31,
                        1S66
                    S  154,210,891
                       22,138,207
                       26,726,588
                    S  203,075,686
                      242,460,841
                    S   45,426,218
                        8,002,730
                    S   53,428,948
                   S  158,213,740
                      145,906,583
                      60^,2:4,148
                   S  912,334,471

                          195,279
                   S  912,139,192
                   51,411,104,667

-------
                                                                                         636
      REPUBLIC STEEL CORPORATION  AND  CONSOLIDATED  SUBSIDIARIES
            Statements of Consolidated  Capiial Surp'us
      and  Income  Retained  and  Invested  in  the  Business
                 years ended December 31,1967 and December 31,1966

Capita! Surplus
Balance at beginning of year . . . ..... . ....
Amount received upon exercise of stock options in excess of portion
(1967—5337,680; 1966—5119,260) credited to
common capital stock account 	 	

Balance at end of year ... . ....

Income Retained and Invested in the Business
Adjustment of investments in unconsolidated domestic subsidiaries from
cost thereof to equity in net assets at January 1 , 1 967 — Xote A ....
Net income for the vear 	 /.'%^JliJ — 	
Cash_diyir]erids paid on common stock
(1957 — 52 50 per share' 1966 — 52.125 per share)

Balance at end of year . 	 ... 	

See notes to consolidated financial statements. /"•'""^ *-
0 ~i r *~ ;T ^ T " * '* v'^ { V (j i '
1967
(^5145,906,583 I
835,043

5146741,626

5608214 148
^4j314;J60
5687,407,956
^^ ' ' — - — **
5647,879,223

,
— ^'3^'^ V/J
                                                                                 1966
                                                                              5145,612,159
                                                                                   294,424
                                                                              5145,906,583
                                                                              5548,056,652

                                                                                 —0—
                                                                              -f 93,710,354
                                                                              5641,767,006

                                                                                33,552,858
                                                                              5608,214,148
       Republic Steel
         Corporation
    and Consolidated
         Subsidiaries
      NOTES  TO
CONSOLIDATED
      FINANCIAL
   STATEMENTS

   December 31,1967
NOTE A—Principles of Consolidation
  The consolidated statements include the accounts of the Corporation and
two wholly-owned subsidiaries.  Investments  in unconsolidated  domestic
subsidiaries were adjusted at the beginning of 1957 from cost thereof to equity
in the net assets of such subsidiaries, and the excess of equity was credited to
income retained and invested in  the business.  The equity in net income of
these subsidiaries for the year 1957 (5780,000)  was included in consolidated
net income. Financial statements for the year  1965 were not restated since
the effect of this adjustment was not material.
  Investments in unconsolidated foreign subsidiaries are carried at cost. The
equity of the Corporation in the undistributed net income of such subsidiaries,
ilnce dates of acquiring controlling interests therein, amounted to approxi-
mately 520,810,000 at December 31, 1967. Dividends received (55,250,000)
and credited to consolidated income for the year 1967, exceeded net income
of such subsidiaries by approximately S2,075,000.

-------
                                                                           637
NOTE B—Inventories
   Inventories are stated at cost (principally last-in, first-out), not in excess
of replacement market. A summary of in\entories follows:
                                         Dec. 31,1967    Dec. 31,1966
     Ore	S  37,789,199     $  42,685,856
     Scrap	     10,593,110       10,395,562
     Fuel	     10,514,013       10,068,378
     Ferrous metals and alloys	      4,393,292        8,469,668
     Rolls, molds, and stools	     13,080,399       14,537,391
     Stores and manufacturing supplies .  .     17,407,371       14,422,865
     Miscellaneous materials	      4,517,820        4,564,364
     Pig iron	     14,479,580       14,390,600
     Product—semifinished	     54,983,840       49,548,525
     Product—finished and in process  .  .    121,640,277      116,858,796
             TOTAL	$289,398,901     $285,942,005
 NOTE C—Associated Company
  The  Corporation's  investments  include  $28,029,107  representing  the
 carrying amount of capital stock of Reserve Mining Company (representing
 a 50% interest) and of other funds furnished to Reserve by the Corporation.
 The other 50% capital stock interest is owned by Armco Steel Corporation.
 Separate financial statements for Reserve  are included in reports filed an-
 nually with the Securities and Exchange Commission.
  At December 31, 1967, Reserve had $93,254,000 Series A and $75,680,000
 Series B Bonds outstanding. Until such bonds are paid in full,  its shareholders
 are obligated  according to their proportionate interest  to  take the entire
 production  of Reserve and  to  pay its  costs pursuant to the provisions of
 certain  agreements. To the extent that may be required, the stockholders
 of Reserve  have agreed to furnish  Reserve amounts  needed to  pay fixed
 sinking  fund  installments  on such bonds and any  remaining  principal
 amounts at  their respective maturities; also for certain other  purposes, funds
 would be obtained from its stockholders pursuant to subscription agreements.

 NOTE D —Long-term Debt
  Long-term debt  outstanding at  December  31, 1967, is  shown  in  the
 following summary:
  Republic Steel Corporation:
    4%%  Sinking Fund Debentures due 1985 (annual sink-
       ing fund payments, excluding prepayments for  1968:
       1969 and  1970—$3,000,000; 1971   through  1983—
      $7,000,000; 1984—58,000,000)	5113,000,000
    4.65%  Notes,  due May 1, 1989  (payable $6,250,000
      annually from 1970 to  1989)	     125,000,000
    Promissory notes payable to  banks (payable as stated
      below)	     100,000,000
    Promissory notes payable to customer  (payable  in
      monthly installments based upon steel products pur-
      chased) interest at 3%	       1,163,775
             TOTAL	$339,163,775
  Notes payable to banks were issued under the terms of a  Revolving and
Term Loan Credit Agreement and bear interest at the prime commercial
rate  (currently 6%). Notes issued under the revolving credits mature De-
cember 31,1970, and under the term  loan credits in ten semiannual install-
ments commencing June 30, 1971. The Corporation has the option to borrow

-------
                                                                                                     638
     notes to
consolidated
     financial
  statements
     (continued)
a maximum of $75,000,000 under a new Revolving and Term Loan Credit
Agreement :o be effective February 15,  1958. Notes issued under the revolv-
ing credits \vou!d  mature  February 29,  1972, and under the term loan
credits in four annual installments commencing February 28, 1973.
  The loan agreements contain certain  restrictions relating to the payment
of cash dividends and maintenance of  net oar-rent assets.  Under the mrst
restrictive covenant,  income retained and invested in the business at De-
cember 31,1967, was unrestricted to the extentcf approximately $223,970,000.

NOTE E—Federal income Taxes
  Federal income taxes currently payable, based upon  taxable income after
the deduction of percentage depletion, were reduced by credits for investment
in depreciable property ($9,882,000) and  foreign taxes.
  Deferred federal income taxes  were attributable to deductions by the
Corporation for tax purposes of its share of the depreciation and amortization
charges of Reserve Mining  Company in excess of amounts recorded on the
books of Reserve, and to the excess of depreciation charges of the Corpora-
tion for tax purposes  over amounts included in the statement of income.

NOTE F—Stock Options
  At  December 31,  1967, there were 121,452  shares,  of common  stock
reserved for exercisable outstanding options nnder the 1951 Stock Option
Plan,  now  expired, at option prices aggregating $7,181,000.  No  options
under  this  plan  were exercised during 1967,. Options were canceled for
18,250 shares at aggregate option prices of $1.074,000.
  There were 338,542 shares of common stock reserved  at December 31.
1967,  for issuance under the 1962  Stock Option Plan for officers and other
key employees. The plan provides that  options may be granted at not less
than the fair market  value  at the date of  grant; that options granted prior
to March  15, 1966, shall be exercisable over 2. period of not more than ten
years; and, that options granted thereafter shaDl be exercisable over a period
of not more than five years. Options were outstanding at December 31,  1967,
for  333,667 shares  (176,827 exercisable) at  aggregate  option  prices of
$12,077,000 ($6,221,000 exercisable). During "i'967 options were granted for
5,000  shares and were exercised for 33,768 shares at aggregate option prices
of $225,000 and $1,173,000 respectively.  Options were canceled for 6,825
shares at aggregate option prices of $241,000.

MOTE G —Pensions
  The Corporation and consolidated subsidiaries have contributory and non-
contributory pension  plans which cover substantially ail employees. Pension
costs, which are funded, were $23,744,000 for tiiae year 1967 including amorti-
zation  of prior service costs. Pension fund assets exceeded the  actuarially
computed value  of vested benefits under  the plans at  December 31,  1967.

Wote K—Other Matters
  In connection with certain  bank loans cT -an unconsolidated domestic
subsidiary,  the Corporation has agreed to  purchase the notes evidencing
such loans up to a  maximum of $8,600,000  principal amount if such notes
are not paid at maturity. Notes in the principal amount of $5,000,000 were
outstanding at December 31, .967.
  In the event certain companies  supplying raw materials to the Corpora-
tion, and in which it holds stock investments, are unable to make the neces-i
sary payments on their long-term indebtedness (in connection with financing
the construction  of facilities) the Corporation! ihas agreed to pay its propor-
tionate share ($19,853,000 at December 31, 1S67) thereof up to a maximum
amount of $21,028,000. The Corporation  is also committed to make addi-
tional investments in certain companies in the maximum amount of $924,000,

-------
  accountants' report
                                                                ERNST o, ERNST
                                                                   CLEVELAND, OHIO
                                                           Vo tho StocX^olders and Boird of
                                                           corsistent with that of the precea-ng year
                                                           Cleveiar.ci, Ohio
                                                           February 12, 1963
                                                                                                      639
                                                Carried as Investments in Financial Statements
             December 31,1957
Union Drawn Steel Company, Ltd.
River Terminal Railway Company
Beatrice Pocahontas Company, Buchanan County, Va
Carol Pellet Company, Labrador, Canada
Cuyahoga Corporation, Cleveland, Ohio
Dor.ner-Kanna Coke Corporation, Buffalo, X. Y. .  .
Iron Ore Company of Canada, Labrador and Quebec, Canada
X. & S. Metal Supply, Inc., Xew York, X. Y
The Xegaunee Mine Company, Xegaunee, Mich
Pioneer Pellet Plant, Xegs.~r.ee, Mich
Presque Isle Corporation, Aipena, Mich
Republic Supply Compaiv., Oklahoma City, Okla
Reserve Minir.y Cornoany, S.lver Bay and Babbitt,  Minn. -
The Prospect Corporation, Monrovia, Liberia
  (Liberia Mining  Companv. Ltd. 59.13%)
  (Tankore Corporation 50%)
Vance Iron & Steel Company, Chattanooga, Tenn	
Witherbee Sherman Corporation, Pore Henry, X. Y	
                                                                                                  Ownership
                                                                                                     5C%
                                                                                                 .   7.69%
                                                                                                     -00%
1CO%
 50%
100%
                                                                                                    100%
                                                                                                    100%

-------
                                       640
REPUBLIC STEEL CORPORATION AND CONSOLIDATED SUBSIDIARIES
a   15  year  review
                                 s n
i 1 IV
•! U  !

                        Doilars and tons in thousands
                    13S7
                          1966
                                1S65
                                      1934
                                            1D63



-
Related Data





nancial Position
sf December 31











Sales
Depreciation, depletion, and amortization . . .

Net Income ... ...
Per cent to sales .... . . . .

Total cash dividends paid to stockholders .
Cash dividends paid, per share of common stock
Income retained and invested in the business


Ratio current assets to current liabilities . .
Properties, plants and equipment — -net . . .


Stockholders' equity per share of common stock
Number of stockholders . ...


Production index (1957-1959 = 100) 	






Per hour 	
$1 266 316
S 73,039
$ 12,348
S 59,267
$ 75,180
5.9%
S 4.75
S 39,529
S 2.50
S .39^665
S 161 823

$ 323,966
2.8 to 1
S 920,279
$ 339 164
S 952,977
S 60.22
100,483

9,303
124.5
6,406
7,017
449

50,378
36.2
S 478,350
S 5.03
1,359 758 ,
68,965
10,986
76 169
93,710
6.9
5.93
33,553
2.125
60,157
"iTo"Vi2

276414
2.4 to 1
832,761
242461
912,139
57.76
104,478

10010
133.9
6,877
7672
584

53412
37.2
498,001
4.81
1 374541
63,391
10,141
60,474
77,302
5.6
4.90
31,553
2.00
45,749
134 719

294,353
2.8 to 1
768,714
251,720
851,568
53.97
104,953

9,894
132.4
7,143
7,060
584

55888
36.5
489,576
4.60
1,272,742
60, 1 34
9,422
57,078
72,277
5.7
4.58
31,512
200
40J65
118,463

276,919
2.5 to 1
701,744
210,348
805,296
51.08
105,856

10,210
136.2
6,711
7,:e:
59o

53 488
37.7
471,989
4.48
1 , 1 1 4, 1 9 '
58,93;,
8,9 li
63,20i,
55,50!
5.0
3.52
31.49S
2.00'-
24,003'
56,405

260,054
2.7 to !
646,439
180,81b
764,00t
48.51,
104,826

8,543*
114 3[
5,899,
5,652|
442i
1
1
49 Ob9'
36.8!
421,105:
4.47!

-------
CAPITAL STKUCIUr.c K£LA HOfJSHIP
                                                                              641
coo




750




















Lo
Pi
! " "1 Co






^~~
J


j
1
	 - ' 1
,

1953
1961
965,903
41,092
9,205
^8,027
,6,954
5.9
3.62
47,197
300
9,757
89,117
249,029
2.7 to 1
656,523
219,783
739,202
46.95
93,640
7,251
97.0
4,905
"93
29
48,675 j
35.5
381,746
4.23


n', Term Oci>:

mman Sla^i.aSd,,,-.'



: I
~1 .' 1
\ \
—1 j p
: i L

i ' r~
r~: r
i :
rn i_
1 '• U
_li__LJ_
1954 1355
1360
1,053,873
36,371
5,786
69,895 ;
52,846
5.0
336
47,113
3.00
5,733_!__
119,607
282,432 *
3.0 to 1
610,714
214,728
728,259
46.35
90,915 ,
7,700
102.3
5,384 !
5,528
386
55,927
34.0
410,262
4.12 i




E : -1
• i

'• I
; j i
j 1
s i ;
!- 1
!
i
r |_

19CO 1961
1957
1,227,258
40,788
1,448
113,588
85,014
6.9
5.45
46,704
3.00
	 33,310._
149,635
212,214
26 to 1
502,099
75,984
697,207
44.71
94,891
8,485
113.5
6,211
6,711
720
65,110
35.8
433,315
3.57





r~- f i
; i • [
: i !
•I * '
'! i i
: : • 1
M ; i
< I : 1
- i • r
'• \ • ',
~"< ! i
i i
« i
i i
J 	 1
1962 1363
19S6
1,244,214 •
43,059
1,494
110,438
90,407
7.3
5.83
40,631
2 625
	 49,776_
105,807
244,937
28 to 1
391,548
40,755
657,494
42.39
90,421
9,349
1248
6,783
6,575
829
68,918
35.6
418,850
3.27



i i
i i '
•' 1 :
: i ;
i i :
1 1
• 1 :
:. i >
" 1 i
: | • t—
1
r , ^~
! 1
1 '
' i i
j . 1 	

1064 1955 1
1355
1,188,560
45,472
2,028
98,467
| 86,271
7.3
5.59
38,404
2.50
._.47,867..
35,925
• 256,130
3.6 to 1
'334,689
44,030
606,097
39.26
83,053
9,680
129.5
6,989
6,599
736
66,033
37.9
395,603
3.03


' ! l
> !
, i : j
'•I '1
'1 ; i

• | ! [
' t \
; t ; 1
> i i- !
L i : J 	
1 i l
< i !
\ \
• \ \
i
1 1 	

966 1367
1954
846,311
41,613
4,533
62,783
52,875
6.2
3.55
29,787
225
.._ 23,088_
20,003
226,397
3.3 ;o !
352,3£0
9:,-:;s
537,850
36.71
69,-.-64
6,973
93.3
5,012
4,572
532
57,753
348
300,580
2.86
• G50
.- 900
	 850







- ^50




o


o
	 0 S
1953
1,137,124
41,046
5,090
114,456
56,744
5.0
4.63
28,345
2.25
	 28,399
21,791
192,311
2.9 to 1
384,098
150,819
470,060
37.11
65,914
9,630
1289
7,136
6,599
667
69,463
38.7
380,701
2.72

-------
                                                                                              642
                                                                                 ^—^
                          Armco Stee! Corporation and  Consolidated Subsidiaries   V


For the years ended December 31, 1S67 and 1855
                                                                    (Dollars in thousands)
                                                                    1£37       1£35
   jrce  of Funds                                                  	
       Operations
          Net income for the year	      -$J[C,e47    $ 33,737
          Depreciation	    '     79,160      71,027
          Deferred Federal income taxes (decrease)	           (213)     (1,264)
             Total	        149,591     155,500
       Increase in long-term debt	         6G,GCO        —
       Bank loans	          —         8,000
       From other sources—net	          6,613          63
             Total	        213,204    164,568
Use of Funds
       Capital expenditures	        154,110    195,103
       Cash dividends	  '    C 44,475     44,411
                             •' ••) --      ^   /..- '•             \   ' ~-'  "~
       Increase in investments.i.:":•:''.•:	    \  /_ 31,373      5,331
       Decrease in accounts payable  and
        accruals (increase)	         25,693     (19,215)
       Increase in accounts and notes receivable	          £,cX9     11,130
       Increase in inventories	          2,3£o      5,368
       Payments on long-term debt (Note D	          —       21,749
             Total	        237,10'.    234,377
Decrease in Cash and Marketable Securities for Year	         50,837     99,309
Cash and Marketable Securities
       Beginning of year	        136,550    236,359
       End of year	       $ B5,S53   $136,550
(1) 5°^ notes to financial statements—Note 2, page 23.

-------
                                                                                                         643
   December 31,1967  (Dollars in thousands)

                                                                     Percentage  of
                                                                        Ownership      Amount

   Foreign Subsidiaries Not  Consolidated (Note 2)  	    60-100          $23,423



   Bellefonte Insurance Company	       100              1,142



   Truss Pipe Company	        50               530



   Associated Companies (Notos)

          Reserve Mining Company	        50            2£,029

          Iron Ore Company of Canada	         5.13          5,709

          Oregon Metallurgical  Corporation	        29.27          4,200

          Carol Pellet Company	         7.69          1,717

          A. 0. Smith Corporation of Texas	        50               500

          Iron Ore Transport Company, Limited	        13               297

          Oglebay Norton Company	         3.S4           233

          One Domestic and Seven  Foreign Companies	     20-50              2,440

                 Total Associated Companies	                      43,125



   Notes and Accounts Receivable—
        Not Current, and Miscellaneous Securities, etc	                      32,517

                     Total	                    $100,740
(1) The inves!ments in Be'lefonte insurance Company (wholly-
owned) and Truss Piae Company (]o,n\ venture partnership)
are stated at equity; all other investments are stated at cost.
(2) Armco's equity in the net assats of foreign subsidiaries not
consolidated  amounted to 555,211.000 at October  31,  1967,
based upon  translating their auc.tec  financial statements into
Unitod States dollars at appropr.ate  rates of exchange. Divi-
dends received from such foreign subsidiaries (included in
revenues for the year) were S70v,000  less than Armco's equity
in their cornbir.oc net income.
(3) Armco's eqi-.ty in the net assets of associated companies
amounted to $53,036,000 at December 31, 1S37, based upon
unaudited financial statements rurnished by the companies.
Armco's investment in Reserve Mining Company is its equity
in that comoany's net assets. Separate financial statements for
Reserve are included in reports filed annually with the Secur-
ities and Exchange Commission.

-------
                             Arrr.co Stee!  Corporation and Consolidated Subsidiaries   V
                                                                                                     644
}w^r\iGs srjiu w*cci^i;~. «* c* %oc, aJ'Oo/'Gc-s^Oii
 the year ended December 31,1967  (Dollars in thousands)
                                                             '.V.ac'r.'.r.sry
                                                                C*t . 'v«

                                                               ,,,-,.-, ^_ -.'.    O *" n P "
                                                               i— i „/.,. \_,....    vy »., i c. •
                                                                                     Progress
perty, Plant, & Equipment—At cost

   Balance, January 1, 1S67 (Note D	$1,371,212  $15£,2":2   $  £73,325  $  £3,335  £135,740

   Additions (deductions)	   154,r.O    12,554      -,33,543     ".3,35-,    (53,033)

   Less retirements	    13,835     1,125        8,967      3,743     —

   Balance, December 31, 1957. . ..
                                   ...  1,511,487   170,641    1,155,898    106,246     78,702

3 Accumulated Depreciation (Note2j...    7S6,S92    83,167     649,501     54,324      —
 oerty, Plant, & Equipment—Net	$  724,495  $37,474  $  503,337   $51,922   $78,702
 tcludes Olympic Screw & Rivet Corporation (See notes
 aneial statements—Note 1, page 23).
 ?prar'  'on for the year amounted to ST9,160,000, as com-
 ! wit    ,027,000 for the previous year. Provision for de-
 ation _ new facilities acquired since January 1, 1955, is
 •uted generally by applying to the net oook value of each
 > of assets a rate equal to double the straight-line com-
 3 rates except that the sum-of-tne-years-digits method of
                                                extinguish the cost of the oroperties through charges to oper-
                                                ations and creaits to accumulated depreciation over their esti-
                                                mated productive (guideline) lives.
 :oun2ants' Opinion

 SKINS & SELLS
 IFIED PUBLIC ACCOUNTANTS
 ;o Steel Corporation, its Shareholders and
 j-tors:
 3 have  examined  the  statement  of  consoli-
 j financial  position of  Armco Steel Corpora-
 :nd consolidated subsidiaries as of December
 967 and the related statement of consolidated
 ne and income retained in  :he business for
 ear      ended, and the supplemental sched-
 of sou.ce and use of funds,  investments, and
 ?rties and accumulated depreciation as of that
 and for that year. Our examination was made
 :cordance  with generally accepted  auditing
 !ards, and accordingly included such tests of

 nnati, Ohio
 jaryS, 1968
                                                the accounting records and such other auditing
                                                procedures as we considered necessary in the cir-
                                                cumstances.
                                                  !n our opinion, such financial' sta:em£r..s present
                                                fairly  the financial position  of the companies at
                                                December 31, 1967 and ine results of their opera-
                                                tions  :or the  year then enced, in conformity with
                                                generally accepted accounting principles  app:ied
                                                on a basis consistent with that of the preceding
                                                year;  and  >P.e supplemental schedules  present
                                                fairly  the information shown therein.

-------
                                                                                                          645
10 Year Summary
Results for Year (net tons and dollars in thousands)
                                                                        1967             1968             1965
Revenues
       Sales, less discounts, returns, and allowances	  $1,133,138        1,224,605         1,188,545
       Dividends, royalties, and interest	      25,529           26,219           23,763
             Total	   1,163,667        1,250,824         1,212,308
Costs and expenses
       Cost of products sold	     978,768        1,017,366          950,026
       Selling, general and administrative expenses	      90,760           88,623           86,368
       Interest and expense on long-term debt	      10,675            9,489             5,727
       Sundry other charges (credits^	      (1,194)             (281)            (708)
       Federal,  state, and foreign income taxes	      14,013           48,890           67,387
             Total	   1,093,020        1,164,087         1,118,800
Net income (Note D 	  3   70,647           86,737           93,508
Net income per share of common stock (Note 2)	  $     4.74             5.86             6.32
Cash dividends 	  $   44,475           44,411           44,411
Cash dividends per share ot common stock	  $     3.00             3.00             3.00
Net income regained in the business after cash dividends	  $   26,172           42<^_2S           49j^57
Raw steel production (nations)	77:v	       7,455            7,616             7,755
Shipments (net tons) (Note 3)	       4,874            5,230             5,236

Year-End Data
Working capital 	  $  352,881          366,635          364,790
Property, plant, and equipment
       Balance, less accumulated depreciation	  $  724,495          649,905          526,968
       Capital expenditures	  $  154,110          195,103          127,247
       Provision for depreciation	  $   79,160           71,027           63,156
Expenditures—lease rights	  $   53,287            —               —
Shareholders' equity
       Common stock	  $  148,933          148,048          148,048
       Capita! paid-in in excess of par value (Capital surplus)  	     105,301          105,074          105,074
       Income retained in the business (Earned surplus) 	     833,755          606,235          533,960
             Total shareholders'equity	  $  887,989          860,405          818,080
Long-term  debt	  $  255,000          205,000          206,879
Per cent earned
       Onnetsales	        6.2%              7.1               7.9
       On shareholders'equity (Note 4)  	        S.1%             10.3             11.8

Common stock
       Book value per share (Note 2)	  $    59.62            58.12             55.26
       Shares outstanding (Thousands of full shares) (Note 2)	      14,892           14,804           14,804
       Number of shareholders	      73,709           72,846           67,256
Number of employees (Average tor year)	        33,439           39,237           33,006
(1) Net income for 1964 includes an extraordinary credit of 35,979,583 (S.40 per share);
net income for 1963 includes an extraordinary credit of 34,928,709 (S.33 per share)
(2) Based on the number of shares outstanding at end of individual years.

-------
1964
1963
      Armco Stee! Corporation and Consolidated Subsidiaries  ""V"
'952             1961             1SSO             1359            1953
                                                                                                     837,391
                                                                                                      17,032
                                                                                                                646
1,063,521
22,554
1,086,085
081
01,926
6,013
32^
43,354
;,005,638
80,387
5.43
44,411
3.00
35,976
6,823
4,774
406,698
4. .,11
59,100
52,531
148,046
103,074
514,853
738,933
130,152
7.6
1C.7
51.94
14,804
67,526
: 3
933,439
25,184
959,623
765,273
73,132
6,322
(3,271)
47,303
893,759
65,354
4.45
44,411
3.00
21/.53
5,735
4,163
334,000
468,233
67,996
51,387
148,046
103,074
478,887
733,007
137,990
7.1
9.1
49.51
14,804
63,113
34,508
918,551
20,237
938.7S3
771,495
77,164
6,612
1,683
35,943
392,905
45,893
3.10
44/11
3.00
1/32
5,005
3,S9"
364,242
464,354
90,504
57,333
148,047
103,074
457/34
7' 1,555
144,735
5.0
S.5
43.03
14,304
03,881
34,399
887,970
23,054
911,034
72^,959
75,887
6,543
',323
47,300
853 ,5 '7
57,517
3.89
44,395
o.CO
13,121
5,359
3,330
404,021
433,392
73,034
43,3-5
148,035
1C3.029
455,952
7-0,0-7
151/30
0.5
0.2
47.S3
14,303
63,232
35,031
937,999
25,517
933,316
T40,392
73,511
3/79
',093
63,375
893,157
70/59
4,76
44,387
3.00
26.072
4,934
3,994
434,241
393/31
51,329
40,133
147,970
105,326
442,331
596,527
153,850
7.5
10.3
47.08
14,793
70,554
33,820
1,022/29
21, SCO
1,043,929
803,270
76,235
3,335
345
73,- '7
953,8?'
77,334
5.21
4-4,377
3.CO
S2,S87
5/29
4,104
337,335
376,753
37,113
S3.93S
147,955
1C5.774
4- 5,759
570,488
'74,5oo
7.5
11.5
45.32
14, 79^
70,920
•40,307
                                                                                                     694,337
                                                                                                      39.742
                                                                                                       0,749
                                                                                                       ' 3CS
                                                                                                     __57/24
                                                                                                     323,911
                                                                                                      57,512
                                                                                                        3.89
                                                                                                      44,203
                                                                                                        3.00
                                                                                                      13,309
                                                                                                       4,506
                                                                                                       3,641
                                                                                                     340,971

                                                                                                     377/41
                                                                                                      61,035
                                                                                                      34/57
                                                                                                     147,835
                                                                                                     -05,509
                                                                                                     334,072
                                                                                                     537,413
                                                                                                     107,055
                                                                                                       43.12
                                                                                                      14,782
                                                                                                      o/,
(3) Net tons include products manufactured 'rom steel Durchased f-on o'^er suppliers (yea's 1S64 and prior).
(4) Based on average of beginning and end-of-year balances.

-------
                                                                  647
                      Martin Hanson




In the last 5 years, 1963 - 1967, these two companies have




averaged more than $75 million a year in retained net income.




            These companies can easily afford ant ipo Hut ion




measures not only because of their large retained earnings but




also because they have had 12 years of operation with substantial




savings without waste treatment.  The plant has operated for a




period long enough to enjoy substantial depreciation and now




enjoy assurance of no added tax cost since passage of the Minnesota




Taconite Amendment.




            We urge the Corps of Engineers not to renew the




permit to allow releasing these tailings into the navigable waters




of Lake Superior.




            Lake Superior is the best of our Great Lakes,




Let's keep it that way.




            I would like to further comment that I thought it was




in very poor taste that Commissioner Klein would refer to Charles




Stoddard and refer to the Stoddard Report.  I have considered some




of his statements a personal attack on a very fine person and one




of the best of the people we have in the natural resource field in




our country today.




            (Applause.)




            MR. FRANCOS:  Mr. Chairman, I have a resolution




received from the Wisconsin Federation of Women's Clubs that




I would like to read for the record.

-------
                                                             648







      Wisconsin Federation of Women's Clubs




       A resolution of the Wisconsin Tenth District Con-




vention, General Federation of Women's Clubs.




       WHEREAS:  The health and welfare of future generations




of this Nation will depend directly upon the availability of




an extensive supply of clean, fresh water; and




       WHEREAS:  The people of this Nation have the right to




the enjoyment of clean and unpolluted lakes, rivers, and




streams, both for aesthetic and recreational enjoyment; and




       WHEREAS:  There are many practices in our society at




present, whether committed in ignorance of knowingly, by




private individuals or corporate bodies, which threaten our




waterways with escalating pollution;




       THEREFORE BE IT RESOLVED:  That the Wisconsin Tenth




District Convention of the General Federation of Women's Clubs




strongly opposes any and all activites which tend to degrade




the quality of the waters of this Nation, whether by processes




which increase sedimentation or poison and pollute the waters,




undermining their natural life-sustaining character; and




       BE IT FURTHER RESOLVED:  That this Convention calls upon




the Federal, State, and local governments, and upon private




citizens and corporate bodies, to exercise every legitimate




means within their power to end the degradation of our waters




and to secure for this Nation's people and their descendents




as pure a quality of water as nature endowed us with.

