t«8t,-LV-0539-21 EMSL-LV-0539-21
AGRONOMIC PRACTICES OF THE NEVADA TEST SITE
EXPERIMENTAL DAIRY FARM FROM
1974 CROUCH 1977
Monitoring Systems Research and Development Division
Environmental Monitoring and Support Laboratory
U.S. ENVIRONMENTAL PROTECTION AGENCY
Las Vegas, Nevada 89114
Published November 1978
This study was performed under a Memorandum
of Understanding No. EY-76-A-08-0539
for the
U.S. DEPARTMENT OF ENERGY
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Government. Neither the United States nor the Department of Energy, nor any
of their employees, nor any of their contractors, subcontractors, or their
employees, makes any warranty, express or implied, or assumes any legal lia-
bility or responsibility for the accuracy, completeness or usefulness of any
information, apparatus, product or process disclosed, or represents that its
use would not infringe privately owned rights.
AVAILABLE FROM THE NATIONAL TECHNICAL INFORMATION SERVICE
U.S. DEPARTMENT OF COMMERCE
SPRINGFIELD, VA 22161
PRICE: PAPER COPY $4.50 MICROFICHE $3.00
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EMSL-LV-0539-21 EMSL-LV-0539-21
AGRONOMIC PRACTICES OF THE NEVADA TEST SITE
EXPERIMENTAL DAIRY FARM FROM
197A THROUGH 1977
by
E. M. Daley
Monitoring Systems Research and Development Division
Environmental Monitoring and Support Laboratory
U.S. ENVIRONMENTAL PROTECTION AGENCY
Las Vegas, Nevada 89114
Published November 1978
This study was performed under a Memorandum
of Understanding No. EY-76-A-08-0539
for the
U.S. DEPARTMENT OF ENERGY
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ABSTRACT
This report is one of a series on the agronomic practices of the experi-
mental dairy farm at the Nevada Test Site. It summarizes the agronomic
practices at the farm for the calendar years 1974 through 1977- The topics
covered include land preparation and seeding, irrigation, fertilization, weed
and insect control, and forage production. Descriptive tabular data are
included as appendixes.
iii
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TABLE OF CONTENTS
Page
ABSTRACT iii
LIST OF FIGURES AND TABLES v
INTRODUCTION 1
AGRONOMIC PRACTICES 5
Land Preparation and Seeding 5
Fertilization 5
Irrigation 7
Harvesting 8
Insect Control 8
Microplots 10
PUBLIC RELATIONS 11
SUMMARY 12
REFERENCES 14
APPENDIXES 15
DISTRIBUTION
IV
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LIST OF FIGURES AND TABLES
Figure Page
1 Map of the Nevada Test Site showing approximate location of
the Environmental Protection Agency Facilities 2
2 Layout of the Experimental Dairy Farm 3
Table
1 Nutrient application rate/land for years 1974, 1975, 1976, and
1977 6
2 Irrigation and precipitation summary 7
3 Green feed production (estimated) 9
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INTRODUCTION
The U.S. Environmental Protection Agency's Environmental Monitoring and
Support Laboratory-Las Vegas, maintains and operates an experimental dairy
farm on the U.S. Energy Research and Development Administration's* Nevada Test
Site. The Farm and Animal Investigation Branch of the Laboratory's Monitoring
Systems Research and Development Division is responsible for operating the
farm and for assisting in or carrying out the related research activities.
This farm is located approximately 177 kilometers (110 miles) north of
Las Vegas in Area 15 of the Nevada Test Site and is situated in a high desert
valley at an elevation of about 1,370 meters (4,500 feet) (see figure 1). The
soil is classified as coarse, gravelly, sandy loam with cobbles intermixed;
low in organic matter, nitrogen, and phosphorus; and moderately high in
potassium. It has an average pH of 8.3 (Leavitt and Mason 1971). The history
and physical description of the farm were reported previously (Douglas 1967;
Daley 1969, 1971, 1972, and 1976).
As shown in figure 2, the experimental farm consists of 6.5 hectares
(16 acres) of irrigated cropland divided into 17 plots or lands by irrigation
laterals. Each of the end lands has an area of approximately 0.20 hectares
(0.5 acre), while the remaining 15 lands each contain 0.40 hectare (1 acre).
Adjacent to the northeast corner of the farm is approximately 1 hectare
(2.5 acres) of small irrigated crop areas called "microplots." These micro-
plots are used to study the behavior of pollutants in soils and the uptake,
retention, and residence time of these pollutants in various crops.
This report is one of a series that describes the agronomic practices at
*Effective October 1, 1977, the U.S. Energy Research and Development Adminis-
tration was designated the U.S. Department of Energy. Prior to January 19,
1975, the U.S. Energy Research and Development Administration was designated
as the U.S. Atomic Energy Commission.
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\
\ Mesa
\ Road
Experimental Farm
\ n_rj
30116 \
5iTl~~r"
29
Tippipah Highway
Desert
Game
Range
Nuclear Rocket Development Station
Scale in Feet
0000 0 3000 0 5000 10000
(T) Tonopah (240 kilometers from Mercury) (2) Las Vegas(105kilometersfrom Mercury)
Figure 1. Map of the Nevada Test Site showing approximate locations of
the Environmental Protection Agency Facilities
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u>
Well UE-15d
Squeeze x
Chute & Pen Hay Shed °
" r
Pump I
Micro Plot Irrigation Main Line Buried
Slaughter
Facility
_____
Alfalfa "^ T
Alfalfa
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the experimental farm, and covers the calendar years 1974 through 1977. The
report was prepared from records maintained by Farm and Animal Investigation
Branch personnel to document farming practices and to supply information for
planned experiments and special ad hoc studies.
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AGRONOMIC PRACTICES
Lands 1 through 14 are maintained in permanent forage crops. All the
lands are planted with alfalfa except for lands 10 and 14 which are planted
with a mixture of alfalfa and grasses (Bromus -inerm-is—smooth brome, Dactyl-is
glomepata—orchard grass). Lands 15 through 17 are planted with small grain
or left fallow.
LAND PREPARATION AND SEEDING
Lands 15, 16, and 17 were planted with annual rye grass in 1975, but were
left fallow in the fall of 1974 and 1975 and the spring of 1976. These areas
were periodically disced during these years in order to control weed growth.
During the first week of October 1976, lands 15, 16, and 17 were disced,
fertilized with preplant fertilizer [54 kilograms of nitrogen per hectare
(48 Ib per acre) and 82 kilograms of phosphoric oxide per hectare (72 Ib per
acre] (see table 1), and planted with Secale oeTeale Cultivar "Elbon" (annual
rye) at the rate of 130 kilograms per hectare. Lands 15, 16, and 17 were
disced twice during the summer and once in the fall of 1977. These lands
were left fallow after the spring harvesting of green feed.
FERTILIZATION
During this reporting period, the only nutrients applied were nitrogen
and phosphorus. The sources of the nutrients were ammonium sulfate (21-0-0)
and double super phosphate (0-45-0). In 1974, double super phosphate
(0-45-0) was not available; therefore, 0-18-0 was substituted for 0-45-0.
Table 1 lists the nutrients applied to each land and the year and month of
application.
