United Slates Environmental Monitoring cPA 600 3-79 023
Environmental Prolection and Support Laboratory March 1979
Agency fO ciox 1 5O2 7
Las Vegas NV 891 14
Research and Development
Series
Phytoplankton Water
Quality
in U.S.
Part III:
Genera Dactylococcopsis
through Gyrosigma
Coliected from
Eastern and
Southeastern Lakes
x *^ '••. v 'v . ". '• '*-"• "<• ' "*.
\ X \ v ",. -\\ \-. • \ . \ x x.
^ . . . x X -V', -.-. . '"*- - \ -v
X. %K
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/
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RESEARCH REPORTING SERIES
Research reports of the Office of Research and Development. US. Environmental
Protection Agency, have been grouped into rune series These nine broad categories
were established to facilitate further development and application of environmental
technology Elimination of traditional grouping was consciously planned to foster
technology uanslei and a reaximim interface in related delds The nine sereies are
1 Environmental Health Effects Research
2. Environmental Protection Technology
3. Ecological Researcn
A. Environmental Monstonng
5 Socioeconomic Environmental Studies
6 Scientific and Technical Assessment Reports (STAR)
7 Interagencv Energy—Environment Research and Development
8. "Special" Reports
9. Miscellaneous Reports
This report has been assigned to the ECOLOGICAL RESEARCH series Tr.is series
describes research on the effects of pollution on humans.plant and animal species and
materials Problems are assessed lor their long-and jhort-terrr, influences Investiga-
tions r.clude formations, transport, and pathway studies to determine the rate of
pollutants and !rte>r effects This work provided the lechmcal basis lor setting standards
to minimize undesirable changes in living organisms m the aquatic, terrestrial, and
atmospheric environments
This document is available to the public through the National Technical Information
Service. Springfield. Virginia 22161
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TECHNICAL REPORT DATA
(Please read /nstruilions tin the reienc be fare c
t. P£-ORT SO.
EPA-600/3-79-023
4. T.TcE AN3 SUBTITLE
PHYTOPLANKTON WATER QUALITY RELATIONSHIPS IN U.S. LAKES,
PART III: Genera Dzcrylccocccpsis through
Collected from Eastern and Southeastern Lakes
6. PERFORMING ORGANIZATION CODE
8. PERFORMING ORGANIZATION REPORT NO.
S.C. Hern, V.W. Lambou, F.A. Morris*, M.K. Morris*.
K.D. Taylor, and L.R. Williams
9. P6 SFORW NO ORGANIZATION NAMt AND ADDRESS
Environmental Monitoring and Support Laboratory
Office of Research and Development
U.S. Environmental Protection Agency
Las Vegas, NV 89114
10 PROGRAM ELEMENT NO.
1HD620
11. CONTRACT'GRANT NO.
12 S-CNSOHlNG AGENCv NAME A»JO ADDRESS
U.S. Environmental Protection Agency-Las Vegas, NV
Office of Research and Development
Environrental Monitoring and Support Laboratory
Las Vegas, NV 89114
13 TVPE OF REPORT AND PERIOD COVERED
14. SPONSORING AGENCV CODE
EPA/600/C7
ti i ,'PLtVESTAHV NOTfcS
*De2?rtrent of Biological Sciences, University of Nevada, Las Vegas, NV 89154
10 -iiTHACT
Water quality relationships for about 180 genera and 700 species and varieties
of phytoplankton v*ere determined from National Eutrophication Survey data collected
in 17 eastern and southeastern States during 1973. This report, Part III, presents
er.virorrental requirements and relative abundance of 34 phytoplankton genera:
is through
KE V WORDS AND DOCUMENT ANALYSIS
DESCRIPTORS
*aquatic microbiology
lakes
•phytoplankton
water quality
*freshwater biology
nutrients
K'.OENTIflERS OPEN INOID Tl. RMS
environmental requirement!
lake eutrophication
water chemistry
growth conditions
plant nutrients
COSATI I icld Croup
C6 C, F. M
08 H
13 B
18. D STH'B'_IT"ON STATEMENT
RELEASE TO PUBLIC
19 StCURITV CLASS i Pill ftrjxvf /
UNCLASSIFIED
21 NO.CF PAGES
20 SECURITY CLASS COITION <> OBIOLETF
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EPA-500/3-79-023
March 1979
PHYTOPLANKTON WATER QUALITY RELATIONSHIPS IN U.S. LAKES, PART III:
Genera Dc.itylococccpeis through Syrosigmc
Collected t-.am Eastern and Southeastern Lakes
by
S. C. Hern, V. W. Lambou, F. A. Morris*",
M. K. Morris*, W. D. Taylor, and L. R. Williams
Water and Land Quality Branch
Monitoring Operations Division
Environmental Monitoring ard Support Laboratory
Las Vegas, Nevada 89', 14
*Deoartment of Biological Sciences
University of Nevada, Las Vegas
Las Vegas, Nevada 89154
ENVIRONMENTAL MONITORING AND SUPPORT LABORATORY
OFFICE OF RESEARCH AND DEVELOPMENT
U.S. ENVIRONMENTAL PROTECTION AGENCY
LAS VEGAS, NEVADA 89114
-------
DISCLAIMER
This report has been reviewed by the Environmental Monitoring and
Support Laboratory-Las Vegas, U.S. Environmental Protection Agency,
and approved for publication. Mention of trade names or commercial
products does not constitute endorsement or reconmendaticn for use.