-------
                                                                 649
              Wisconsin Wildlife Federation






            Passed by vote of the Convention April 23,  1969,




     at Spooner, Wisconsin.




            For the Convention:




            Signed, Catheryn Johnson,  Washburn,  Wisconsin,  and




     Isabel Lamal, Ashland, Wisconsin.




            Mr. Chairman, I have a communication received from




the Wisconsin Wildlife Federation.  It was prepared by Richard




A. Hemp, presented by Harry S. Pomeroy, Vice-president,  Mr.




Pomeroy could not be with us.




            The Wisconsin Wildlife Federation is a statewide




     organization of conservation clubs and individuals




     affiliated with the National Wildlife Federation.   The




     Federation represents 63 local clubs and approximately




     12,000 members.




            The Wisconsin Wildlife Federation can offer no




     technical solution to the problems of Lake  Superior water




     quality, except to suggest that the most direct,  obvious, and




     economical way to maintain high water quality is  to prohibit the




     discharge of any element, waste,  by-product, or substance into




     the water which has the property to downgrade its quality.




            Persuasive arguments can often be heard that a  single




     given operation or development cannot by itself harm the




     environment in any appreciable or noticeable degree.  This




     may very well be so.

-------
                                                        650
       Wisconsin Wildlife Federation






       However, the aggregate of these so-called semi-




harmless developments can in their total sum build up, in




relationship to their number, a massive pollution problem.




       We have seen the other four of the Great Lakes "go




down the drain" because too little attention was given the




problems as they were building up and forthright action is




now hard to come by because of the irreversible nature of




past and present developments.




       In Lake Superior we have the largest relatively




unspoiled body of water remaining in America.  The opportunity




to prevent its despoliation is here and now while its water




quality, as compared to the other Great Lakes, is still




relatively high.




       Certainly if we drift into a policy of permitting this




and then permitting that because this operation or that




development has no apparent effect on the ecology of the lake,




we are passing an eventual death sentence on this magnificent




body of water, much in the same manner in which the other




Great Lakes are doomed to die, unless through long, costly,




and ponderous processes we can reserve this judgment.




       The Wisconsin Wildlife Federation is categorically




opposed to pollution in any form.  Let's save Lake Superior




from the thoughtless, reckless exploitation which has marked




our natural resource use up to now."

-------
                                                                651
                      B. C.  Prentice




            I have had a request from Dr.  B.  C.  Prentice to




make a statement to this Conference.




            Is Dr. Prentice  here?




            A VOICE:   He couldn't make it.  I will give it




to you for the record.  He cannot be here.




            MR. FRANCOS:  All right.




            (The statement of Dr. Culver Prentice was read




and follows.)

-------
                                                                    652
W. E. BAHGHDLTZ, M. o.                                                 FIRST FLDDR, SUITE 1DI
J. E. KREHER. M. D.                                                      PH O N E= 6 8 Z-6 6 Z Z
J. W. PRENTICE, M. D.
8. C. PRENTICE, M. O.
•.*. KDELLER, M.D.          SMILES-PRENTICE MEDICAL GROUP
                             2O6 SIXTH AVENUE WEST
                              ASHLAND, WISCONSIN
                                   S4SD6

                                 May 13, 1969

     Chairman
     P W P C A Enforcement Hearing
     Duluth, Minnesota

     fly name is Dr. Culver Prentice of Ashland, Wisconsin.  I apeak
     as a concerned private eitisen and as the Chairman of the  "Citizens
     Committee for an Apostle Island National Lake Shore." I hare lived
     and worked my entire adult life in the-4wrenvirons of Lake  Superior.
     Ky home is on its shore.  Bays, beaches and tributaries have shap-
     ed my life.  I have plied its waters Vy sail from Whitefish Bay
     to the Apostle Islands.  I know Lake Superior well and love it
     deeply.

     In the course of this hearing there will be statement and  counter-
     statement relative to what does or does not constitute pollution.
     .there will be attempts to decide which bits of violence done to
     Lake Superior constitute violations of law, and even whether or
     not clear violations can or should be brought to account.

     All this seems beside the point.  The real point is that in Lake
     Superior we have the last clean and the most magnificent fresh.
     water body in the world, and that its freshness and magnificence
     is of the most fragile sort.

     It has its own peculiar ecology brought into balance over  the past
     eons.  A most delicate balance of living organisms, geologic de-
     velopment and climatologic influences.  And make no mistake about
     it, despite its seemingly limitless capacity for dilution  this
     delicate balance will be hideously influenced by any and all
     pollution!  And once the ecologic balance is tipped by pollution,
     by whatever name it may be called, the plunge to degradation is
     accelerated.

     And just as its magnificence has struck us as being ageless, so
     too will Lake Superior's pollution be ageless.  For even if all
     forms of pollution were totally stopped, it would take this vast
     lake 500 years to purge itself!

     With these thoughts in mind it is self evident that anything
     that in anyway disturbs Lake Superior's ecologic balance,  be it
     thermal pollution, municipal sewage, industrial discharges or
     mill tailings must be prohibited as illegal.  And whether  or
     not considered by the law to be illegal such outrages against
     our environment are opposed to all codes of moral decency.

-------
                                                                       653

W. E. BARGHDLTZ, M.D.                                                   FIRST FLDOR, SUITE 1D1

J. E. KREHER, M.D.                                                       PHONE: 6B2-66ZZ
J. W. PRENTICE, M. D.

B. C. PRENTICE, M. D.
                    SMILES-PRENTICE  MEDICAL GROUP

                              2D6 SIXTH AVENUE WEST

                               ASHLAND, WISCONSIN
                                    54806
                                    Kay 15, 1969

     Chairman
     J W I- C A Enforcement Hearing

     Page -2-

     I would urge the F W P  C  A to take a strong stand against  aJ.1
     forms of alteration of  Lake Superior's ecology.  I would urge
     the adEinistration to bring the force of law to bear where
     there are present violations.  I would encourage them to assume
     a forward looking stance  in fomulatinr; policies that do not
     fa.vor municipalities, industries and xrxdivi duals, but tha.t
     favor the environment in  which, we all aust function!
     Thank you for the opportunity for presenting
                                B.  C.  1'rentice, K/Xu^^* Chairman
                                Citizens Committee for Apostle Islands
                                l.'ntional Lake Ghore
     BCP:mla

-------
                                                                  654
                    Don Covill Skinner




            MR. FRANCOS:  We have had a request from the




Reverend Dr. Don Covill Skinner of Northland College to make




a statement.




            Is Dr. Skinner here?









            STATEMENT OF DON COVILL SKINNER,




            NORTHLAND COLLEGE, ASHLAND, WISCONSIN









            DR. SKINNER:  Gentlemen:




            My name is Don Skinner.  I am a resident of Ashland,




Wisconsin, and serve on the faculty of Northland College.  Along




with these verbal remarks, I am submitting for the record a report




of a study conducted by myself and Mr. Henry Lockwood, a Northland




College Senior majoring in biology.




            (The report follows.)

-------
                                                                655

WRITTEN TESTIMONY SUBMITTED TO THE FKOEnAL WA'TSR POLLUTION CONTROL
ADMINISTRATION ENFORCEMENT CONFERENCE, LAKE SUPERIOR BASIN, AT
DULUTH, MINNESOTA, MAY l^s-l^h, 1969.

Statement submitted by: Dr. Don Covill Skinner, Ashland, Wisconsin
                        Mr, Henry Lockwood, Northland College.


A. INTRODUCTION

   During the late part of April and early May, we conducted exper-
   iments to test t^e effect on marine life of the effluent of the
   E. I. Du Pont De Nemours Co., Inc. plant at Barksdale, Wisconsin.
   This effluent enters Boyd Creek as the creek passes through the
   Du Pont property, and shortly thereafter drains into Lake Superior
   in Chequamegon Bay.

   Our study of this material was motivated by a number of factors,
   the first being that the general dissatisfaction with the effluent
   relates to its red color, making it an esthetic nuisance; but we
   have heard little concerning its impact on the ecology of the
   stream and the lake. Representatives of the Du Pont plant, in our
   conversations with them, indicate this is their primary concern.
   They point to studies indicating that the material, in modest
   quantities, is not noticeably harmful to warm-blooded animals,
   and that there have been no reported instances of fish-kills.

   We were secondly motivated to conduct this study because we became
   aware that the state of Wisconsin was dealing with the problem,
   but only recently, when the problem has existed for fifty-five
   years, since Du Pont first began to release this effluent in
   We had heard rumors as to the toxic quality of the material, and
   determined to investigate for ourselves.

   It should also be stated that we are convinced of Du Font's good
   will in their claims that they are working hard to solve the
   problem. The difficult nature of the problem is witnessed in the
   fact that all attempts to solve it thus far have proved either
   ineffectual or economically prohibitive.

   On the basis of our study, however, we cannot agree with the view
   that this is primarily an esthetic problem, and we are very con-
   cerned over the quality of the chemical materials in question.

B. THE "RED WATER" PROBLEM

   Briefly, the "red water" phenomenon is caused by the runoff of
   cooling and wash waters at the end of the production of the
   organic compound 2,^-,6-Trinitrotoluene, commonly called TNT, an
   explosive substance. In the effluent are significant quantities
   of Nitrotoluene Sulfonic Acid, (NTS), which material has a high
   coloring capability, and even in small quantities colors the water
   a bright red. This material is run off as effluent because of
   certain undesirable components of the TNT production, which are
   outlined in the appendices at the conclusion of this report.

   In the course of our study, we have learned the following about
   this material:  that Nitrotoluene Sulfonic Acid is a highly toxic
   substance to any organic life, as are all members of the ni i'-ro
   group of organic- compounds; that it is a stable compound not easily

-------
                                            Skinner / Lockwood     656
                                            Page 2

   broken down, and has a low degree of biological degradability;
   that it does not evaporate out of solution readily, but tends to
   stay behind in increasing concentration as water evaporates; that
   it can be broken down by organisms if it is not initiated in lethal
   dosage, and in vertibrates is reduced to Nitrobenzoic Acid which
   is capable of being excreted through the kidneys; that this process
   demands an increased oxygen consumption on the organism's part to
   facilitate the oxydzzation process; and that organisms may be
   greatly weakened physically until the alien material is purged.

   An additional danger on which we do not yet have information is
   the possibility of NTS, under certain conditions, being reduced
   to Nitrobenzene, a potent organic solvent which will dissolve any
   living tissue. This material is highly toxic, may be absorbed
   through the skin or inhaled as vapor, and can only partially be
   discharged. It turns the blood a chocolate brown and disrupts the
   functioning of hemoglobin and metahemoglobin.

   With this information in hand, we conducted two sets of experi-
   ments .

C. FIELD EXPERIMENTS

   Using a planktonic drag net, we took samples from Boyd Creek with
   the following results;

      1. A drag of the creek above the Du Pont effluence point
         yielded a number of life forms normal to creek life.

      2. A drag below the Du Pont effluence point yielded no living
         organisms, but several dead ones in the sediment.

      3. A drag at the delta, just nrior to the creek's entry into
         Chequamegon Bay yielded only two small worms of unidentified
         species.

   While in the field, we collected large samples of the stream water
   both above and below the effluence point, samples of which staid
   before you, the white water from above, the red water from below.
   These served as the basis for our laboratory experiments.

D. LABORATORY EXPERIMENTS

   Two sets of lab experiments were conducted, the first using
   microscopic life forms, the second five species of fish common
   to Lake Superior.

   The results of the experiments with microscopic life are not yet
   completed. We can state, however, that the introduction of the
   red water into cultures of these organisms results in a signifi-
   cant  reduction of life, and in some cases total anniHilation..
   The implications of this fact for the ecology of Cnequamegor. Bay
   are extremely profound. These animals assist in the processing
   of organic materials in the water, somewhat like a waste disposal
   system, and in turn serve as food for higher life forms. Their
   destruction can therefore result in both decay of the water
   quality and loss of the base of the marine food supply.

-------
                                                                  657
                                       Ski/run er / Lockwood
                                       Pa-e 3

The fish experiments preyed to be more decisive, and are herein
outlined. Three experiments were conducted, using the corairon
bate minnow known as shiners, rock catfish, stickleback, suckers
and Brook Trout, It should be noted that these species represent
a considerable variation in fish life, from highly specialized
and sensitive species on the one end to organisms capable of sur-
viving in rather low-quality conditions on the other. We first
determined that these species would survive in Boyd Creek water
prior to the initiation of the NTS material, and found they
thrived. A control tank was maintained throughout the experiments,
and at the end these fish were released in a healthy condition in-
to Lake Superior.

In the first experiment, fish x/ere subjected directly to the red
stream water as taken from Boyd Creek, with temperature and oxy-
gen control. Fish so treated followed a uniform pattern. Within
a few seconds they demonstrated violent swimming behavior, and
often made successive leaps out of the water. Within a few seconds
after that, they entered a state of extreme •'ntoxification, re-
sembling a siezure, or the spasmodic muscular contractions of a
fish which has been stuck on the head with a blunt instrument.
Within one minute they had lost equilibrium, and floated on their
backs at the surface or on the bottom, and death ensued within
several minutes.

It should be noted that in recent trials with a more concentrated
solution, as the stream has declined after the spring runoff,
fish subjected to the stream water die within a matter of 15 or
so seconds.

These experiments were continued in increasingly less concentrated
solutions, by the addition of fresh water—as would happen in the
lake as the stream water is distributed through the water system--
until it was determined that death would not result. It was found
in this way ~kbat if the stream water were diluted in a ratio of
one part to •&§&• parts fresh water, fish die within twenty-four
hours; but at a ratio of one part stream water to ten parts fresh
water, the fish continue to survive.

In the second experiment, fish were placed in tanks containing
varying concentrations of solution, ranging from one-to-ten up
to one-to-fifty stream water to fresh. Over a ten-day period, all
the fish survived with the exception of a few which died almost
immediately, apparently because of desease or similar liability.
None of the other fish showed significant change, except thoce i:i
the most concentrated solution. These demonstrated loss of equi-
librium, and could  not maintain a position midway in the tank,
i.e. they either rested on the bottom of floated to the top in-
stantly with the cessation of swimming movements, suggesting a
considerable disability. Only one change was noted: the fish
showed signs of revival on the eighth day, an explanation for
which is provided below.

In the third experiment a group of fish were placed in clear water,
and a measured quantity of stream water \^as added daily for ten
days. The dosage was such that on the eighth day the solution
should have reached the lethal level. As of the tenth day, however_
all the fish remained alive. We postulated that one of two DOS-

-------
                                                Ski.cn.er / Lock-wood   553
                                                Page ^

   sibilities existed; (a) that the fish had developed a tolerance
   for the material, a fact unlikely according to the literature,
   given the toxicity characteristics of NTS; or, (b) that the mater-
   ial was being broken down within the tank environment so that by
   the tenth day the le-thftl level had not in fact been achieved. We
   tested these hypotheses by placing fresh fish from the control
   tank directly into the experimental tank on the tenth day. Their
   behavior did not change, and since they had no opportunity to
   develop a tolerance for the material, it is apparent the lethil
   level had not been achieved.

   Examination of the tank contents revealed little bacterial growth,
   although some algal growth was noted. It seems more likely, how-
   ever, that the fish themselves were internalizing the material,
   processing it, and excreting it in broken-down form, although
   tests for this are extremely difficult and we have not been able
   to pursue them. If this hypothesis is correct, however, it would
   also explain the eighth-day recovery of the fish in above-mentioned
   one-to-ten solution.

E. CONCLUSIONS

   From these studies we have drawn the following conclusions, which
   have obvious implications, and suggest several serious potential
   problems;

   1. The Du Pont effluent is highly hazardous to marine life, and
      is definitely not merely an esthetic nuisance. We feel confi-
      dent to predict that no fish will survive in Boyd Creek or in
      Chequamegon Bay before sufficient dilution has occurred to
      render the material tolerable in concentration. That there has
      been no significant fish-kill is not entirely true. Drc Newton
      3obb, Emeritus Professor of Biology at Northland College, in-
      forms us that in 191*+, when Du Pont first introduced NTS to
      Boyd Creek, a once fine trout stream was destroyed, a whole
      strain of trout killed, and people came from all around during
      the migration season to pick the dying trout out of the water.
      The implication is that cleaned up, and given a chance to purge
      itself, Boyd Creek could again become a trout stream, which sug-
      gests what has been done to a recreational and natural resource.

   2. While our experiments indicate that some organisms, and perhaps
      fish, can process NTS over an extended time period, it is also
      evident that during that period fish suffer a physical debili-
      tation, making them more readily subject to the hazards of the
      environment, such as predators or desease. We have no informa-
      tion of how this condition might affect reproductive capacity.
      And perhaps most serious, we have no clues to date as to what
      the end products of this biological processing might be, or
      their impact on the chemical composition of Lake Superior
      waters.

F. RECOMMENDATIONS

   Based on these experiments and our conclusions, we wish to enter
   the following recommendations to this conference;

-------
                                         Skinner / Lockwood
                                         Page 5                 659


Because of the grave impact of NTS on Eoyd Creek waters, and
its potentially grave impact on Lake Superior, it is our opin-
ion that the toxicity factor has been outweighed by esthetic
considerations, and we therefore find -unacceptable any proposed
solution to the colored water which is based on diluting the
material and piping it out to the bottom of Chequamegon Bay.
This might solve the esthetic problem by hiding it at the
bottom of 'the bay, but it also obscures from view the biolo-
gical impact. Given the ecological system of a lake such as
Superior, where the shallows areas such as Chequamegon Bay
form the base for the entire ecosystem's food supply, the im-
pact of NTS is too dangerous to toy around with.

We reject the notion that it is permissible for Du Pont to
continue dumping this material into Lake Superior on any grouud
whatever. We are not impressed by the arguement that since
there is little pollution in the area, there can be little harm
in what they are doing. Biological studies of the Bay over a
period of years since the turn of the century indicate a
serious and continuing degradation of the area and a continu-
ous decline of its life-sustaining properties. Adding any
pollutant to these waters, especially a material of high tox-
icity, can only complicate the problem and frustrate a solution.

We are appalled, quite frankly, that a 'Isconsin state law
prohibiting pollution of Lake Superior by industry, passed in
1899^ has been ignored in this case until last year. We would
like to know how it is that the red water has been present
since 191*+, but that the first state order to clean it up was
not issued until 1968. With this kind of casual attitude en
the part of the state regulatory agencies, our environment has
little chance of surviving; or, to put it in different terms,
if Lake Superior has those kinds of friends, who needs enemies?

-------
                                              Gkuir.er / Loclcwcod
                                                                   660
                                                   6
APPENDIX A
           / Characteristics of Nitro toluene
   The properties of Nitrotoluene
   zene,  a potent organic solvent
                                  are similar to those of Nitroben-
                                  which will dissolve organic jcater-
                                 .  In the body, however, the pre-
                                  Nitro toluene less toxic than Nitro-
                                  may be oxidized, resulting in
   Nitrobenzoic acid, which may be excreted through the kidneys,
   as illustrated below:
ials not
sence of
benzene,
otherwise dissolvable,
the CH^ group renders
because the CE-, group
                         IT
                          h
           N02
   Nitro toluene
   or its isomers
                             Oxidation
                                                Nitrobenzoic Acid
   In addition, it is worth noting that traces of Benzoic acid have
   preservative properties for food. However, the material is con-
   sidered sufficiently dangerous, even in trace amounts, that the
   law prohibits its use as a food preservative. These facts sug-
   gest something of the hazards which characterize the nitro group
   of compounds, of which the Nitrotoluene Sulfonic Acid effluent is
   one.
APPENDIX B / Alternatives to the NTS Effluent Process

   Under the present set of circumstances, the production of TNT
   results in two other products, 2,3,^- and 2,M-, 5-Trinitrotoluene.
   Each of these contains a labile nitro group (one which is easily
   broken off the molecule) which makes them undesired by-products,
   in that they tend to hydrolize easily and yield Nitric Acid.
   They are therefore considered contaminants, and are eliminated
   as follows: crude TNT is warmed in a 5% aqueous solution of So-
   dium Sultife (Na2SCb). The labile N02 groups are replaced by the
   Sodium Sulfinate group (SOoNa) to yield water soluble derivatives
   of "reddish sulfite extract," thus the red water color.
          CH3
           iJo
                                                     CH3
          NO 2
                                                                WASHv.
                                                              : WATE'H "

-------
                                              Skinnor / Lockwood    661
                                              Page 7


   The  process,  hovaver, need not  stop here with  the washing away
   of the  last yield  of  compounds  as waste as  in  Boyd Creek. An
   additional step  may be  instituted which combines these material?
   and  forms a second explosive material, the  schematic formula for
   which appears below.  We have acquainted the Du Pont management
   with this process  (we are unaware of whether or not they have
   considered it before)v  but not  being industrial chemists we can-
   not  speak to  the cost involved  or to the marketability of the
   final product. The idea would at least seem worthy of considera-
   tion as an alternative  to  the pollution of  Boyd Creek and Lake
   Superior.
                                       INVQv /  \

                                          'Olso-Ba

                                            N02

                                                  i

                               "V             ^
                                    I.  CH3NH2 (Replacing  the S03Na)


                                    2.  Nitration
                                NO 2

                            3-Methyltetryl

BIBLIOGRAPHY
   The following deal with the nature and problems of the "red water
   phenomenon" and difficulties in dealing with it as an effluent.

   Stuart Schott, C.C. Ruchhoff & Stephen Megregian,  "TNT Wastes,"
      Industrial and Engineering Chemistry, Vol.  35,  Wo. 10,  October
      19^3, pp. 1122-1127.
   "Surveys of Liquid Wastes from Munitions Manufacturing," Public
      Health Reports, vol. 58, No. 37, September 10,  19^3, PP- -'Jo 5-
      1372."

   The above were drawn to our attention by the Du Pont management
   in our personal conversations with them.

-------
                                                                  662
                   Don Covill  Skinner




 Our study,  conducted over  the period  of  the  last  few months,




 concerns the  impact  on marine life  of the  effluent  of the Du




 Pont plant  at Barksdale, Wisconsin.




            I have placed  before you  two bottles  of water.  The




 clear water is a sample taken from  Boyd  Creek at  the point  it




 enters Du Font's property; the second bottle contains  the  same




 water as it leaves the Du  Pont property  just prior  to the creek's




 mouth at Lake Superior. The  red color is  caused  by the presence




 of significant quantities  of  nitrotoluene  sulfonic  acid, which is




 washed off  in the final stages of the preparation of the explosive TNT.




            Our written report gives  full  details of our studies,




 findings, and recommendations.  I shall  here make only a few




selected remarks for  the purpose of  emphasis.




            Like many residents of  the Chequamegon  Bay area, we




 are concerned by this situation. But while  many  people, including




 the management of the Du Pont plant,  as  you  just  heard, see it




 primarily as  aesthetic nuisance, our  concern is somewhat more




 serious, becuase, quite frankly stated,  this material is poison,




 plain and simple. In a mixture of  1  part  effluent  to about a




 thousand parts of stream water - which is  what you  see before  you -




 a fish will die in a matter of a few  seconds to at  most a  couple




 of minutes, depending on how  high the stream is running when you




 extract your samples.

-------
                                                               663
                      Don Covill Skinner






            We know this, gentlemen, because we have done it with




numerous fish, including shiners, rock catfish, stickleback, suckers,




and brook trout.  We also know that this material is lethal to




those microscopic organisms which form the base of. the food chain




in a body of water like Lake Superior.  We consider this to be an




extreme hazard to the lake, because the death of such organisms




not only interrupts the normal food cycle of fish upon which we




depend for sport and commercial fisheries, but because these




organisms are vital in keeping the lake clean.  Like a waste




disposal system, they process organic material which results from




life in the lake, keeping the water clear, and their loss results in




a proportional decay of the lake waters.




            We see no reason why this situation should be permitted




to continue.  We further see no reason why  the lake should be




used as a garbage disposal unit for the processing of the waste




products of our industry, urban areas, or private homes.  The lake




will do some of this for us if we demand it, and if we are willing




to live next to and play in an open sewer.




            We further find it appalling that this condition has




existed since 1914 when Du Pont first began producing TNT at the




Barksdale plant; that since 1899 the State has had a statute




forbidding the pollution of the lake; but that the first order




issued by the State against Du Pont to clean up the situation was




not issued until 1968.  That certainly does not square well with our




Wisconsin pride in being a national leader in matters of pollution




abatement and resource conservation„

-------
                                                               664






                    Don Covill Skinner






            If I may depart just momentarily from my written text.




The statement that there have been no significant fish killed because




of the "red water" problem is not true.  A professor at Northland




College has studied Chequamegon Bay since 1904, and he recalls in




1914 when the "red water" first entered Boyd's Creek that the trout




once having been in the stream turned belly up  and died in the creek.




And people came from all around to pickup the trout, the trout being




up from the stream, as they died.  The trout,  being an anadnomus fish,




return to their spawning grounds.  Although the trout did not choose




to enter that, they did enter, and that whole stream of trout did




go into it.




            Because of all the above, we cannot under any cir-




cumstances endorse the Du Pont proposal which would solve the




problem by piping the material in diluted form out to the bottom




of Chequamegon Bay and hide it there.  That may solve the aesthetic




nuisance, but it fails completely to meet the grave ecological




hazards.  There are entirely too many unanswered questions concerning




the immediate impact and long-term liabilities of flooding the




environment with lethal substances.




            I would also like to add a brief comment concerning the




way we approach this and similar problems.  Much has been said lately




concerning this conference, asserting we must here  ascertain scientific




facts/ and that this conference will have been a failure if decisions




are based on political considerations.  I agree, up to a point.  That




point is defined by my understanding of both politics and science.

-------
                                                                665
                     Don Covill Skinner






            If by science we mean some wonderful medium by which




we will solve all human problems and cure all human ills, we are




deluding ourselves.  This places on science a burden it cannot




tolerate.  Science is, after all, merely a very specialized way




of looking for particular kinds of information.  By its nature it




is restricted from making value judgments.  Science can tell us,




for instance, that a particular action will alter Lake Superior in




a particular way.  This is useful to know.  But there are still many




actions the effect of which science cannot predict.  And even with




the information it can give us, science as science cannot tell us




whether our behavior is good or bad.




            We will have to determine that on the basis of value




judgments having to do with what quality of environment we demand




for ourselves and posterity, and how much we are willing to pay




for it - in money, in human resources, and in friction in our




communities as some people demand to take certain liberties with




the environment that others are unwilling to give them.




            This is why these are political issues, political in




the sense that they deal with the processes by which a people govern




themselves.  For what we are really doing here is taking the pulse




of the people to determine just what they will, or will not, put




up with.




            At heart, political issues are issues of ethical value.




And first on our list of values, if our efforts are not to culminate




in tragedies like Lake Erie, where I grew up, must be an unwillingness

-------
                                                                   666
                    Charles H. Stoddard






to permit any practice the consequences of which we cannot predict.




The fact that we may necessarily have to say at some point that




science has not given us a complete answer is not a justification




for continued tampering with the environment.




            In summary, gentlemen, I contend that where there is




a difference of opinion the burden of proof rests with those whose




actions have the potential of altering the lake.  It is they who




must prove their actions harmless, not that those objecting to such




practices must prove them harmful.  For those doing the objecting




know that their goal is the maintenance of the purity of Lake




Superior.  Those who wish to use it as a dumping ground must either




account for their actions fully, or admit their ignorance.  And I




would remind you that behavior based on ignorance most frequently




ends in disaster.




            Thank you very much.




            (Applause.)




            MR. FRANCOS:  Mr. Chairman, I would now like to call




upon Mr. Charles Stoddard as a citizen of Wisconsin to make a




statement to this Conference.









            STATEMENT OF CHARLES H. STODDARD,




            RESOURCE CONSULTANT, WOLF




            SPRINGS FOREST, MINONG, WISCONSIN









            MR. STODDARD:  Mr. Chairman, conferees:

-------
                                                                 667
                    Charles H. Stoddard




            In the event that anybody here might have missed




Mr. Klein's remarks yesterday with respect to a report that




was written last winter, I would like to introduce into the




record a copy of the Summary Report on Environment Impact of




Taconite with Respect to Lake Superior.




            MR. DOMINICK:  We would be happy to receive that




report as an exhibit.




            (The above—mentioned report is on file at FWPCA




     Headquarters, Washington, D. C., and the Great Lakes Regional




     Office, Chicago, Illinois.)




            MR. STODDARD:  Over the past 20 years great changes




have taken place in the Great Lakes.  Probably because economic




development has not proceeded as rapidly along Lake Superior as




it has along lower Lake Michigan and Lake Erie, we have one Great




Lake left which has not yet reached the pollution crisis stage.




The issue facing this historic and precedent-sett Lag conference




and squarely facing those vested with the authority for enforcing




pollution control laws is simply this:  Can we clean up existing




sources of contamination, and can we build into any new developments




prevention devices so as to maintain Lake Superior's purity?  An




equally basic question is:  Can our complex legal and administrative




machinery really enforce pollution control laws in the face of heavy




economic and political pressures to study, to postpone, to discredit,




and, yes, even to use improper influence not to act?

-------
                                                                668
                    Charles H.  Stoddacd






            I throw down these  questions as a challenge directly




to the Secretary and Assistant  Secretary of the Interior, to the




Federal Water Pollution Control Administration, to the pollution




control agencies of Michigan, Wisconsin, and Minnesota, and to the




U. S. Army Corps of Engineers,  St. Paul District Office.  Yours is




a heavy responsibility to generations unborn, gentlemen.




            During the past several months the press and the air




have been filled with statements and counter-statements about the




Department of Interior report to the Army Corps of Engineers on




taconite tailings disposal in Lake Superior.  As the coordinator of




Interior agencies under authority delegated me by Secretary Udall,




mine was the responsibility to  implement the Army-Interior agreement




of 1967 in the Great Lakes Region.