Nitrogen is required by small grains and grasses for good growth, high
yields, and production of high quality feed. Nitrogen is applied as a top
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TABLE 1. NUTRIENT APPLICATION RATE/LAND FOR YEARS 1974, 1975, 1976, and 1977
Year
Month
1974
January
March
1975
April
1976
February
October
1977
April
Land Number
1
2
3
4 through 9
10 & 14
11, 12, & 13
10, 14, 15, & 16
17
1
2 through 9
10 & 14
11, 12, & 13
1
2 through 14
15 through 17
1
2 through 8
9 & 14
10 through 13
15 through 16
17
Type
(%)
0-18-0*
0-18-0*
None
0-18-0*
0-18-0*
0-18-0*
21-0-0
21-0-0
0-45-0
0-45-0
0-18-0*
0-18-0*
0-45-0
0-45-0
21-0-0
0-45-0
0-45-0
0-45-0
21-0-0
0-45-0
0-45-0
21-0-0
21-0-0
Nutrient
Nitrogen Phosphoric Oxide 45%
(lb/ (kg/ (lb/ (kg/
land) land) land) land)
None
None
None
None
None
None
48 21.8
16 7.3
None
None
None
None
None
None
32 14.5
None
None
None
48 21.8
None
None
64 29.0
32 14.5
43
86
86
43
86
45
90
45
81
45
90
72
72
144
72
144
19.5
39
None
39
19.5
39
None
None
20.5
40.9
20.5
36.8
20.5
40.9
None
32.7
32.7
65.4
None
32.7
65.4
None
None
*Double Super Phosphate 0-45-0 not available.
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dressing during the growing season and as a preplant fertilizer application
on small grains.
Phosphorus is the primary nutrient requirement of legumes. The
Leguminosae family has the characteristic of forming nitrogen-fixing nodules
on its roots enabling the use of atmospheric nitrogen. The phosphorus is
applied during the winter months as a top dressing for the alfalfa. Phos-
phorus is also applied to small grains as a preplant fertilizer to aid in the
development of a good root system.
IRRIGATION
Precipitation and rainfall data from the Area 15 experimental farm for
the years 1974 through 1977 are presented in appendix A. The annual rainfall
for these years was 16 (6.3 in), 13 (5.1 in), 19 (7.5 in), and 19.4 (7.6 in)
centimeters, respectively (see appendix A, table A-l). As the natural
precipitation was not sufficient for crop production, irrigation water was
supplied by a sprinkler type irrigation system. Irrigation water was sup-
plied from a reservoir with a capacity of about 3,800 cubic meters (1 million
gallons). Irrigation water was provided by a 1,645-meter (5,400-foot) well.
The well pump was set at 518 meters (1,700 feet) and produced 757 liters
(200 gallons) per minute. The monthly irrigation rates for each land are
listed in appexdix B. The total annual irrigation and precipitation are
summarized in table 2.
TABLE 2. IRRIGATION AND PRECIPITATION SUMMARY
'Rainfall
Year
1974
1975
1976
1977
Av
(cm)
16.0
13.0
19.0
19.4
16.9
Un)
6.3
5.1
7.5
7.5
6.6
Irrigation Water Applied
(liter)
105,163
82,979
104,513
102,525
98,795
,650
,269
,420
,774
,502
27
21
27
27
26
(gal)
,784,
,923,
,612,
,087,
,101,
(Acre-ft)
320
188
529
391
850
85.
67.
84.
83.
80.
27
28
74
13
10
(Acre-ft/acre)
5.
4.
5.
5.
5.
33
21
30
20
01
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HARVESTING
Nearly all the forage produced on the experimental farm is used as green
feed for the cattle at the farm (Smith 1973). When the growth exceeds the
requirements for green feed, the forage is cut and baled as hay. The forage
production for each land by monthly and yearly totals is listed in appexdix C.
The annual average production as shown in table 3 during this period was
approximately 66 metric tons per hectare or 30 English tons per acre.
WEED CONTROL
Both mechanical and chemical weed control were used on the experimental
farm during this period.
Mechanical control consists of uprooting of the weeds with the rear-
mounted grader blade on the tractor. This is used on the roadways and
noncrop areas. It is an effective weed control method but is only temporary
and requires repeating several times during the growing season.
Ureabor® (sodium metaborate tetrahydrate, sodium chlorate, and bromacil),
a soil sterilent, was used around the irrigation risers and along the irri-
gation laterals where it is difficult to clip with the harvesting equipment.
The chemical treatment is effective but must be repeated annually as the high
amounts of irrigation water applied to the coarse, sandy loam soil leaches
the herbicide from the soil.
The weeds were controlled along the fence rows by spraying with 2-4 D
(2-4 dichlorophenoxy-acetic acid), Paraquat® (dimethylbipyridyliumion), and
diesel oil.
Only certified weed-free seeds are planted to prevent introduction of
new noxious weeds and minimize increase in numbers of weeds already present.
INSECT CONTROL
During 1974 a heavy infestation of pea aphids occurred in the alfalfa.
Lands 1 through 14 were sprayed with Diazinon AG500® (0.5 liter of Diazinon
©Registered trademark
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TABLE 3. GREEN FEED PRODUCTION (ESTIMATED)
Harvest Season
Total Production
Year
Dates
Length
Wet wt
Dry wt*
(mo/day) (days)
Metric tons Metric tons
Production by Area
Wet wt
Metric tons/ha
Production Daily Av
Wet wt
kg
1974 04/21 to 10/12 174
1975 05/16 to 09/30 137
1976 05/09 to 10/17 161
1977 05/04 to 09/24 143
390 117
(430 tons) (129 tons)
347 104
(383 tons) (115 tons)
438 132
(483 tons) (145 tons)
398 119
(439 tons) (131 tons)
60.2
(26.9 tons/a)
63.5
(28.4 tons/a)
80.1
(35.8 tons/a)
61.4
(27.4 tons/a)
2,200
(4,900 Ib)
2,500
(5,600 Ib)
2,700
(6,000 Ib)
2,800
(6,100 Ib)
AAirdried
"^Numbers within ( ) are English tons and pounds
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in 61 liters of water per acre). Complete control was achieved with one
application.
MICROPLOTS
During the summer of 1976, four 4-meter square plots of corn and four
4-meter square plots of potatoes were planted for studies on plant stress
measurement by leaf fluorescence. An open top fumigation chamber made from
fiberglass was constructed and placed over the plants.
10
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PUBLIC RELATIONS
Due to the uniqueness of an experimental dairy farm operating on the
Nevada Test Site, it is visited frequently by various groups on orientation
tours of the Nevada Test Site.
During the 4 years covered in this report, about 100 groups totaling
3,000 people visited the experimental farm and were briefed on the activities
of the farm and its role in the research and surveillance program conducted
for the U.S. Department of Energy by the Environmental Monitoring and Support
Laboratory-Las Vegas, Nevada.
11
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SUMMARY
The agronomic practices used on the experimental farm are those used by
commercial farms within the general geographic area or those recommended by
the University of Nevada, Reno's Cooperative Extension Service and Agricul-
tural Experimental Stations.
Crop yields are directly related to length of growing season, available
nutrients, rate of fertilization, irrigation, harvesting, and weather
conditions. As these all vary from area to area and even from farm to farm,
direct comparison with other farms is difficult because of the experimental
farm's isolation from other farming operations. However, Robinson et al.
(1970) reported the average green feed production from small grains grown in
an agricultural area about 160 kilometers (100 miles) southeast of the experi-
mental farm was 4,500 kilograms per acre (9,800 Ib per acre). This is compa-
rable to the 4,600 kilograms per acre (10,208 Ib per acre) of green feed
produced from rye grain at the experimental farm during 1974 and 1975.
The average amount of irrigation water applied per acre during the period
1974 through 1977 was 6,158,565 liters (1,629,250 gallons) which is equiva-
lent to an average of 5.0 acre-feet (an acre-foot equals 325,850 gallons or
1,231,713 liters) per acre. The amount of irrigation water applied yearly
has not changed significantly during the 12 years of the operation of the
experimental farm. During the 8-year period 1966 through 1973, the average
usage was 5.1 acre-feet per acre, only slightly higher than the average usage
from 1974 through 1977.
Production of green feed has increased significantly. During 1973 the
average production on an air-dried basis was 23,000 kilograms (25.5 tons) per
acre versus an average 27,000 kilograms (29.6 tons) per acre during the 1974
through 1977 period. This increase in production is partially due to changes
in harvesting and feeding procedures; i.e., the fields are now harvested at
12
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shorter intervals (about every 24 days) which stimulates rapid re-growth.