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FOREWORD
Protection of the environment requires effective regulatory actions
which are based on sound technical and scientific information. This infor-
mation must include the quantitative description and linking of pollutant
sources, transport mechanisms, interactions, and resulting effects on man
and his environment. Because of the complexities involved, assessment of
specific pollutants in the environment requires a total systems approach
which transcends the nedia of air, water, and1 land. The Environmental
Monitoring and Support Laboratory-Las Vegas contributes to the formation
and enhancement of a sound monitoring data base for exposure assessment
programs designed to:
• develop and optimize systems and strategies for moni-
toring pollutants and their impact on the environment
• demonstrate new rronitoring systems and technologies
by applying them to fulfill special monitoring needs
of the Agency's operating programs
This report presents ".he ranges of environmental conditions found for
specific phytoplankton centra in lakes sampled by the National Eutrophication
Survey during 1973. These data Can be used to identify specific water
quality indicators, develop trophic classification methods, relate factors
in lake problem conditions and to predict or control algal forms associ-
ated with taste, odor, or toxicity in potential drinking water sources.
This report was written for use by Federal, State and local governmental
agencies concerned with water quality analysis, monitoring, and regulation.
Private industry and individuals similarly involved with the biological
aspects of water quality will find the documeit useful. For further infor-
mation contact the Water and Land Quality Branch, Monitoring Operations
Division.
s^-rjs/j. ///f+7'1—
Geoege fi. Morgan/
Director
Environmental Monitoring and Support Laboratory
Las Vegas
111
-------
ABSTRACT
Water quality relationships for about 180 genera and 700 species and
varieties of phytoplankton were determined from National Eutrophication
Survey data collected in 17 eastern and southeastern states during 1973.
This report, Part III, presents the environmental requirements and relative
abundance of 34 phytoplaniuon genera: Dactylococecpait) through Gyrcsigna.
1v
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CONTENTS
Foreword lii
Abstract iy
List of Abbreviations and Symbols vi
Introduction 1
Results • 3
References 5
Bibliography 6
Appendix: Phytoplar.kton Genera-Hater Quality Relationships .... 9
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LIST OF ABBREVIATIONS AND SYMBOLS
TOTAL-DEPTH VALUES - chemical and physical data from the entire lake
PARTIAL-DEPTH VALUES - chemical and physical data from the photic zone
ROUND 1 - data collected during the spring
ROUND 2 - data collected during the suirroer
ROUND 3 - data collected during the fall
ROUND ALL - cumulative data through the sampling seasons
DOM - (numerical dominance) taxon constituted 10 percent or more of the
numerical total cell concentration of each lake-date* sample in
this category
NONDOM - (non-dominance) taxon was detected but constituted less than 10
percent of the numerical total cell concentration of each lake-
date sample in this category
OCC - (occurrence) taxon was detected in each lake-date sample in this
category
NONOCC - (non-occurrence) taxon was not detected In any of the lake-date
samples represented in this category
MIN - minimum value of a given parameter for the nature of occurrence
indicated
MAX - maximum value of a given parameter for the nature of occurrence
indicated
MEAN - mean value of a given parameter for the nature of occurrence indicated
STDV - standard deviation of the mean
N - sample size
*Lake-date (sample, value, information, etc.) denotes specificity for a given
lake on 'a single sampling date.
v1
-------
N :
N < - number of lakes with values less than the minimum (KIN)
> - number of lakes with values greater than the maximum (MAX)
0/KK:
0 - number of occurrences
WR - number of lakes having values within the range defined by the
MIN and MAX
CHLA - chlorophyll a. (ug/1)
TURB - turbidity (? transmission)
SECCHI - Secchi disc (inches)
PH - standard pH units
DO - dissolved oxygen (mg/1)
TEMP - temperature (degrees Celsius)
TOTALP - total phosphorus (mg/1)
ORTHOP - dissolved orthophosphorus (mg/J)
N02N03 - nitrite-nitrate nitrogen (mg/1)
NH3 - ammonia nitrogen (mg/1)
KJEL - total Kjeldahl nitrogen (mg/1)
ALK - total alkalinity (expressed as CaCOj, mg/1)
N/P - inorganic nitrogen (N02N03 + NH3)/total phosphorus (TOTALP)
CONC - number of cells, colonies, or filaments/ml
PERC - percent composition of numerical total
vli
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INTRODUCTION
During the spring, summer, and fall of 1973, the National Eutrophication
Survey (NES) sampled 250 lakes in 17 States. About 750,000 physical and
chemical measurements were maae of these study lakes. Sorre 180 genera
ard over 700 phytoplankton species and varieties were enumerated from the
694 water samples examined; this resulted in about 25,000 phytoplankton occur-
rence records. In order to determine phytoplankton water quality relationships
in eastern States, the physical, chemical, and biological data collected were
merged. From this merger it has been possible to establish the environmental
requirements and relative importance of phytoplankton forms.
The physical and chemical lake data were summarized on a seasonal basis
and organized according to numerical dominance or non-dominance and occurrence
or non-occurrence. The summaries provide knowledge of the specific requirements
or environmental limits for each taxon and are useful for the development of
biological tools for monitoring and predicting water quality or trophic
condition.
A report series is r.ecessary to present the large volume of information
produced in this study. This report is Part III of the series "Phytoplankton
Water Quality Relationships in U.'S. Lakes" and presents findings for 34 genera
(alphabetically from Vactylococcopeie through Cyrc?igr,c] of the phytoplankton
detected in samples from 17 eastern and southeastern States (Table 1). Part
I (Taylor et al., 1979) presents the methods used, rationale under which the
study was carried out, and limitations of the data. Parts II, IV, and V of
the series (Williams et al., 1979; lambou «t al., 197S; Morris et al., 1979)
present the findings for the other 146 phytoplantton genera encountered in
our study of eastern and southeastern lakes. Parts VI and VII of the series
will present an analysis of the environmental relationships of 57 common
phytoplankton genera and a comparison of trophic state indices. Additional
interpretative reports and phytoplankton water quality relationships by
species will be forthcoming.