            Under this agreement the Corps requested comments from




Interior bureaus on requests for new permits and revalidation of




existing permits for dredging,  filling, and excavating of the




navigable waters of the United  States.  (It is important to note




here that the U. S. Government  exercises legal authority in an




1899 Act in these navigable waters at the shoreline - not simply




on an imaginary State line at the center of the lake.)  On




November 1, 1967, the St. Paul  office of the Corps issued a notice




requesting comments on the revalidation of an existing permit to the




Reserve Mining Company of Silver Bay, Minnesota, involving the




deposition of 60,000 tons of taconite tailings per day into the




lake.  Interior bureaus did comment.  They suggested a study and

-------
                                                                669
                    Charles H.  Stoddard






only a temporary renewal of the permit originally issued.   The




study was not a water pollution control study of all of Lake




Superior, it was simply on the  one single aspect of the Corps




of Army Engineers permit to Reserve.




            From this point on  strict bureaucratic procedures




were adhered to - with the one  exception that much greater study




and detailed fact-finding were  planned to find the basic facts of




the effects of this highly controversial source of effluent into




the lake than is normally required.  This procedure is set forth




in detail in the submitted attached memorandum from my office to




the Chief of the U. S. Army Corps of Engineers, dated January 20,




1969.  Subject:  Chronology of  Lake Superior Taconite Tailings




Study.




            I would like to introduce into the record a copy of




that memorandum.




            MR. DOMINICK:   We would be happy to have that




memorandum as an exhibit.




            (The above—mentioned memorandum is on file at




     FWPCA Headquarters, Washington, D. C., and the Regional




     Office, Chicago, Illinois.

-------
                                                              670
                        Charles H. Stoddard




             MR. STODDARD:    To summarize, five Interior regional




agencies - the Bureau of Sport Fisheries and Wildlife, Bureau of




Commercial Fisheries, Bureau of Mines, Geological Survey, and Federal




Water Pollution Control Administration - cooperated fully under my




chairmanship in designing the studies, made their top scientists




available for investigations, interpreted their data, submitted reports




which were included in toto in the final report.  The States of Minnesota




and Wisconsin cooperated by having their own pollution agency representa-




tives present at all meetings and by collecting certain portions of the




data for which they were particularly well equipped.  Each of the three




principal participating Federal agencies - Commercial Fisheries, Sports




Fisheries and Wildlife and FWPCA - reviewed the draft of the Summary




Report - Part I, which I just submitted, prepared by a working committee




of those agencies, concurred with the findings that pollution of Lake




Superior was resulting from taconite tailings at Silver Bay, and the




renewal of the Army Engineers permit should be conditional pending




construction of on-land disposal facilities.




             Under the circumstances it would not have been possible




for me to have influenced the findings in any manner, even if I wanted




to do so, which I did not.  Hard facts are hard facts, and these men




found that taconite tailings are polluting Lake Superior.




             The report - Part I (a summary) and Part II (the full




research submissions) were tansmitted to Colonel Richard Hesse, District




Engineer of the Corps in Sto Paul, on December 31, 1968.  This is the




report here that backs up the summary report.  It is fully annotated




in every detail.,

-------
                                                               671
                  Charles H. Stoddard






            There was no requirement - I repeat no requirement




for Washington off ice'"review"of Army-Interior reports.  Prior to




completion of the report there was a great deal of pressure from




citizen groups and the press to release preliminary findings -




which we did not.  I personally gave Secretary Udall a copy.




Copies also were sent to Mr. Jack Bregraan, a former staff assistant




to former Assistant Secretary Max Edwards, who preceded Mr. Klein,




who indicated his office would release the report.  Copies were




also given immediately to the Reserve Mining Company.




            I have subsequently learned that such tremendous




pressures were exerted upon Edwards and Bregman that when the




report became public that Edwards became concerned enough to make




such statements as,, "It is full of errors, it contains falsities,"




etc.  But when asked to specify   precisely, they could not do so.




Neither have any of those who recently made statements to the press




been able to do so.  However, Water Pollution Control Commissioner




Joe Moore, who is an outstanding, tough-minded public servant, on




January 23, publicly defended the report but took possible exception




only to the conclusicn  that 60,000 tons of taconite tailings daily




vere accelerating aging (eutrophication) of the lake.  You heard




Dr. Bartsch on this yesterday and you know it can happen here.




            I would like to introduce Mr.  Moore's statement into




the record.




            MR.  DOMINICK:   That will be received as an exhibit.




            (The above—mentioned statement is on file at FWPCA




Headquarters, Washington,  D. C. and the Regional Office, Chicago,




Illinois.)

-------
                                                                     672
                        Charles H.  Stoddard




              MR.  STODDARD:   I would point out to Assistant Secretary




 Klein and others  who publicly questioned the, integrity and authenticity




 of the December 31 Interior Report, that every single finding is docu-




 mented in this Five-Agency  Report, Part II.  The main differences




 between this Interior Report and the single agency FWPCA "An Appraisal




 of Water Pollution in the Lake Superior Basin" lie in the omission of




 several significant findings by other Interior agencies.  The new




 FWPCA report did include new findings on taconite tailings in the Duluth




 water supply, for example.   It is an excellent report and corroborates




 the earlier report's findings.  Those which were omitted dealt largely




 with the findings of other  Interior agencies, State matters, enforcement,




 and disposal recommendations.




              In my formal papers I have identified the omissions as:




 1)  That Federal-State water quality standards are being violated as




 a result of the discharge of iron, lead, zinc, cadmium, and copper;




 3)  That turbidity has been found to be widespread and in excess of the




 Minnesota permit  to Reserve;




 6)  That the 60,000 tons of tailings per day are equal to all of the




 silt discharged from North  Shore streams in a year0




10)  that alternate disposal methods are available.  Every other taconite




 plant has on-land closed system tailings disposal„




              It is significant, I believe, that numerous speakers preceeding




 me have quoted liberally from the Interior Report and used its data, even




 Reserve Mining.  It is equally significant that no responsible scientist




 or layman has very successfully challenged any of the findings of the




 report labeled by some high public officials as saying




 completely "false" and "full of errors."

-------
                                                                673







                  Charles H. Stoddard







            Before the report was finally published it was




necessary to obtain the approval of the three Bureaus that I




mentioned - Commercial Fisheries, Sport Fisheries and Wildlife, and FWPCA,




Each Regional Director submitted letters which directed--! have




copies of these available and will introduce them into the record--




that these tailings be placed at an on-land disposal site.




Specifically, these three key agencies concurred with the following




statement:




            "The Department of Interior report concluded from




     the evidence developed in the agencies' studies that:




            "1.  Pollution is occurring as a result of taconite




     tailings being deposited in Lake Superior by Reserve Mining




     Company.




            "2.  The kind, extent, quanitity, degree,  and nature




     of pollution from this source have been set forth in the main




     body of the report and in the conclusions.




            "3.  The environmental effect of such pollution is to




     increase the turbidity of this once-clear lake, accelerate




     eutrophication by enrichment of its waters, raise certain




     chemical constituents to levels beyond established limits,




     and to decrease available fish foods and fish habitat through




     deposition of sediment.




            "4.  Improvement of the lake environment cannot be




     expected until the taconite tailings waste can be disposed




     of elsewhere.

-------
                                                                 674
                  Charles H.  Stoddard






            "Therefore,  the Department of the Interior recommends




     that the permit of the U.  S.  Army Corps of Engineers to the




     Reserve Mining Company be  extended conditionally for a period




     of three years, sufficient to investigate and construct alternate




     on-land waste disposal facilities, including recycling of used




     water, in order to comply  with Federal-State water quality




     standards and to restore Lake Superior waters to their original




     high quality."




            Exactly the same  process used by all other taconite




operations up on the Iron Range-    It has not been considered an economic




hardship by the companies which are doing this exact same thing,




such charges are false and those who make them know full well - good




people of Silver Bay.




            When this report  was received by Secretary Udall he




called this conference.   He accepted it as official.  He told me




he wanted a fact-finding conference, that he was satisfied with the




facts in this report as the reason for calling it, and he hoped the




conference would act on them to keep Lake Superior from becoming




another Lake Erie.




            I wish that Assistant Secretary Klein, who has said the




report has "no official status," were here today.  These are serious




charges.  Mr. Klein apparently has not done his home work - he is new




to the Department.  If he had,  he would have learned that the report




was prepared as I have described - strictly according to procedure




and with only solid scientific evidence.  If it is Mr. Klein's

-------
                                                                   675
                   Charles H. Stoddard






intention to repeal the Udall procedures for Interior review over




Army dredging and filling permits - and that is what Mr. Klein is




implying - then he puts Secretary Hickel's Administration in full




retreat from Udall's conservation record.  This is what many feared




and it is bad news for the environment.




            The test will come when the St. Paul office of the




Corps - as Colonel Hesse said in his statement - receives the




recommendation of the Hickel-Klein Interior Department.  Make




no mistake - a recommendation for continued surveillance in place




of land disposal will represent a retreat and public demonstration




that the law is bent to favor big polluters.  Further surveillance




and study of an increasingly festering situation is a time-worn




bureaucratic evasion from tough decisions in the public interest.




Must we wait for the facts of irreversible pollution of Lake Superior




before we have the courage to act?




            During my period of tenure as Regional Coordinator,




one other significant Inter-Bureau study covering the degradation




of the St. Louis River and the environmental quality of Jay Cooke




State Park was completed at the request of the Under Secretary.  I




would also like to introduce that into the record.




            MR. DOMINICK:  That will be received as an exhibit.




            (The above—mentioned study is on file at FWPCA Headquarters,




Washington, D. C., and the Regional Office, Chicago, Illinois.)

-------
                                                                676





                 Charles H.  Stoddard






            MR. STODDARD:  Thank you, Mr.  Chairman.




            It has been reported in the Duluth and Minnespolis




press that planning is under way to construct a nuclear plant on




the North Shore of Lake Superior approximately 20 miles from Duluth.




This site (near the Knife River) is reported to fit the requirements




for cooling water amounting to 2 billion gallons per day.   The U.  S.




Atomic Energy Commission is said to.be joining with Union Carbide




Corporation in this venture.  On-the-ground site surveys have been




made.  This location was chosen because 2 billion gallons of water




per day are needed for  cooling.  This is,  incidentally, more water




than the Mississippi carried in its recent flood stage at LaCrosse,




Wisconsin.




            Because of the tremendous and probably damaging impact




such a development would have on our outstanding scenic and




environmental resources of the North Shore, the likelihood of




permanent alteration of the quality of Lake Superior water by




thermal pollution and danger from nuclear wastes, people are




concerned that apparently the decision to locate this plant has




been on the basis of strictly economic and physical suitability




without regard to environmental impacts or without regard to local




or regional considerations by the residents of the area.




            No hearings have been held.  Our fear - like all the




big projects of recent years - is that the final decision to locate




the plant will rest in the hands of a few corporate and agency




engineers and planners, and will become irrevocable before

-------
                                                                  677
                  Chaires H. Stoddard






 alternatives  are examined or environmental factors are considered.




 Are decisions of this kind made in Washington by a few people with




 political power and then announced to the citizenry?  Many of us




 feel  that tfoe decision to build on this site and no other should




 not become  final before these considerations can be properly




 weighed.  I respectfully urge that a series of public hearings be




 held  by an  independent and politically responsible body.  At such




 a hearing the following facts should be clearly set forth by the




 proponents:




            (1)  Reasons why the Knife River-North Shore site




was chosen as against alternative sites vmxcK have been considered.




            (2)  The possibility of using an alternative site




 within the  already polluted Duluth-Superior  Harbor which could




 contain the expected thermal pollution and provide for utilization




 of waste heat by Twin Ports industries, commercial, and residential




 buildings.




            (3)  The extent and input of discharge of nuclear and




 thermal pollution into the lake.




            (4)  The effect of the changes of water temperature




 and what nuclear wastes will do to the lake, and-particularly on




 the research program of the National Water Quality Laboratory -  a




 new facility which could be rendered useless.

-------
                                                             678
                  Charles H.  Stoddard






            (5)  Finally, a measure of the extent of economic




benefit to the area where the project is finally built and what




end result will be required for the plant to function.




            In conclusion, this conference is in many ways a test




of our national moral fiber and our ability to learn from the




mistakes on the other Great Lakes.  If we follow old procedures




of allowing pollution to build up in the wake of economic develop-




ment, then find the evidence and then try to act, we will pass on




a sorry legacy to those who follow us.  We will pass on more of the




same as Lake Erie and Lake Michigan.




            Or we can take a bold approach, turn over a new leaf




by cleaning up existing sources of pollution and require that the




effluents of any new developments be so handled that no decrease




in water quality will take place.




            This would call upon the conference to review the now




relatively weak water quality standards for the lake - particularly




pesticides, thermal and nuclear pollution, siltation, and chemical




additives.  This conference, when it reconvenes, should establish




not only higher standards but a requirement that any new developments




producing effluents have a plan for waste recovery or treatment




before contamination begins on the lake or its tributaries.




            Thank you.




            (Applause.)




            MR, DOMINICK:  Are there any questions?




            (No response.)




            MR. DOMINICK:  Thank you, Mr. Stoddard.

-------
                                                               679
              Wisconsin Conservation Congress






            MR. FRANCOS:  Is there a representative here from the




Wisconsin Conservation Congress?




            (No response.)




            MR. FRANCOS:  Mr. Ralph Borst, is he here?




            (No response.)




            MR. FRANCOS:  I take it he is not.




            I will read the statement for the Wisconsin Con-




servation Congress.




            The following resolution was unanimously approved by




     the membership of the North Wisconsin Rod and Gun Club of




     Ashland, Wisconsin, at is regular meeting held on April 9, 1969:




            WHEREAS, the E. W. Davis Works of Reserve Mining




     Company at Silver Bay, Minnesota, are discharging 60,000




     long tons of taconite tailings daily directly into Lake




     Superior; and




            WHEREAS, west to northwest winds move this green




     colored waste out into Lake Superior and in the direction of




     the south shore and near the western boundary of the Apostle




     Islands; and




            WHEREAS, the prevailing current in Lake Superior runs




     counter-clockwise, which increases the amount of pollution




     into Wisconsin waters; and




            WHEREAS, this pollution is known to have harmful effect




     on plant and marine life;




            NOW THEREFORE BE IT RESOLVED that the Wisconsin




     Conservation Congress, assembled at its annual meeting at

-------
                                                                680
                      Robert  J.  Sneed







     Stevens Point, Wisconsin,  April 25-26,  1969,  go on record




     as urging that the Governor of the State of Wisconsin bring




     pressure 'to bear upon every State and Federal agency available




     to an within this power to stop this source of pollution in




     Lake Superior.




            Signed, Richard Miller, President; Dennis Dornfeldt,




Secretary; Ralph Borst, Chairman of the Board of Directors.




            Is Dr. Robert Sneed of Ashland here?




            (No response.)




            MR. FRANCOS:  Dr. Sneed has asked that the following




letter be submitted for the record at the May 13 hearing in




Duluth regarding Lake Superior:





                   (The above mentioned letter follows)

-------
                 ASHLAND  EYE CLINIC                            681

           ROBERT J. SNEED, M. D.    KENNETH A. MORROW, M. O.

                      1DO1 SECOND STREET WEST

                   ASHLAND, WISCONSIN  54BD6

                         PHONE: 6B2-Z3O5

                         April  28th, 1969
Mr. Thomas G. Frangos
Department of Natural Resources
Box 450
Madison, Wisconsin   53701

Dear Mr. Frangos:

             I would  like the following letter  submitted for  the
record at the Kay 13th Pollution Hearing in Duluth  regarding
Lake Superior:

             I am a physician presently living  in  the  town  of
Ashland, Wisconsin and would like  to make a statement regarding
pollution in Lake Superior.

             I was born and raised  in the town  of  Green Bay,.  Wisconsin
and in this  town during the short  period of time  of my childhood saw
Green Bay become grossly polluted  for a distance  of forty  to fifty
miles.  This was a very distressing thing for me  and  is the  primary
reason that  I did not return to that area to practice medicine.

             I then moved to Duluth, Minnesota where I became aware
of the serious pollution problems  in that immediate area affecting
Lake Superior.  The St. Louis River where it flows through Jay Cooke
Park has the odor of the effluent  from the sulphite wastes of the
paper mill immediately upstream.   Brown trout caught from that river
tasted so strongly of sulphite that they were unpalatable.  Walleyes
caught in the river down near Pond du Lac also were unable to be eaten
because of the pollution.  When looking from the  hill out over the
lake it was  very evident that the  water from the  St. Louis Bay flowing
into Lake Superior was badly polluted and caused  a very cloudy area to
extend out into the clear waters of the lake.

             I then moved, to the town of Ashland,  Wisconsin where the
pollution problems were not as severe but were those of municipal
sewage as well as the Dupont Chemical Plant at Barksdale, Wisconsin.

            This is a fine body of water which has great economic
and esthetic value in its natural state.   This value will become even
                                                   APR 3 0

-------
                                    „                                  682
                ASHLAND  EYE  CLINIC
           ROBERT J. SNEEO, M. D.    KENNETH A. MORROW, M. D.
                     1OO1 SECOND STREET WEST
                  ASHLAND, WISCONSIN 54BD6
                        PHONE: 6S2-23D5
Mr. Thomas G.  Frangos        - 2 -         April 28th, 1969
greater with the  passage of time.  It is very evident  that pollution
has started f rom  the  sources that I have mentioned as  well as from
the Reserve Mining plant in Silver Bay, Minnesota.

            I certainly hope that the conference will  take necessary
measures to end these  sources of pollution as well as  other sources
around the lake so that this body of water does not end up in the
manner as Green Bay,  lower Lake Michigan or Lake Erie.

                                 Sincerely yours,
RJS:ecs                          fiobert J.  Sneed, M.D.
CC: Mrs.  Walter Sve, Secretary
    East  Star Route, Box 120
    Two Harbors, Minn.  55616

-------
                                                                   683
                     Mrs. Anne Foncher






            MR. FRANCOS:  Mr. Chairman, for the record I




would like to insert a letter received from Wisconsin Bow




Hunters Association, signed by Mrs. Anne Fancher, Secretary.




I will not read it.




            MR. DOMINICK:  That will be received for the record.




            (The letter follows.)

-------
                                                                684
                             WISCONSIN   BOWHUNTERS  ASSOCIATION
                                              Rt. 2
:Tr. Thomas vranges, A^.in.               Crivitz, Wis.  54114
livision of Environmental I-'rotection
Y/is. repertrnent of I'atural Resources
Box 450
r.Iadison, "/isconsin  53701

I;ear I-Ir. ?r9 •.,_;•• 5;:

•7e would like this statement to be included  in  the hearing-
record at the Federal Water Pollution Enforcement Conference,
Duluth, Kinnesota, T.'ay 13-14, 1969.

"The Wisconsin Bowhunters Association, with  a membership  in
excess of 6,000, is a group dedicated to the ethics  of  fair
chase and perpetuating America's outdoor heritage.

The pollution of our environment a.nd the needless destruction
of game and fish habitat is a.n ever increasing  concern  to
each member.

Lake Superior is the finest and cleanest of  our Great Lakes
and it must be kept that way.  Where waiters  were once clear
along its' shorelines, there is now the grey-green tide of
needless pollution.
Pesticides, chemical wastes, paper mills, steel companies,
oil refineries, commercial and recreational  boat wastes,
private septic systems, inadequate municipal sewerage systems
are all contributing to an irreversible destruction  of  this
lake.  Inadequate state laws and state's competeing  for economic
advantages are factors that point up the need for this  federal
conference.

The 60,000 tons of taconite tailings released into this great
lake daily by a north shore mining company must be halted.   [Their
Corp of Engineers permit to allow this fill  in  navigable waters
should be terminated.  This is the only  taconite company  that
is allowed the economic advantage of not having settling basins
and reuse of their waste water.

We urge the present Administration to move forward with orders
correcting what could be the death of Lake Superior  as  we all
have come to know it and love it.  The law is there,  enforce it!!
                                          Yours  trul
                                          I!rs. Anne  Fsncher,  3
                       rlAT " 7 '"DH         ',Yi scons in  Bowhunter^

-------
                                                                  685
                         May  8,  1969
Mrs. Anne Fancher,  Secretary
Wisconsin Bowhunters Association
Route 2
Crivitz, Wisconsin  54114
Dear Mrs. Fancher:
     Thnnk you for  thu ar/>t.ou>«nt of  tlio  W.i«con.iin P.owhuntors Assnocintion
that you viah Co bo inciua-iJ  la  tlio  lumriiii, record at the Federal Water
Pollution Conference at Duluth, Minnesota commencing on Kay 13, 1969.

     We have not received an  agenda  for  tho mooting but it appears that
Wisconsin testimony will not  be presented until May 14 or later.
Regardless, we will make sure  that your statement is made a part of the
record.

     Your interest and concern in this matter is appreciated.

                                  Very truly yours,
                                  Division of Environmental Protection
                                  Thomas G. Frangos
                                  Administrator
TCFtfsJ

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                                                                686
                        Roger Bodin






            MR. FRANCOS: I have a resolution received from the




Chamber of Commerce of Bayfield, Wisconsin,  Roger Bodin.   This




was to be presented by Mr. Bodin.  He is not here.




            (The above—mentioned resolution  was read and follows.)




            I am Roger Bodin and am delivering this statement on




     behalf of the Bayfield, Wisconsin,  Chamber of Commerce,  a




     civic organization made up of some  100  citizens from Ashland,




     Washburn, Cornucopia, Port Wing, Bayfield, and LaPointe, which




     is on Madeline Island, the largest  of the Apostle Islands




     group in Lake Superior.




            Natural resources play a vital role in the economy




     of all of these communities on the  South Shore of Lake Superior.




            Each one is a city of tourism, and a clean, clear, and




     blue Lake Superior is the mainstay of the tourism business.




            We cannot condone any form of contamination of this




     priceless resource.




            Our organization unanimously supports 100 percent




     pollution control for Lake Superior.




            Industries and municipalities must not be allowed to




     pollute the lake for economic advantages, as the economics will




     not balance out when the tourist industry is diminished.




            We concur with and endorse the special report on water




     quality of December 1968 of Lake Superior in the vicinity of




     Silver Bay, Minnesota, by the United States Department of the




     Interior, Federal Water Pollution Control Administration,




     Great Lakes Region.

-------
                                                                   687
                        Roger Bodin






            We are convinced that pollutants originating from




     Reserve Mining Company at Silver Bay, Minnesota, are




     adversely affecting our shores at Bayfield, and at other




     communities on the South Shore.




            Our organization asks for immediate corrective action




     on all other sources of pollution around our lake, whether it




     be from municipal, industrial, or private use.




            We request legislation to prohibit all thermal, nuclear,




     and pesticide pollution of these international waters, and that




     standards be strengthened and enforced relating to siltation,




     toxic metals, and shipboard wastes.




            Finally, it is also important to remember that ownership




     of both land and water does not give one the right to destroy




     them.  It is, instead, our responsibility to maintain, as a




     responsible custodian would, our land and water in order that




     succeeding generations may also enjoy such resources.




            Bayfield Chamber of Commerce members are hopeful that




     stringent regulatory controls by the Federal Government on all




     types of pollution of Lake Superior be the result of this




     conference today.




            Thank you for allowing me to appear today and present




     this statement.




            Mr. Chairman, we have received a letter from the Bayfield,




Wisconsin, Joint School District No. 1, requesting that this letter

-------
                                                                    688
and a number of letters that were written by school children and




Boy Scouts of that Joint School District No. 1 be submitted for




the record.




            I will read the letter submitted by Mr. Richard




O'Leary, Instructor of Science, and I will ask that the remaining




letters be submitted as part of the record at this time.




            MR. DOMINICK:  They will be received as an exhibit.




            (The above—mentioned letters from School Children




and Boy Scouts of the Joint School District No. 1, Bayfield,




Wisconsin, will be on file at Headquarters, FWPCA.  The letter




submitted by Mr. Richard O'Leary was read and follows.)

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                        BOARD  OF EDUCATION

                        JOINT SCHOOL DISTRICT NO. 1

                           Bayfield, Wisconsin 54841
DONALD ANDERSON
 SUPERINTENDENT

  ROBERT LINO
   PRINCIPAL
                                                         689
                                                   8
                                                 ;c
                                                 -1 j
        jear fa
The environment in and
geologic heritage that
                                   ay
                                              ield  area has  a
                                          etched in the natural
                                 phenomena is enchanced by an
                                 the basin is which, this  comjj.unity
                                  one of the marvels  cf the
                       around the
                       is forever
habitate  This beautiful
added factor and that is
is settled is filled wit.
world; the waters of Lake Superior*  The complicated
ecological chain that exists in this natural habitat
has recently been upset by the introduction of  an
industrial waste into this acquatic environment0   The
result has been a drastic and continual deterioration
of water purity and appearance»  Besides the obvious
aesthetic desecration is the more important underlying
caustic results of pollution, the disruption of the food
                                       wi1] affent every
        cnain ana energy cycle that eventually will affect
                                             Superior,,
living organism in the water of Lake
        The residents of the area as well as transitory guests,
        are deeply concerned about the problem„  w/e have all
        seen the results of complacency about water pollution  in
        the irreparable eyesore of Lake Lrie, and in the deplor-
        able condition of Lake hichigan's water.  These monu-
        ments to man's nearsightedness, and thoughtless disregard
        for conservation and preservation will provide for us  the
        incentive to not only expect, but demand prompt action
        that will assure a constant state of water purity in
        Lake superior0

        Because of these reasons and more yet unmentioned the
        following- file is a compilation of themes and statements
        The
   corvee
    3oy _
that thi
is a
                       ,he young people of Bayfield, Wisconsin,
         n by
         couts and high School Students sincerely hope
          effort will not go unnoticed*  --ilso induced
            petition that ,-/e have*  Tuis will assure ti
               gnea
        aid necessary to succeed
                             ;nis cause
        Sincerel:,
        Richard G'Leary
         .nPtrucfcor cf s
          '•: s

-------
                                                                     690
                       Steve Astmann






            MR. FRANCOS:  The Save Lake Superior Association,




Wisconsin Chapter, has indicated they would like to make a




presentation at this time.









            STATEMENT OF STEVE ASTMANN,




            WISCONSIN CHAPTER, SAVE LAKE




            SUPERIOR ASSOCIATION, WISCONSIN









            MR. ASTMANN:  Gentlemen:




            My name is Steve Astmann.  I am the Director of the




Student Union at Northland College.




            This statement reflects the corporate opinion of the




several hundred Wisconsin residents who now wear the blue and white




emblem of the Save .Lake Superior Association.  Our statement concerns




two specific problems, and we also wish to enter a statement of




general principle.  In addition, we support testimony concerning




other problems specific to Wisconsin which will be forthcoming




from other witnesses, but with which we will not deal directly here.




            A.  Reserve Mining Company.




            Concerning the taconite tailings being dumped into




Lake Superior by the Reserve Mining Company, we wish to state the




following:




            1.  Since the Federal study conducted in the Silver Bay




area did not go beyond the 5 by 9 mile perimeter defined for the study

-------
                                                                  691
                       Steve Astmonn






in terms of comprehensive analysis, the study fails to prove that




interstate pollution by taconite tailings does not exist.  Common




reason insists that interstate pollution does exist.  Lake Superior




is a body of water governed by the same principles governing all




bodies of water.  Materials poured into it in solution or suspension




move with the currents of the lake.  To suggest that the influence




of taconite tailings extends to the Duluth Harbor but does not




enter Wisconsin waters is like saggesting that you and I are




sitting on opposite sides of a bucket and that although you have




poured arsenic in your half, it is all right for me to drink from




my half.




            There may be an imaginary dotted line drawn across the




surface of Lake Superior defining the boundary between Minnesota and




Wisconsin, but no one, as far as we know, has yet informed the




taconite tailings they are not to cross that line.  Because of the




capacity of the taconite tailings to remain in suspension for long




periods of time before settling out, it is unreasonable to assume




they do not reach Wisconsin.  We therefore challenge the Federal




and State governments to take bottom samples from the Wisconsin shore




and prove to us that cummingtonite, the trace metal which identifies




taconite tailings, is not present on the Wisconsin side.  And until




you do, do not talk to us about there being no evidence of interstate




pollution.

-------
                                                                692
                       Steve Astmann






            2.  It has been demonstrated to our satisfaction that




the construction of settling ponds as an alternative to Reserve's




present practice is both economically and technologically feasible.




It is further apparent to us that the cost of such a program would




constitute but a fraction of the annual corporate profits of Reserve




Mining and its parent corporations, Republic and Armco Steel.




            3.  Wisconsin State law described any unnecessary




sedimentation of a body of water as pollution.  We agree, and are




proud of our State's position on this matter.  We see no reason




why Minnesota should lag so far behind us in this critical matter




and grant the Reserve Mining Company license to dump fill into the




lake in any quantity whatever, particularly material so abundant in




trace metals which are known to provide the basis for accelerated




eutrophication of lakes.




            4.  We object strenuously to the economic inequity




which Reserve's present practice constitutes for Wisconsin industry.




Being prohibited by law from dumping waste in Lake Superior places




Wisconsin industry at an economic disadvantage, and, in fact, it is




penalized by having to make a greater investment in a competitive




market.  Or, to turn the equation around, and place the responsibility




where it belongs, Reserve Mining Company is rewarded by the State of




Minnesota with increased profits for its practice of polluting Lake




Superior.  We find this intolerable, and see no reason why it should




continue.

-------
                                                                    693
                       Steve Astmonn






            B.  Marine Craft Sewage.




            Secondly, we wish to state briefly our concern over




the fact that ships and boats operating on Lake Superior are able




to use the lake as an open sewer for untreated waste.  In an age




when we are placing increasing pressure on municipalities to upgrade




their sewage disposal systems, permitting such a condition on




watercraft is not only inconsistent, it is downright appalling.




            We therefore call upon the State and Federal Governments




to devise, and enforce, a system of on-ship storage and harbor




disposal, or on-ship treatment of wastes, which will bring an end




to this gross form of water pollution.




            C.  Statement of General Principle.




            Finally, we wish to enter a statement of general




principle.




            In numerous cases where questions of pollution arise,




parties wishing to continue questionable practices argue that we




do not yet know what damage might be done to the ecology of Lake




Superior, and therefore to suggest such practices should be prohibited




is premature.  Perhaps we miss some fine point of consideration,




but the logic of this arguement escapes us completely.