During this period, nearly all of the production was utilized as green feed
and little was harvested as hay.
13
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REFERENCES
Daley, E. M. , and D. D. Smith. Agronomic Aspects of the Experimental Dairy
Farm. January 1966 - December 1968. SWRHL-63r. U.S. Department of
Health, Education, and Welfare, Southwestern Radiological Health Labora-
tory, Las Vegas, Nevada. 41 pp. 1969
Daley E. M. Agronomic Aspects of the Experimental Dairy Farm During 1969.
SWRHL-104r. U.S. Environmental Protection Agency, Western Environmental
Research Laboratory, Las Vegas, Nevada. 19 pp. 1971
Daley, E. M. Agronomic Aspects of the Experimental Dairy Farm - 1970.
SWRHL-117r. U.S. Environmental Protection Agency, Western Environmental
Research Laboratory, Las Vegas, Nevada. 18 pp. 1972
Daley, E. M. Agronomic Practices of the Nevada Test Site Experimental Dairy
Farm During 1971, 1972, and 1973. EMSL-LV-539-5. U.S. Environmental
Protection Agency, Environmental Monitoring and Support Laboratory,
Las Vegas, Nevada. 28 pp. 1976
Douglas, R. L. Status of the Nevada Test Site Experimental Farm. Summary
Report for July 1964 - December 1965. SWRHL-36r. U.S. Department of
Health, Education, and Welfare, Southwestern Radiological Health
Laboratory, Las Vegas, Nevada. 30 pp. 1967
Leavitt, E. D. , and B. J. Mason. Soil Survey of Area 15 Nevada Test Site.
SWRHL-106r. U.S. Environmental Protection Agency, Western Environmental
Research Laboratory, Las Vegas, Nevada. 46 pp. 1971
Robison, G. D. , T. A. Reeve, and H. R. Guenthner. Winter Green Chop Forage
in Southern Nevada. Cooperation Extension Service, Max C. Fleischmann
College of Agriculture, University of Nevada, Reno, Nevada. August 1970
Smith, D. D. Status of the Environmental Protection Agency's Nevada Test Site
Experimental Dairy Herd January 1, 1969 - December 31, 1970. NERC-LV-
539-22. U.S. Environmental Protection Agency, National Environmental
Research Center, Las Vegas, Nevada. 62 pp. 1973
14
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APPENDIXES
Appendix Page
A Summary of Meteorological Data from the Area 15 Farm
Table A-l Precipitation data 16
Table A-2 Temperature data 17
B Liters of Irrigation Water Applied to Each Land, 1974-1977
Table B-l Liters applied to lands 1 through 8 during 1974 18
Table B-2 Liters applied to lands 9 through 16 during 1974 19
Table B-3 Liters applied to lands 1 through 8 during 1975 20
Table B-4 Liters applied to lands 9 through 16 during 1975 21
Table B-5 Liters applied to lands 1 through 8 during 1976 22
Table B-6 Liters applied to lands 9 through 16 during 1976 23
Table B-7 Liters applied to lands 1 through 8 during 1977 24
Table B-8 Liters applied to lands 9 through 16 during 1977 25
C Kilograms of Green Feed Produced on Each Land, 1974-1977
Table C-l Kilograms produced on lands 1 through 9, 1974 26
Table C-2 Kilograms produced on lands 10 through 17, 1974 27
Table C-3 Kilograms produced on lands 1 through 7, 1975 28
Table C-4 Kilograms produced on lands 8 through 14, 1975 29
Table C-5 Kilograms produced on lands 1 through 7, 1976 30
Table C-6 Kilograms produced on lands 8 through 14, 1976 31
Table C-7 Kilograms produced on lands 1 through 7, 1977 32
Table C-8 Kilograms produced on lands 8 through 14, 1977 33
Table C-9 Kilograms produced on lands 15 through 17, 1977 34
15
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APPENDIX A. SUMMARY OF THE METEOROLOGICAL DATA FROM THE AREA 15 FARM
TABLE A-l. PRECIPITATION DATA
CT*
Month
January
February
March
April
May
June
July
August
September
October
November
December
Total
1974 Total
for month
(in)
1.9
—
0.68
0.15
—
—
0.50
0.30
—
1.6
0.15
0.85
6.1
(cm)
4.8
—
1.7
0.38
—
—
1.3
0.76
—
4.1
0.38
2.2
16
1975 Total
for month
(in)
0.12
0.24
1.2
0.37
0.44
0.07
0.08
0.44
0.48
1.3
0.20
0.01
5
(cm)
0.30
0.60
3.02
0.94
1.1
0.18
0.20
1.1
1.2
3.4
0.51
0.25
13
1976 Total
for month
(in)
—
2.6
0.15
0.36
0.10
—
1.01
—
2
1
0.02
0.09
7.3
(cm)
—
6.5
0.38
0.91
0.25
—
2.6
—
4
2.6
0.05
0.22
19
1977 Total
for month
(in)
0.89
—
0.50
0.05
2.1
0.54
0.02
2.21
0.14
0.29
0.13
0.75
7.62
(cm)
2.26
—
1.3
1.3
5.33
1.37
0.05
5.61
0.35
0.74
0.33
1.90
19.37
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APPENDIX A. (continued)
TABLE A-2. TEMPERATURE DATA
Temperature Extremes
1974
1975
1976
1977
Month
Jan
Feb
Mar
Apr
May
Jun
Jul
Aug
Sep
Oct
Nov
Dec
High
47
55
62
66
82
92
92
91
89
69
57
45
C°0
8
13
17
19
28
33
33
33
32
21
13
7
(°F3
26
27
36
38
51
58
61
56
57
44
32
23
Low
-2
-3
1
3
11
14
16
13
14
7
0
-5
High
50 10
49 9
49 9
55 13
69 21
86 30
93 34
90 32
87 31
71 22
57 13
54 12
(°F;
22
23
26
29
47
54
63
58
57
41
31
30
Low
(°C)
-6
-5
-2
-2
8
12
17
14
14
5
-1
-1
High
54 12
52 11
56 13
62 17
79 26
86 30
93 34
87 31
80 27
71 22
64 18
53 12
Low
27 -3
30 -1
30 -1
35 2
48 9
55 13
63 18
58 14
55 13
43 6
36 1
26 -2
High
TF) (°c)
60 16
67 19
67 19
80 27
92 33
100 38
102 39
107 42
94 34
84 30
72 22
69 21
Low
16 -9
22 -6
15 -9
27 -3
29 -2
48 9
52 11
56 13
42 6
37 3
19 -7
19 -7
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00
APPENDIX B. LITERS OF IRRIGATION WATER APPLIED TO EACH LAND, 1974-1977
TABLE B-l. LITERS APPLIED TO LANDS 1 THROUGH 8 DURING 1974
Month
January
February
March
April
May
June
July
August
September
October
November
December
Total Liters
Total Gallons
Land 1
0
136,836
(36,200)*
326,970
(86,500)
987,336
(261,200)
1,888,866
(499,700)
1,859,004
(491,800)
1,068,228
(282,600)
1,557,738
(413,100)
1,459,742
(386,175)
0
0
0
9,284,720
(2,457,275)
Total Acre-Feett 7.5
Land 2
0
136,836
(36,200)