-------
TABLE 1.
LISTING OF PHYTOPLANKTON GENERA ADRESSED IN THIS REPORT
GENUS
Dae tijloooaaopis
Da^ijlot'nece
Dcnticula
Desr.idiw.
Diatorra.
D'lcko tomoaocaus
L'"'.c t^oapliaeriiir.
uiropphoaocaus
D-inobicyon
*dinoflagellate
*dinof] a.jellates
Diplonei.:
Echincaihaerella
El ikatothrix
Epithemia
Euastrum
Euaapsis
Eudorina
Euglena
ALGAL UNITS
COUNTED
Cell
Colony
Cell
Cell
Cell
Cell
Colony
Colony
Cell
Cell
Cell
Cell
CiU
Colony
Cell
Cell
Colony
Colony
Cell
PAGE
10
12
14
. 16
18
20
22
24
26
23
30
32
34
36
38
40
42
44
46
ALGAL UNITS
GENTS COUNTED
Eunotici
*flagellate
*flagellates
Fyacila^ia
Fpar^cia
Frustitlia
C
-------
RESULTS
The overall ranges of physical, chemical, and biological conditions
defined by our population of 250 eastern and southeastern study lakes are
presented in Table 2. It should be noted that the levels of nutrients
(nitrogen and phosphorus forms) as well as chlorophyll a (CHLA) and Secchi
disk (SECCHI) measurements strongly suggest a lake popuTation bias toward
the eutrophic (nutrient enriched) end of the trophic spectrum, and may
reflect the initial criteria for selection of lakes to be sampled by the
NES (see Part I, Taylor et al., 1979).
The Appendix surnrarizes environmental requirements of the 34 phyto-
plankton genera included in this report. Findings for each genus occupy
two Appendix pages. A detailed description of the Appendix forrat is
found in Part I of this report series (Taylor et al., 1979). The first
Appendix page for a genus contains the statistics for partial-depth (photic
zone) condition? under which the taxon was found to occur (OCC) or was not
detected (NONOCC). The second page provides statistics associated with
partial-depth conditions representing the taxon as a numerical dominant
(DCM) and as a non-dominant form (NONDOK).
The Appendix was generated by computer. Because it was only possible
to use upper case letters in the printout, all scientific narr.es are
printed in upper case letters and are not italicized. Definitions of
terns and abbreviations appearing in the Appendix are given on page vi.
Table 2 summarizes all the physical and chemical data by seasonal sampling
round and total- and partial-depth values.
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TABLE 2. SUMMARY OF LAKE-DVTE PHYSICAL AND CHEMICAL DATA FOR TOTAL-AND PARTIAL-
DEPTH VAI.UKS (N TS THE SAMPLE SIZE; THE OT1IHU TERMS AND ABIiiWIATION'S
ARE DEFINED ON PACE vi.)
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-------
REFERENCES
Larrbou, V. W., F. A. Morris, M. K. Morns, K. D. Taylor, L. R. Williams,
and S. C. Hern. 1979. Phytoplankton Water Quality Relationships in
U.S. lakes, Part IV: Genera Kr.-.zscnia through Ptercr-.er.c8 collected
from eastern and southeastern lakes. EPA-6CO/3-79-024. U.S.
Environmental Protection Agency, Environmental Monitoring and
Support Laboratory, Las Vegas, Nevada. 105 pp.
Morris, M. K., W. D. Taylcr, L. R. Williams, S. C. Hern, V. K. Larcbcu, and
F. A. Morris. 1979. Phytoplankton Water Quality Relationships in
U.S. Lakes, Part V: Genera Qnsdriau'a through rvcncra collected
from eastern and southeastern lakes. EPA-600/3-7'9-025. U.S.
Environmental Protection Agency, Environmental Monitoring and
Suppor* Laboratory, Las Vegas, Nevada. S3 pp.
Taylor, W. D., L. R. Williairs, S. C. Hern, V. V. Lambou, F. A. Morris,
and M. K. Morris. 1979. Phytoplankton Water Quality Relationships
in U.S. Lakes, Part I. Methods, rationale, and data limitations.
EPA-600/3-79-021. U.S. Environmental Protection Agency, Environ-
mental Monitoring and Support Laboratory, Las Vegas, Nevada. 67 pp.
Will-airs, L. R., S. C. Hern, V. V. Lambou, F. A. Morris, M. K. Morris,
and W. D. Taylor. 1979. Phytoplankton Water Quality Re'itionships in
U.S. Lakes, Part II: Genera Aoar.thefipkaera through Q/rto.:t>:-Jur: collected
from eastern and southeastern lakes. EPA-600/3-79-022. 'J.S. Environ-
mental Protection Agency, Environmental Monitoring and Support
Laboratory, Las Vegas, Nevada. 119 pp.
-------
BIBLIOGRAPHY
List of reports containing all phytoplankton data
collected in 1973 which was used in the series
"Phytoplankton Water Quality Relationships in t'.S. Lakes."
Corresponding U.S. EPA NES Working Paper (WP) nurfcers in parentheses.
Hern, S. C., J. W. Hilgert, V. W. Lairbou, F. A. Morris, K. K. Morris, L. R.