            If we do not know the effect of our actions, if we are




ignorant of what we are doing, then we must request - indeed, as




concerned citizens we must demand - to know on what grounds such




practices are continued.

-------
                                                                      694
                       Steve Astmonn






            Hard detergents were on the market for years before




their deadly influence required them to be withdrawn.  Atmospheric




testing of nuclear weapons continued for 20 years before we finally




woke up to its destructive impact on the life of this planet.  DDT




and other persistent, broad spectrum killers had badly polluted our




whole environment before we discovered the dangers, and we have not




yet resolved to stop using them.




            In brief, gentlemen, our recent history is punctuated




by one technological mistake after another, the consequences of




which were not foreseen, and in every case those consequences, once




realized, stand as a judgment on our ignorance.




            Our question, then, and our demand is to know how long




private and corporate bodies will be allowed to go on dumping their




garbage in Lake Superior, all the while pleading ignorance of its




impact as the ground for being allowed to continue doing so.  We




are particularly at a loss to interpret the findings of Federal




agencies in relation to the recently published report on Reserve




Mining Company's taconite tailings.  After listing one hazard after




another, the recommendation is made that Reserve be allowed to




continue, subject only to semi-annual review.  This strikes us as




evidence of petty politicking, and hints of covert pressure on those




responsible for the report.




            At what point, we must ask, will the decision finally




be made?  Suppose present practices are allowed to continue until




suddenly some irreparable damage is discovered.  What then?  Will




we all throw up our hands in despair and claim innocently that we




did not know it would happen?

-------
                                                           695
                       Steve Astmann






            No, gentlemen, that is not good enough, and we all




know it.  The day is past when the people of this Nation will




tolerate abusive practices and half-measures to correct them.




There is too much at stake.  The day is past when people will




permit industry to pose as if it were above the common good and




the welfare of future generations.  The day is past when the




people will allow themselves to be subjected to that unique form




of blackmail industry employs to silence those who protest their




abuses by claiming the cost of cleaning up will have dire conse-




quences to the community.  We find particularly obnoxious the




threats by industry to lay off workers and move out if forced to




clean up.  This is childish and petulant.  It is to behave like




little boys who take their toys and run off to play with someone




who will let them degrade the environment free of public




interference.




            The fact is that the continued abuse of our water and




our air   constitutes a threat to the future and well-being of our




people so vast that no loss of industry, real or imagined, can




possibly match it.  When dealing with the question of the quality




of our environment and with its ability to sustain life, the




contention that we cannot economically afford to clean up is a




patent falsehood.  We cannot afford not to clean up, and no economic




consideration is so vital as to justify  as its price  the destruction




of our environment.  We may be foolish, but we are not yet suicidal.




            Thank you.

-------
                                                               696
       Ashland County New Democratic Coalition





            (Applause.)




            MR. DOMINICK:  Thank you for a very excellent




statement.




            We will take a 10-minute break and meet back here




at 4:10 to continue with citizens' statements.




            (Whereupon, a recess was taken)




            MR. DOMINICK:  Will you please take your seats.




            Mr. Frangos, are you ready to proceed?




            MR. FRANGOS:  Yes, I am, Mr. Chairman.




            Since I have exceeded the time allotted to Wisconsin,




I have other statements that I will submit for the record and will




not read.




            I have received a resolution from the Ashland County




New Democratic Coalition relative to pollution of Lake Superior,




and I ask that it be accepted as part of the record of the




conference.




            MR. DOMINICK:  That will be made a part of the record.




            (The above--mentioned resolution follows.)

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                                                              697
   The A a hi an tf County Maw Democratic Coalition has adopted che
following resolution regarding the pollution of Laka Superior:
10  Ua oppose the indiscriminate filling of Laka Superior by tha
dumping of waste material such as teeonite tailings from tha Reserve
fining Company at Sliver Bey* Minnesota and fly ash used as fill by
tha Lake Superior Diatrlet Power Company at Ashland* Wisconsin.
2»  We oppose tha pollution of Laka Superior by chemlcaia aa avidaricad
by tha contamination of Soyd Creak at Barksdala* Wisconsin, which con-
dition is caused by astarlal released by the Dy Pont Company.
30  y© oppose the dumping of inart matarial such as plastic blta and
piacas raletsad into Chequaraegon Say at A ah lane! by tha Marathon
Paper Company.
4.  We op p a? as th® dumping of raw sateaga into Lake Superior by citiaae
towns and individuals $lth inadequate sewage treatment plants.
5,  Ula oppose the dumping af raw sewags into Lake Superior by Great
Laka® carriers and acsan going
   In conclusion 9 »® can see no good purpose to b® served by delaying
tha correction af theaa and any othar pollution problem© affecting
Laka Superior, a® favsr iwwsdiate action against polluters and
suggest s time table be established allotting only tha necessary tine
to construct facilities to provide for other means of disposal of
pollutants s'Td saast® materials,,
                               Thomas L» Ortman, Chairmen
                               Ashland County vew Democratic Coalition

-------
                                                                 698
                     Ernest J. Korpela






            MR. FRANCOS:  I have a letter received from




Assemblyman Ernest J. Korpela, Assemblyman from Ashland, Bayfield,




and Iron Counties., with reference to the proceedings at this




conference, and I ask that this letter be made a part of the




record,




            MR. DOMINICK:  That will be received for the record.




            (The above—mentioned letter follows.)

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 FKNKSTJ. KORPELA                     /",,                 AsWand, Bay field and Iron
                                       \                  Counties            699
       Home:                          .   '   '
  633 oui Avonue East               ,-.-^..;r,-.,.-.'     ..;V  ;           MEMBER:
rt'arhb'im, Wi-cor.f,in 51891            f  ,;'  .'  '   ' 1    "',....,.          Committee on Education
    Phone. 373-tii 19                '•'.>•.'• '-   •    '•'"    :^-
                             •«;,-...-,,-, ,   ,    iv-~ •p*"-
    Capitol Office:
     335A North            V-f«rT"fS,<"1 f 'c~' "^- j-:'"^« '-M> ^T' *"*"?f™.?
       Capitol              V, V' -f'J"  """   '-I.. ^-^.-....J-i; ••- ,;.-«j
Madison, Wisconsin 53702           ,' r("K* T"!
    Phone:266-1186              '- •""•.•-. — •• -'••
                                 MADISON
                                    53702
    May 7, 1969

    Mr. F. H. Schraufnagel               *^!
    Department of Natural Resources
    Box 450                              E®**1-
    Madison, Wisconsin   53701

    Dear Mr. Schraufnagel:

    This letter is  in reference to the public  hearing to be held  on
    Tuesday, May 13, 1969 in Duluth pertaining to the pollution prob-
    lem of Lake Superior and especially the  pollutants being drained into
    the Lake by the  taconite industries.  I  hope this letter will be
    entered in support  of restricting the various industries polluting
    a lake which is  relatively free of pollutants in comparison to the
    other Great Lakes.   Please enter this letter as I will apparently
    be unable to attend the hearing because  the State Legislature will
    be in session.

    It is becoming  increasingly apparent that  the taconite industry
    will eventually  expand into Northern Wisconsin and expand  further
    in Northern Minnesota and Michigan.  It  is essential that  steps be
    taken now to require adequate safeguards that this expanding  in-
    dustry return water it uses in as nearly as possible^he same
    purity as what  it takes from its source.   Requiring such uniformity
    from State to State and even from industry to industry will make
    it feasible for  every producer to be faced with approximately the
    same cost factors and increased cost of  production,

    In that my assembly district covers a major portion of the Wisconsin
    portion of the  Lake Superior Watershed,  I  feel it is critically
    important that  steps be taken immediately  to force a clean-up of
    our lakes and streams not only in the Lake Superior watershed but
    across the nation to guarantee a safe environment for our  children.
    A uniformity of  standards and enforcement  nationwide and even
    internationally with Canada is of utmost importance to guarantee
    industry will locate in areas best suited  for their growth.

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Page Two
              II. Schraufnagel
                                                                700
There are many reasons why increased standards are necessary.   This
letter is simply a reiteration of a belief of many people  that
America must take immediate steps in controlling a terrific  pollution
problem which is compounding with our ever-increasing  industrial
society .

Sincerely,
ERNEST J .  KORPELA
Assemblynfan
Ashland,' Bayfield, Iron
E JK : j s

cc:  Richard W. Mihalek

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                                                               701
                     Moquoh Men's Club






            MR. FRANCOS:  I have received a copy of a resolution




from the Moquah Men's Club, Moqucth, Wisconsin.  I ask that this




be made a part of the record, please.




            MR. DOMINICK:  That will be made a part of the record.




            (The above—mentioned resolution follows.)

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                                                               702

                         May 5> 1969

                                           Moquah Hens Club
                                           Mo quali, Wis0
rir0 Thomas Go Frangos, Acting Admins itr at or
Division of Environmental Protection
Wisconsin. Department of Natural Resources
Box 450
Madison, Wisconsin  53701

Dear Itr, Frangos:

   The Hoquah Hens Club, a civic groiip very much interested in
keeping a healthy and attractive environment for the present
arid' for its future generations, requests that the following be
included in the testimony to be made at the .FEDERAL WATER POLL-
UTION CONTROL ADMINISTRATION ENFORCEMENT CONFERENCE - LAKE
SUPERIOR BASIN which convenes on Hay 13 of this year0

    It is the firm belief of the membership that action to dras-
tically reduce pollution escalation in Lake Superior is overdue0
The once crystal clear water of this great lake is showing vis-
ible signs of going the way of Lakes Erie and Michigan,,  One of
the most obvious of the symptoms of pollution is the general
apathy that local, state, and federal government has shown in
making a sincere effort to stop it.  There are unlimited numbers
of bulletins, pamphlets, field men and textbooks, all against
pollution, and all suggesting how it should be stopped,.  Still
the destruction and death of Lake Erie happened in spite of all
of this kind of advice 0  Lake Michigan will apparently be another
historical account of what can happen to a splendid body of
water as more advice and studies continue to be offered while
government stands idly by.  Lake Superior still has a good chance
of being kept in a reasonable condition if drastic action is
taken now*  Tlore studies, or any other delaying tactics won't
stop pollution; but enforcement of laws will,

    The main thesis of this letter is that the Moquah Mens Club
go on record as strongly urging government, especially the Fed-
eral Government, to raise all natural water quality standards
and to enforce .the laws.  Only in this way will Lake Superior
remain the one last fresh water resource of the Great Lakes «

Sincerely submitted,
Mr« /Joseph Johanik, President                   ...v
                                                MAV-91969
      /   j
Mr. Walter Johanik, Secretary
cc  Mrs« Jurlene Harvell, President
    Save Lake Superior Association
    E. Star Route, Box 11?
    Two Harbors, Minn.  55616

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                                                                          703
R. M. BODIN
                        Roger Bodin


            MR. FRANCOS:  I have a letter received from the

 Bodin Fisheries, Roger Bodin, President, and I ask that that

 correspondence be amde a part of the record.

            MR. DOMINICK:  That will be received.

            (The above mentioned letter follows.)
                                                       PHONE (715) -779-33D1


           BODIN  FISHERIES
.	9",«£ 'Water tjislt 2bi.trilulor and ??r<,c«So,	'
                BAYFIELD. WISCONSIN  54S14
                                               WAY  12,  1969



            Dear Sir:

            I am Roger Bodin of Washburn, Wisconsin and have a

     commercial fishery in Bayfield, Wisconsin.   I am the  President

     of the Minnesota-Wisconsin Fisheries Association and  would like

     to make the following comments on pollution in Lake Superior

     along with some history.  I have lived on the lake for nearly

     fifty years and have been directly in contact with the water

     almost daily being the grandson of a fishing  family who started

     fishing in the late 1890's.  In the early 1930's we were

     confronted with two distinct types of pollution in and around

     the Bayfield, Ashland area.  One was the Du Pont plant at

     Barksdale when the average life of a pound net was only one

     year, versus five years any where else in the bay,  because of

-------
                                                            704
                   Roger Bodin






the acid content of the discharge from the plant and its




reaction to the cotton nets at this time.  The other detrement




was the bark from pulp logs getting entangled in the gill nets




which was very disasterous.  We convinced the conservation




department that something should be done about this problem and




an order was issued that any pulp floated in rafts had tci be




peeled before shipping, and this was the solution to this




problem.  The waste acid from the Du Pont plant became less




a problem as the years followed because the fishing of




commercial fish was prohibited, so there is no proof of the




detremental effects on nets since then.  Then followed the years




of the floods in the 1950'a that put so much silt and mud into




the lake that even now the water never clears up.  Another type




of pollution in the early 1960's that was very harmful to our




nets was the plastic that was washed into the bay area as the




cheapest means of disposal.  We are still seeing the effects




of this in the nets or on the swimming beaches and it often




clogs up the intake tubes of the water cooled engines of boats.




Then too we began to get crude oil in our nets similar to tar




after the pipe—line was constructed in Superior.  It is our




belief  that this oil drifted to the Apostle Island area due to




the counter clockwise drift of Lake Superior.  Due to the lack




of commercial fishing  in the Cornucopia area in the past few




years no current information is available on its abundance.

-------
                                                               705
                  Roger Bodin






This oil has traveled about 60 miles from its source.  We




are now confronted with the grey water in and around the




Apostle Island area which we believe is due to taconite




tailings.  We are very concened over this fine dust in the




water because from all indications it has affected our herring




populations on the north shore and we are fearful of the lack of




herring on the south shore as we have seen a rapid decline of




this species.  Now the latest episode with pesticides and




insecticides are our most immediate concern, and we feel that




the Federal agencies should control the sale of them since it




appears that the States end up without controls due to strong




protest from the agriculture and chemical lobbyists?   Our




commercial fishing industry has had many severe set backs




in recent years but far the greatest problem is pollution,




whether it be done by industrial wastes, crude oil, taconite




tailings, human waste, chemicals, pesticides, insecticides or




by any products of industries along the drainage basin.  I feel




the Federal Govern ent should enforce pollution problems where




there is a lack of progress on the State level.  Stalling will




only make the task more costly.  Since Lake Superior is on




international waters by having it in the hands of the Federal




we can expect more cooperation from Canada.




       Certain types of pollution could be helpful to Lake




Superior as for fish life as it is too pure and too cold.




Thermal pollution could be a help to fish life if it could be

-------
                                                             706
                   Roger Bodin






controlled, as not to excede a certain temperature.  Lake




Superior in comparison to the other Great Lakes does not




provide much fish per acre because of its pureness and




temperature.  Certain nutiants would also help if they could




be controlled.  If there were to be other by-products such as




radio active material from thermal pollution if would be much




better not dumped into the lake.




       I am in hopes that the results from these hearings will




speed up the monies promised to the municipalities for sewage




disposal improvements and the States immediate action for controls




where they now are bogged down in politics.  I am proud to be




from Wisconsin since I know that much positive action has been




taking place this past year and is continuing as fast as




monies permit.  I sincerely hope that Michigan and Minnesota




will pass and start some corrective measures on pollution at




once, if the Federal Government is not given the authority to




take action.  As a representative of one of the major industries




of Lake Superior we need positive action now!




       Respectfully yours,




       Roger M. Bodin, President




       Minnesota-Wisconsin Fisheries Association

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                                                             707
             Wisconsin League of Women Voters






            MR. FRANCOS:  We have received a statement from the




Wisconsin League of Women Voters, and I ask that this statement




be made part of the record.  I understand that a statement will be




made subsequently to the conference, a joint statement of the three




Leagues of the three States involved here today.




            MR. DOMINICK:  That will be made a part of the record.




            (The above-mentioned statement follows.)

-------
                                                                            708
STATSMEET TO BE  SSKT  TO IULUTH FOB POLLUTION K1&3IHO;  HAY 13, 1969
    Laague  of Cornea Voter* of Asblnnd strongly ur^s*?  that th*
present soar car.  of  the pollution of Lako Gupsrior  bo  stopped,
and that evsrjr effort  b» raa^e to prevent further pollution.
Industries should  not be allowed to frjjyo any  of  their  ^
into tha lake; r.mnici politics r.rast grp.rtly i;r.T>vovB  their
treatnoat facilities; ev*n*y inaivid^ial should bs actively wwrr©
of tha aace-sssity for  clean tfator.

Ther© ar© pollution n^n, tenant I?-vs that hnv«  to  be  enforced; vro
nast have fc(?j-/:her  legislation for enforci\ig pollution  control
on Lak« ,'?u.p*rior.

2t is vital thnt rs accapt the responsibility cf stewardship for
this great rsfiource,  so that it raay be up«'l and  enjoyed by ths
roauy generAtiona to cons - rathstr than nisussd e.nd  killed by
                              Gsrea Jernst®dt, Prssident
                                     of ^omoa Voters
                                     i lisconein
                              Carolyn Sneed, !?atsr Reso-orce Chairaan
                              League of ^.'omen  ?c-ters
                              Ashland, T/i sc onein
cc:  Honor pJbl«  Jojin A.  Blatnilc
     Washington,  D. C.

     Wr.  Tbonjas G.  Francos
     Madison, Wisconsin
     Mrs. Walter
         Harbors,  Minnesota
           HORACE M HAVr.TR
        Notary P^Uc - S"!.- c!_ ''Vur.o
      My CoinniiiSion L\t i:e3 ju,.-- ..

-------
                                                                      709
            MR. FRANCOS:  I have also received some correspondence




from Professor Charles E. Carson, Associate Professor of the Department




of Plant and Earth Science at the Wisconsin State University, River




Falls, Wisconsin, and I understand he has a statement to be made but




that will be made a part of the presentation of the Minnesota




Environmental Control Citizens organization tomorrow afternoon.




            I believe that concludes the Wisconsin presentation.




            MR. DOMINICK:  Thank you very much, Mr. Frangos.




            Mr. Badalich, we can turn now to you with further




witnesses from the State of Minnesota.




            We have had discussion among the conferees since my




announcement earlier this afternoon and we agree that Michigan




will lead off tomorrow morning, followed by other Federal agencies,




followed by all interested citizens who have not yet been heard from.




            We will turn now to Mr. Badalich and any witnesses




which he wishes to call.




            MR. BADALICH:  Thank you, Mr. Chairman.




            Tc continue with the so-called public witnesses, I




would like to call these in this order:  the Duluth Area Chamber




of Commerce, Silver Bay Chamber of Commerce, the Northeastern




Minnesota Development Association, the Babbitt Area Business and




Professional Association, and then it would be the United Steelworkers




of America, Silver Bay, Minnesota, Conservation Federation, North




Star Chapter of the Sierra Club, Save the Lakes, United Sportsmen




Club of Duluth, and I think that will probably take the rest of




the afternoon.

-------
                                                                   710




             Duluth Area Chamber of Commerce











            So if I may call upon Mr. Austin from the Duluth




Area Chamber of Commerce.




            (No response.)




            MR. BADALICH:  Mr. Chairman, I have a prepared




statement and sufficient copies for the conferees, and we will




just introduce it in the  record.




            MR. D0MINICK:  That will be done.




            (The above—mentioned statement follows.)









            STATEMENT OF THE CHAMBER OF COMMERCE OF THE




            CITY OF DULUTH, SUBMITTED TO THE FEDERAL-STATE




            CONFERENCE ON LAKE SUPERIOR, MAY 13-14, 1969








             Gentlemen:




            I am Daniel D. Austin, manager of the Economic




Development Council of the Duluth Area Chamber of Commerce and on




behalf of the Duluth Area Chamber of Commerce, and by approval of




its board of directors, we submit the following remarks as testimony




into this conference.




            Pollution of our air, land, and water environment is the




collective responsibility of all elements of our society reflected




by our ever growing standard of living, demands for new products,




improved materials, and our ability to create new technology.




Therefore, let's create a partnership where collectively the public,




industry, government at all levels, and news media closest to a

-------
                                                                711
             Duluth Area Chamber of Commerce






problem can make up the essential ingredients to attack




environmental pollution.  It is clear, from what we have heard




and seen during the time leading up to this conference, that




numerous groups are concerned with pollution of Lake Superior and




its tributaries, but have they considered the aesthetic, biological,




technical, and economic factors which make this problem complex




and interdependent?  Or, have they singled out instead an industry,




a particular cause, or a special interest?




            The Duluth Area Chamber of Commerce is very much




interested in the Federal-State Conference which has been called




here to consider the problems of claimed pollution of Lake Superior.




We are greatly interested in the condition of Lake Superior which




is so important to the city and its inhabitants.  We are also




interested in the various industries and business concerns located




near or upon the shores of Lake Superior, the Duluth-Superior Harbor/




and the St. Louis River which flows into Lake Superior.  We trust




that this Conference will not arrive at any conclusions without




insisting upon adequate evidence and careful and fair consideration




of all the facts.




            In connection with this hearing, there have been references




to the operations of the taconite plant of Reserve Mining Company




at Silver Bay, Minnesota.  We believe that unfounded charges have




been made against that operation.  We trust that there will be




careful consideration of all the evidence dealing with this problem




by the conferees.

-------
                                                                712







             Duluth Area  Chamber  of  Commerce






            Reserve  Mining Company's operations are of great




importance to all of northeastern Minnesota.   It has some 3,200




employees.  There are two villages — Silver Bay and Babbitt--whose




combined populations total between nine and ten thousand, which




 cam «  into existence because of Reserve's operations, and are




entirely dependent upon it.




            In addition,  there are many concerns which furnish




materials, supplies and services.  Duluth and the whole area would




be seriously affected if there were any unreasonable interference




with, or termination of its operations.




            In a similar manner, other industries and concerns in




the Duluth-Superior harbor and St. Louis River areas being considered




at this conference,  have great importance to this whole region.




            We recognize the importance of pollution studies, but




there should be a determination as to whether there is any adverse




material effect on Lake Superior from industrial operations and,




if so, what remedies there may be.  The Duluth Area Chamber of




Commerce stresses that any such determinations should be based upon




facts, rather than hasty or unwarranted surmises.




            The Duluth Area Chamber of Commerce supports water quality




improvement of Lake Superior and echoes its policy position as




developed for the Governor's Commission Studying Water Pollution in




Lake Superior in 1967 which recommended that municipalities and




industries be encouraged to solve their pollution problems a step




at a time and that they do the following:




            1.  Become better acquainted with their environment

-------
                                                               713
                  Duluth Area Chamber of Commerce



                 and their effect upon it.




                 This particularly involves a detailed investigation




                 as to the total effect the wastes that they produce




                 have on the receiving waters and also includes the




                 continual compilation of data necessary to determine




                 if, and to what extent, pollution abatement facilities




                 are needed.




             2.  Consult with the staffs of Federal and State




                 Pollution Control Agencies as a cooperative effort




                 towards the solution of any pollution control problems




                 if such exists, This will also aid the establishment of




                 uniform proceedures and techniques for sampling, testing,




                 and reporting water quality data,




             3«  Provide, where feasible, the necessary treatment of




                 waste which would adequately protect the quality of




                 the public waters.  Where financial problems arise in




                 justifying the installation of such facilities, industry




                 should apply for tax exemptions under the Minnesota




                 Tax Reform &. Relief Act of 1967 (Article XI (11)) and




                 that industry and municipalities should explore all




                 avenues for Federal aid and assistance.




             The Duluth Area Chamber of Commerce believes that signifi-




cant improvement can be made in most instances affecting the quality




of Lake Superior's water and its harbor areas.  We believe that continued




conferences such as this, and continual  study of Lake Superior




is the proper step that will lead to a satisfactory and

-------
                                                              714






                     Robert J. Babich







workable solution.  We pledge to do what we can to encourage




private interests, groups, and governmental subdivisions to effect




programs that will solve pollution problems.  We further believe




that only through an understanding and enlightened partnership




will the best solutions be found.  We maintain that the aesthetic,




biolobical, technical, and economic factors must be considered in




adoption of time schedules and actual changes that will be required




so that a proper social balance can be kept.







            MR. BADALICH:  The next participant will be Mr. Vernon




Larson, Assistant President of the Chamber of Commerce.




            (No response.)




            MR. BADALICH:  We will probably get back to him.




            Next will be Mr. Babich from the Northeastern Minnesota




Area Development Association.




            Is there a Mr. Babich in the audience?




            Here he is.




            Mr. Babich.









            STATEMELTT OF ROBERT J. BABICH,




            EXECUTIVE VICE-PRESIDENT,




            NORTHEASTERN MINNESOTA DEVELOPMENT




            ASSOCIATION, DULUTH, MINNESOTA







            MR. BABICH:  My name is Robert J. Babich.  I serve as




Executive Vice-President of the Northeastern Minnesota Development




Association with an office in Duluth, Minnesota.  The purpose of

-------
                                                             715
                     Robert J. Babich






our organization is to develop and expand employment opportunities




and to diversify the economics of the six-county region consisting




of Carlton, Itasca, St. Louis, Koochiching, Cook, and Lake Counties.




Our organization is nonprofit.  Our operating funds are derived




from subscriptions of labor organizations, major manufacturing




companies, iron mining companies, banks, communications media,




and retail establishments located and operating in the area.  The




Assocation was formed during the early months of 1964 and began its




activities in November of 1964.  The Association is governed by a




Board of Directors representing subscribing organizations and areas




of our six-county region.




            I have been involved with NEMDA since its inception.




            Previous to accepting the position as Executive




Vice-President of Northeastern Minnesota Development Association,




I was Chief of Public Works for 10 north central States for the




Department of Commerce.  In this capacity I approved over $100 million




worth of sewer and water projects to communities, industrial parks,




harbors, and recreation improvements.   The largest of these projects




was the $8 million Cloquet-Lake Superior water line.  I am a most




sincere believer in water pollution control, and particularly the




efforts of the FWPCA with whom I have worked closely during my




tenure as Chief of Public Works for the north central States.  My




testimony is based on my close association with FWPCA and the




utilization of the high quality water of Lake Superior as it




pertains to industrial development.

-------
                                                              716
                     Robert J.  Babich






            Business Conditions Prior to the Developmem: of the




Taconite Industry




            From the early fifties when the substantial declines




in iron ore mining and associated industries began,  our region




suffered losses of employment opportunitites.  During this period




when older, experienced men were being laid off and  more employment




opportunities were disappearing, younger people were forced to




leave this area to seek employment opportunities elsewhere.  As




the depressed era became more firmly implanted in this region,




public investment was reduced and a general feeling  of pessimism




prevailed.




            Unemployment in some iron range towns was as high as




19 percent.  Even Duluth was hard hit.  Youngsters were leaving




for better opportunity elsewhere.  The region was dying, on the




way to becoming a second Appalachia.




            It was about 10 years ago when the great Mesabi,




supplier of 75 percent of the Nation's iron ore needs, began to




play out, starting the exodus of people and talent,  energy, and




purpose.




            With the death of mines and depletion of reserves




went a decline in employment in mining and transporation (Hibbing




is one of the striking examples of such decline from over 4,000




persons employed, representing one-half of total employment in




June of 1953, to about 1,200 persons, and only 1/5 of the total




in 1966) and a decrease in tax revenues from mining industry

-------
                                                              717






                     Robert J. Babich






(county and local governments' tax revenues from iron ore in




Minnesota in 1966 represented only 59 and 57 percent, respectively,




of those in 19S7).




            Impact of Taconite Industry Development.




            In the period since November 1964, which marks the




passage of the Taconite Amendment and the many announcements that




followed the passage of the amendment, many changes have taken place




in our region.  Pessimism has. been replaced by strong optimism.




All types of projects involving public and private funds have




blossomed.




            Investments in taconite plants have totaled over a




billion dollars in the region.  By 1990, investments are estimated




to reach $2 billion.  Capital investments on an annual total




expenditure basis will increase by nearly $75 million each year




until 1975, and then drop to a $33 million increase per year




through 1990.  The cost of labor was $120 million in 1965, is




estimated at $130 million for 1975, and will reach $150 million




by 1990.




            Even though the progress just indicated is substantial,




probably the most important dividend of the taconite industry is




the proliferation of "satellite industries" which have located in




the region due to the large equipment and material purchases required




by the taconite mining industry.  These diversified manufacturers




could prove as great a benefit to the region's economy as the giant




taconite industry itself.  Any adverse influence can delay this




tremendous potential development.

-------
                                                             718
                     Robert J.  Bdbich






            Satellite Industries




            Due to the extreme hardness of taconite rock, equipment




wear is severe and replacement becomes an expensive undertaking.




It has been estimated that approximately 10 pounds of steel is




worn away in pelletizing process alone for each ton of taconite




produced.  In 1965 estimates of expenditures and supplies for the




Erie, Reserve, and Pilotac plants totaled nearly $63 million.




            By 1975 this annual expenditure should jump to




$165 million and $250 million by 1990.  Clearly this is a large




potential market waiting to be tapped by associated industries.




            NEMDA Satellite Industry Report.




            The current impact of the taconite industry is high-




lighted in a survey recently taken by NEMDA that indicates the




economic impact of the taconite industry is substantially greater




than the benefits resulting from new construction and new operations




alone.




            The survey shows that the new taconite industry provides




a very large market for products made and distributed in this area




and for services sold by various firms.  The survey covers 140




area firms and shows that sales to the taconite industry exceed




$112 million annually.




            Sales to the taconite companies include such items as




blasting agents, grinding and crushing equipment, industrial




machinery, engines, tires, electrical equipment, fuel, repair services,




and many other items that are necessary in the operation of taconite

-------
                                                              719
                     Robert J. Babich






mines and plants.  The firms which supply the taconite




companies emply 3,466 persons.  The taconite companies themselves




employ 8,425 on a year-round basis.




            The survey results have disclosed that 28 area firms




have plans for expansion and one new firm has already begun




production of grinding equipment for taconite operations.




            Natural ore operations employ 5,175 people, bringing




the mining industry employment total to 13,600.  Taconite payrolls




amounted to $85 million last year, while the payroll in the natural




ore industry came to over $52 million.  The total industry payroll




amounts to over $137 million.




            The survey also disclosed that sales of supplies and




services to the natural iron ore industry amounted to close to




$19 million brining the total economic impact of the iron mining




industry in the area to $289 million.  These are service industries,




not counting the taconite sales, bringing the total economic impact




of the iron mining industry to $289 million and it can only be the




begining.