326,970
(86,500)
521,640
(138,000)
1,508,069
(398,960)
1,180,494
(312,300)
1,214,136
(321,200)
1,336,986
(353,700)
941,031
(248,950)
425,628
(112,600)
0
0
7,591,790
(2,008,410)
6.2
Land 3
0
136,836
(36,200)
326,970
(86,500)
521,640
(138,000)
952,106
(251,880)
1,220,751
(322,950)
1,214,136
(321,200)
1,035,720
(274,000)
886,599
(234,550)
425,628
(112,600)
0
0
6,723,386
(1,777,880)
5.5
Land 4
0
136,836
(36,200)
326,970
(86,500)
683,046
(180,700)
956,722
(247,810)
956,340
(253,000)
1,335,096
(353,200)
798,336
(211,200)
886,599
(234,550)
205,632
(54,400)
0
0
6,265,577
(1,657,560)
5.1
Land 5
0
136,836
(36,200)
326,970
(86,500)
683,046
(180,700)
936,722
(247,810)
1,267,812
(335,400)
1,335,096
(353,200)
798,336
(211,200)
1,695,708
(448,600)
205,632
(54,400)
0
0
7,386,158
(1,954,010)
6.0
Land 6
0
473,256
(125,200)
290,682
(76,900)
165,564
(43,800)
1,223,284
(323,620)
1,723,680
(456,000)
1,318,464
(348,800)
703,836
(186,200)
1,402,002
(370,900)
205,632
(54,400)
0
0
7,506,398
(1,985,820)
6.1
Land 7
0
643,356
(170,200)
290,682
(76,900)
165,564
(43,800)
1,125,873
(297,850)
1,573,614
(416,300)
1,173,312
(310,400)
703,836
(186,200)
1,430,352
(378,400)
402,192
(106,400)
0
0
7,508,781
(1,986,450)
6.1
Land 8
0
473,256
(125,200)
290,682
(76,900)
106,974
(28,300)
1,125,306
(297,700)
1,552,635
(410,750)
1,275,372
(337,400)
1,060,668
(280,600)
1,430,352
(378,400)
402,192
(106,400)
0
0
7,717,437
(2,041,650)
6.3
*Fumbers within ( )'are gallons
fAcre-foot = 1,231,713 liters (325,850 gallons)
-------
APPENDIX B. (continued)
TABLE B-2. LITERS APPLIED TO LANDS 9 THROUGH 16 DURING 1974
Month Land 9
January
February
March
April
May
June 1
July 1
August
September 1
October
November
December
Total Liters 7
Total Gallons (1
Total Acre-Feett
0
473,256
(125,200)*
440,370
(116,500)
327,802
(86,720)
790,871
(209,225)
,211,112
(320,400)
,275,372
(337,400)
850,311
(224,950)
,568,700
(415,000)
182,196
(48,200)
0
0
,119,990
,985,820)
6.1
Land 10
0
473,256
(125,200)
440,370
(116,500)
327,802
(86,720)
1,473,444
(389,800)
980,532
(259,400)
1,355,508
(358,600)
970,326
(256,700)
1,522,206
(402,700)
182,196
(48,200)
0
0
7,725,640
(2,043,820)
6.3
Land 11
0
170,100
(45,000)
523,152
(138,400)
327,802
(86,720)
1,268,946
(335,700)
1,215,648
(321,600)
719,523
(190,350)
738,612
(195,400)
1,335,852
(353,400)
182,196
(48,200)
0
0
6,481,831
(1,714,770)
5.3
Land 12
0
170,100
(45,000)
523,152
(138,400)
327,802
(86,720)
960,026
(253,975)
1,503,684
(397,800)
582,120
(154,000)
1,041,390
(275,500)
651,294
(172,300)
594,972
(157,400)
0
0
6,354,540
(1,681,095)
5.2
Land 13
0
170,100
(45,000)
598,752
(158,400)
327,802
(86,720)
861,462
(227,900)
1,473,444
(389,800)
582,120
(154,000)
965,790
(255,500)
894,726
(236,700)
508,505
(134,525)
0
0
6,386,701
(1,688,545)
5.2
Land 14
0
170,100
(52,000)
449,064
(118,800)
239,180
(63,275)
769,986
(203,700)
1,177,092
(311,400)
705,443
(186,625)
920,430
(243,500)
1,214,136
(321,200)
508,505
(134,525)
0
0
6,180,395
(1,635,025)
5.0
Land 15
0
103,670
(27,426)
449,064
(118,800)
718,502
(190,080)
244,944
(64,800)
0
0
183,330
(48,500)
179,928
(47,600)
513,324
(135,800)
0
0
2,392,762
(633,005)
1.9
Land 16
0
103,670
(27,426)
107,730
(28,500)
1,088,016
(287,835)
225,817
(59,740)
0
0
183,330
(48,500)
179,928
(47,600)
513,324
(135,800)
0
0
2,401,815
(635,410)
2.0
*Numbers within ( ) are gallons
fAcre-foot = 1,231,713 liters (325, 850 gallons)
-------
APPENDIX B. (continued)
TABLE B-3. LITERS APPLIED TO LANDS 1 THROUGH 8 DURING 1975
Month
January
February
March
April
May
June
July
August
September
October
November
December
Total Liters 5
Total Gallons (1
Total Acre-Feett
Land 1
0
0
474,390
(125,500)*
512,190
(135,500)
634,662
(167,900)
976,185
(258,250)
899,640
(238,000)
744,660
(197,000)
990,360
(262,000)
514,080
(136,000)
0
0
,746,167
,519,850)
4.7
Land 2
0
0
474,390
(125,500)
283,500
(75,000)
757,512
(200,400)
827,820
(219,000)
914,760
(242,000)
744,660
(197,000)
990,360
(262,000)
514,080
(136,000)
0
0
5,507,082
(1,456,900)
4.5
Land 3
0
0
474,390
(125,500)
1,088,640
(288,000)
514,836
(136,200)
827,820
(219,000)
651,294
(172,300)
1,009,260
(267,000)
1,056,510
(279,500)
514,080
(136,000
0
0
6,136,830
(1,623,500)
5.0
Land 4
0
0
474,390
(125,500)
1,419,390
(375,500)
349,650
(92,500)
827,820
(219,000)
651,294
(172,300)
1,009,260
(267,000)
1,056,510
(279,500)
514,080
(136,000)
0
0
6,302,344
(1,667,300)
5.1
Land 5
0
0
172,179
(45,550)
1,145,340
(303,000)
349,650
(92,500)
672,840
(178,000)
1,054,620
(279,000)
641,277
(169,650)
1,077,300
(285,000)
472,500
(125,000)
0
0
5,585,706
(1,477,700)
4.5
Land 6
0
0
245,700
(65,000)
1,071,630
(283,500)
355,320
(94,000)
721,602
(190,900)
995,085
(263,250)
714,420
(189,000)
1,224,720
(324,000)
472,500
(125,000)
0
0
5,800,977
(1,534,650)
4.7
Land 7
0
0
245,700
(65,000)
725,760
(192,000)
601,020
(159,000)
721,602
(190,900)
1,136,456
(300,650)
714,420
(189,000)
1,170,855
(309,750)
472,500
(125,000)
0
0
5,783,314
(1,531,300)
4.7
Land 8
0
0
245,700
(65,000)
725,760
(192,000)
601,020
(159,000)
721,602
(190,900)
1,136,457
(300,650)
714,420
(189,000)
1,170,855
(309,750)
571,536
(151,200)
0
0
5,887,350
(1,557,500)
4.8
*Numbers within ( ) are gallons
fAcre-foot = 1,231,713 liters (325,850 gallons)
-------
APPENDIX B. (continued)
TABLE B-4. LITERS APPLIED TO LANDS 9 THROUGH 16 DURING 1975
Month
January
February
March
April
May
June
July
August
September
October
November
December
Total Liters
Total Gallons
Total Acre-Feett
Land 9
0
0
245,700
(65,000)*
725,760
(192,000)
842,940
(223,000)
721,602
(190,900)
1,130,220
(299,000)
480,060
(127,000)