Williams, W. D. Taylor, and F. A. Hiatt. 1977. Distribution of
Phytoplankton in South Carolina Lakes. EPA-60C/3-77-1C2, Ecological
Research Series, v + 64 pp. (WP No. 690}
Hern, S. C., J. W. Hilgert, V. W. Lanbou, F. A. Morris. M. K. Morris,
L. R. Williams, W. D. Taylor, and F. A. Hiatt. "978. Distribution
of Phytoplanktcn in Delaware Lakes. EPA-£00/3-73-027, Ecological
Research Series, v + 33 pp. (WP No. 673)
Hiatt, F. A., S. C. Hern, J. W. Hilgert, V. H. Latr.bou, F. A Morris,
M. K. Morris, L. R. Williams, and K. D. Taylor. 1977. Distribution
of Algae in Pennsylvania. U.S. EPA National Eutrophication Survey
Working Paper No. 689. iv + 74 pp.
Hiatt, F. A., S. C. Hern, J. W. Hilgert, V. W. Lambou, F. A. Morris. M. K.
Morris. L. R. Williams, and W. D. Taylor. 1978. Distribution of
Phytoplankton in Tennessee Lakes. EPA-600/78-016, Ecological Research
Series, v + 40 pp. (WP No. 692)
Hilgert, J. W., V. H. Lambou, F. A. Morris, R. K. Thoras. M. K. Morris,
L. R. Williams, W. D. Taylor. F. A. Hiatt, and S. C. Hern. 1977.
Distribution of Phytoplankton in Virginia Lakes. EPA-600/3-77-100,
Ecological Research Series, v + 40 pp. (WP No. 692)
Hilgert, J. W., V. W. Lambou, F. A. Morris, M. K. Morris, L. R. Williams,
W. D. Taylor, F. A. Hiatt, and S. C. Hern. 1976. Distribution of
phytoplankton in Ohio Lakes. EPA-600/3-78-015, Ecological Research
Series, v + 94 pp. (WP No. 638)
Lambou, V. W., F. A. Morris, R. W. Thomas, M. K. Morris, L. R. Williams,
W. D. Taylor, F. A. Hiatt, S. C. Hern, and J. W. Hilgert. 1977.
Distribution of Phytoplankton in Maryland Lakes. EF/.-600/3-77-124,
Ecological Research Series, v * 24 pp. (WP No. 684)
-------
Lambou, V. W., F. A. Morris, M. K. Morris, L. R. Williams, W. D. Taylor,
F. A. Hiatt, S. C. Hern, and J. H. Hilgert. 1977. Distribution of
Phytoplankton in West Virginia Lakes. EPA-600/3-77-103, Ecclogical
Research Series, v •«• 21 pp. (WP No. 693)
Morris, F. A., M. K. Horris, L. R. Williams, W. D. Taylor, f. A. Hlatt,
S. C. Hern, J. K. Hilgert, and V. W. Lambou. 1978. Distribution of
Phytoplankton ir, Indiana Lakes. EPA-600/3-78-078, Ecological Research
Series, v + 70 pp. (WP No. 682)
Morris, F. A., M. K. Horris, L. R. Williams, W. D. Taylor, F. A. Hiatt,
S. C. Hern, J. W. Hilgert, and V. W. Lambou. 1978. Dist;ibution of
PhytoplanXton in Georgia Lakes. EPA-600/3-78-011, Ecological Research
Series, v + 63 pp. (WP No. 630)
Morris, M. K., L. R. Killiems, W. 0. Taylor, F. A. Hiatt, S. C. Hern,
J. W. Hilgert, V. W. Lambou, and F. A. Morris. 1978. Distribution of
Phytoplankton in Illinois La'
-------
APPENDIX
PHYTOPLANKTON GENERA-WATER QUALITY RELATIONSHIPS
This Appendix is a computer generated summary of the physical, chemical,
and biological conditions associated with occurrence (OCC), non-occurrence
(NONOCC), dominance (DOM) and non-dominance (NONDOK) of 34 genera of phyto-
plankton (^zct-jloccccopsis to Gijrosigra) from 250 eastern and southeastern
lakes san-pled during 1973.
Preceding page blank
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0 t 0 »*i
U L 0 l
C/N*
« N X|N
0*0 *ix
0 I N M|l*t
Mia STOW
D 0 h
1 3/H»
94.4
44*4
U.>l
I/ 1 I/ I
94
94
U. 9
2* f.
J.i)
'!•'
I/ 4
If
9.4
4^4
O.JJ
frit
It \
20.2
Iff, 2
0.192
0.142
0.1*1
9.0JI
oloii
d.oi >».jjjj rt.jojj
?n/ i« irj/ r;
I/ T 1/1 I/ »
O.OM
O.OM
Q,U'0
j.jjjj
0,001 UJT5
0,"*l
ii.,i ui)
t/ 4 U >
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I/ 2
*»
• I
0.0
1.0
1.1
a.oo
0
)
0
0.0
0.00
I/ *
I/
?*,4 94 24 4.| 4.4 I9.f 9.1«2 J.ltt
94.4 94 2* 1.1 4.4 1C.I 0.142 0.0)1
94.4 »4 7t 4*1 t.4 20.2 O.m 0*0)1
0.3) 0.9 9.9 0.9J J.)3 0.03 J.03JJ J.333J
t52/ •• 122/322 20«/tt* 70»/ JO 9tf/ll« 2**/4)» **l/ «V 5*9/|fl*
I/ I I/ t I/ « 1/9 I/ » I/ I 1/2 1/4
1.3*1 3.0«1 I.If*
O.OM o.ooi i.m
Q.0»0 O.Ott U1T4
0.0)09 3.30 30 }.3000
105/4)1 3(6/36* 9I9/1SV
I/ * I/ • U I
• «
II
II
0.0
1.0
t.o
1.0
0.00
a o.o
i o.o
0 0.0
0.0 0.00
It
»3
-------
CfNUitOtNTiCU.*
CHIA
PARTIAL DEPTH VALUES
Tftw TQTALP ORTKOP N02WO3
HJCL
Iff
•
ft n
U 1 f
N t.