            The NEMDA report stresses that these are present figures




and that continued expansion and growth in the taconite industry as




well as in supporting industries can be anticipated; and let's




hope they do.

-------
                                                              720
                     Robert J.  Babich






            Economic Impact of Reserve Mining Company.




            The Reserve Mining Company operation at Silver Bay,




Minnesota, on the shore of Lake Superior plays a very important




role in the economy of northeastern Minnesota.  Its direct payroll




last year was over $29 million.  It paid taxes in the amount of




$3.7 million.  It provided more than 3,200 year-round jobs.  In




addition, its annual expenditures for goods and services have meant




much to the other industries in the whole area.  In fact, it is




the principal support for the villages of Silver Bay and Babbitt




with combined populations of close to 10,000 people.  And the




Government is talking about new towns.  These are new towns with




10,000 full-time, year-round workers.




            In a letter to the editor of the Mesabi Daily News,




Mr. Glenn E. Peterson, Director of the United Steelworkers of




America  Union in Duluth, points out that Reserve Mining Company




has studied this matter of pollution of Lake Superior quite




thoroughly.  "Testimony of independent expert witnesses was taken




and the same questions were raised as are being raised now.  At




the conclusion of these hearings, Reserve was granted permission




to proceed with the present method of depositing the grindings."




He recommends that all opinions and judgments be withheld until




such time that this matter be clarified on the basis of facts.




A hearing must be based on these facts and follow the procedures




of a sole issue, that of determining if the depositing of grindings




actually harm Lake Superior.

-------
                                                              721
                    Robert J. Bcibich






            Tourism




            Important in the ever-growing activity in our region




has been the development of our recreational resources.  We have




encouraged the full utilization of these resources and the




additional investment necessary to improve and modernize facilities




that have suffered from age and are on the verge of outliving their




usefulness.  In short, our program has extended the full range of




economic development activity, and it has been planned and executed




so as to develop a spirit of interest and cooperation rather than




jealous competition.




            NEMDA has never received an unfavorable comment




relative to pollution in Lake Superior.  Lake Superior has no




floating debris, obnoxious odors or unsightly, unnatural colored




waters.




            Conclusions




            In summing up this testimony on behalf of the industrial




development interests in northeastern Minnesota, I feel strongly




that industry has progressed to the point where plants of all types




will be completely compatible with the scenic and recreatdonal




advantages this region is widely known to have.  Industry in




northeastern Minnesota has expressed their desire and interest to do




everything possible to work out the best solutions to the water




pollution problem.  Reserve Mining Company, along with others, have




continuously supported the idea of developing programs that will




serve to eliminate pollution effects.

-------
                                                              722






                     Robert J. Bobich






            Speaking on behalf of industrial development, I feel




the emphasis currently placed upon pollution control that




specifically singles out an operation so vital to this area's




economy should not overshadow the attention that should be given




to attracting industry to this region.  The impact of the potential




we anticipate is just too great to jeopardize with the undue




attention being given to preliminary reports relating to pollution




problems in Lake Superior.




            In closing, I urge that every consideration be made




to permit the fair treatment of industry to provide new employment




opportunities and economic development so badly needed in our region.




If this is granted, we will be better equipped to maintain and




develop for future generations the beauty, recreational advantages,




and industrial opportunities that are so important to our economy.




Certainly any failure to achieve these ends will reflect an echo




for years to come on any future economic development activities




within the entire State of Minnesota.




            It is most disturbing to developers in development




organizations such as ours who work so hard to create an image




for an area that has had a history of economic instability, to be




confronted with such undue emphasis from a preliminary or incomplete




pollution report.  Reserve Mining Company and other industries in




northeastern Minnesota are most aware of the high quality water




control.  In their desire to comply with water pollution regulations,




Reserve Mining Company, before investing millions of dollars in

-------
                                                              723
                     Robert J. Babich






the economically depressed North Shore area, did considerable




research with the State and Federal authorities before proceeding




with construction of the present facilities.




            It is unfortunate that a preliminary or incomplete




report could stimulate such embarrassment to a company that has




shown confidence in northeastern Minnesota and has complied with




all regulations of the water pollution control authority.  It is




my hope that the water pollution control authorities, both Federal




and State, will proceed on an intelligent research basis as has




been consistent with their program.  It would be most disastrous




if the quality of Lake Superior water becomes a political football.




            Well-planned industrial development is conducive to




water pollution control.  We must look at the constructive




attributes from industrial development.  A balance between water




quality standards set by the law and the need for industrial develop-




ment  to create jobs is an example.  I have put in many projects




in Wisconsin communities that never had treatment facilities, and




with the activated industrial parks and industries the entire town




now has water treatment facilities.  That is the involvement of




industry and their contribution to water pollution control.




            The city of Duluth, the Mayor and the City Council,




because of the demand of industrial development, have, for the




first time, a study going on to upgrade their treatment facilities,




and why? - because of the industrial expansion involvement in Duluth.

-------
                                                              724
                     Robert J. Babich






            The North Shore Highway, which is half a mile from




Lake Superior, prevents any runoff, which is considerable in




pollution, because the installation of Reserve Mining Company




is there, and that is why you have a 4—lane highway there.




            This is incidental involvement of water pollution




control by industry.




            I might state my own experiences.  I look back to




1944.  We had a chicken coop and a rabbit pen in our yard.  I was




9 years old in a family of 10 kids in 1935.  My dad's average was




6 years of employment.  The last 2 years he worked 2 days.  In




1946 I returned from Europe in the service.  We put in a gas stove




and an electric stove.  This is a form of pollution and the economics




involved in water pollution control.




            I recently attended a conference in Minneapolis where




they used a slogan to raise money for the arts and symphonies -




violins, and paint brushes - and the importance of cultural




interests to attract industry in an area.  A slogan is apropos




between industry, FWPCA, jobs, chicken coops, and outdoor privies.




We don't want a puritanism so no industry will develop between




the shores of Wisconsin and Minnesota.  How do you explain to




people in Cloquet if you said Japan is buying timber from Montana




and dumping their finished product in the United States?  How do




you explain to the unemployed miner in the country in Wisconsin




that his ore could be processed in Canada?  And how do you explain




in the city of Duluth when each year we have Canadian wheat for




Canadians by the thousands who buy in Duluth?  In the next 20 years

-------
                                                             725
                    Robert J. Babich






are we going to have a Minnesota Day in Wisconsin?




            We have worked for the last year on a gaseous




diffusion plant - 8,000 construction workers - but I am told by




a so-called expert, without any facilities, without any research,




that the thermal temperature will be increased.  At least they




deserve a hearing on this.  This is no reference to the FWPCA.




These people are very sincere in their efforts.




            In conclusion, I would like to say as a result of




this meeting and the publicity in the last 6 months, two apologies




are in order, I feel, 1) to the dedicated people involved in the




State, Federal, and local levels who are sincere in their efforts




in water pollution as I am, and, incidentally, not even having the




opportunity to complete their research; and 2) to the Reserve




Mining Company, who have shown confidence in this area after the




people of Minnesota showed confidence in the potential of the




mining industry, invested millions of dollars, and have had to




listen to what we have listened to for the past 6 months.




            I thank you very much.




            MR. DOMINICK:  Thank you, Mr. Babich, for a very




forceful statement.




            We do have a question.




            MR. PURDY:  Mr. Babich, you have made reference to the




fact of the expanding allied industry.  I wonder if you feel it




would be appropriate for the expanding taconite industry, as well as




the existing industries throughout the whole Lake Superior Basin,

-------
                                                               72o





                         Robert J. Babich




to dispose of their tailings into Lake Superior,,  Do you think




this would be appropriate?




             MR. BABICH:  Would you repeat that?  I did not hear




the question, sir.




             MR. PURDY:  You refer to an expanding taconite




industry and the harmful effect that might occur to this particular




company if they had to do anything different than discharge their




tailings into Lake Superior,,  I am wondering if you feel that it




would be appropriate for the entire taconite industry to enjoy the




same economic advantage, if one exists, and discharge the tailings




from the full taconite industry in the Lake Superior Basin into




Lake Superior?




             MR. BABICH:  I did not make the statement that




tailings would create this problem.  I don't know, as many of




us here do not know - most of us I should say«  As for the remainder




of the industry that is expanding or anticipating expansion of




dumping their tailings into Lake Superior, this would not become a




necessity.  Again I -refer to the economics of the North Shore and




why the plant was located with the availability of water.,  I don't




think I have every suggested a plan to dump all tailings, nor is




it a suggestion that has been made by any other industry on the




Iron Range complex, anticipating expansion, of ever disposing of




their tailings in this fashion.  The need isn't there, sir.

-------
                                                             727
                     Robert J. Babich







            MR. PURDY:  We have a growing industry in Michigan




and in their case they are required to dispose of their tailings




on the land at a cost to their production, and I am wondering if




you feel it would be appropriate that they also discharge their




tailings into Lake Superior?




            MR. BABICH:  I understand they are dumping some




tailings in Michigan - the copper industry.  I think we are




pointing a finger at one industry.  I understand in Ashland,




Wisconsin, the community dumps ash as a residue from the plant




into Lake Superior, which has definitely acids involved.  I am




not familiar with the situation in Michigan.  There is a possibility




that water was available in the plant.  I did build the plant,




incidentally, at Republic, Michigan.  I am fairly familiar




with the Negaunee area.  There are possibilities that water supply




was available, but it was not necessary to do this.




            MR. PURDY:  I think you have answered my question.




            MR. DOMINICK:  Are there any further questions?




            (No response.)




            MR. DOMINICK:  Thank you again, Mr, Babich.




            If we may continue with the Minnesota presentation.




            Next, I would like to call on the representative




of the Babbitt area Business and Professional Association, then




next I would like to call on the Minnesota Conservation Federation,




United Steelworkers of America, and then the North Star Sierra




Club.

-------
                                                             728






                     James T. Shields






            Is Mr. Harold Johnson here from the Babbitt




Business and Professional Association?




            (No response.)




            MR. DOMINICK:  If not, we will continue.




            I next call upon the Minnesota Conservation Federation.









            STATEMENT OF JAMES T. SHIELDS,




            EXECUTIVE DIRECTOR, MINNESOTA




            CONSERVATION FEDERATION, MINNESOTA








            MR. SHIELDS:  Thank you, Mr. Chairman.




            Conferees, ladies and gentlemen:




            I am James T. Shields, Executive Director of the




Minnesota Conservation Federation.




            The Minnesota Conservation Federation has about




100 affiliated clubs and 10,000 individual members from through-




out Minnesota.  We are the largest conservation organization in




the State and are affiliated with the National Wildlife Federation,




and that is about 2,500,000 members.




            There are many voices in our membership that speak




loudly and clearly against all forms and degrees of pollution.




They must be heard, for without them we could rapidly compromise




our resources for the mere sake of expediency and immediate




material benefit.

-------
                                                              729






                     James T. Shields







            Today, however, even at the risk of offending some




of these voices, we wish to propose practical guidelines for




limiting the pollution of Lake Superior caused by the taconite




beneficiation plant at Silver Bay.




            Before outlining these guidelines, we should focus




our attention on the salient factors which have been gleaned




from the reports and studies done by both the State and Federal




agencies.  Unfortunately, a great deal of misleading information




has been heard concerning these matters.




            1.  The original permits issued to Reserve Mining




Company to operate the taconite beneficiation plant at Silver Bay




provided for the dumping of tailings in a specified area of the




lake.  The potential chemical pollution from these tailings was




taken into account but was determined to be negligible in its




influence on aquatic life.  The "permissible pollution," then,




was that resulting from the filling of a portion of the very deep




trough that is located a short distance from shore and the narrow




corridor between the taconite plant and this deep trough.




            2.  The Reserve Mining Company proceeded with final




development of the plant at Silver Bay in the belief that the




terms of the permits would be met through the planned operational




procedures.

-------
                                                              730
                    James T.  Shields







            3.  In the 13 years the taconite plant has been




operating it has become increasingly evident that not all of the




tailings are settling in the  deep trough offshore from the plant.




The finer particles are drifting with the lake currents and are




being deposited as far as 15  miles downshore.




            I might add there that, in my opinion, at least, it




is ridiculous for anyone to deny that that is not a violation




of at least the intent, if not the legal weapon, of the operating




permit.




            At times this drifting of the "fines" increases the




turbidity, causes a marked discoloration of the water, and reduces




penetration of life generating sunlight.  The deposition of the




fines changes the physical composition of the bottom soils and




somewhat alters the production of certain bottom-dwelling organisms




which provide part of the diet of some species of fish.  The ultimate




effect on the production of fish, however, is apparently more




theoretical than actual.




            4.  There is yet  no solid evidence that the fines have




had any appreciable toxic effect on living organisms in the lake.




Neither is there evidence that the fines have had any direct




adverse effects on fish, fish fry, or fish eggs.  It should be




noted here that the laboratory experiments that have suggested




that fish eggs or fish fry are injured by these fine particles have




been done with extremely heavy concentrations of tailings which are




found in the lake only in the immediate discharge area of the plant.

-------
                                                             731
                     James T. Shields







            5.  The excessive amounts of certain chemical elements,




such as copper and zinc, that exist in the tailings apparently




are in forms that are virtually insoluble and inactive and therefore




pose only a theoretical threat of pollution.  The possibility of




these chemicals ever having a measurable adverse effect on




aquatic life in Lake Superior is virtually nil.




            We may conclude from these essential factors that in




terms of the permit the impermissible pollution resulting from




the operation of the taconite beneficiation plant at Silver Bay




is associated entirely with the "renegade fines."  These fines




drift downshore causing objectionable discoloration of the water.




They also limit to some degree the production of some fish food




organisms by decreasing the penetration of sunlight in the water




and by changing the physical composition of the lake bottom.




            Three possible solutions are immediately suggested:




(1) close down the plant/ (2) pump the tailings inland; or (3)




eliminate the fines from the tailings so that the deposition will




occur in the lake as originally planned and in accordance with




the intent of the permit.




            Speaking of No. 1, closing down the plant obviously




should be considered only if a satisfactory solution to the




pollution or disposition problem cannot be found.




            Pumping the tailings inland would have results which




are just as objectionable as the pollution of Lake Superior.  The




contours of the land in this area are such that Lax Lake would

-------
                                                             732
                     James T. Shields






certainly be ruined by the deposition of tailings inland.   This




200-acre lake supports a fine sport fishery and is considered to




be a valuable recreational area.  In addition to Lax Lake, the




potential disposition area forms a major portion of the watershed




of the Beaver River.  It seems certain that this fine trout




stream would be adversely affected, if not entirely ruined.  Thus,




pumping the tailings inland from the Silver Bay plant would only




transfer the pollution problems from one area to another.




            Removing the fines from the tailings before they are




deposited into the lake is technically possible and is, therefore,




the only practical solution.  This would reduce the deposition of




tailings in Lake Superior to the "permissible" amount allowed by




the original permits.  And although even that amount may be




considered objectionable by some, it is the only fair way of




facing the problem at this time.  We should, however, limit the




period this will be tolerated and reject plans for similar operations




in the future.




            In summary, the following guidelines are suggested:




            1.  Allow the present operation to continue for only




a brief period, such as not more than 18 months, after which




further permit renewals will specify that only the larger particles




may be deposited in Lake Superior.  In effect, this gives the




mining company ample time to develop a method of removing the




finer particles from the tailings.  Any further pollution of the




lake that may occur during this limited period will be negligible




except for the discoloration of the water.

-------
                                                              733






                     James T. Shields









            2.  Establish a definite time limitation for the




operation of the Silver Bay plant which will allow the company




to depreciate its investment.




            3.  Let it be clear to all concerned that there will




be no further permits issued for operations which would use Lake




Superior as a dispose-all, regardless of how chemically inert the




dumpings may be or how rapidly they settle to the depths where




we cannot see them.




            The Minnesota Conservation Federation is, of course,




also concerned about the many other types and sources of pollution




occurring in Lake Superior.  We will strongly support measures




that may be taken to eliminate or reduce such pollution and




thereby maintain Lake Superior as the crown jewel of the Great




Lakes.




            Thank you, Mr. Chairman.




            (Applause.)




            MR. BADALICH:  Are there any questions?




            MR. PURDY:  No.




            MR. BADALICH:  Next, I would like to call upon




Gene Roach, representing United States Steelworkers of America,




Silver Bay.




            (No response.)




            MR. BADALICH:  We will pass on to Mr. Richard  Thorpe,




who is representing the North Star Chapter of the Sierra Club.

-------
                                                             734
                     Richard J.  Thorpe




            Mr.  Thorp.




            STATEMENT OF RICHARD J.  THORPE,




            CHAIRMAN, NORTH STAR CHAPTER,




            SIERRA CLUB, ST. PAUL,  MINNESOTA









            MR.  THORPE:  Mr. Chairman, conferees,  ladies and




gentlemen:




            I am Richard Thorpe of  St. Paul, Minnesota.   I am




Chairman of the North Star Chapter  of the  Sierra Club.




            The Sierra Club was founded in 1892 "to explore,




enjoy, and preserve scenic resources of the United States."




The Sierra Club is one of the Nation's oldest conservation




organizations, playing a prominent  part in the effort to preserve




major scenic and natural resources.   The Sierra Club today has a




nationwide membership of over 78,000.  The North Star Chapter in




Minnesota has grown to 650.  I might comment that this interest in




the Club in Minnesota has been generated in the last year or so.




            At a meeting of its national Board of Directors in




San Francisco on May 3-4, 1969, the following resolution was




adopted:




            "The Sierra Club urges  that all measures be taken to




     preserve and maintain the quality of Lake Superior's water,




     and it pledges to cooperate with its Midwest chapters in




     pursuing this goal."




            I might comment, to carry out that resolution the




Board of Directors appointed a three-State committee, consisting

-------
                                                             735
                     Richard J. Thorpe






of two Sierra Club leaders from Michigan, two from Minnesota,




and two from Wisconsin.  .They will be working on the national




staff on this problem.




            Another thing the organization will be doing is




preparing one of its format books, such as they have done in




other conservation areas like the Grand Canyon and the Redwoods.




            We feel that it is fitting that a national organization




express its concern over the matter of preserving the water quality




of Lake Superior.  The lake is a major national resource.  The




fact that it borders on only three of the 50 States makes it




mandatory that these States, and the Federal Government, act as




trustees for the benefit of the citizens of all the States and




exert every effort to preserve Lake Superior in its present




relatively unpolluted state.  To this end the most stringent of




water quality standards for the lake must be adopted and firmly




enforced.




            In an earlier time we could grant to polluters a




measure of leniency and the benefit of the doubt.  In 1969, however,




when Lake Erie is dead, Lake Michigan is dying, and Lake Superior




is threatened, and when on all fronts man is assaulting his environment




with ever-increasing ferocity, this attitude must change or our




descendants will pay an incredibly high price for our sloth.




            We, therefore, call for the adoption of the principle




that no industrial or municipal waste discharge to Lake Superior




be permitted which has an adverse effect on the ecology of the lake.

-------
                                                             736







                     Richard J.  Thorpe






            We also call on the  various State agencies,  particularly




the Minnesota Pollution Control  Agency, to exhibit a greater




concern over the threat to the lake.




            The 1947 permit granted to Reserve Mining Company by




the State of Minnesota was granted upon the condition that




tailings should not be discharged so  as to result in any material




clouding or discoloration of the water at the surface outside of




a specified zone.  The permit also imposed a condition that the




tailings should not be discharged so  as to result in any material




adverse effects on fish life.  As you know, other conditions were




also imposed.




            Both the controversial December 31, 1968, unofficial




report of the Department of the Interior interagency study group




and the official April 1969 report of the Department of the Interior




indicate that there may well be sufficient evidence to warrant a




finding that the conditions of the 1947 Minnesota permit are being




violated.  However, instead of expressions of concern from the




Minnesota Pollution Control Agency, we get repeated knee-jerk




reactions, summarily refusing to acknowledge that the conditions




of the Minnesota permit are possibly being violated.  We feel a




more reasonable response would be a call for a public hearing on




possible revocation of the permit for violation of its conditions




and the immediate undertaking of further in-depth studies.

-------
                                                              737
                     Richard J. Thorpe






            You have heard various comments, pro and con, on




the portion of the on-shore disposal of Reserve Mining Company's




taconite tailings.  There is an obvious disparity between their




estimates and that of the private or the Federal Bureau of Mines.




Obviously, this is an area of fact here that should not be conjectured




upon, but should be studied by the Federal Government to determine




if this is really economically feasible.  We don't feel that it




should be rejected at this point.




            Great in-depth studies of the cost of on-land disposal




of Reserve Mining Company's taconite tailings should be undertaken




immediately.  The unofficial report, in Part II, suggested an




initial capital outlay of $7.5 million for 3 years of production




and annual operating costs of $3.3 million.  In a statement of




April 1, 1969, Reserve Mining Company estimated capital costs




well in excess of $250 million and annual operating costs of $13




million.  Such a wide disparity in figures indicates the need




for further study.  The possibility of on-land disposal should




not be rejected.




            The preservation of the water quality of Lake Superior




merits the highest of priorities on a national scale of values.




The operation of any industrial plant or municipal waste disposal




plant should not be in conflict with this goal.




            Thank you.




            (Applause.)




            MR. BADALICH:  Next, I will call on Mr. Milton




Pelletier representing the United Northern Sportsmen Club.

-------
                                                              738
                     Milton Pelletier









            STATEMENT OF MILTON PELLETIER,




            UNITED NORTHERN SPORTSMEN CLUB,




            DULUTH, MINNESOTA









            MR. PELLETIER:  My name is Milton Pelletier, and




I appear here to deliver this paper on behalf of the United




Northern Sportsmen, a conservation club with a membership of




over 800 persons residing in and adjacent to the city of Duluth.




My position with the organization is past president, trustee, and




member of the Study Committee.




            The United Northern Sportsmen Club, from its very




inception over 20 years ago, has been in the foreground of the




fight against water pollution and against other plundering of




our natural resources.  Our fight has been nonpartisan in scope




and based on several beliefs, which we wish to share with you:




            1.  We believe that the habits of a Nation will finally




determine its destiny.  If we choose to pollute our waters, however




it may be justified, or allow our land to erode, or to bury our




country under tons of litter, or to allow other natural resources




to be plundered, we are heading toward ruin and no amount of




money will repair the damage.




            2.  We believe that every individual has a personal




and continuing responsibility and  a equity in all our natural




resources, including water - but there is, indeed, a much heavier

-------
                                                              739
                     Milton Pelletier







 responsibility upon those  elected  and  appointed public




 servants  charged with  cleaning up  our  environment.




             3.  We believe that  land or water ownership  is




 merely a  life tenure of  custodianship  to be passed  on to




 succeeding  generations,  and that such  ownership or  custodianship




 does  not  carry with it the divine  right to destroy.




             4.  We believe that  everyone must have  a reverence




 for the land and water and its fruits  not based on  profit motive.




 Any other course leads to  exploitation and destruction,  as  we




 have  learned, to our sorrow.




             5.  We are a conservation  club and believe in the




 wise  use  of our natural  resources.  We believe it is much cheaper




 to prevent  pollution than  to  clean up  the results.  It should not




 be permissable to dump anything  desired into public water and




 then  set  standards juding  the results  of such abusive practices.




 Control should occur before disposal.




             We have been steadfast in  the pursuit of these




 ideals.   The club has  grown and  prospered these many years  because




 of our consistent adherence to them.   We have been  recognized




State  -wide  and nationally  for our  sane and capable  fight to secure




 the benefits to mankind  expressed  in the above-stated creed,,




             We need and  want  industry, as most of our members




 depend on industry for a livelihood.   There is no question  that




 industry  can operate profitably  in our area in a manner  assuring




 no natural  resources will  be  plundered or needlessly destroyed.

-------
                                                             740
                     Milton Pelletier






We con cite  mstctnces of companies consulting with us when their




plants were .'being designed so as  to assure  protection of  our water




resource.  We have been proud to join with our affiliate, the




Minnesota Conservation Federation, in making awards recognizing




"applied sound water conservation principles" by industry.  Many




companies are now following this example, and we applaud them




one and all.




            We do not appear here as interpreters of technical




reports, nor do we appear as technically trained experts.  Either




course would be presumptuous on our part.  We do, however, appear




as interested citizens, citizens who appreciate the value of this




great reservoir of fine water both locally and nationally, and




want to take no chance whatever that it will be destroyed.  We




want no misunderstanding on our position.  So that it will be




crystal clear, it is summarized as follows:




            1.  It is an undisputed fact the St. Louis River, the




first major tributary to the lake, is being polluted by municipal,




industrial, and natural wastes.  We want the sources of pollution




identified, and we see no reason for further delay in implementing




a vigorous and prompt program of pollution correction and control




immediately.




            2.  Municipal, industrial, and marine wastes are




adding their contaminating influence daily to the Duluth-Superior




Harbor.  In our desire to restore  the aesthetic value of a clean




and fresh body of water (to  add to the value of our  city's very




fine cultural, recreational,and educational facilities) we must

-------
                                                             741
                    Milton Pelletier






identify the sources of pollution and call upon our State and




Federal officials and agencies to use every means available to




either stop or curtail this insidious poisoning of what could




well be Duluth and Superior's finest resource.




            3.  Many private cabins or homes are located so




close to the shore, or have disposal systems so ineffective that




seepage is directly polluting the lake or ground water sources.




We want an ambitious program instituted by the State Water Pollution




Control Agency as soon as possible to remedy this situation.




            4.  If the proposed location of a nuclear breeder




plant on Lake Superior would have any adverse effect on the




quality of the water in the lake, we would be opposed to it.  All




questions of feasibility and possible constructive uses of the




heat generated by such an installation should be answered in




advance and not after the construction of such an industry.




            5,  The United Northern Sportsmen have consistently




opposed the disposal of taconite tailings in Lake Superior.  At




times we have stood almost alone in our opoosition.  We believe




this practice should be stopped and an alternate method of




disposal employed.  Until such changes are made, the State should




enforce the present permit which specifically prohibits any




material clouding of the lake, and grant no liberalization of same




beyond the permit limits.  Any statement that this company cannot




operate unless allowed to dispose of waste in Lake Superior is

-------
                                                             742
                     Milton Pelletier






debatable, because other companies are doing it and competing




successfully.  We also call upon the U. S. Army Corps of Engineers




to require on-land disposal of tailings at Silver Bay as recommended




in the U. S. Department of Interior report dated December 31, 1968.




            6.  Siltation by construction and poor agricultural




practices is a major contributing factor to pollution in Lake




Superior.  The problem areas should be pinpointed and immediate




steps taken to institute sound soil conservation practices.




            7.  All other sources of pollution around the lake,




either from feeder streams, municipal, industrial or private




uses, deserve immediate and determined corrective action.




            8.  And, finally, we urge a review of the water




quality standards adopted for Lake Superior in that they be




strengthened to prohibit all thermal, nuclear, and pesticide




pollution, and to tighten the standards relating to siltation,




toxic metals, and shipboard waste.




            The fine results of the introduction of Coho Salmon




t..  Lake Michigan reveal what can be accomplished when concerted




action is taken.  The cloud of doubt now suspended over the future




of this endeavor illustrates very vividly what damage may be




caused by the indiscriminate use of pesticides and shoddy methods




of waste disposal.

-------
                                                              743
                     Milton Pelletier







            Those who consider the above   outlined program as




being too unrealistic or stringent to achieve should remember




how old methods have failed.  We know by very bitter experience




how even a little pollution is prone to collect in unexpected




places and manifest itself in some very unpleasant and unexpected




ways.  Lake Superior, for all its vast area, depth, and coldness




of water, is most assuredly not immune to the ills that have




served to cause such havoc in so many other lakes.




            Finally, we want no more studies simply to prove the




lake is becoming more polluted and which are dictated by political




expedience, but solely on what is good for the lake environment




in the long run.  Surely we now possess the degree of technical




knowledge and competence to prevent the ruin of this water as has




been the case in so many other areas.  The saddest picture I have




ever seen was a cartoon picturing a water hole surrounded by an




elephant, lion, zebra, and several other animals.  The lion speaks,




"We are no longer a backward Nation  this water hole is polluted."




What a shame and strong resolve this should evoke!  The implementation




of present technical knowledge and fair, yet rigid, enforcement




of present laws and regulations could prevent that if our




administrators have the will to do so.  The United Northern Sportsmen




are proud of this conference and feel that a great amount of good




can derive from this extraordinary hearing.  We assure you of




remaining ever constant in our battle for a better America, and




we stand ready to assist each and every one of you in any way within

-------
                                                             744
                    Milton Pelletier






our means to preserve for posterity this priceless Lake




Superior - "The Crown Jewel of America."




            Thank you for permitting us to appear and




present our views.




            Attached for your files is a copy of our letter of




November 18, 1968, addressed to the Honorable Stewart Udall




urging his calling of this conference.




            (Applause.)




            MR. DOMINICK:  Thank you, Mr. Pelletier.




            That letter will be made part of the record.




            (The above-mentioned letter follows.)

-------
                                                            745
                     Request for
WATER QUALITY ENFORCEMENT CONFERENCE OF LAKE SUPERIOR
                         by
              UNITED NORTHERN SPORTSMEN

-------
                                                                              746
                                         'Jfontfoin
$FW1* <&>i-~ > * *-fff  *
                SPORTSMEN'S    CLUB
                MINNESOTA'S LARGEST AND MOS^ ACTiV£ CONSERVATION CLU5  ••'-'',
              To all organizations  and  individuals who recognize the need
              for definite standards  of cleanliness to be established for
              Lake Superior as soon as  possible.

              Attached for your information  is a copy of a self-explanatory
              letter addressed to Mr. Stewart Udall, Secretary of Interior.
              We urge that you support  our reouest and that you make your
              views known to Secretary  Udall promptly.

              We would appreciate a carbon copy of any correspondence in
              reference to this subject for  our files.

              Your cooperation will be  very  much appreciated by The Study
              Committee of the United Northern Sportsmen Club, Mr. E. C.
              Pearson, Chairman, 2201 Hillcrest Drive, Duluth, Minnesota
              55811.

              Committee members: Harold Sims, Lyell Brand, J. Wesley White,
              Dolphe Johnson, Robert  Anderson, Bud Haug, Harold Edstrom,
              and Dennis Kreuth.