1,170,855
(309,750)
571,536
(151,200)
0
0
5,888,673
(1,557,850)
4.8
Land 10
0
0
245,700
(65,000)
725,760
(192,000)
842,940
(223,000)
721,602
(190,000)
785,295
(207,750)
1,220,373
(322,850)
1,405,782
(371,900)
481,572
(127,400)
0
0
6,429,024
(1,700,800)
5.2
Land 11
0
0
245,700
(65,000)
725,760
(192,000)
967,491
(255,950)
551,880
(146,000)
738,990
(195,500)
1,028,160
(272,000)
463,050
(122,500)
220,185
(58,250)
0
0
4,941,216
(1,307,200)
4.0
Land 12
0
0
344,925
(91,250)
951,993
(251,850)
623,700
(165,000)
551,880
(146,000)
709,695
(187,750)
1,028,160
(272,000)
767,340
(203,000)
385,560
(102,000)
0
0
5,363,253
(1,418,850)
4.4
Land 13
0
0
344,925
(91,250)
1,001,700
(265,000)
623,700
(165,000)
551,880
(146,000)
725,760
(192,000)
760,347
(201,150)
767,340
(203,000)
545,076
(144,200)
0
0
5,320,728
(1,407,600)
4.3
Land 14
0
0
344,925
(91,250)
1,001,700
(265,000)
623,700
(165,000)
551,880
(146,000)
738,990
(195,500)
760,347
(201,150)
767,340
(203,000)
545,076
(144,200)
0
0
5,333,202
(1,410,900)
4.3
Land 15
0
0
344,925
(91,250)
0
309,966
(82,000)
0
0
578,340
(153,000)
196,560
(52,000)
0
0
0
1,429,785
(378,250)
1.2
Land 16
0
0
344,925
(91,250)
0
309,960
(82,000)
0
0
578,340
(153,000)
196,560
(52,000)
0
0
0
1,429,785
(378,250)
1.2
*Numbers within ( ) are gallons
^Acre-foot = 1,231,713 liters (325,850 gallons)
-------
N3
APPENDIX B. (continued)
TABLE B-5. LITERS APPLIED TO LANDS 1 THROUGH 8 DURING 1976
Month
January
February
March
April
May
June
July
August
September
October
November
December
Total Liters
Total Gallons
Total Acre~Feett
Land 1
0
0
225,817
(57,740)*
297,675
(78,750)
749,291
(198,225)
1,221,431
(323,130)
1,498,581
(396,450)
1,334,340
(353,000)
1,077,678
(285,100)
595,350
(157,500)
0
0
7,000,163
(1,851,895)
5.7
Land 2
0
0
225,817
(59,740)
656,907
(173,785)
995,614
(263,390)
626,119
(165,640)
1,067,472
(282,400)
1,170,118
(309,555)
1,046,947
(276,970)
513,211
(135,770)
0
0
6,302,205
(1,667,250)
5,1
Land 3
0
0
225,817
(59,740)
656,907
(173,785)
995,614
(263,390)
1,292,760
(342,000)
1,067,474
(282,400)
1,170,118
(309,555)
831,411
(219,950)
513,211
(135,770)
0
0
6,753,310
(1,786,590)
5.5
Land 4
0
0
225,817
(59,740)
738,990
(195,500)
1,221,431
(323,130)
800,604
(211,800)
1,283,027
(339,425)
913,626
(241,700)
831,411
(219,950)
739,028
(195,510)
0
0
6',753,934
(1,786,755)
5.5
Land 5
0
0
225,817
(59,740)
862,218
(228,100)
1,118,804
(295,980)
1,046,947
(276,970)
1,067,472
(282,400)
769,835
(203,660)
1,046,947
(276,970)
739,028
(195,510)
0
0
6,897,593
(1,824,760)
5.6
Land 6
0
0
246,343
(65,170)
780,079
(206,370)
790,341
(209,085)
841,674
(222,665)
1,067,472
(282,400)
1,642,297
(434,470)
1,211,188
(320,420)
656,926
(173,790)
0
0
7,236,319
(1,914,370)
5.9
Land 7
0
0
246,343
(65,170)
749,291
(198,225)
943,110
(249,500)
923,794
(244,390)
1,642,259
(434,460)
1,847,570
(488,775)
1,313,815
(347,570)
420,827
(111,330)
0
0
8,049,208
(2,129,420)
6.5
Land 8
0
0
246,343
(65,170)
749,291
(198,225)
1,170,099
(309,550)
646,645
(171,070)
1,621,752
(429,035)
1,662,803
(439,895)
831,411
(219,950)
882,725
(233,525)
0
0
7,811,068
(2,066,420)
6.3
*Numbers within ( ) are gallons
fAcre-foot = 1,231,713 liters (325,850 gallons)
-------
Co
APPENDIX B. (continued)
TABLE B-6. LITERS APPLIED TO LANDS 9 THROUGH 16 DURING 1976
Month
January
February
March
April
May
June
July
August
September
October
November
December
Total Liters
Total Gallons
Total Acre-Feett
Land 9
0
0
246,343
(65,170)*
687,695
(181,930)
1,118,804
(295,980)
821,148
(217,235)
1,724,398
(456,190)
944,320
(249,820)
106,747
(282,400)
882,725
(233,525)
0
0
7,492,905
(1,982,250)
6.1
Land 10
0
0
307,938
(81,465)
564,543
(149,350)
831,373
(219,940)
1,046,947
(276,970)
1,539,632
(407,310)
1,385,672
(366,580)
1,057,209
(279,685)
882,725
(233,525)
0
0
7,616,039
(2,014,825)
6.2
Land 11
0
0
307,938
(81,465)
615,857
(162,925)
923,756
(244,380)
1,046,947
(276,970)
1,539,632
(407,310)
1,159,855
(306,840)
769,816
(203,655)
851,918
(225,375)
0
0
7,215,718
(1,908,920)
5.9
Land 12
0
0
307,938
(81,465)
964,845
(255,250)
923,756
(244,380)
1,046,947
(276,970)
964,826
(255,245)
1,190,643
(314,985)
1,087,997
(287,830)
780,079
(206,370)
0
0
7,267,031
(1,922,495)
5.9
Land 13
0
0
307,938
(81,465)
1,077,754
(285,120)
1,422,981
(376,450)
1,381,533
(365,485)
667,170
(176,500)
1,190,643
(314,985)
1,149,593
(304,125)
441,372
(116,765)
112,909
(29,870)
0
7,751,892
(2,050,765)
6.3
Land 14
0
0
307,938
(81,465)
1,108,523
(293,260)
1,005,896
(266,110)
564,543
(149,350)
944,320
(249,820)
1,231,713
(325,850)
1,088,016
(287,835)
441,372
(116,765)
112,909
(29,870)
0
6,805,229
(1,800,325)
5.5
Land 15
0
0
0
0
236,080
(62,455)
0
0
256,605
(67,885)
636,383
(168,355)
441,372
(116,765)
16,424
(43,450)
0
1,734,680
(458,910)
1.4
Land 16
0
0
0
0
236,080
(62,455)
0
0
256,605
(67,885)
636,382
(168,355)
441,372
(116,765)
16,424
(43,450)
0
1,734,680
(458,910)
1.4
*Numbers within ( ) are gallons
tAcre-foot = 1,231,713 liters (325,850 gallons)
-------
NJ
APPENDIX B. (continued)
TABLE B-7. LITERS APPLIED TO LANDS 1 THROUGH 8 DURING 1977
Month
January
February
March
April
May
June
July
August
September
October
November
December
Total Liters
Total Gallons
Total Acre-Feett
Land 1
0
132,413
(35,030)*
307,938
(81,465)
872,424
(230,800)
1,334,340
(353,000)
1,293,289
(342,140)
1,067,472
(282,400)
1,462,652
(386,945)
1,437,005
(380,160)
0
564,543
(149,350)
0
8,483,283
(2,241,290)
6.9
Land 2
0
132,413
(35,030)
307,938
(81,465)
520,393
(137,670)
1,293,289
(342,140)
1,170,118
(309,555)
1,213,229
(320,960)
1,159,855
(306,840)
821,129
(217,230)
0
564,543
(149,350)