0
• N
o o
u t «t
N 0
D C
C
•
0 0
u t t
* C
0
R N
a o
021
« 0
0 C
C
ft
0 9
U1C
* t
R «
0 0
U 3 N
N 0
0 C
C
II
n A 0
U I C
0
t H
0 A 0
U I «
N I 0
0 C
C
Ml*
WAX
Mfil
STDV
N
0/MR
Ml*
MAI
«C«N
STDV
h
f/KR
Wit
HAI
nl*N
STOV
N
0/MR
HtH
MAX
Xftf
SIOV
*
P/HR
*IN
*1X
«[»N
STOV
HIN
MIX
MCIN
STOV
M
P/«
Pt!N
MAX
"tFII
STDV
*
o/w*
MH
MF11
STDV
N
0/HR
4.9
4.9
4.9
0.50
73/172
I/ 2
0.1
355.6
21.0
41.47
O/ 0
2*6/2*7
1.4
595.0
14. 4
62.58
O/ 0
247/247
0.8
241.6
23.2
O/* 0
247/247
4.9
4.9
4.9
0.90
152/584
I/ 5
0.3
2*1 2
O/" 0
740/741
7* 34 7.2 6.4
7* 34 7.2 4.4
7* 14 7.2 6.4
0.0 0.0 0.00 0.00
92/ 09 139/117 17/204 21/220
1/6 V 2 1/8 1/4
• 2 5.3 0.7
100 252 10.* 19.2
71 44 7.9 9.0
20.* 1*.2 0.71 2. 02
0/0 0/0 0/0 0/0
10*/187 248/249 248/249 244/245
4 1 4.1 3.O
121 222 10.* 17.8
72 49 7.0 7.0
24.0 35. • 0.89 1.98
0/0 0/0 Of O 0/0
217/237 241/241 247/247 246/24*
1 * 4.7 1.*
'00 185 10.) 13.5
74 50 7.* 7.3
23.1 15.0 0.84 1.61
0/0 0/0 0/0 0/0
221/221 246/24* 245/245 241/241
7* 14 7,2 6.4
7* 14 7.2 6.4
7* 14 7.2 6.4
0.0 0.9 0.00 O.OO
258/371 111/413 171/549 161/552
I/ 14 I/ 12 I/ 21 t/ 19
1 1 4.1 0.7
121 252 10. ft 19.2
72 i» 7.8 7.8
22.8 39.7 0.83 2.9?
0/0 0/0 0/0 0/0
644/6*5 735/736 740/741 731/732
2f.O
20.0
28.0
0.00
24 1/ 1
I/ 2
6.8
28.9
17.5
9.56
O/ 0
247/248
17.1
12.2
26.*
2.35
O/ 0
246/24*
9.0
29.*
20.4
3.25
O/ 0
2*6/2*6
28.0
28.0
28.0
0.09
6*6 / 08
I/ *
6.8
32.2
21.5
5.49
at c
739/740
0.050
0.050
0.050
0.0000
113/133
I/ 1
0.004
1.719
0.123
0.2)19
O/ 0
248/249
0.004
2.559
0.134
0.2011
01 0
247/247
0.004
4.549
0.155
0.4091
O/ 0
246/246
0.05O
0.950
0.050
O.0900
346/392
I/ 4
0.004
4.349
0.137
0.3159
O/ 0
7*l/T»i
O.OO8
0.038
0.007
0. OOOO
46/147
I/ 6
0.091
1.209
0.057
0.1645
O/ 0
248/249
0.001
1.191
0.053
0.1479
O/ 0
247/247
0.001
2.009
0.070
0.2088
O/ 0
245/245
0.008
0.008
9.0O7
9.0000
255/466
I/ 20
0.001
2.009
0.060
0.175*
O/ 0
7*0/741
0.344
0.144
0.343
0.0000
126/122
I/ 1
0.024
9.745
0.072
1 .4700
O/ 0
248/249
0.025
6.857
0.493
0.00)6
O/ 0
24//24T
0.017
4.469
0.142
0.5477
O/ 0
246/246
0.144
0.144
0.141
O.O330
404/257
I/ 1
O.HT
9. T45
0.570
1.0667
Of 0
741/742
0.099
0.099
0.090
0.0000
Iff 76
I/ 4
0.022
0.615
O.I07
0.0955
Of 0
248/249
0.014
0.719
0.120
0.0078
a/ a
247/247
0.020
1.024
0.122
0.2232
O/ 0
24»/2*6
0.099
0.099
0.098
O.OOOO
462/267
I/ 11
O.020
1.024
0.11*
O.I488
O/ 0
741/742
0.479