              Milton Pelletier
              President, United Northern Sportsmen
              3680 Munger Shaw Road
              Duluth, Minnesota   55810
United Northern Sportsmen are organized for tha following purpose: To Improve conservation and to increase our game and fish by legislation, or other legitimate
means, and endeavor to provide education for its members and our children by their understanding of the Fish and Game Code, and to guard against Poachers and
others who Infringe upon the laws of the State. To enforce existing laws and secure the repeal of those that are unjust.

-------
                                                                       747
                                     November 18, 1968
Honorable Stewart Udall
Secretary of Interior
Department of the Interior
Washington, D.C.

Pear Mr. Secretary:

This letter is written on behalf of the members of the United Northern
Sportsme"1' s Club  Minnesota's largest air1 most active Conservation
Organization.  At present  -we boast a membership of over 600 persons.  i~i ell
walks of life  residing in and adlacent to t^e cit" of Dulutb.  ©n a broader
scale, we are affiliated with the Minnesota Conservation Federation, a
statewide organization, and nationally -with the National Wildlife Federation.

The United Northern Sportsmen Club, from its very Inception, over twentv
years ago,  instigated the fight, locally, for pure water anfl pure air.  At
that time,  we were a small voice crying in the wilderness.  We were ridiculed
for our ideas, threatened, as veil as withstanding other methods of intimid-
ation.  However, we are a stubborn group.  We love this north country, and we
intend to make it our lifetime ^orce.  We can think of no finer place on the
face of the earth for our children and our children's children to live.

The above is not written for the purpose of glorifying the club in your eyes,
but simply to give you a thumb--nail sketch of our organization and perhaps
serve as a crutch for later requests for your assistance.

We do not want you to believe that we are the only organization in Northern
Minnesota interested in prevention and control of pollution--we are not.
Neither do we wish you to believe that every individual in Northeastern
Minnesota who believes in the prevention and control of pollution and wants
to participate in attaining pure water and air belongs to the United Northern
Sportsmen Club, they do not.  However, we do believe that our efforts have
been the best coordinated and of the longest duration!

As you know, this Lake Superior Country is a relatively newly developed area;
although old, from the standpoint of history; the first French Explorers
approaching the great inland sea by way of the Ottowa River and Lake Huron
knowins nothing of the connection of that lake with Lake ^rie; referred to
their discovery as "Le Lac Superieur."  Properly translated, the expression
should be "Upper Lake", that is, the lake above Lake Huron.  But the English
name, denoting size  depth, et el; superiority, seems more apt in :aany ways.

-------
                                                                        748
The first explorations of the lake were made prior to 1623 and may have
preceded any settlement on the Atlantic Sea board.  By 1658 there was a fairly
accurate map of Lake Superior.  Oddly enough, Lake Superior was discovered
and explored "before Lakes Michigan, Erie and Ontario.

Following exploration there was fur trading, fishing, mining, and lumbering
operations carried on, on the shores of Lake Superior, but presumably little
was done to destroy either pure air or pure water.  People began moving in
and settlement of the north shore dated from the Indian Treaty of 185*1.

In June 1870, William Francis Butler, later to become Sir William Butler
one of the great soldier-adventurers and writers of the nineteenth century,
visited Duluth and the shores of Lake Superior.  His description of the lake
as taken from his book "The Great Lone Land" follows:

        "Before turning our steps westward from this inland-ocean of Lake
     Superior, it will be well to pause a moment on the shore and look
     out over its bosom.  It is worth looking at, for the world possesses
     not its equal; four hundred English miles in length, 150 miles
     across it, 600 feet above the Atlantic levle, 900 feet in depth—one
     vast spring of purest crystal water, so cold, that during summer
     months its waters are like ice itself, and so clear, that hundreds
     of feet below the surface the rocks stand out as distinctly as
     though seen through platoglass.  Fellow in fancy the outpourings
     of this wonderful basin; seek its future course in Huron, Erie,
     and Ontario, fn that wild Ic^p from the rocky edge which makes
     Ni&gsra famous throughout the world.  Seek it further still, in
     the quiet loneliness of the Thousand Isles; in the whirl and
     sweep of the Cedar Rapids; in the silent rush of the great current
     under the rocks at the foot of Quebec.  Aye,, and even further
     away still, down where the lone Laurentien Hills come forth to
     look again upon the water whose earliest beginnings they cradled,
     along the shores of L«ik-e.'Superior.  There close to the sounding
     billows of the Atlantic, 2000 miles from Superior, these hills--
     the only ones that ever last—guard the great gate by which the
     St. Laurence seeks the sea.

        There are rivers whose current, running red with the silt and mud
     of their soft alluvial shores, carry far into the ocean, the
     record of their muddy progress; but this glorious river system.
     through its many lakes and various names-, is ever the same crystal
     current, flowing pure from the fountain-head of Lake Superior.
     Great cities stud its shores but they  are powerless to dim the
     transparency of  its waters.   Steatuehips cover the broad bosom of
     its lakes and estuaries., but  they change not the beauty of the
     water—no more than the  fleets of the world mark the waves of the
     ocean."

-------
                                                                        749
Only ninety-eight years, a relatively short time as far as history is con-
cerned have passed since Mr Butler's succinct description and would to God
that we could say the same things now that he said then.  To our great shame
and discredit, we cannot do so.  We are told that Lake Erie is a "dead" lake,
and that Lake Michigan is "sick" and that others have varying degrees of
pollution.  Lake Superior is presumably, at present, the cleanest of all of
the five Great Lakes.  This fact is not due to any great control on our part,
more accurately can be attributed to more dense industrial activity on the
four lakes lying to the east.

However, pollution is present and many cases have been recognized and others
suspected.  In addition others can be anticipated.  A brief review of the
situation follows:

     1.  St. -Louis River Watershed —
It is a well-known fact that the St. Louis River is polluted.  If there is
any doubt, all one needs do is drive from Pond Du Lac to Cnrlton, through
Pond Du Lac State Park, which parallels the river, and the smell -should
convince even the greatest skeptic.  On May 22, 1958, the Duluth-Herald con-
tained the following statement, "French Fiver State Fish Hatchery crews are
removing thousands of dead fish from the St. Louis River in New Duluth and
Pond Du Lac."  The Duluth Herald paper for August 22, 1968 contained the
following partial statement:  "Cloouet Mayor Walter Stock urged the Arrowhead
Economic Development District, Inc., today to give a high priority to helping
combat pollution in the St. Louis Elver."  The river which flows into Lake
Superior and has its source in east central St. Louis County, is 27$ polluted
even before passing through Clccmet.  Stock said, additional pollutants are
dumped in through 'city and industrial wastes at Cloquet.  "The pollutents
upstream from Cloquet, Stock said, are from natural sources such as swamps,
lowlands and farms and also possible from other communities, such as TSrookston,
Meadowlands, Floodwood, and Forbes."

"We'll do Whatever we can to take care of our pollution," SUock said, "but
it doesn't seem right that Cloquet should clean the river to 85$ to 90$
purity when it is already polluted to the extent of 27$ before it gets to us."
He acknowledged that the extent of pollution by the time the river reaches
its nouth is such that if you take a boat up from Fond Du Lac it makes you
shiver to see what's going on.'

     2.  Duluth Superior Harbor—
The "polluted water originating in the St. Louis River Watershed is Coined
in the Duluth-Superior Harbor by additional pollutants from the following
sources:
         a.   Discharge of untreated wastes from ships using the Harbor.
         b.   Various Industries discharging untreated, industrial and sanitary
             sewage from plants in Duluth and Superior directly into -the Bay.
         c.   Insufficiently treated sewage from the cities of Duluth-Superior
             (as recently as three years ago the city of Superior was
             dumping raw sewage in the Lake.)

-------
                                                                       750
     3.  Private Systems—
There is no secret about the fact that untreated effluent from private
systems along the nortvi shore of Lake Superior? and perhaps elsewhere,
seeps into the Lake and also pollutes ground water sources.

     k.  Silt Problems--
It is easy for anyone to stand on the hills surrounding Lake Superior
when the waves are battering the shores, and ovserve the brown layer of
silt and other debris staining the clear waters.  The effect is particularly
great along the south shore of Lake Superior--this indicates the need
for study and the institution of sound soil conservation practices.

     5.  Taeonite ManufacturlttC--
At the present time, Reserve Mining Company is dumping about 60,000
tons of taconite tailings a day into Lake Superior.  In passing, we feel
compelled to mention that the United Northern Sportsmen Club stood almost
alone in resisting the issuance of this disposal permit.  Thus far we have
seen no evidence to make us regret this resistance, and much evidence to
make us feel we were right in resisting!

     6.  Other Areas—
We have confined our brief remarks to the Head of the Lakes.  Certainly
there are other areas along Lake Superior in Wisconsin, Michigan and
Canada, which should be reviewed and evaluated.

     1.  Future Problems--
Recent newspaper stories have indicated t^c possibility of a Nuclear
Breeder Plant being constructed alone the north shore by the Union Carbide
Company,  As we understand the situation-,- the plant would be to manufacture
Atomic Materials for other power plantc--electric power would be a by-product.
There were indications that 2 billion gallons of water per day, or 730 billion
gallons a year  would be used and recycled.  In 19^6 the water appropriation
from the Lake Superior Watershed (thrrc. is from Duluth to Pigeon Eiver) was
about 218 billion gallons per year of which 98.15$> vas surface water and
1.5$ from ground water sources.  It is obvious that the proposed plant
would use more than three times the present water appropriation for the Lake
Superior Watershed.  We certainly feel that any such proposal should have
a comprehensive advance study to provide the best answers possible to the
following questions:
     a.  Why is the Knife River, one of the three finest trout streams on Lake
Superior chosen ns the site" of this- plant?
     b.  Effects on water quality--What changes in the lake itself, can we
anticipate from all this warm water?  How much and to what distance will the
temperature of the Lake water be affected?
     c.  How many plants of this nature can the lake support?
     d.  Where should they be located so that it might be possible to utilise
these B.T.U.'s for some industrial or other worthwhile heating purpose?

-------
                                                                       751
We have been speaking "briefly of some things that are wrong, and some things
that may be wrong, and we may have given the impression that we are unaware
of the manv organizations and individuals combating the problems.  We are not.'
We have folio-wed with interest and applause each forward step by the Federal
Water PollutJon Control Administration, and our own Minnesota Pollution
Control Agency.  We only wish it were possible for each to have unlimited
resources, and to move faster.  Also, we applauded the calling of the recent
"Pollution Enforcement Conference in Chicago," but we were also a little
saddened because the very name of the conference indicated that damage had
already been done and that we were again starting the old familiar practice
of "locking the barn door after the horse had escaped."

It seems to us that money-wise end other-wise ve cannot wait until enforcement
conferences are necessary.  We can no longer accept the philosophy that the
important thing is to bring in industry, at any cost,, regardless of the
consequences to water  urity and other natural resources.  It seems to us
that one of the great problems in America today and a fallacy from beginning
to end, is the belief that we can have good conservation practices without
affecting the personal liberty or wallets of anyone, or without interferring
with exploitation by industry.  This was expressed clearly at a hearing by the
Minnesota Pollution Control Agency at Tuluth, Minnesota on February 23.  19^8
(as reported in the Puluth News Tribune of February 2U, 1968) when the
Executive Vice President of the Northeastern Minnesota Development Association
said—"He supported the control of water and air pollution--but--! not at the
expense of losing  >obs and penalizing future economic development.'  Water
quality is not lust a problem for the conservationist, the hunter, and the
fisherman.  Clean water is everyone's problem.  It cannot be solved by one
neighborhood, by one city, by one county, by one state, or by the Federal
Government.  If we ere to use and, at the same time preserve our water
resources we must have everyone's cooperative assistance.  We believe that:
          Everyone can do something about water pollution.'
          Everyone can help to clean up dirty water.'
          Everyone can help to keep clean water clearI
But, we do believe that many able assistants and protagonists for pure water
and pure air are being lost through failure to inform them fully, and failure
to provide a catalyst to unite the effort.

In paragraph three of this letter, we indicated that we needed your assistance,
and perhaps now is the time to make our request known.  We ask and we urge
that you exercise authority,,  which you now possess, and call at the earliest
practicable date an interstate pollution prevention conference for Lake
Superior,  the Crown Jewel of the United States I

This could be an historic first, and clear evidence that we can act before
our problems get out of control.  It would be our thought that the conference
should provide data in the following categories:

     1.  Put together all known facts regarding present pollution of Lake-
Superior and its various watersheds.

-------
                                                                   752-7^
     2.  Put together data on steps now being taken to correct known
situations.

     3.  Outline steps necessary to prevent pollution in the future.

Your cooperation and assistance in making this request become a reality
will be sincerely appreciated!

                                     Very truly yours,
                                     Milton E. Pelletier
                                     President-United Northern Sportsmen Club
                                     3680 Munger Shaw Road
                                     Duluth, Minnesota  55810

-------
                                                              754
                    Mrs. Arlene Harvell






            MR. BADALICH:  Mr. Chairman, if the Minnesota




recitation may continue, I would next like to call on the




Save Lake Superior Association.  I have a letter here from




Mrs. Arlene Harvell, resident of Two Harbors, Minnesota.









            STATEMENT OF MRS. ARLENE HARVELL,




            PRESIDENT, SAVE LAKE SUPERIOR




            ASSOCIATION









            MRS. HARVELL:  Members of this conference, ladies




and gentlemen:




            As President of the Tri-State organization known as




Save Lake Superior Association, Inc., I will make my report in




two parts.  No. 1, I will present 'the position of our Tri-State




organization and a representative sampling of the written testimony




on which we base our position.  No. 2, Dr. Louis G. Williams will




present the scientific evidence that substantiates our statement.




            The Save Lake Superior Association would like to




preface our statement of position with three specific questions:




            1.  Are the intentions of this conference merely to




justify additional appropriations or is it to seek the prevention




of further pollution?




            2.  Gentlemen, we have been told over and over again




to wait for all of the evidence.  Should we, in fact, wait for all




of the evidence?  If I placed a drop of arsenic in my husband's

-------
                                                               755
                    Mrs, Arlene Harvell






coffee every day and you watched me do it every day, would you




wait for all of the evidence?  Would you wait for a dead body




before you took action?  And are you now going to wait for the




dead body of Lake Superior before you take action?




            3.  This conference has been told that there are




taconite tailings in the Duluth, Minnesota/ water supply, yet,




through omission, they try to make us believe that somehow they




are not in the Superior, Wisconsin, water supply.  If this is




true, then our Association would like to know where this invisible




wall is located that somehow contains the waters of Minnesota and




prevents their lapping over on the shores of Wisconsin and the




shores of Michigan.




            The Save Lake Superior Association is a response to




the pleas of the residents who live around Lake Superior.  We




directly represent over 800 alarmed citizens of Minnesota, Wisconsin,




and Michigan.  It is our belief that any major pollutant dumped




into the lake is carried throughout the lake and thereby constitutes




interstate pollution.




            It is the belief of our membership that the pollution




of Lake Superior is a threat to the health and welfare of all the




residents living around Lake Superior and, indeed, an indirect




threat to the citizens of the United States of America.  In fact,




in the somewhat stronger words of the Honorary President of Save




Lake Superior Association, Inc., Mr. Arthur Godfrey, "Unless




something constructive is done along these lines very quickly,

-------
                                                              756
                    Mrs. Arlene Harvell







it is now a well-established fact that our beautiful little




planet is doomed."  We have this opportunity today to do




something constructive.




            We have witnessed the destruction of lakes and




rivers through man's carelessness, foolishness, selfishness,




permissiveness and greed.  We know perfectly well that we are




capable of destroying our own environment and thereby the lives




of all who live within our environment.  We also know that we




are perfectly capable of exercising controls upon this environ-




ment.  We have been told, in fact, by a representative here in




District 61-A in Minnesota, Mr. James Euland, that it is up to




the people to establish the priorities and that we are also free




to change these priorities.  Through this Association we hereby




call for a change in these priorities.




            We sincerely regret an abysmal lack of knowledge




and thereby a horrendous error in allowing the establishment of




a priority and a precedent in 1947 which allowed an industry to




dump taconite tailings into the waters of Lake Superior.  We wish




to now have this error corrected, and, if it is necessary, to




share in the blame and the cost that this correction might incur.




We admit our past ignorance and plead with this conference to allow




the correction as soon as it is humanly possible, that our children




will not have to bear the burden of our wrong.

-------
                                                              757
                    Mrs. Arlene Harvell






            We ask that this conference carefully weigh the




testimony of our many citizens who base their facts on good




eyesight, on comprehension, and, indeed, on common sense, who




may not be scientists, but who do claim to have their health




and well-being at stake in this matter.




            Many of our members are now or have been at one




time commercial fishermen.  It is a fact that the fish in Lake




Superior will not stay in dirty water,that they are not to be




found in commercial quantities in the grey water that is caused




by taconite tailings.  Our fishermen readily admit there are




several factors which have contributed to the total decline in




fishing.  However, they point out the fact that studies conducted




by various departments of the government have not indicated exactly




where all the fish catches were made, only the area adjacent to




the fisherman's docking facilities.  Our fishermen will be glad




to testify to the fact that commercial quantities of fish will




not be found in the grey water area that is caused by taconite




tailings.  They wish also to call attention to the fact that their




welfare has been directly affected by the continued discharge of




taconite tailings into Lake Superior at Silver Bay, Minnesota.




Many have, in fact, been forced to find other means of income. This




is no longer a threat to them; it is an existing damage to their




current welfare.

-------
                                                             758
                   Mrs. Arlene Harvell






            Many of our members own and operate tourist




facilities.  They testify to the fact that their business,  and




thereby their welfare, depends on the beauty of Lake Superior.




It is their main tourist attraction and, indeed, for some their




only tourist attraction.  In fact, the local civic organziations,




businesses, and industries appear to support the importance of




the beauty of Lake Superior as they annually expend thousands of




dollars to promote tourism and their promotional photos inevitably




show beautiful scenes of Lake Superior.  In fact, our Governor,




Harold Levander, told a Senate Committee that a Federal-State




commission charged with the economic revival of northern




Minnesota, Wisconsin, and Michigan could profitably spend $1 billion




to improve the region.  However, the immediate plan involves




$23 million for 1969-1970.  The plan is to involve industrial




development, tourist improvements, and projects for natural resources




protection.




            One of the major concerns of our membership is short-




range plans for industrial development.  It is our hope that no




one industry will be allowed to use up, to degrade, or to pollute




our greatest resource - Lake Superior.  We wish to maintain the




quality of our water in order to allow many industries to locate




in this area in the future.  We wish to be able to provide the




water these will need for both industrial uses and for the




increasing population of the area.  The present degradation of

-------
                                                              759
                    Mrs. Arlene Harvell






Lake Superior thereby strikes at the very heart of our




economic development plans - at the plans for providing future




sources of employment for the Lake Superior area.




            Our members in the tourist industry depend upon a




seasonal influx of tourists for their business, for their income.




Our membership consists of many of these tourists who, in fact,




are annual vistors to the North Shore of Lake Superior and of




many who annually visit various attractions around the entire lake.




These people are alarmed at the greyish band of water that appears




in Lake Superior with increasing intensity.  These people have




visited many parts of the United States and  have until now preferred




the Lake Superior area because of its beauty and its "sky blue




waters."  In the interest of their health and welfare, that they




may have an area conducive to rest and recreation, soothing to




their hayfever, and in the interests of the welfare of the resort




owners whom they support with their tourist dollars, we plead their




case, and we will provide a sample of their written testimony.




            The Save Lake Superior Association also represents




many young adults.  Psychologists and sociologists are continually




finding links between our environment and our mental health.




These young members of our society are alarmed at this threat to




their environment.  They listen to our good intentions and then




they witness our actions or lack of actions in regard to pollution




of their environment, the degradation of their legacy, and the




fulfillment of our moral responsibilities.  They bear witness to the

-------
                                                             760
                    Mrs. Arlene Harvell






pollution of their environment, to the threat to their future




health and welfare, in fact, to the threat of their very




existence.




            We have many members who hold degrees in the




various scientific fields.  Several of these members express




their witness to pollution in the letters which I will place




before you soon.  These people, perhaps above all others, realize




the threat of continued pollution to Lake Superior.  They bear




witness to the turbidity of Lake Superior and the visible




evidence that this turbidity is being caused by the Reserve




Mining Company at Silver Bay, Minnesota.  They feel that it is




a crime against future generations to neglect the abatement of




this obvious source of pollution.




            The majority of our membership are property owners




along the shores of Lake Superior and its tributary waters.




These citizens, these already heavily burdened taxpayers, are




alarmed at the prospect of having to pay for the cleaning up of




these polluted waters.  They have witnessed the mismanagement of




water supplies in the East; they realize the inadequacy of present




standards, and they look with horror at the ineffective enforcement




of the present laws and provisions of permits.  Is it any wonder




that many of them have given up in despair and retreated into an




apathetic state or that some are out demonstrating against our




Government's policies.  Will they have to pay the costs of cleanup




plus the wages of those who allowed their errors to continue in the

-------
                                                             761
                    Mrs. Arlene Harvell






face of facts?  These people have invested heavily in the future




of our area and they have every right to expect at least a minimal




protection of their investment.




            It is through the personal testimony of our membership




that the Save Lake Superior Association takes its present stand.




We respectfully request the conferees to study a representative




sampling of this testimony.  I have those papers ready.




            We summarize these points:




            1.  Taconite tailings in Lake Superior constitute




interstate pollution.




            2.  The resulting pollution is a threat to the




health and welfare of the residents of and the visitors to Lake




Superior.




            3.  We request an adjustment of priorities and a




correction of the existing situation.  We are willing to share the




blame and the cost of an alternative method of disposal for Reserve




Mining Company's taconite tailings if this is a necessary procedure.




            4.  We ask for the immediate enforcement of the existing




laws and provisions of the permits.




            5.  We plead for the protection of our environment




and the health and welfare of our people.




            6.  We ask for a strong precedent to be set so that




we may provide the leadership that this Nation expects from a




Federal conference.

-------
                                                              762
                    Mrs. Arlene Harvell







            I have here a compilation of the Save Lake Superior




Association, "Analysis of the Economic Capability of Reserve to




Control Taconite Pollutants."  This has been examined by four




qualified economists.  We feel we should submit it to this




conference.  Is this acceptable?




            MR. DOMINICK:  Could I see your analysis, please?




            MRS. HARVELL:  Yes.




            We also have two statements, one from our Michigan




Chapter, who is relatively new and who is unable to provide a




person to speak on their behalf today or tomorrow.




            We also wish to submit what the young people have




done on their own entirely.




            And these (indicating) are signatures of the people




who support our stand besides the many organizations who support




our staud.




            Then, to substantiate our position scientifically,




we have the personal testimony of one of our members, Dr. Louis




G. Williams.  Dr. Williams has been doing research on problems of




eutropnication since 1958, over a three-year period from 1965




through 1967.  Dr. Williams worked specifically on the biota of




Lake Superior.  He was employed by the National Water Quality




Laboratory here in Duluth.  He was, in fact, the senior ranking




member of the research team to September of 1967.




            It is my he nor and pleasure to introduce Dr. Williams.

-------
                                                             763
                           Arlene  Harvell




            MR. DOMINICK:  Before  Dr.  Williams comes up --




            MRS. HARVELL:  He is here.




            MR. DOMINICK:  As to your  analysis of the economic




capability of Reserve Mining Company,  you  mentioned this had been




compiled by four individuals, is that  correct?




            MRS. HARVELL:  By an independent firm of economists,




and it has been examined by four individuals.




            MR. DOMINICK:  Could you identify in the document




where this came from and the four  individuals who examined it,




and we would be happy to place it  in the record.




            MRS. HARVELL:  I do not have a statement available




from these persons.  They are members  of our Association.  It is  the




policy of our Association not to reveal the identity of its




membership unless we have a written statement doing so, because




of the fact that many of our members work  for pollutant industries




and their jobs may be threatened,  therefore!




            MR. DOMINICK:  Would you identify the firm?




            MRS. HARVELL:  I will  identify one of the individuals




who, I believe, has given his permission,  who is an economics




teacher at the University of Minnesota, Duluth, Mr. Nelson.




            MR. DOMINICK:  Very well,  we will have this as an




exhibit.




            (The above—mentioned analysis  is on file at




Headquarters, FWPCA, and the Regional  Office, Chicago, Illinois.)

-------
                                                              '64
                     Mrs. Arlene Harvell






            MR. DOMINICK:  We will also receive your list of




signatures.  How many signatures are on this, do you know?




            MRS. HARVELL:  I have not counted them.  The




children did those.




            MR. DOMINICK:  We will be happy to place in the




record the Michigan statement and receive as exhibits the




material that you presented to the conferees.




            (The above-tmentioned signature lists and other




material presented to the conferees, are on file at FWPCA




Headquarters, Washington, D. C., and the Regional Office,




Chicago, Illinois.  The above-mentioned Michigan statement follows.)

-------
                                                                   765
                        SAVE LAKE SUPERIOR

     The majority of the residentSof the Northern Counties of Michigan
when asked about the condition of Lake Superior will say, "It's clean
now, not as clean as it was 10-15 years ago, but not to the point where
it can be called polluted."  Right down the line they agree that some-
thing should be done to insure a fresh water Lake for years to come
but lack a concrete plan for cleaning it up.  This plan, whatever it may
be, must include the necessary provisions stopping the current causes
for the Lake getting "dirty".
     The legislation ultimately passed will be worded by representatives
in our State Legislatures, and in Washington D.C. by our Congressmen.
These men, no matter how well intentioned, must listen to the voice
of the people who are most familiar with the Lake and how it is being used
and abused.  Scientists agree that the Lake is far from being itjoriginal
self.  The degree of deterioration can be argued, but all scientists will
agree that it is aging faster than it should be.
     It would be a sin for no action to be taken now as any delay would
hasten the day when large expenditures of funds would be needed to undo
the harm being done.  This experience can be noted in the lower Lakes
of Erie, Huron, and Michigan.
     We, the concerned citizens of Michigan present to you the following
letters from the people who know Lake Superior the best, the lake
shore residents.
                                     /•       \
                                                       L,
      ri ueu  ,.,u ouurn  to before  ;:i
      a, u  of  JIT . ^  ll oc.-'
                                      President,'Michigan Chapter of
                                       the Save Lake Superior Association

-------
                                                              766
                     Louis G. Williams

            MR. BADALICH:  Will the conferees be furnished a

copy of the economic study, Mr. Chairman?

            MR. DOMINICK:  We have taken this as an exhibit.

We will try to have copies made of it and furnish it to the

conferees.


            STATEMENT OF LOUIS G. WILLIAMS,

            SAVE LAKE SUPERIOR ASSOCIATION
              (Univ. of Alabama)

            DR. WILLIAMS:  Mr. Chairman:

            At the present time Lake Superior is not a pollution

crisis; neither was Lake Erie two generation gaps ago.  Lake

Superior, however, has lost its virginity chiefly to a small

segment of the mining industrial complex, which disposes of

60,000 long tons of taconite wastes per day into this largest

freshwater supply in the United State of good water quality.

            We cannot blame the economics.  They are lawfully
operating with a permit, which was based on "legal" hearings.

The original permit to discharge these finely pulverized taconite

wastes and several revalidations of this permit have been made,
all based on tests and especially public hearing.  Each time the

judgments have been that the lake has not been adversely affected,

based on standards in which they legally operate.

            Recent findings,  however, using more sensitive

scientific instruments and new methods, may mean that the Reserve

Mining operations are badly in need of a fresh assessment.

-------
                                                             767
                     Louis G.  Williams






            Like Lake Tahoe between California and Nevada,  Lake




Superior is still one of the cleanest and clearest freshwater




assests in the world.  This is true because other large lakes




have become man-polluted.  Lake Superior is an irreplacable




scenic treasure and natural resource.  To protect it from




destruction by taconite pollution causing accelerated eutrophication,




present judgments should be based on recent test finding, using




newly developed scientific methods and the more sensitive equip-




ment which were not available when Reserve began its operation.




            At the present time the waters of Lake Superior are




not enriched when compared with other major bodies of water, and




they support a phytoplankton population about the same biomass




density as Lake Tahoe.




            By present enrichment criteria these beautiful lakes




are not polluted.  Yet, the interests for preserving Lake Tahoe




has been so great that wastewaters that used to empty into Lake




Tahoe are now being diverted away for irrigation in Nevada.




Tahoe's principal threat has been enrichment from phosphorus and




nitrogen.  While nitrogen and phosphorus are minor problems for




Lake Superior, the major pollution threat to the purity of Lake




Superior are from metabolic trace metals in circulating taconite




from the Reserve Mining tailings.  These trace metals, on




reaching threshold concentrations, bring about enrichment and




blooms of unwanted bluegreen algae, and the constantly shifting




taconite sand is spreading with water turbulence to cover and

-------
                                                             768
                    Louis G. Williams






smother beneficial crevices in rocks which serve as niches for




many beneficial lake organisms.  Breeding places are destroyed,




and some of the trace metals have reached concentrations that




drive away beneficial sport fishes.




            These findings are not based on feelings but on




many years of study and specialization, including the examination




of raw water samples from Lake Superior from 1958 to September 1967




while I was in charge of the aquatic biology program, chiefly




plankton, of the US PHS National Water Quality Network of 128




stations, which included the Great Lakes.  From 1965 to 1967 I




was transferred to Duluth, where I was in charge of the plankton




program of the National Water Quality Laboratory.  Space will




not permit here a report on the extensive research I conducted on




many aspects of water quality of Lake Superior based on the factors




of the lake that affect the plankton and periphyton populations




and their reactions to the circulating taconite tailings from the




lake.




            The first priority of any discussion of the water




quality of Lake Superior should be an attempt to inform the




citizens about the general principles of limnology and eutrophi-




cation so as informed people they may exercise responsible judgments.




Much speculation exists as to the fate of Lake Superior.  Will




it become another Lake Erie?  Extensive public hearings are not




necessarily the solution, because the validity of much of the

-------
                                                             769
                     Louis G. Williams






testimony has already proven to be incorrect in past hearings.




For example, in a hearing on August 24, 25, and 26, 1966, W. K.