0
6,627,119
(1,750,890)
5.4
Land 3
0
132,413
(35,030)
307,938
(81,465)
520,393
(137,670)
951,487
(251,715)
1,216,309
(321,775)
1,213,229
(320,960)
1,035,663
(273,985)
886,826
(234,610)
0
564,543
(149,350)
0
6,837,830
(1,806,560)
5.5
Land 4
0
132,413
(35,030)
307,938
(81,465)
513,211
(135,770)
833,452
(220,490)
935,077
(247,375)
1,324,077
(350,285)
800,604
(211,800)
886,826
(234,610)
0
564,543
(149,350)
0
6,306,472
(1,666,175)
5.1
Land 5
0
132,413
(35,030)
307,938
(81,465)
513,211
(135,770)
833,452
(220,490)
1,061,330
(280,775)
1,129,048
(298,690)
800,604
(211,800)
1,654,601
(437,725)
0
564,543
(149,350)
0
7,006,395
(1,851,095)
5.7
Land 6
0
256,605
(67,885)
289,454
(76,575)
189,888
(50,235)
1,192,703
(315,530)
1,354,865
(358,430)
1,159,855
(306,840)
703,080
(186,000)
1,113,663
(294,620)
195,010
(51,590)
615,857
(162,925)
0
7,070,981
(1,870,630)
5.7
Land 7
0
256,605
(67,885)
533,736
(141,200)
264,827
(70,060)
1,124,966
(297,610)
1,262,501
(333,995)
1,180,381
(312,270)
703,080
(186,000)
1,001,795
(265,025)
390,039
(103,185)
615,857
(162,925)
0
7,333,824
(1,940,165)
6.0
Land ,8
0
360,272
(95,310)
370,535
(98,025)
184,766
(48,880)
1,117,066
(295,520)
1,334,340
(353,000)
1,170,099
(309,550)
957,644
(253,345)
991,513
(262,305)
380,797
(100,740)
615,857
(162,925)
0
7,482,907
(1,979,605)
6.1
*Numbers within ( ) are gallons
"•'Acre-foot = 1,231,713 liters (325,850 gallons)
-------
APPENDIX B. (continued)
TABLE B-8. LITERS APPLIED TO LANDS 9 THROUGH 16 DURING 1977
Month
January
February
March
April
May
June
July
August
September
October
November
December
Total Liters
Total Gallons
Total AcreJ"eett
Land 9
0
360,272
(95,310)*
370,535
(98,025)
307,919
(81,460)
789,321
(208,815)
1,107,502
(292,990)
1,161,915
(307,385)
847,835
(224,295)
1,159,855
(306,840)
179,626
(47,520)
615,857
(162,925)
0
6,900,636
(1,825,565)
5.6
Land 10
0
360,272
(95,310)
370,535
(98,025)
327,424
(86,620)
1,164,996
(308,200)
980,230
(259,320)
1,148,572
(303,855)
968,946
(256,335)
1,183,461
(313,085)
181,686
(48,065)
615,857
(162,925)
0
7,301,958
(1,931,735)
5.9
Land 11
0
169,363
(44,805)
262,767
(69,515)
327,424
(86,620)
1,064,391
(281,585)
1,009,997
(267,195)
693,861
(183,561)
738,007
(195,240)
1,129,067
(298,695)
181,667
(48,060)
725,495
(191,930)
0
6,302,039
(1,667,206)
5.1
Land 12
0
169,363
(44,805)
272,009
(71,960)
434,171
(114,860)
1,046,947
(276,970)
1,286,107
(340,240)
581,988
(153,965)
835,512
(221,035)
753,411
(199,315)
181,667
(48,060)
725,495
(191,930)
0
6,286,669
(1,663,140)
5.1
Land 13
0
169,363
(44,805)
491,646
(130,065)
434,171
(114,860)
771,876
(204,200)
1,062,350
(281,045).
581,988
(153,965)
836,533
(221,305)
792,401
(209,630)
508,089
(134,415)
725,494
(191,930)
0
6,373,912
(1,686,220)
5.2
Land 14
0
197,070
(52,135)
446,494
(118,120)
595,331
(157,495)
769,835
(203,660)
1,175,259
(310,915)
692,836
(183,290)
913,513
(241,670)
1,129,067
(298,695)
508,089
(134,415)
725,495
(191,930)
0
7,152,989
(1,892,325)
5.8
Land 15
0
236,080
(62,455)
447,514
(118,390)
626,119
(165,640)
574,787
(152,060)
256,605
(67,885)
0
0
266,868
(70,600)
0
153,959
(40,730)
0
2,561,933
(677,760)
2.1
Land 16
0
236,080
(62,455)
384,917
(101,830)
626,119
(165,640)
574,787
(152,060
256,605
(67,885)
0
0
266,868
(70,600)
0
0
0
2,407,973
(637,030)
2.0
*Numbers within ( ) are gallons
"^Acre-foot = 1,231,713 liters (325,850 gallons)
-------
APPENDIX C. KILOGRAMS OF GREEN FEED PRODUCED ON EACH LAND, 1974-1977
TABLE C-l. KILOGRAMS PRODUCED ON LANDS* 1 THROUGH 9, 1974
NJ
Month
June
July
August
September
October
TOTALS
kilograms
pounds
TOTALS
Metric tons
English tons
Land 1
4,000 ,
(9,000)-"
2,700
(6,000)
1,400
(3,000)
2,700
(6,000)
0
10,800
(24,000)
10.8
(12)
Land 2
16,000
(36,000)
6,800
(15,000)
5,500
(12,000)
5,500
(12,000)
0
33,800
(75,000)
33.8
(37.5)
Land 3
0
14,000
(30,000)
5,500
(12,000)
5,500
(12,000)
0
25 , 000
(54,000)
25.0
(27)
Land 4
0
6,800
(15,000)
8,200
(18,000)
5,500
(12,000)
0
20,500
(45,000)
20.5
(22.5)
Land 5
6,800
(15,000)
5,500
(12,000)
14,000
(30,000)
5,500
(12,000)
0
31,800
(69,000)
31. S
(34.5)
Land 6
6,800
(15,000)
5,500
(12,000)
6,800
(15,000)
2,700
(6,000)
5,500
(12,000)
27,300
(60,000)
27.3
(30)
Land 7
5,500
(12,000)
5,500
(12,000)
5,500
(12,000)
5,500
(12,000)
4,100
(9,000)
26,100
(57,000)
26.1
(28.5)
Land 8
5,500
(12,000)
5,500
(12,000)
5,500
(12,000)
5,500
(12,000)
2,700
(6,000)
24,700
(54,000)
24.7
(27)
Land 9
2,700
(6,000)
5,500
(12,000)
5,500
(12,000)
8,200
(18,000)
2,700
(6,000)
24,600
(54,000)
24.6
(27)
*Land = 1 acre
tNumbers within ( ) are English pounds.
-------
APPENDIX C. (continued)
TABLE C-2. KILOGRAMS PRODUCED ON LANDS* 10 THROUGH 17, 1974
Month Land 10 Land 11 Land '12 Land 13 Land 14 Land 15 Land 16
April
May
June
July
August
September
October
TOTALS
kilograms
pounds
TOTALS
Metric tons
English tons
0
0
2,700
(6,000)
5,500
(12,000)
5,500
(12,000)
14,000
(30,000)
1,400
(3,000)
29,100
(63,000)
29.1
(31.5)
0
0
5,500
(12,000)
5,500
(12,000)
5,500
(12,000)
14,000
(30,000)
0
30,500
(66,000)
30.5
(33)
0
0
5,500
(12,000)
5,500
(12,000)
5,500
(12,000)
14,000
(30,000)
0
30,500
(66,000)
30.5
(33)
0
5,500
(12,000)
6,800
(15,000)
5,500
(12,000)
5,500
(12,000)
5,500
(12,000)
0
28,800
(63,000)
28.8
(31.5)
0
5,500
(12,000)
5,500
(12,000)
5,500
(12,000)
2,700
(6,000)
8,200
(18,000)
0
27,400
(60,000)
27.4
(30)
4,100
(9,000)f
4,600
(10,000)
0
0
0
0
0
8,700
(19,000)
8.7
(9.5)
2,700
(6,000)
6,500
(14,500)
0
0
0
0
0
9 , 300
(20,500)
9.3
(10.2)
Land 17
0
4,100
(9,000)
900
(2,000)
0
0
0
0
5,000
(11,000)
5.0
(5.5)
*Land = 1 acre
"^Numbers within ( ) are
English pounds.