0.479
0.478
0.0000
101/147
t/ 1
0.199
4.699
0.797
0.6906
0.' 0
240/249
0.215
7.1*9
1.217
1.077*1
O/ 0
247/247
0.199
0.199
1.110
1.0572
Of 0
246/24*
0.479
0.479
0.470
0.0000
217/521
I/ 2
0.199
8.199
1.044
0.9754
O/ 0
741/742
40
49
49
0.0
123/122
I/ 4
10
2*8
70
67.5
Of 0
248/249
10
114
73
60.9
Of 3
247/247
IO
291
71
64. 1
Of 0
2*6/2*6
40
40
40
9.9
3)9/401
t/ *
10
114
72
66.8
Of 9
741/742
9.0
9.0
9.0
0.00
120/117
If 12
0.0
142.0
10.7
25.10
Of 0
248/249
0.0
210.0
14.1
23.7*
Of 0
2*7/247
o.o
•co.o
9.0
14.07
Of 0
2*6/246
9.0
9.0
9.0
0.00
440/269
If 11
0.0
210.0
:^.t
22.05
Of 0
741/742
COV. PERC
0 0.0
0 0.0
0 0.0
0.0 0.00
0 O.U
0 0.0
0 0.0
0.0 0.00
o
0.0
0.0
o.o
0.00
0 0.0
0 0.0
0 0.0
0.0 0.00
0 1.0
0 0.0
0 0.0
0.0 0.00
0 0.0
0 0.0
0 0.0
0.0 0.09
-------
Tu«ft SCCCHi *H oo Ttnr TOTAIP o«THor NO; "03 >M; «J;L ILK N/» cose
ft Mt*l
0 * MAI
U J 0 »f AN
H ft STOW
It N KIM 4.4 T4 3% 7.2 *.4 18.0 9.0*3 3.03* a.*** 0.0«4 9.*7« 40 4.0 0 9.0
0 0 KAX 4.4 T* S4 7.2 6.4 2i.O O.D30 0.00* 0.3** 0.049 0.47» 40 9.0 0 0.4
U I « DEAN 4.9 T* 1* T.? 6.4 28.0 O.010 0.007 0.14) O.M» 0,47« 40 9.0 C 0.0
H 0 STDV 0.90 0.0 9.0 0.00 3.39 9.09 9.0331 0.2930 O.JD30 9.0)93 O.OOOO O.O 0.00 0.0 0.00
D 0 N 73/172 9Z/ t« 130^117 17/ZO* ZS/22O 1*1* 3 113/133 <5*/147 126/172 UVf 7b 191/147 123/172 1/0/117
1/2 It * 1/2 I/ • I/ * 1/2 1/1 If » I/ I 1/4 I/ 1 1/4 1/12
« NtN
0 0 MAC
U 2 0
II *
o •;
II H
a o
U 2 l»
N D ITCV
0 0 H
o o/w«
• OfN
5 C n*«
0 > 0 MCA*
N 14 S7PW
e »•
• N rlN
0 0 »«I
U » «f "M-*
o sro»
o *
M C/U*.
IAD «M
U L 0 «f»H
^ I H JTDV
D «
• *l Htll 4.» 7* J* 7.2 4.4 2«.0 0.010 0.001 0.144 0.044 (I.4M 40 4.O 0 0.0
C«0 *•« 4.4 7* J4 7.2 6,4 K.J 0.0*« J,9J» 9.344 9. 112/9S4 Z*«/)J1 111/413 171/949 16U1M *%6/ II J44/392 2!4/4«>t 4«4f2»7 462/2*T IJ7/«J 339/401 440/264
•* 0/ht If » I/ 14 I/ 12 I/ 21 I/ 14 I/ • I/ * I/ 29 I/ 1 I' t> 1/2 1/4 If 33
-------
MMTIAl DEPTH VALUE*
CHI*
TU»B SKCHI
00
TOTAIP 0»THOP N07N3J
KJEl AlK
N/P
CONC
CMC
(,
0 0
U 1 C
N C
0
• *
o a
U 1 N
N 0
0 C
c
It
0 0
U 2 C
* e
0
• N
0 0
U 2 N
N 0
0 C
C
K
n o
U 3 C
t c
0
• N
O 0
U 3 N
N 0
o e
t
«
0*0
•> i e
NIC
0
• H
0 A 0
U 1 N
N t 0
0 C
C
WIN
MAX
MftN
510V
N
0/Wft
MIN
MAX
Mf AN
STOV
N
0/M«
MIN
MAX
MFAN
STOV
N
o/««
MIN
MAX
NFAN
STPV
N
0/Hlt
NIN
MAX
MFAI
STDV
N
0/HR
MIN
MAX
• FAN
MO*
N
O/HR
Mlt»
MAX
•CAN
STOV
N
0/M«
MIN
MAX
MMt
STOV
1
0/W«
O.I
9.?