Montague testified, "...taconite consists essentially of hard




rock which is crushed down and from which the iron ore particles




are removed by magnetic separation.  The remainder is nothing




but coarse and fine sand.  It is like the sand which the North




Shore streams have been pouring into Lake Superior for three




thousand years.  There are no chemicals added."




            Now, we know as a matter of scientific fact that the




sands are chemically unlike those of the North Shore streams.




Turbid particles from these streams vary from yellow to red to




brown, but the taconite particles are gray.  We know that both




fly ash and CaCl have been added to the waste discharge.  We have




been repeatedly told that these taconite tailings wastes are




harmless and inert.  Today we know that some of the chemicals in




taconite wastes are highly metabolic, and that they significantly




add to the aging process of Lake Superior, which tend to make it




more and more like "old" Lake Erie.




            Perhaps the biggest misjudgment has been the belief




that high density currents would carry the taconite wastes to a




deep trough and that the lake would remain in its state of purity,




because none would get out of this relatively small dump.




            MR. DOMINICK:  Mr. Williams, could you suspend for




just a moment.

-------
                                                              770
                    Louis G. Williams






            I note here that your statement runs to seven pages




single spaced.  Would it be possible to summarise this statement




in any way?  We have the statement before us and it will be




included in the record in its entirety.




            DR. WILLIAMS:  I believe the Save Lake Superior




Association has gone to a great deal of trouble to bring me here.




I have taken off from my classes at the University of Alabama,




made a lot of effort to get here myself.




            MR. DOMINICK:  I appreciate that.




            DR. WILLIAMS:  I am probably farther away than any




one of this conference.  I believe my statement is worthwhile and




the audience should hear it.




            MR. DOMINICK:  Very well, you may proceed.




            DR. WILLIAMS:  From numerous samples taken along




both the North and South Shores I have repeatedly found fine, gray




taconite sands being widely spread during periods of water turbulence,




Filling up the rock crevices destroys niches for the good guys,




which are some of the food-chain organisms to fish.  The water




quality has been markedly deteriorating based on more and more




green algae, and especially nuisance bluegreen algae, instead of




domination of diatoms, of the clean water community types.  This




taconite sand deposition was further studied by placing special




large glass substrates at selected sites on the bottom below the




wave lash zone.

-------
                                                             771






                     Louis G. Williams




            I have found that the dispersed particles in the




waters of the North Shore streams draining into Lake Superior are




unlike those of the taconite particles and that the silt contribution




from these North Shore rivers are negligible when compared with the




60,000 long tons per day of taconite wastes and especially the tiny




sizes (0.5 to 3.0u) that circulate wherever water flows in and




from Lake Superior




            There are numerous statements about the "green illusion




water-"  ^ne can now sav that there is no longer any illusion about




these green waters.  They are real color from taconite particles




and from algal blooms produced by their enrichment.  I have been




able to produce these algal blooms in the labroatory by adding




taconite colloids to lake water.  The green water in the lake, I




have observed repeatedly, is a result of surface flowing water,




usually driven by wind, blowing toward or away from the shore and




causing the deeper strata of water to upwell and bring the settled




taconite particles back into resuspension.  This phenomenon is




associated with warm surface water.  These tiny silt particles are




carried for many miles by the lake currents.




            The very fine particles (colloids) which were obtained




by alum flocculation of water after passing through a membrane filter




circulate in surface water all over Lake Superior and downstream to




other lakes and into the St. Lawrence River and on to the Atlantic




Ocean.

-------
                                                             772







                    Louis G. Williams




            These colloids are particularly important in Lake




Superior for a number of biological reasons dealing with acceleration




of eutrophication.  Without these circulating suspended particles




of taconite, some of the trace metals (copper, zinc, molybdenum)




would be in too short supply to support the present corps of




phototrophs of both the phytoplankton and the periphyton.  During




the warm-water period in late summer and early fall, blooms of




bluegreen algae and some green algae occur in populations as high




as 130,000 cells per milliliter, which is an extremely bad




indication of short-term eutrophication associated with taconite




suspended particles.




            Most biologists know that some bluegreen algae are




able to take nitrogen from the air, dissolved in the water, and




fix it to a usable nitrite and nitrate only when the trace element




molybdenum is present.  Colloids of taconite were found to have a




relatively high content of this tract metal, which might explain the




enormous blooms of nuisance bluegreen algae.




            This report of necessity must be an oversimplification,




because the humans charged with decision-making concerning the life




and death of Lake Superior must rely on outside professional help.




Here there is often a communications gap.  They must realize that




the most important organisms in the lake from both a nuisance




viewpoint and a food-chain to sports fishes are the phytoplankton




which are followed by the zooplankton and through many kinds of tiny




microinvertebrates.  To communicate to the public about the welfare

-------
                                                             773
                    Louis G. Williams






of these tiny microbes is most difficult.  I see them and know them




and I know their positive and negative relationships to the welfare




of the entire lake ecosystem.  On the other hand, I must either




deal with fishes, which are not microscopic, or first try to




explain the vast biomasses of the tiny, unseen plankton.  My




studies have been chiefly at the base of the food chains to fish.




However, biologists, who work principally with fishes, are better




able to reach a fish-conscious audience.




            From 1958 to 1967 I studied the kinds and numbers of




planktonic organisms in the major waterways of the United States,




while I was in charge of the program for the US PHS, (which later




became the Department of the Interior) being stationed in




Cincinnati until my function was transferred to Duluth.




            Communities of these unseen (microscopic) organisms




do have personalities and by their diversities do reflect, like




a modern computer, the quality of the water in a manner far more




sensitively than any known present chemical method.




            These organisms are now telling us that Lake Superior




has taken a turn for the worse.  It has the germs of an infection




from taconite wastes.  Some damage has already been done.  As




people  (who pollute) we  can still arrest this disease  now by stopping




the flow of taconite metabolic trace elements to Lake Superior.

-------
                                                                   774
                    Louis G.  Williams






            Taconite pollution of Lake Superior is to a large




extent the addition of particulate matter to the lake.   Researchers




whose specialty is culturing  these microbes have demonstrated




that these microbes must have certain chemicals to live.  An




over-supply, however, of some kinds of chemicals produce unwanted




(eutrophic) conditions.  The  traveling varieties of taconite




particles in the Great Lakes  have been tested and found to be




associated with the unwanted  high productivity in the lakes,




probably because of the concentration and adsorption of nutrients




for centers of biological activity.  These result in unwanted




bluegreen algae.  The unwanted bluegreens are unwanted because




they are poor food-chain organisms aid produce poor conditions for




growth of wanted food-chain organisms.  Space here does not permit




elaboration on the many cultures and bioassay studies that I




conducted in the National Water Quality Laboratory at Duluth that




supports this position.  I have always treated my data as




preliminary.  Lake Superior raw water was brought into the




laboratory in large quantities for these studies, as my fellow




workers at the Duluth National Water Quality Laboratory will




attest.




            Lake Superior raw water was brought into the laboratory,




then in the Old Main Hall of  the University of Minnesota at Duluth,




where it was used by culturing technique for various ways of




assessing the enrichment (eutrophication) of various places at




different seasons for the influence of taconite suspended particles.

-------
                                                                   775
                    Louis G.  Williams






The suspended material was filtered, settled, centrifuged, and




flocculated.  Within the range of oil emersion microscopic




examination of 1,000 times magnification with special hyrax slides




the particles were sized.  Toxicity was evident from tailings taken




from the vicinity of Silver Bay, based on laboratory bioassay




technique to species of Daphnia and Diaptomus.  These particles impart




something to the water that hurt diatom communities and promote




nuisance populations of bluegreen algae, which are undesirable for




food-chain organisms to fish.




            There is some gratification to me that the 404 page




report by the Great Lakes Region of the Federal Water Pollution




Control Administration concerning the water quality of Lake




Superior in the vicinity of Silver Bay, Minnesota (December 1968)




fully supports my work, which had been reported prior to




September 1967.  Likewise, much of the work of the recent survey




of the Duluth National Water Quality Laboratory also essentially




substantiates my reported findings,




            "Doing one's thing" these days appears to be the way to




success.  Some professionals on college campuses have become highly




successful in bringing before the public a need for a change of some




of our faulty public policies.  Through disruptive practices,




however, a few minority groups have been able to accomplish changes



that are not in the long-term welfare of the majority.  Being humans,




we cannot divorce the issue of taconite pollution from the positive




economic considerations, such as jobs and profits.  Therefore, we are




dealing essentially with problems that have many components.  Some




of these are selfish.

-------
                                                                   776
                    Louis G. Williams









            After removal of the selfish aspects the remaining




problems are still very complex, because they deal with principles




of aquatic ecology, economics, and sociology.  Any worthwhile




hearing or conference on the state of health of the big lake must




permit a common meeting ground for not only responsible ecologists,




conservationists, economists, and sociologists, but also responsible




representatives of the mass news media.  All of the people of the




United States own the lake and have a big stake and pride in its




natural resources.  Furthermore, moral issues are involved.  We




must address ourselves to the question:  What kind of a Lake




Superior do we want to pass on to future generations?




            I do have clear-cut answers to some of the scientific




questions about the ecologic state of Lake Superior in respect to




taconite contamination.  I cannot, however, represent ethical




moral, economic, nor social issues.  The records over the past




10 years clearly indicate that the process of having public




hearings and attempting to decide scientific solutions by this




method have failed miserably.  Apparently past "scientific"




testimony is now obviously faulty, since some of it has since




proven to be untrue concerning the fate of these wastes in the lake.




This has a parallel in the solution to the racial tensions.  We




cannot solve the racial issues by having a white biracial committee




and a black biracial committee.  Can we have our cake and eat it,  too?




In the first place, we must decide between a clean Lake Superior, or




the economic benefits of making Lake Superior a dump.  That is our




choice.

-------
                                                                   777
                    Louis G. Williams






            Considerable scientific data is presently available to




give answers to questions about effects of taconite wastes on water




quality, fish-food organisms, commercial and sport fishes,




recreational and aesthetic values.




            From my intensive studies of 128 water sampling




stations of the major waterways of the United States, including the




Great Lakes, I have been able to assess rather reliably the ecologic




state of many sampling stations and to predict their fates when




abatement practices went unheeded.  Being a researcher, I have never




been in a policy-making capacity while working for the Federal




Government.  But at times I have been denied the opportunity to




present expert testimony to policy-making bodies as well as to my




own colleagues, and I am real proud to get to this hearing today.




            After I left the National Water Quality Laboratory a




policy was apparently instituted to downgrade my work while I was




a researcher there.  This is based on letters and statements from




people still in high positions there.  I am gratified, however,




that the recent studies of  several Federal agencies have validated




my reported findings, and these have been published.




            Should history  repeat, my testimony at this hearing will




likewise go unheeded.  This is somewhat similar to telling a person




of his probabilities of contracting cancer from excessive smoking,




or becoming a chronic alcoholic from too much social .drinking, or




to drug addiction from "small" trips.

-------
                                                                   778
                    Louis G. Williams






            Considerations at this hearing which are most likely




to carry the most influence are going to be jobs and profit issues.




The effect of the exploitation of Lake Superior as a dumping site




may have to wait until it is considerably more like Lake Erie, whose




eutrophication is now irreversible.  To offset this bread and butter




issue, we must show that a clean lake brings in a lot of tourist




dollars, which could be here for many years for long-term investment.




            Perhaps I am over-critical concerning many Minnesota




newspapers and TV stations that seem to have been guilty of




giving preferential treatment to glowing statements about how the




Reserve Mining Company is looking after the welfare of Lake Superior.




For example, a front page article of the Duluth News-Tribune of




Saturday, September 16, 1967, attributed to a "spokesman" from the




Reserve Mining Company is now known to be untrue.  Here below each




item will be serially numbered for later comment by referring back




to its number."




            (1)  Charges that dumping of taconite wastes in Lake




     Superior threatens water quality and the Apostle Islands




     National Lakeshore Program in Wisconsin are without foundation




     and apparently the result of a misunderstanding.




            (2)  Schmid said,*We haven't injured the lake in any




     way and no one is more careful of Lake Superior than we are.




            (3)  Turbidity of the lake has not increased during the




     last 12 years.

-------
                                                                  779
                    Louis G.  Williams






            (4)   All we are putting into Lake Superior is  sand like




     the streams on the North and South Shores have  been doing for




     thousands of years.




            (5)   The sand is  deposited on the beach  and the




     colloidal fine materials are going into the deep trough




     (700 to 900 feet) just as the studies indicated that  they would.




            (6)   Our tailings are comparable to these other  sources




     of sand but contain no organic materials nor chemicals  that




     would be dissolved in the water.




            (7)   We are confident that future careful study of




     our use of  Lake Superior will show what so many scientific




     studies of  the past have shown - that Reserve has not injured




     Lake Superior of any of  the beneficial uses of  the lake.




     (Unquote.)




            The  Duluth Sunday News-Tribune, January  19, 1969,




carried a front-page article  written from St. Paul by Karlstrant,




which said in part:




            (8)   "State Senator Raymond Higgins, Duluth, said




     Saturday he may ask for  an investigation by the Minnesota




     Legislature into what he termed 'unfounded allegations' that




     Lake Superior is being polluted by taconite tailings  discharged




     at Silver Bay by Reserve Mining Company."

-------
                                                               780
                 Louis G. Williams




        (9)  Higgins, in whose district the Reserve plant is




located, asserted that Minnesota is entitled to know the true




facts and leveled scathing criticism.,.for unjust and perhaps




erroneous accusations of one of the State's finest corporate




citizens.




        (10)  These moves are being activated by certain




preservation groups,,




        (11)  John Badalich, Executive Director of the Minnesota




Pollution Control Agency, said Minnesota will cooperate in the




Duluth Conference, but will hold its own hearings,




        The St. Paul Pioneer Press carried an editorial which was




also printed in the Duluth News-Tribune, Friday, January 12, 1968,




which said in part:




        (12)  "It is no secret that 60,000 tons of crushed rock




are dumped into the lake at Silver Bay.0<>the point is, however, at




this time there is no official evidence stating that this is




the cause" etc.




        (13)  So on with the study, and for the moment critics




should stop screaming wolf,,  Maybe there's one out there.  But




let' s see it0




        (14)  Dr. Mount, Director of the National Water Quality




Laboratory, said, "we haven't gotten deeply involved in the subject




yet."




        Now let's look at what the people of Minnesota are




reading in their newspapers.  Many of the above-numbered items




are either untrue or irresponsible.  In Item 14 above, Dr. Mount




should have known that I did become perhaps too deeply involved in the

-------
                                                                   781
                    Louis G. Williams






taconite pollution research, but I worked under Dr.  C.  M.  Tarzwell,




then Director, before Dr. Don Mount came aboard as Director.   I am




quite sure that Dr. Tarzwell knows very well of my findings from my




frequent reports to him and from actual on-the-spot examination of




the experiments conducted in the laboratory, then in Old Main Hall




of the University of Minnesota-Duluth.   Why didn't Dr.  Mount seek




from Dr. Tarzwell my reports?  It is true that Dr. Tarzwell had




earlier told me to direct my research away from taconite studies,




but he later returned to Duluth and told me to go back  to full




strength research on this problem of taconite contamination




on the biota of Lake Superior.  I must  say that no one  can do any




kind of research on the biota of Lake Superior without  involving




taconite, inasmuch as it is a principal factor in most  any project




one would undertake if it gets to the meat of the lake's biota.





            Now let's take each item above by corresponding




number.  Item (1) is untrue, because I  found taconite silt deposited




along the bottom in protected places of the Apostle Islands, and




these deposits are still there for further study.  Therefore, the




use of "without foundation" and "misunderstanding" are  misleading,




to say the least.  Further, highly metabolic colloids are being




dispersed not only through the Apostle  Islands, but throughout




Lake Superior and its waters draining toward the Atlantic Ocean.




These studies are based on modern techniques using membrane




filtration, centrifugation, alum coagulation, and high power




observation under a microscope using 1,000 times magnification.

-------
                                                                   782
                    Louis G. Williams






            Item (2) by Schmid that they have not injured Lake




Superior is simply untrue for several factors.  First, let's discuss




copper-zinc solutions.  J. B. Sprague in August 1964 published an




article in the Journal of the Water Pollution Control Federation




on the avoidance of copper-zinc solutions by young salmon in the




laboratory.  He showed that the adult Atlantic salmon avoided




sublethal copper-zinc pollution in an eastern Canadian river.




Copper content of the laboratory water was 2 ^ug/1, and zinc was




3_^ug/l.  Now, in my research at Duluth I found average summer and




fall concentrations of copper and zinc to be respectively 6.8 and




7.2jag/l in the lake water taconite colloids collected just east




of the city.  This was the residue on a .45 membrane filter.  The




filtrate, which passed through the filter, had respectively 1.0




and 3.7^ug/l.  These results were published along with other




information in BioScience, Volume 18(1), Pages 36 and 37, in 1968.




Here is prime evidence that copper and zinc from circulating taconite




wastes do have bad effects.  Here they would have an effect of




driving away desirable sport fishes.  Furthermore, Sprague and




Ramsey, in J. Fish. Res. Board of Canada, 22(2)425-432, 1965, have




shown that these two trace metals found together account for a type




of potentiation for the death of salmon that is more than additive.




Concentrations of these metals in several times higher in the delta




area of the Reserve Mining tailings.  When not killed by these metals,




some planktonic organisms concentrate them many times than found in




the surrounding water and pass them along the food chain to fish.

-------
                   Louis G.  Williams






            Also, I found molybdenum in later summer and fall to




be respectively 3.8 and Z.S^ug/l associated with the circulating




taconite particles, and after filtration through a .45 u membrane




filter.  Molybdenum is a very dangerous stimulant to some bluegreen




algae, because molybdenum enables them to fix nitrogen and thereby




increase the eutrophication of Lake Superior.  During the late




summer and fall large populations of bluegreens were found in the




raw water intake of the water treatment plant of Duluth.




            In shallow bays between Duluth and Two Harbors, I have




found white fungus slime covering periphyton on rocks, strongly




indicating severe toxic conditions for the biota there.




            Item (3), turbidities from taconite particles are on




the increase, which has not only been documented by my studies, but




also by those of the Federal Water Pollution Control Administration




Chicago study.




            Item (4), careful studies by me reported in BioScience,




18(1):36-37, 1968, and the Federal Water Pollution Control




Administration  demonstrate  that Reserve Mining is putting into




the lake highly metabolic substances.




            Item (5), much of the taconite, the most dangerous




portion, is not going into the trough as early studies indicated it




would.  Instead, it is circulating as buoyant, dispersed fine




particles wherever water moves in and from Lake Superior.  Attached




to these particles, adsorbed to them, are highly eutrophic substances,




such as zinc, copper, and molybdenum, which came from the taconite

-------
                                                                   784
                    Louis G. Williams







tailings.  Additionally, there are nitrates and phosphates picked




up from river discharges, such as the St. Louis River, which are




increasing the fertility of the lake to nuisance blooms of




bluegreen algae.




            Item (6), my studies of several North Shore streams




and those of the Federal Water Pollution Control Administration recent




survey show that the "sands" from taconite are spectacularly




different from those of the rivers along the North Shore.  I made




numerous special hyrax microslides and for study of these fine




particles under the 1,000 magnifications of my research microscope




while in Duluth.  I am sure that all of the then personnel know




about this research.




            Item (7), this is obviously not true, because of the




widespread and smothering effect of taconite silt in the breeding




niches of many beneficial organisms.  This is a form of physical or




displacement pollution.  In addition to this displacement pollution,




these silt particles carry with them undesirable metabolic trace




elements, which are always associated with the circulating colloids.




            Item (8), Senator Higgins is now obviously in error in




his use of "unfounded" and "allegations" in reference to known




taconite pollution.




            Item (9), I agree with Senator Higgins, and I hope that




others will join us, that Minnesota is entitled to know the "true




facts."

-------
                                                                   785
                    Louis G. Williams






            Item (10) , these moves are being activated by certain




preservation groups ... he is again so correct.   One of these groups




is the North Shore centered Save Lake Superior Association.   What can




possibly be wrong with having responsible citizens organized into




any kind of groups to help save this great national resource.  I now




hope that the Senator will join us.  If not, I hope he will  turn his




efforts to improving the resources of the lake for all beneficial uses.




            Item (11), this would tend to make any thinking person,




after reading this newspaper account by Mr. Badalich, believe that




the Duluth Conference and the Minnesota Pollution Control Agency do




not hold the same kind of conferences.  If all parties are completely




objective, there can be no need for separate hearings and conferences.




Mr. John P. Badalich is Executive Secretary and Chief Executive




Officer of the Duluth Chamber of Commerce.  Now, I hope he has




some real basis for promoting all of the beneficial aspects of the




big lake.  Based on a statement by Richard Schoon, Manager of the




Duluth Chamber of Commerce, that the organization "supports water




quality improvement of Lake Superior and its harbor areas wherever the




need for such programs are adequately supported by fact, where the




public agencies authorized to administer such programs come up with




reasonable time schedules for their implementation."




            Isn't the present state of the "facts" now adequate for




Schoon and Badalich to begin a change of policy of immediately"




stopping the enormous detrimental influence of taconite wastes on the




water quality of Lake Superior?  Who must decide reasonable time

-------
                                                                   786
                    Louis G. Williams







schedule?  What are "facts" to the Chamber of Commerce?




            Surely, now, Mr. J. Eric Jones, Executive Vice-President




of the Northeastern Minnesota Development Association, will support




the much-needed change.  He has stated the policy of NEMDA when




he said, "We must not have development with pollution."  In 1967




Reserve's direct payroll was about $26 million.  Jones says that




industry creates jobs.  He is on record (Duluth News-Tribune,




•Saturday, February 24, 1968) where he is reporting his position:




"... Jones said he supported the control of water and air pollution




but not at the expense of losing jobs and penalizing future




economic development.''




            Certainly there are now enough solid facts to convince




business that the many resources of Lake Superior must be now




developed, because future development will be too late.




            Is Mr. Schoon insinuating something when he says,




"... public agencies authorized to administer such programs come




up with reasonable time schedules for their implementation."




Surely Mr. Schoon cannot be so naive as to believe that "public




agencies"  cannot sin.  The simple fact is that the so-called




"public agencies" support such organizations as NEMDA and the




Chamber of Commerce.  When these organizations realize the full




impact of Lake Superior pollution and proper abatement the "public




agencies" will respond accordingly.

-------
                                                                   787
                   Louis G. Williams






            Item (12) ,  what is official evidence and what is




scientific evidence?  Between these two, which is the more valid?




Mistakes have been made and will continue to be made when the




"official" evidence is contrary to the scientific evidence.




Scientific laws have never been based on "official evidence."




            Item (13),  I agree.  Let's do talk about the circulating




taconite dispersed particles and their detrimental metabolic effects.




            Item (14),  Dr. Don Mount, now the Director of the




National Water Quality Laboratory in Duluth, should know that I




did become deeply involved in taconite controversy.  In his




official position he must reflect policy of his Federal agency for




his success.  I'm quite sure that Don Mount and I are basically the




same on our ideas about the water quality of Lake Superior.  Because




of his background as a fishery biologist, however, he would tend to




interpret conditions in terms of fish.  The major problems of Lake




Superior deal mostly with the phytoplankton, and this is my specialty.




People know fish but most of them do not know the plankton.  So I




have a major communications gap to the average layman who is deciding




what are the real implications of the role of plankton in the




eutrophication of Lake Superior.  I do sincerely hope that my




research findings about Lake Superior can now take seed.  Also, I




trust that I will not be ostracized, as I have been in past




situations, for stepping out of my role in research to bridge the




communications gap between the lay public and science.

-------
                                                                   788
                    Louis G.  Williams






            General Conclusions.




            Beautiful, clean lakes and people-pollution (too many




consumer-produced wastes) are incompatible.  Clean lakes remain




beautiful and serve many benefits only by thoughtful management




practices.  Before the event of industrialized man clean lakes were




gifts of nature for long periods of time.  The industrial (including




farming) and domestic enrichment of waters have played havoc with the




other Great Lakes bringing about excesses of phytoplankton and




other algae that have destroyed recreational and other beneficial




uses of lake water.




            Since the other lakes are rapidly going or gone, Lake




Superior could satisfy a big national demand for clean, nuisance-free




water.  This demand will increase with more and more leisure time




and the ever-growing population pressure.  I am almost sure that




any intelligent appraisal would place uses of Lake Superior, other




than for the disposal of taconite and other wastes, of far greater




economic importance than the advantages to be gained by continuing




to allow the Reserve Mining Company to pollute the lake.  For great




savings to the economy of the North Shore and all of the shores of




this big lake, the Reserve Mining Company can continue to operate




by putting its taconite wastes in some of the big holes that have




been formed from previous ore mining operations.  Other ore mining




companies are now doing this.  Reserve has made many years of profit




by using the lake as a "cheap" dump for its wastes.  Certainly,




speed must be now exercised to stop this wholesale destruction of




Lake Superior.

-------
                                                                   789
                    Louis G. Williams






            Preserving Lake Superior is now a national concern.




Greater education of the public of the real issues at stake is




sorely needed to control this great national resource for the




maximum use of all of the people.  With this kind of understanding,




I hope that Reserve will want to serve the hopes of all of the




people.  This is not to imply that the Reserve Mining Company has




not had this attitude all of the time.  Now we know that the basis




on which Reserve was given a permit to discharge its wastes to the




lake was grossly in error.




            Now, what is the first order of change for the better?




The media for the mass communication can be of great service to the




people not only of Minnesota but the entire world, by attempting




to communicate the complexities of interpreting and managing the role




of phytoplankton and other biologic problems associated with




preserving the beneficial qualities of our big, clean, fresh water,




inland sea.




            My involvement in the taconite waste enrichment is simply




to focus a considered attention to those factors that stimulate aging




by nuisance growth of plankton (eutrophication) which have already




played havoc in the other Great Lakes.  Help from the mass media is




necessary to support the prediction that by continuing to increase




the rate of growth of nuisance bluegreen algae from taconite wastes




Lake Superior will go the way of Lake Erie.  Now, does this position




take me out of the role of a research scientist and into the role




of a "self-interest politician?"

-------
                                                                   790
                   Louis G. Williams






            Lake Superior is unquestionably one of the most




interesting and beautiful lakes in the world,  yet until recently




it has received surprisingly little attention from aquatic




scientists who are interested in preserving its oligotrophy, which




is the opposite of eutrophy.  Surely scientists of the Reserve




Mining Company - one of the State's "finest" corporate citizens -




will in the light of the new facts expedite its effort to preserve




this great national resource for the benefit of all of its present




and future citizens to enjoy and to make even more big economic




returns.




            Thank you for your kind attention.




            (Applause.)




            MR. DOMINICK:  Thank you, Dr. Williams.




            I would like to make one short statement with respect




to Dr. Tarzwell.  He is internationally recognized in the field of




aquatic biology, and is, perhaps, one of the finest scientists in




the entire water quality field.  I am sure that none of your remarks




by implication or otherwise were intended to impugn the scientific




credibility or responsibility or professional ethics of Dr. Tarzwell.




            Dr. WILLIAMS:  May I make another statement.




            I am sure this is not true.  I do not know who told




Dr. Tarzwell to have me quit working on the taconite material.




            MR. BADALICH:  Mrs. Harvell, is this the final




testimony for you?




            MRS. HARVELL:  Yes.

-------
                                                                   791
                       Dale W.  Olsen






            MR. BADALICH:  Next, I will call on the Duluth Chapter




of the Izaak Walton League.




            Is there a representative here?




            MR. MERRITT:  Are we going to take a break for dinner?




            MR. DOMINICK:  How long will your statement be, sir?




            MR. OLSEN:  Fifteen minutes.









            STATEMENT OF DALE W. OLSEN,




            REPRESENTATIVE, IZAAK WALTON




            LEAGUE OF AMERICA, DULUTH CHAPTER




            DULUTH, MINNESOTA









            MR. OLSEN:  My name is Dale Olsen.  I trust this will




be as brief as possible.  I emphasize the fact that I represent our




Duluth Chapter of the Izaak Walton League of America, and we are




presenting essentially the non-scientific viewpoints as concerned




citizens who live in this area.




            As lay citizens of the Lake Superior Basin concerned




with the present and future quality of this great natural resource,




we wish to include the following statement as part of the hearing




record of this conference:

-------
                                                                   792
                       Dale W. Olsen


            We preface these remarks with reference to a work

by one of Minnesota's finest conservationists, Richard J. Dorer,

which reads as follows:

            "That great eternal and creative Force

             Which set the sun and moon upon their course,

             Splashed heaven's canopy with stars, and made

             The seasons pass in endless cavalcade,

             Gave man dominion of the Earth and all

             The living things that creep and crawl,

             That walk and swim and wing the vaulted sky

             Or stand and serve -- immobile -- such as I.

             Be not a blinded, self-destructive fool

             Who challenges relentless Nature's rule.

             If she offended be -- for each offense --

             She will exact the fullest recompense."

            We feel that no more succinct and eloquent statement

of our concern for man's lack of stewardship of his environment

and its precious resources and particularly the problems of

pollution and contamination is to be found.

            The position of the Izaak Walton League on matters of

environmental pollution is well known to most citizens of this Nation.

We have consistently supported and, indeed, helped initiate practices

which recognized the individual's right to quality of living as

expressed by the absence of environmental pollution.
1.  Richard J. Dorer, "Relentless Nature," The Ghost Tree Speaks.
Minneapolis:  Ross and Haines, Inc., 1964, p. 71.

-------
                                                                   793
                       Dale W.  Olsen






The Izaak Walton League has not confined its studies and actions to




matters of particular interest  to the sportsman alone, but rather




to the broad spectrum of issues which relate to the conservation of




all resources.  This is especially true of League activities in




recent years.  Our concern for  Lake Superior, therefore, is simply




a logical extension of that interest in conservation which has




characterized the philosophy and activities of the League since




its inception.