-------
APPENDIX C. (continued)
TABLE C-3. KILOGRAMS PRODUCED ON LANDS* 1 THROUGH 7, 1975
to
oo
Month
May
June
July
August
September
TOTALS
kilograms
pounds
TOTALS
Metric tons
English tons
Land 1
2,700
(6,000)f
0
2,700
(6,000)
5,500
(12,000)
2,700
(6,000)
13,600
(30,000)
13.6
(15)
Land 2
6,800
(15,000)
0
8,200
(18,000)
8,200
(18,000)
5,500
(12,000)
28,700
(63,000)
28.7
(31.5)
Land 3
0
0
8,200
(18,000)
8,200
(18,000)
14,000
(30,000)
30,400
(66,000)
30.4
(33)
Land 4
0
0
8,200
(18,000)
8,200
(18,000)
8,200
(18,000)
24,600
(54,000)
24.6
(27)
Land 5
5,500
(12,000)
8,200
(18,000)
0
8,200
(18,000)
8,200
(18,000)
30,100
(66,000)
30.1
(33)
Land 6
0
8,200
(18,000)
0
8,200
(18,000)
8,200
(18,000)
24,600
(54,000)
24.6
(27)
Land 7
0
8,200
(18,000)
0
8,200
(18,000)
12,000
(27,000)
28,400
(63,000)
28.4
(31.5)
*Land = 1 acre
tNumbers within ( ) are English pounds.
-------
APPENDIX C. (continued)
TABLE C-4. KILOGRAMS PRODUCED ON LANDS* 8 THROUGH 14, 1975
Month Land 8 Land 9 Land 10 Land 11 Land 12 Land 13 Land 14
May
June
July
August
September
TOTALS
kilograms
pounds
TOTALS
Metric tons
English tons
0
11,000
(24,000)
8,200
(18,000)
0
9,500
(21,000)
28,700
(63,000)
28.7
(31.5)
0
8,200
(18,000)
8,200
(18,000)
2,700
(6,000)
6,800
(15,000)
25,900
(57,000)
25.9
(28.5)
0
8,200
(18,000)
8,200
(18,000)
5,500
(12,000)
1,400
(3,000)
23,300
(51,000)
23.3
(25.5)
0
5,500
(12,000)
8,200
(18,000)
5,500
(12,000)
1,400
(3,000)
20,600
(45,000)
20.6
(22.5)
(12,000)f
5,500
(12,000)
8,200
(18,000)
5,500
(12,000)
1,400
(3,000)
26,100
(57,000)
26.1
(28.5)
0
5,500
(12,000)
8,200
(18,000)
5,500
(12,000)
1,400
(3,000)
20,600
(45,000)
20.6
(22.5)
0
8,200
(18,000)
8,200
(18,000)
5,500
(12,000)
1,400
(3,000)
23,300
(51,000)
23.3
(25.5)
*Land = 1 acre
Numbers within ( ) are English pounds.
-------
CO
o
APPENDIX C. (continued)
TABLE c-5. KILOGRAMS PRODUCED ON LANDS* 1 THROUGH 7, 1976
nay
June
T 1 ,
July
August
September
October
TOTALS
kilograms
pounds
TOTALS
Metric tons
English tons
*Land = 1 acr<
2,700
(6,000)^
2,700
(6,000)
5,500
(12,000)
2,700
(6,000)
5,500
(12,000)
0
19,100
(42,000)
19.1
(21)
3
8,200
(18,000)
8,200
(18,000)
8,200
(18,000)
8,200
(18,000)
n
u
32 , 800
(72,000)
"}9 8
j£ . o
(36)
5,500
(12,000)
2,7QO
(6,000)
5,500
(12,000)
8,200
(18,000)
8,200
(18,000)
0
30,100
(66,000)
30.1
(33)
5,500
(12,000)
o
u
8,200
(18,000)
8,200
(18,000)
5,500
(12,000)
2,700
(6,000)
30,100
(66,000)
30.1
(33)
5,500
(12,000)
8,200
(18,000)
8,200
(18,000)
0
8,200
(18,000)
30,100
(66,000)
30.1
(33)
8,200
(18,000)
0
11,000
(24,000)
8,200
(18,000)
0
8,200
(18,000)
35,600
(78,000)
35.6
(39)
0
11,600
(24,000)
8,200
(18,000)
8,200
(18,000)
0
8,200
(18,000)
35,600
(78,000)
35.6
(39)
tNumbers within ( ) are English pounds.
-------
APPENDIX C. (continued)
TABLE C-6. KILOGRAMS PRODUCED ON LANDS* 8 THROUGH 14, 1976
Month Land 8
May
June
July
August
September
October
TOTALS
kilograms
pounds
TOTALS
Metric tons
English tons
0
5,500
(12,000)
11,000
(24,000)
11,000
(24,000)
0
8,200
(18,000)
35,700
78,000
35.7
(39)
Land 9 Land 10
0
8,200
(18,000)
8,200
(18,000)
0
11,000
(24,000)
5,500
(12,000)
32,900
(72,000)
32.9
(36 )
0
8,200
(18,000)
14,000
(30,000)
0
8,200
(18,000)
5,500
(12,000)
35,900
(78,000)
35.9
(39)
Land 11 Land 12 Land 13
0
11,000
(24,000)
11,000
(24,000)
0
8,200
(18,000)
0
30,200
(66,000)
30.2
(33)
8,200
(18, GOO)1"
8,200
(18,000)
0
8,200
(18,000)
11,000
(24,000)
0
35,600
(78,000)
35.6
(39)
2,700
(6,000)
8,200
(18,000)
0
8,200
(18,000)
11,000
(24,000)
0
30,100
66,000
30.1
(33)
Land 14
8,200
(18,000)
8,200
(18,000)
0
5,500
(12,000)
5,500
(12,000)
0
27,400
60,000
27.4
(30)
*Land = 1 acre
tNumbers within ( ) are
English pounds.
-------
APPENDIX C. (continued)
TABLE C-7. KILOGRAMS PRODUCED ON LANDS* 1 THROUGH 7, 1977
U)
K3
Month
May
June
July
August
S ep t emb er
TOTALS
kilograms
pounds
TOTALS
Metric tons
English tons
Land 1
1,800
(4,000)f
0
2,700
(6,000)
5,500
(12,000)
2,700
(6,000)
12,700
(28,000)
12.7
(14)
Land 2
3,600
(8,000)
0
14,000
(30,000)
11,000
(24,000)
5,500
(12,000)
34,100
(74,000)
34.1
(37)
Land 3
5,500
(12,000)
0
11,000
(24,000)
5,500
(12,000)
11,000
(24,000)
33,000
(72,000)
33.0
(36)
Land 4
3,600
(8,000)
8,200
(18,000)
8,200
(18,000)
5,500
(12,000)
2,700
(6,000)
28,200
(62,000)
28.2
(31)
Land 5
1,800
(4,000)
14,000
(30,000)
8,200
(18,000)
8,200
(18,000)
0
32,200
(70,000)
32.2
(35)
Land 6 Land 7
0
0
8,200
(18,000)
8,200
(18,000)
5,500
(12,000)
21,900
(48,000)
21.9
(24)
0
8,200
(18,000)
8,200
(18,000)
8,200
(18,000
0
24,600
(54,000)
24.6
(27)
*Land = 1 acre
tNumbers within ( ) are
English pounds.
-------
TABLE C-8.