3.0
3.18
A/160
2/81
0.3
399.6
21.1
41.53
Of 0
249/247
1.4
999. O
34.4
62.58
O/ 0
747/247
10.4
10.4
10.4
0.30
123/123
If t
O.H
241.4
23.2
34.13
O/ 0
246/247
0.8
10.4
1.3
4.83
6/368
3/367
0.3
995.0
26.3
48.00
Of 0
738/741
80 40 6.4 9.0 11.6
89 102 7.0 10.9 14.1
89 71 6.9 4.« 12.8
6.4 43.1 O.O7 1.06 1.77
108/ 29 196.' 21 17/219 105/ 39 26/192
2/ 90 if 72 2/11 2/101 2/ 70
6 2 9.) 0.7 6.8
IOC. 252 10.6 14.2 28.9
70 43 7.9 4.0 17.9
70.6 36.1 0.72 2.03 5.60
0/0 0/0 0/0 0/0 0/0
189/187 247/249 247/249 243/249 246/748
4 1 4.1 3.0 17.3
121 222 10.6 If. 8 37.2
72 49 7.8 7.O 26.6
24.0 39.8 0.89 1.98 2.39
Of O Of 0 0/0 Of O 0/0
237/237 241/241 247/247 246/246 246/246
8a 91 t.6 4.6 2t.l
81 91 6.6 4.6 26.1
88 91 6.6 4.6 26.1
0.0 0.0 0.00 O.OO 0.00
146/ 68 160/ «2 21/219 11/228 232/ 12
1/7 1/4 1/7 1/2 1/2
1 6 t.T 1.6 9.0
100 189 10.3 13.9 29.6
74 90 7.6 *.S 20.4
23.1 33.0 0.84 1.60 3.23
0/0 0/0 0/0 0/0 0/0
270/271 243/246 244/2*9 240/241 249/2*6
80 »u 6.6 4.6 11.6
19 132 7.0 10.9 26.1
86 64 6.1 1.0 17.3
4.4 33.1 0.21 3.07 7.73
112/146 *0l/ 69 46/5*4 J*/ 93 27/171
3/187 3/266 3/106 3/«43 3/<*»
1 1 4.1 0.7 6.8
121 292 10.6 19.2 37.7
T2 47 7.1 T.8 21.*
22.8 35.7 0.83 2.O7 3.48
0/0 0/0 0- 0 Of 0 0/0
642/649 713/T36 738/741 729/712 717/7*9
O.OO* O.O02
0.040 0.001
0.071 0.002
0.079* 0.0007
0/169 10/210
2/ 89 2/ 29
0.094 0.091
1.719 1.209
0.121 0.057
0.2322 0.16*8
0/0 0/0
247/249 247/249
0.094 0.001
7.959 1.191
0.134 0.05;
0.2811 0.1479
0/0 0/0
247/2*7 2*7/2*'
0.021 0.098
0.021 0.008
O.O2I 0.007
0.0000 0.0000
49/195 62/177
1/2 1/6
0.304 0.001
4.949 2.009
0.155 0.0/0
9.4098 0.7092
0/0 0/0
2*5/7*6 2**/249
0.00* 0.007
0.0*9 3.038
0. 021 0.00*
0.01BO 0.0032
0/**8 14/466
3/294 3/261
0.00* 0.001
4.949 2.009
0.138 0.060
0.3163 0.1736
0/0 0/0
719/742 738/741
0.054
0.509
0.781
0.121'
11/90
2/1*8
0.024
4.7*5
0.875
l.*803
Of 0
247/249
0.025
6.897
O.493
O.S8J6
Of 0
2*7/2*7
0.708
0.298
0.208
0.0000
1SS/ 87
If 1
0.017
4.469
0.3*2
0.5488
Of 0
2*5/2*6
O.Oi*
0.509
0.256
0.231*
115/19*
3/433
0.01T
9.743
0.971
1.0679
O/ 0
739/7*2
0.0(6
0.015
O.079
0.01)4
91/102
2/ 56
0.022
0.639
0.107
0.0956
Of 0
247/249
O.OJ*
0.719
0.170
0.0878
O/ 0
7*7/2*7
0.07*
0.07*
0.073
0.0300
I28/I1*
I/ *
0.070
3.07*
0.127
0.2236
Of 0
7*5/2*6
O.n*6
0.085
0.0'*
0.0095
749/J42
3/151
0.070
1.02*
0.116
0.1*90
Of 0
739/7*2
0.212
0.4*9
0. 1*0
0.1914
5/154
2/ 90
0.199
4.699
0.800
0.6991
Of 0
2*7/2*9
0.215
7.1*9
1.217
I.07T8
or o
7*7/2*7
0.649
0.649
0.6*9
0.0000
97/152
If 2
0. 199
8.199
1.120
1.0590
Of 0
2*5/2*6
0.7)2
0.<*9
0.443
0.20S3
13/412
1/317
3.1 "4
4.199
1.3*9
.9761
O/ 0
734/7*2
10
11
U
0.7
0/70)1
If *t
10
2*8
TO
67.4
Of 0
2*7/249
10
314
73
(,9.9
C/ 0
247/2*7
21
2*
21
0.0
70/173
If 1
to
291
73
64.1
C/ 0
2*5/246
in
71
J4
6.1
0/508
3/23*
10
334
72
6«. a
Of 0
IT .14/742
4.0
120.0
67.0
82.07
*!/ 3
7/145
0.0
142.0
18.3
/4.18
Of 0
2*7/249
0.0
210.0
14.1
21.76
Of 0
747/747
14.0
14.0
14.0
0.90
20* / 1?
If 5
0.0
90.0
4.6
14.90
Of 0
2*9/2*6
4.0
120.0
46.0
64.28
208/ 6
>/5?8
0.0
210.0
14.0
21.73
Of 0
734/7*2
0
0
0
0.0
a
0
0
0.0
0
0
0
0.0
0
0
0
0.0
0
a
0
0.0
0
0
0
0.9
0
C
1}
0.0
0.0
0.9
3.0
0.00
O.O
0.0
0.0
o.oo
0.0
o.o
0.0
0.00
0.0
0.0
0.0
0.00
0.0
0.0
0.0
0.00
0.0
0.0
0.0
0.03
0.0
o.c
o.c
0.00
-------
CM.*
TIJM SICCHI
MKTffX OFTK VHUIS
00 T|«P TOT*l» ORTMOf WJ2S03
•
0 0
U 1 0
fc N
0 N
» M M)*
0 0 MM
U 1 H MEAN
M 0 SIPV
0 0 M
H C/WM
II *P»
0 0 M«I
U T C «**
H M STOV
0 M
«.•
3.7
1.9
3. IS
10
•«
•»
JJ.»
192
Tl
43.*
4.*
7.0
*.0
10.9
2/ 61 if 90 It 72
0.37 1.34
17/210 1CV »*
2/ 13 2/101
11.4
14.1
1.7?