            We have learned through scientific reports and from




the public press of the rapid deterioration taking place in the




four lower Great Lakes.  Scientists speak of a natural aging process




called eutrophication, pointing out that all lakes are subject to




this phenomenon and that the rate at which it proceeds varies with




many natural factors at work in the lake itself and in the




surrounding drainage area.  Inasmuch as the Great Lakes are com-




paratively young, the natural aging process should not be a matter




of great concern because the rate of change is slow, even by the




geological time scale.  Recent  studies show, however, that the




aging of these lakes ir ™>ow being accelerated tremendously by man' s




disregard for the  lonq term effects  of his  actions.   Population  in




the Great Lakes Basin has increased from a few thousand in the




1870's to more than 30 million in the decade of the 1960's.




Industrial and municipal wastes have been pouring into the lower




lakes at rates unforeseen even 10 years ago, with the resultant




negative impact on the water quality of these great natural reservoirs.




Indeed, the effect in the case of Lake Erie may soon be irreparable.

-------
                                                                   794
                       Dale W. Olsen






Only Lake Superior has been spared the serious deterioration now




common to the other four lakes.  Members of the Duluth Chapter,




Izaak Walton League, in common with many other citizens of the




Lake Superior Basin, now ask the question, "Will we heed the




tragic experience of the lower lakes and take measures now to




assure future generations a lake which is free of those undesirable




elements which may eventually lead to irreversible processes of




deterioration?"




            We believe that present techniques of environmental




pollution control, properly established and administered, can




provide the guarantee of a clean lake for as long as man desires.




The Izaak Walton League is not opposed to industrial growth in




the Lake Superior Basin provided such expansion is in harmony with




long-range goals for the maintenance of quality in the natural




resources of this region.  Therefore, it is in the light of recent




experience in the lower lakes, the body of scientific knowledge




which clearly points to the hazards of unchecked pollution, and the




Duluth Chapter, Izaak Walton League's record of active support for




the conservation of natural resources that we cite the following




areas of concern as they apply to the Lake Superior region:




            1.  Nuclear plants.  We have serious reservations about




tentative plans of the Atomic Energy Commission and Union Carbide




Company to construct a gaseous diffusion atomic installation along




the North Shore of Lake Superior in the vicinity of Knife River.

-------
                                                                   795
                       Dale W. Olsen






We share the concern of many in the Lake Superior Basin who fear




the possibility of thermal and radioactive pollution which might




accompany the construction of such a facility.  We also fear




destruction of one of the Nation's finest steel head fisheries as




a consequence of such activity.  The effect of discharges from




such a plant on present and projected research programs at the




National Water Quality Laboratory in Duluth also raises grave




questions concerning location of a gaseous diffusion atomic plant




in such close proximity to the basic freshwater  research program




at the laboratory.




            A much larger question, however, has not been asked,




and this question relates to the priorities society wishes to




establish for the utilization of lands adjacent to the shores of




Lake Superior.  We have grave misgivings about the wisdom of




committing unspoiled lands and waters to functions which could




only diminish their ultimate value to future generations.  Are we




to sacrifice for short-term gain resources which, when properly




administered, can benefit mankind for untold generations?




            2.  Industrial pollution and sewage wastes.  A second




broad concern centers on industrial pollution and pollution from




inadequately treated sewage discharged in the Duluth-Superior area




and along the North Shore of Lake Superior.  Considerable evidence




already points to serious pollution of the St. Louis River and Bay




by wood products industries.  Additional pollution by metal




fabricating, beverage, and food products industries have reduced the

-------
                                                                   796
                       Dale W. Olsen


water quality of the St. Louis Bay to such a degree that it

is now included in the list of chemically contaminated harbor

areas of the Great Lakes by the Federal Water Pollution Control

Administration.^

            The label of inadequate sewage treatment can presently

be applied to both the Duluth and Superior sewage treatment

facilities.  The low quality effluent from these municipal systems,

combined with the previously cited industrial pollution and

indiscriminate waste disposal by ships, have, we feel, brought

the harbor area to a shocking level of pollution.

            I will omit a paragraph which relates to a 1965

Minnesota water pollution control study, which, in essence, points

out we studied the issue and little was accomplished at that time.

That was 4 years ago.

            Late in 1968 several area industries and municipalities

received notice from the Minnesota Pollution Control Agency that

improvements in sewage and waste disposal would be necessary on

their part in order for them to comply with interstate water quality

standards for the State of Minnesota.  Included in the list of

those notified were Duluth, Carlton, Scanlon, Two Harbors, and

Floodwood.  Also cited were Superwood Corporation, R. J. Reynolds

Foods, Inc., and Fitger Brewing Co.   In the initial letter of the
2.  Water Pollution Problems of the Great Lakes Area, p. 9. U.S.D.I.,
FWPCA Sept. 1966 (Rev. October 1967)
4.  Letter from R.  D. Miller, Acting Chief, Section of Enforcement,
M.P.C.A., February 3, 1969

-------
                                                                   797
                       Dole W.  Olsen






Acting Chief, Section of Enforcement, the statement also included




U. S. Steel plant, but a subsequent letter from Mr. Miller indicated




their name is not included.




            We sincerely hope that these industries and communities




are currently in the process of meeting the required standards.




            Dumping of taconite tailings from the Reserve Mining




Company plant at Silver Bay is also of great concern.  Reports




have indicated that Republic Steel Corporation (co-owner with




Armco Steel of the Reserve plant) has continually refused to




comply with the Calumet Area Federal-State Enforcement Conference




standards established in 1965 for the installation of antipollution




control measures in its plant at 11600 Burley Avenue, Chicago,




Illinois.  Outdoor America, the Izaak Walton magazine, reports:




"... Republic has not denied that it is polluting the Calumet River,




and its attitude suggests that it will continue to do so as long




as it chooses." 5




            We trust and I might add, that the attitude of Reserve




Mining Company toward Lake Superior and its future is much more




enlightened than the attitude of Republic Steel toward the Calumet




River in Illinois.  Yet our concern continues, for the original




Interior Department Lake Superior report indicates in one of its




concluding statements that, "One requirement of the Minnesota




Pollution Control Agency permit / to Reserve Mining/ to discharge




tailings into Lake Superior is violated in that there is  'material
5.  Izaak Walton Magazine, March 1969.

-------
                                                                   798

                       Dale W. Olsen


clouding or discoloration of the water at the surface '  outside

the prescribed permit area."

            Our question:  "Is there or is there not a violation

of the permit?"  Whose evidence shall we accept?

            3.  Pesticides.  We recognize the need to control

insect pests of various kinds, both in agricultural enterprise

and in protection of forest lands and also with regard to specific

infestation in cities or in the countryside or threats to the

public health.  We are most concerned, however, with the effect

the use of certain chemical pesticides has, either through runoff

from adjacent lands or on direct application, on water resources

such as those found in the Lake Superior Basin.  Effects on fish

life, on animal life, and eventually on man, are crucial.  Our

primary concern is with the chlorinated hydrocarbon pesticides

such as DDT -- those which persist even as they disperse -- of

which the long-term effects on man and nature are still basically

unknown.  We concur with Rachel Carson's observation, and reiterate

her question in the closing sentence of this quote from Si1ent Spring:

            "The fisheries of fresh and salt water are a resource

     of great importance, involving the interests and the welfare

     of a very large number of people.  That they are now

     seriously threatened by the chemicals entering our waters

     can no longer be doubted.  If we would divert to constructive

     research even a small fraction of the money spent each year on

     the development of ever more toxic sprays, we could find ways
6.  Summary Report on Environmental Impacts of Taconite Waste
Disposal  in Lake Superior, Part  I. U.S. Department of  the  Interior,
December  1968, p.  26.

-------
                                                                   799
                       Dale W.  Olsen

     to use less dangerous materials and to keep poisons out of
     our waterways.   When will  the public become sufficiently
     aware of the facts to demand action?"
            4.  Wastes from watercraft.   To the extent that such
action is still carried out, we are deeply concerned with the

effect of bilge water pumping by lake and ocean ships, and with

solid waste, garbage, and sewage disposal into Lake Superior or
any of its bays and harbors from such ships, or by private pleasure
craft.  We are shocked to note in this respect that the U. S.
Coast Guard Cutter WOODRUSH, operating out of Duluth, with a 47
                                                                 o
man complement, provides for no adequate waste treatment system.
            If you will refer to Page 79 of the report of this
conference, you will find that information.

            5.  Dredged materials.  We also question the propriety
of dumping dredged materials from ship channels directly into bays
and harbors and, in some cases, the transfer of such materials
from bay bottoms out into the lake for disposal.
            6.  Absentee corporate decisions.  Finally, we express
concern for a problem over which we have little or no local control

or influence -- namely, the fact that crucial decisions which affect
the future of the Lake Superior Basin, and perhaps even its continued
existence as a prime source of freshwater, are increasingly being

made by conglomerate corporations headquartered in Pittsburgh,
San Francisco, Chicago, or other cities far removed from the lake
7.  Rachel Carson, Silent Spring, Boston:  Houghton Mifflin Co.,
1962, p. 152.
8.  An Appraisal of Water Pollution in the Lake Superior Basin,
U.S.D.I., FWPCA, April 1969, p.  79.

-------
                                                                   800
                      Dale W. Olsen






basin.  For as citizens, we have no voice in decisions whose




consequences may some day vitally affect our lives and the lives




of future generations living on Lake Superior's shores.




            We recognize many threats from pollution and con-




tamination in the Lake Superior Basin.  These have been all too




briefly touched upon in this statement, and too rapidly.  They




range from concern for untreated sewage to chemical wastes,




pesticides, and taconite tailings, among others.  Existing




problems prompt Duluth Chpater, Izaak Walton League, to propose




the following recommendations as the concluding section of this




statement:




            Recommendations




            1.  The responsibility of each polluter for all forms




of damage caused by his pollution should be effectively recognized




and generally accepted.  There should be no "right" to pollute.




Indeed, it would be wiser to follow a policy which would require




a manufacturer or producer of an objectionable substance to prove,




first of all, that it is not harmful before he is granted a permit




to release it into the environment.




            2.  The roles of all governmental authorities, local,




State, and Federal, in pollution enforcement and regulation should




be complementary and mutually supporting, and not competitive.  At




present, for example, the Minnesota Pollution Control Agency suggests




that Reserve Mining is not violating its permits in the Lake Superior




operation, yet the very action of convening this Conference seems




to indicate a concern on the part of the U. S. Interior Department

-------
                                                                   801
                       Dale W. Olsen




that there might well exist violation of water quality standards

                      9
for interstate waters.


            3.  Where the statistics are clear as to water quality


standards, violators should be prosecuted to the fullest extent.


With respect to pollution of the St. Louis River and Bay area, the


League believes the State and local authorities have moved much


too slowly against those whose actions violate the regulations


established for environmental pollution control, and this is the


one that is so difficult to measure.


            4.  The League recommends that agencies which set


water quality standards for personal and industrial use consider


qualities often impossible to measure in dollars and cents, yet


values which are absolutely essential to man's continued existence


on earth -- prime among these being aesthetic factors and crucial


ecological interrelationships which exist in every unpolluted


watercourse.  Ecology and aesthetics are of immeasurable value.  We


must manage our resources with an understanding of ecological


relationships much more firmly in mind than it has ever been to


date.


            5.  We are asking that water quality standards for


the Lake Superior Basin be maintained at the highest level, not


compromised.  Standards for thermal pollution, radioactive materials


discharges, pesticides, chemical additives, sediment, and sewage


effluent discharges should all be stringently enforced.  Maintaining


high standards at this time will assure citizens of this lake basin.
 9
  See Page 797 above.

-------
                                                                   SOL
                           Dale  Olsen










that new industrial, municipal,  or private development along the




lake shore must meet high standards of water quality.  This action,




if taken earlier, would have eliminated the painful sort of dilemma




which we now face.




            6.  Citizens must stand up and speak out for a livable




environment.  It is possible to  have jobs and also to husband our




resources for generations yet unborn.  Let us not be otherwise




convinced.




            Thank you, gentlemen.




            (Applause.)




            MR. DOMINICK:  Thank you very much.




            Our final witness will be Grant Merritt.  Following




Mr. Merritt we will close out for the evening and be back at




9 o'clock in the morning.




            Mr. Merritt.




            MR. MERRITT:  Mr. Chairman, we have been here for 94 or




10 hours.  I would respectfully request that we adjourn until




tomorrow morning at 9 o'clock, or even earlier.  It has been a long,




tiring day; I would prefer if at all possible to go  on the first




thing in the morning.




            MR. DOMINICK:  Mr. Merritt, it has been a tiring day




for all of us.  We still have a great number of witnesses to hear




from tomorrow, and we would like to hear from you now, please.

-------
                                                                   803
            MR. MERRITT:  I would again renew my request, Mr.




Chairman.  I do have a rather lengthy statement to present.  I




think in view of the hour, in view of the time the reporter has




been here, the official reporter and the other reporter present,




that we ought to have some consideration for the two reporters as




well as the rest of us.  We have been here for some 9% to 10 hours,




and I would request the Minnesota Delegation, if at all possible,




to give us this consideration as well as the consideration f->r




the others.




            MR. BADALICH:  Mr. Merritt, I appreciate your concern.




I have to allude to the fact that I have another 15 witnesses who




want to be heard and they would like to talk anywhere from 10 to




15 minutes, plus I have eight or nine other statements that I want




to enter for the record.  This is tiring for us.  And I would like




to see this conference concluded as soon as possible, if at all




possible by tomorrow evening.




            MR. MERRITT:  I can confine my remarks to 20 minutes




in the morning, if that would facilitate the conference, and I




would prefer to do that, if at all possible.




            MR. DOMINICK:  I think we should go ahead with the




schedule we planned and hear from you this evening and then proceed




with the State of Michigan tomorrow.




            MR. MERRITT:  Then, in that event, Mr. Chairman, I




would yield to a couple other gentlemen who are on the agenda who




are prepared to give shorter statements this evening.

-------
                                                                   804
            MR. DOMINICK:  And you withdraw your request to testify




at this time?




            MR. MERRITT:  No, I do not withdraw my request to




testify.  I would expect to be on the agenda tomorrow sometime.




Anytime during the day is perfectly all right.




            MR. DOMINICK:  This will create intolerable confusion.




We have a list that is established.  Let's proceed in an orderly




manner with that list.




            MR. MERRITT:  I don't think there will be any confusion.




I don't think it would be any problem.




            MR. PEGORS:  My name is John Pegors.  I have been




asked to submit three statements for three different organizations.




Representatives of these organizations are unable to be present.




Their presentations will be of such a nature that they would




satisfactorily fill up the time that you wish to use, to give to




Mr. Merritt.  It would not create an intolerable confusion.  The




agenda Mr. Badalich gave to me last night has been altered, and I




would be more than happy to submit these statements.




            MR. DOMINICK:  All right, we will revise the list.




            Mr. Merritt, you can come in at the end of that list




and we will hear from you.




            MR. MERRITT:  Thank you very much, Mr. Chairman.




            MR. BADALICH:  Will you identify yourself and also




identify the group you are speaking for, respectively.

-------
                                                                   805
                      Donald Andrews






            STATEMENT OF DONALD ANDREWS




            VICE-CHAIRMAN, MINNESOTA




            ENVIRONMENTAL DEFENSE COUNCIL




            ST. CLOUD, MINNESOTA (read by John Pegors)






            MR. PEGORS:  Thank you, Mr. Commissioner, and




Mr. Badalich.




            My name is John Pegors.




            At this time I would like to read a statement on




behalf of Mr.  Donald Andrews of 1515 Eighth Avenue North, St.




Cloud, Minnesota.  He was not present today.




            MR. DOMINICK:  So we may clarify this, are you




presenting a statement on your own behalf?




            MR. PEGORS:  This is for a gentlemen who was not able




to be here today.




            MR. DOMINICK:  If he is not present, we will place




it in the record, and if you have any other statements, we will




then place those in the record.




            (The above-mentioned statement follows.)

-------
                                                                   806
                      Donald Andrews






             My name is Don Andrews.  I live at 1515 8th Avenue




North,  St. Cloud, Minnesota.  In making this statement today I




wish to represent the missing, the unheard from  majority.  I am




representing the millions of people who are interested in Lake




Superior but who have to work every day.  We are the contributors




to this country's ever increasing gross national product.  We




cannot  take time off once or twice a month to attend hearings.




While we are contributing to the prosperity of this country we are




paying  taxes and we expect that our Pollution Agency will enforce




the laws and protect our rights.




            Among the missing today will be my son-in-law just




starting in the insurance business.  He has to sell $500.00




worth of commissions each month or he is out.  No, he can't be




here today.




              Then th^re is my neighbor who has not heard the words




"economically feasible  .   He would not be nominated to a Pollution




Control Agency because  he has never been connected with an establish-




ment which pours its wastes into our waters.   No,  he works each day




and cannot be here.




             My son goes to the University of Minnesota.   He has to




study quite a bit to keep his grades up.   But should he have to attend




this hearing?  You can  be sure he wants to see Lake Superior as it




was in the past.   Do we not have a moral obligation to leave this




lake as it was when we  first saw it?  Can you really blame the




younger generation for  being upset, for rioting,  etc.?  The young men




face draft into a war we are not trying to win and they are inheriting

-------
                                                                   807
                    Donald Andrews







the mistakes of their fathers in the indiscriminate use of




pesticides and the most thorough destruction of the country's most




vital freshwater.




            The men we have stationed in Viet Nam, canno"1" ^e here.




But what are they putting their lives in jeopardy for?  Does not the




State of Minnesota owe these men the right to come home to a country




where the water is still pure -- where fishing and other recreation




can be enjoyed?  When permits for discharging wastes are permitted




the entire Nation suffers.




            I would like to ask the conferees to stand on the shore




of Lake Superior at Silver Bay.  Look at the water good.  Without




a doubt this is pollution.  There is a great change in the water --




in the color.  You can see it.  Wastes are being discharged.




            What about the fish?  Is there any change in the




ecology here?  Just try keeping a goldfish alive in a bowl while




circulating sand through the water.  Can you imagine a fish running




this stuff through its gills to get oxygen?




            Another disgrace to this country and to Minnesota is the




harbor at Duluth.  It has been considered unsafe to wade in this




water for over 40 years.  And it gets worse.




            I am pleased that this Federal conference has been




called and I hope that you will remember the unheard majority who




are willing to pay more taxes for pollution abatement, and pay more




for the product if necessary.  We are happy that the Federal

-------
                                                                   808
                        John Pegors






Government come up with the Water Quality Act of 1965, otherwise




we would be just where we were in 1965.  I urge the Federal Water




Pollution Agency to enforce the laws in this case and save Lake




Superior for the citizens of the United States.




            MR. PEGORS: In that event, I would like to present a




statement on behalf of the Minnesota Environmental Defense Council.




I am vice-chairman of this organization.  I have copies of this




statement for you at this time..




            MR. DOMINICK:  And you are representing that




Council here?




            MR. PEGORS: Yes.




            MR. DOMINICK:  Fine.




            MR. PEGORS: The Minnesota Environmental Defense Council




is an organization of Minnesota groups interested in those




problems which bear on the environment in the State of Minnesota.




            The Minnesota Environmental Defense Council has among




its active supporters the Southern Minnesota Conservation Association,




Minnesota Conservation Federation, League of Women Voters of




Minnesota, Minnesota Federation of Women's Clubs, Community Wildlife




Club, Inc., of St. Cloud, Clearwater Sportsmen's Club, Clear Air-




Clean Water Unlimited, and Minnesota Environmental Control




Citizen's Association.




            The Defense Council was organized to coordinate




activities in the areas of environmental enhancement.  Our interest




in Lake Superior is the need for immediate activity in the abatement

-------
                                                                  809
                         John Pegors





of the pollution of this Nation's greatest lake.   We believe




that the strength of our Nation's future depends  on the wise use of




its resources. • And the present policy of destroying our resources




to create or maintain jobs is very shortsighted.




            The policy I refer to is  the matter of dumping wastes




into Lake Superior by Reserve Mining.  This is simply a matter of




this company making a profit at the expense of the citizens of




Minnesota and of the United States.




            The question of whether there is pollution or not is




also irrelevant.  There is a definite material clouding of the




water below the plant.  This discoloration has an effect on the




ecology of the surrounding area.  What will be the effect when this




plant expands, as all industry does,  as so often  happens in the




case of industry?  What we have here  is a potential threat to the




very life of this lake.




            The MEDC strongly recommends the enforcement of the




present laws.  Present studies show that this company has violated




the present permit.  The conferees are urged to require on-land




deposit of taconite wastes.




            Another potential threat to the water quality of Lake




Superior is the recently proposed gaseous diffusion plant at Knife




River.  The proposed plant would be the source of enormous amounts




of heated wastewater as well as radioactive isotopes from the




nuclear reactors necessary to operate the plant processes.  Discharge




of these thermal and radioactive wastes would cause severe damage




to the ecological systems in the Knife River area of Lake Superior.

-------
                                                                   810
                         John Pegors






            Other sources of pollution affecting the ecological




balances of Lake Superior include the siltation of the Nemadji




River, heavy industrial and municipal sewage wastes from the St. Louis




River, the Cities of Duluth and Two Harbors, and the many resort




facilities located along the lake shore.  In addition, to -these




sources of damage to the Lake Superior ecosystem, we must




acknowledge the harm from the pesticides, especially the chlorinated




hydrocarbons, used so indiscriminately.  Strong evidence indicates




the gradual elimination of our American Bald Eagle populations




caused by metabolic dysfunctions due to chlorinated hydrocarbon




concentrations in the fish food of these birds.  A halt to the use




of these powerful biocides should be a principal objective of the




conferees.




            Evidence continues to mount showing the health and




welfare of our citizens is seriously affected by the pollution of




this great natural resource, Lake Superior.  We are sick and tired




of the never-ending studies that are proposed.  The time for action




to halt further pollution of Lake Superior is at hand and the




distinguished conferees should take that  necessary action.  Enforce




the law, gentlemen.




            Then, Mr. Chairman, I would also like to submit the




statement for an organization known as Clear Air-Clear Water, and I




will submit copies for the conferees.

-------
                                                                    811





                       John Pegors






            Lake Superior is a natural resource that the citizens




of Minnesota must protect from exploitation and premature aging




through use of the lake as a dumping ground for by-products--




            MR. DOMINICK:  Excuse me.  Would you identify your




relationship?




            MR. PEGORS: Yes.  I am sorry.  I beg your pardon.




            My name is John Pegors.  I am President of Clear Air-




Clear Water.  It is a citizens' organization comprised mainly of




residents in the Mississippi Valley and the St. Croix Valley.  The




membership ranges from approximately the St. Cloud area down to the




lower end of the Mississippi River at Winona and in the St. Croix




Valley as far north as Danbury, Wisconsin.




            MR. DOMINICK:  Very well, you may proceed.




            MR. PEGORS:  Thank you.




            Lake Superior is a natural resource the citizens of




Minnesota must protect from exploitation and premature aging




through use of the lake as a dumping ground for by-products of




various industrial technological processes.  The grave condition




of Lake Erie, prematurely aged 15,000 years since the turn of this




Century, by man's disregard for ecological systems and natural




processes, should serve as a crystal clear warning to us not to




further jeopardize Lake Superior.  Lake Michigan is now entering




a crisis which conceivably could find us faced with another gravely




injured member of the Great Lakes family.  We have the knowledge to




protect Lake Superior from a fate similar to that of Lakes Erie and




Michigan.  The question we must answer at this Conference is:  Do we




have the courage and the wisdom to save Lake Superior?

-------
                                                                   812
                        John Pegors






            Clear Air-Clear Water Unlimited, urges the distinguiseed




confereed to recommend all action necessary to protect Lake Superior




from further contamination by industrial, municipal, manufacturing,




mining, shipping, and private wastes.  Lake Superior should not be




used as a dumping ground for taconite wastes, hence a natural




resource subsidy to the mining industry.




            Taconite tailings are harmful to aquatic life and




constitute a threat to the intricate balances found in the ecosystems




of the lake.  Ample evidence exists that the wastes from Reserve




Mining Company have caused deleterious effects on various fish and




fauna of the lake.  Violations of the original permit to Reserve




Mining Company have occurred.  These violations are good and




sufficient reason for complete cessation of dumping of taconite




wastes in Lake Superior.  Applicable Federal water quality standards




for Lake Superior have also been violated by Reserve Mining.




            We respectfully urge the conferees to require the




adoption of the fastest possible timetable for cessation of all




discharge of wastes of all kinds by Reserve Mining Company.




            We urge the distinguished conferees to take every necessary




measure to protect Lake Superior from the potential threat of




discharge of any radioactive and thermal discharges from any




installations that might be constructed and operated in the Lake




Superior Basin.  The proposed gaseous diffusion plant at Knife




River would be one such source of radioactive and thermal wastes.




The greatly elevated order of magnitude of toxicity of these

-------
                                                                   813
                   Rice Area Sportsman's Club







pollutants should be anticipated by the conferees and all




necessary preventive measures taken to assure that the water quality




of the lake is preserved.  The United States Atomic Energy Commission




should not be permitted to assist in the establishment of any levels




of discharge of radioactive wastes into Lake Superior, as is noted




in the document "An Appraisal of Water Pollution in the Lake




Superior Basin, April 1969," page 106.




            We respectfully urge the enforcement of all existing




and applicable water quality standards for Lake Superior.  Delays




for additional surveys, studies, and appraisals of the health of




Lake Superior are superfluous.




            In addition, Mr. Chairman, I have a short statement




I have been asked to present for the Rice Area Sportsman's Club.




I believe I have submitted copies of this to you earlier.




            MR. DOMINICK:  That will be received for the record.




            (The above—mentioned statement follows.)






            RICE AREA SPORTSMAN'S CLUB




            Rice, Minnesota




            Our names are John Clark and Elwood Anderson, co-chariman




of the anti-pollution committee and we would like to make a statement




on behalf of the Rice Area Sportsman's Club, as regard to the




continued use of Lake Superior for the dumping of taconite tailings.

-------
                                                                   814
                   Rice Area Sportsman 's Club






            1.  We believe that the Great Lakes and their watersheds




belong to all people of the United States and any use should be for




the benefit of the entire population.




            2.  We believe that no person, group of persons or




corporation, should have the right to exploit or destroy these




great water courses for profit.




            3.  We believe that the waters of our land should be




passed on to succeeding generations as pure and wholesome as they




were before man began to use them.




            We are not technically trained experts but make this




statement as interested citizens who appreciate the value of this




great reservoir of fine water, both locally and nationally, and




want to take no chance that it will be destroyed.




            We have read the study of the Regional Coordinator of




U.MiW.G.L.A., we have read many other papers and studies on the




dumping of industrial waste and taconite tailings into Lake




Superior, we have heard many speakers on this subject, and have




come to the same conclusions as the United Northern Sportsman of




Duluth, Duluth, Minnesota, and would like to repeat their summary




as follows:




            1.  It is an undisputed fact the St. Louis River, the




first major tributary to the lake, is being polluted by municipal,




industrial, and natural wastes.  We want the sources of pollution




identified, and we see no reason for further delay in implementing a

-------
                                                               815
                Rice Area Sportsman's Club






vigorous and prompt program of pollution correction and control




immediately.




            2.  Municipal, industrial, and marine wastes are adding




their contaminating influence daily to the Duluth-Superior Harbor.




It is our desire to restore the esthetic value of a clean and fresh




smelling body of water (to add to the value of our cities very fine




cultural, recreational, and educational facilities) we must identify




the sources of pollution and call upon our State  and Federal officials




and agency to use every means available to either stop or Curtail




this insidious poisoning of what could well be Duluth and Superior's




finest resource.




            3.  Many private cabins or homes are located so close to




the shore, or have disposal systems so ineffective that seepage is




directly polluting the lake or ground water sources.  We want an




ambitious program instituted by the State Water Pollution Control




Agency as soon as possible to remedy this situation.




            4.  If the proposed location of a nuclear breeder plant




on Lake Superior would have any adverse effect on the quality of the




water in the lake, we would be opposed to it.  All questions of




feasibility add possible constructive use  of the heat generated




by such an installation should be answered in advance and not after




the construction of such an industry.




            5.  We have consistently opposed the disposal of taconite




tailings in Lake Superior.  We believe this practice should be




stopped and an alternate method of disposal employed.  Until such

-------
                                                                816
               Rice V-ea Sportsman's Club


changes are made, the State should enforce the present permit which

specifically prohibits any material clouding of the lake and grant

no liberalization of same beyond the permit limits.  Any statement

that this company cannot operate unless allowed to dispose of waste

in Lake Superior is debatable because other companies are doing it

and competing successfully.  We also call upon the U. S. Army Corps

of Engineers to require on land disposal of tailings at Silver Bay

as recommended in the U. S. Department of Interior report dated

December 31, 1968.

            60   Siltation is a major contributing factor to pollution.

The problem areas should be pinpointed and immediate steps taken to

institute sound soil conservation practices.

            7.   All other sources of pollution around the Lake,

either from feeder streams, municipal, industrial or private uses,

deserve immediate determined corrective action.

            8.   Finally, we urge a review of the water quality

standards adopted for Lake Superior in that they be strengthened

to prohibit all thermal, nuclear and pesticide pollution, and to

tighten the standards relating to siltation, toxic metals and

shipboard waste.

            In conclusion, we believe that sufficient studies have

been made and these studies prove that the lake is becoming more

polluted and that if this pollution is to be remedied, all sources of

pollution must  be stopped immediately.

                                    Sincerely,

                                /s/ John A. Clark
                                    John A. Clark

                               /s/  Elwood Anderson
                                    Elwood Anderson

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                                                                  817
            MR. DOMINICK:  Mr. Pegors, if you will suspend there,




I think we have reached the limit of our endurance today.




            I would ask that all witnesses in the future try to




confine their remarks to new information, if possible, and that




we avoid wherever possible the duplication and the repetition of




testimony.




            Further, I would ask that where witnesses have submitted




statements but are not personally present to offer them, these




statements will be placed in the record,,




            We will suspend the conference here and return at




9 o'clock tomorrow morning.  I believe we have another meeting place




for the conference.




            Is that correct?




            MR, BRYSON:  Yes.  It is downstairs in the Moorish




Room.  It is on the first floor.




            MR. DOMINICK:  I think the Rotarians are moving us out




of here tomorrow, so we will meet downstairs in the Moorish Room.




            Thank you very much for your patience.




            (Whereupon, at 6:50 p.m., the conference adjourned until




Thursday, May  15, 1969, at 9:00 a.m.).

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