APPENDIX C. (continued)
KILOGRAMS PRODUCED ON LANDS* 8 THROUGH 14, 1977
OJ
U)
Mon-th Land 8 Land 9
May 0
June 0
July 11,000
(24,000)
August 14,000
(30,000)
September 0
TOTALS
kilograms 25,000
pounds 54,000
TOTALS
Metric tons 25.0
English tons (27)
0
11,000
(24,000)
0
8,200
(18,000)
8,200
(18,000)
27,400
60,000
27.4
(30)
Land 10
1,800
(4,000)f
8,200
(18,000)
5,500
(12,000)
6,400
(14,000)
8,200
(18,000)
30,100
66,000
30.1
(33)
Land 11
0
14,000
(30,000)
8,200
(18,000)
0
11,000
(24,000;
33,200
72,000
33.2
(36)
Land 12
0
8,200
(18,000)
oJ
5,500
(12,000)
11,000
(24,000)
24,700
54,000
24.7
(27)
Land 13
0
5,500
(12,000)
o*
8,200
(18,000)
8,200
(18,000)
21,900
48,000
21.9
(24)
Land 14
7,300
(16,000)
0
8,200
(18,000)
5,500
(12,000)
5,500
(12,000))
26,500
58,000
26.5
(29)
*Land = 1 acre
"'"Numbers within
tHay = 3,000 kg
( ) are English pounds.
(6,600 lb) and 3.0 metrlc tons (3>
-------
u>
.p-
APPENDIX C. (continued)
TABLE C-9. KILOGRAMS PRODUCED ON LANDS* 15 THROUGH 17, 1977
Month
May
June
July
August
September
TOTALS
kilograms
pounds
TOTALS
Metric tons
English tons
Land 15
11,000 .
(24,000)
0
0
0
0
11,000
(24,000)
11.0
(12)
Land 16
10,000
(23,000)
0
0
0
0
10,000
(23,000)
10.0
(11.5)
Land 17
5,000
(11,000)
0
0
0
0
5,000
(11,000)
5.0
(5.5)
*Land = 1 acre
"^Numbers within ( ) are English pounds
-------
DISTRIBUTION
1-40 Environmental Monitoring and Support Laboratory-Las Vegas
41 Mahlon E. Gates, Manager, DOE/NV, Las Vegas, NV
42 Troy E. Wade, DOE/NV, Las Vegas, NV
43 David G. Jackson, DOE/NV, Las Vegas, NV
44 Paul J. Mudra, DOE/NV, Las Vegas, NV
45 Elwood M. Douthett, DOE/NV, Las Vegas, NV
46 - 47 Ernest D. Campbell, DOE/NV, Las Vegas, NV
48 - 49 Paul B. Dunaway, DOE/NV, Las Vegas, NV
50 Roger Ray, DOE/NV, Las Vegas, NV
51 Robert W. Taft, DOE/NV, Las Vegas, NV
52 Leon Silverstrom, DOE/NV, Las Vegas, NV
53 Robert W. Newman, DOE/NV, Las Vegas, NV
54 Bruce W. Church, DOE/NV, Las Vegas, NV
55 - 56 Technical Library, DOE/NV, Las Vegas, NV
57 Chief, NOB/DNA, DOE/NV, Las Vegas, NV
58 Hal Hollister, DOEC, DOE/HQ, Washington, DC
59 Tommy F. McCraw, DOEC, DOE/HQ, Washington, DC
60 L. Joe Deal, DOEC, DOE/HQ, Washington, DC
61 - 65 Major General Joseph K. Bratton, Director,
MA, DOE/HQ, Washington, DC
66 Gordon C. Facer, MA, DOE/HQ, Washington, DC
67 Robert L. Watters, BER, DOE/HQ,, Washington, DC
68 Jeff Swinebroad, BER, DOE/HQ, Washington, DC
69 Robert W. Wood, BER, DOE/HQ, Washington, DC
70 William S. Osburn, Jr., BER, DOE/HQ, Washington, DC
71 Ray Brechbill, DOE/SAN, Oakland, CA
72 Marcy-Williamson, HSL/INEL, DOE/ID, Idaho Falls, ID
73 Steven V. Kaye, Oak Ridge National Lab., Oak Ridge, TN
74 Helen Pfuderer, ESIC, Oak Ridge National Lab., Oak Ridge, TN
-------
75 H. E. Wahlgren, CARL, Oak Ridge National Lab., Oak Ridge, TN
76 H. E. Walburg, CARL, Oak Ridge National Lab., Oak Ridge, TN
77 Asst. Admin, for Research and Development, EPA, Washington, DC
78 Deputy Asst. Admin, for Radiation Programs, EPA, Washington, DC
79 Director, Div. of Criteria and Standards, ORP, EPA, Washington, DC
80 Director, Div. of Field Operations, ORP, EPA, Washington, DC
81 Director, Div. of Technology Assessment, ORP, EPA, Washington, DC
82 Director, Office of Technical Analysis, EPA, Washington, DC
83 Library, EPA, Washington, DC
84 Regional Administrator, Region IX, EPA, San Francisco, CA
85 Regional Radiation Representative, Region IX, EPA, San Francisco, CA
86 Director, Radiochemistry and Nuclear Engineering Branch, EPA,
Cincinnati, OH
87 Director, Eastern Environmental Radiation Facility, EPA, Montgomery, AL
88 Harold F. Mueller, ARL, NOAA, Las Vegas, NV
89 Gilbert J. Ferber, ARL, NOAA, Silver Spring, MD
90 K. M. Oswald, Mgr., Health and Safety, LLL, Mercury, NV
91 Richard L. Wagner, LLL, Livermore, CA
92 Howard W. Tewes, LLL, Livermore, CA
93 Paul L. Phelps, LLL, Livermore, CA
94 Mortimer L. Mendelsohn, LLL, Livermore, CA
95 J. C. Hopkins, LASL, Los Alamos, NM
96 Harry S. Jordan, LASL, Los Alamos, NM
97 Lamar J. Johnson, LASL, Los Alamos, NM
98 George E. Tucker, Sandia Lab., Albuquerque, NM
99 Carter D. Broyles, Sandia Lab., Albuquerque, NM
100 Melvin L. Merritt, Sandia Lab., Albuquerque, NM
101 R. Glen Fuller, Oracle, AZ
102 Richard S. Davidson, Battelle Memorial Institute, Columbus, OH
103 Arden E. Bicker, REECo, Mercury, NV
104 Savino W. Cavender, REECo, Mercury, NV
105 Auda F. Morrow, CETO, Mercury, NV
106 Billy Moore, NTSSO, DOE/NV, Mercury, NV
107 Leo Bustad, Director, Veterinary Medicine, Washington State University
Pullman, WA y'
-------
108 Vincent Schultz, Washington State University, Pullman, WA
109 Arthur Wallace, University of California, Los Angeles, CA
110 Wesley E. Niles, University of Nevada, Las Vegas, NV
111 Library, University of Nevada, Las Vegas, NV
112 Verle R. Bohman, University of Nevada, Reno, NV
113 Lloyd P. Smith, President, Desert Research Institute, University
of Nevada, Reno, NV
114 Paul R. Fenske, Desert Research Institute, University of Nevada,
Reno, NV
115 William S. Twenhofel, U.S. Geological Survey, Denver, CO
116 Manager, Desert National Wildlife Range, U.S. Fish and Wildlife
Service, Las Vegas, NV
117 Supervisor, Region III, Nevada Fish and Game Department,
Las Vegas, NV
118 Paul Lyons, Nevada Wildlife Research, Division of Archives,
Capitol Building Annex, Carson City, NV
119 Deward W. Efurd, McClellan Central Lab., McClellan Air Force
Base, CA
120 L. L. Skolil, San Diego State University, San Diego, CA
121 - 148 Technical Information Center, DOE, Oak Ridge, TN
(for public availability)
------- |