26/152
If 70
0.094
0.040
0.021
0.0254
9/1*0
2/ 69
9.002
0.003
0.002
0.3 DOT
10/213
C.OJ4
0.3217
ll/ 90
0.046
0.015
O.fJfS
4.0134
41/192
It 56
0.340
9.1534
5/154
r/ to
N/P
CONC P("C
10
11
II
e.7
2" *»
4.0
123.0
62.0
62.02
il/ 3
o o.a
0 3,0
9 0.0
0.0 0.00
0 0 N«*
U 2 * *C*H
N 0 1TOV
O fl N
* Of**
0 0 MX
U » 0 "MW
N « STOV
0 N
0/M*
*
O
U
•I
N ttIN
0 MU
•« KMft
0 SIOV
• 0/Mt
t
0*0
U I 0
w I «t
0
II M
0*0
U L «t
M I 0
D 0
H
HIS
STOV
C/K«
STOV
••
••
10.4
10.4
tO.4
0.00 0. 0
Vt;» It*/ *6
It I I/ I
51
41
»l
0.0
62
1/4
4.4
4.4
4.4
0.09
73/21»
I/ 7
4.4 24.1
4.4 24*1
4.6 24.1
0.40 0.00
It/221 2J2/ It
If 2 If 2
0.021
0.071
O.OJt
0.0000
I/ 2
0.001 0*204
0.0)1 0.231
O.OOT 0.29*
O.OOOO 0.0000
42/177 t5«' 67
I/ t 1/1
0.074
9.074
0*073
9.0000
C/ll*
1/4
0.441
0,44*
D.*4*
0.0099
t/ 2
J.6 69 40
1
-------
GENUS ID mm*
tut*
run
MH1
KJtt 4LK
1.0V. CMC
• Mil
0 P MM
U t C *M*I
* C ,,'OV
0 »€«>
<""•
I 4 «(N
0 0 "ID
u i N «r»««
N o src*
0 C *K/>
t 0/tJ«
• HIM
a o «»«
U * C "F*1
H c 4To»
0 N
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17.5 0.123 0.057 0.68) 0.105 0.78*
5.62 0.2337 0.1659 1.4875 0.0918 0.6958
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25,0 0.270 0.092 0.159 0.119 2.474
26.5 0.121 0,118 0.170 0.144 2.915
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0.«4 0.02*0 0.0134 0.0055 0.0427 0.2438
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3/ 55 3/5 3/5 3/ 11 3/ 58 3/ 10
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32.2 2.559 1.191 6.857 0.119 7.149
26.6 0.132 0.053 0.497 0.119 1.198
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17.7 0.124 0.040 0.195 0.075 1.245
2.67 0.1342 0.0436 O.JZIO 0.0259 0.5660
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7/160 7/182 7/180 7/197 7/171 7/136
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19/148
6.1
17.7
9.6
1.41
!•/ 1
40/274
4.1
19.4
7.0
1.41
|W I
16/214
4. 3
19.2
7.9
1.49
4/ t
61/2)9
9.6
9.9
7.9
1.24
29/ 22
14/194
1.9
12.7
7.1
1.71
I/ 1
47/2)7
4.1
12.1
8. |
1.T9
42/ 14
49/476
1.9
19.2
1.3
1.94
12/ 4
8.9
27.0
14.4
4.92
7/ 11
19/2)1
6.8
28.0
16.7
9.01
O/ 1
61/2*9
20.6
28.9
29.1
2.07
2/ 44
U/144
20.1
10.1
29.8
2.'f
I/ <>
61/2)9
14.4
71.9
19,;
1.41
IS/ 3«
14/173
I/.4
26,7
14.4
2.69
I/ I
48/7)7
8.9
28.9
14,1
9.96
2/ 47
43/641
«. •
10*1
20.6
O/* «
0.006
0.7S2
0.0*7
0.9921
3/ 27
19/219
0.008
0.4*9
0.076
0.04117
I/ 10
61/2)1
0.012
0.449
0.044
o.im
24/14
I6/2J8
0.001
0.606
0.076
0.1016
6/ 11
61/228
0.010
0.176
0.041
0.0447
tl/ 36
14/197
0.906
1.634
0.114
0.2411
If 2
48/242
0*306
0.449
0.064
0.079T
11 49
49/640
0. .1J*
I.A04
0.087
0.1900
7/ 4
o.ooi
0.063
0.912
3.0177
0.' J7
19/217
O.O11
0.121
O.nj t
O.D79I
O/ 18
61/.-1I
0.003
0.267
0,0*6
O.neoa
*/ I)
It/729
0.001
0.244
9.022
C.0'82
O/ 14
61/2)1
0.004
0.0«4
O.Otl
O.Q21T
6/ 2*
14/204
0.004
1.189
3.996
0.1779
B/ 2
48/2)9
o.aoi
0.717
0.02,
0.0921
O/ 34
44/70i
l.ill
UH4
0.037
0.0991
M 4
O.O*0
!.*!<.
0.6SQ
3.49)6
I7/ )7
14/200
0.034
9.749
0.791
1.4467
4/ 0
61/^44
0.0)1
1.824
0.976
1. Vll
9/ )6
16/272
0.029
2.014
0./A8
0. J480
4/ 14
61/229
0 074
1.474
0.4 It
0.4767
6/ 9
»4/2)l
0.017
1.824
0.)24
0.49*4
O/ 6
48/240
0.024
l.*7*
0.601
0.4)06
4/ 44
49/6*2
9.4J7
4.744
0.472
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O/ 0
a. 0*4
8.179
6. Obi
3.028?
!»/ 96
14/177
0.924
0.44*
0.104
0,1114
I/ 1
'1/247
0.0)4
0.40*
O.IM
3,1/71
O/ 7
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0.0 It
o. ir.-•*
0^974
0.10*
0.1097
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2.611
0.644
0.4736
•/ 9
14/2)2
0.199
).199
0. * 4 '
0.4r4/
O/ 1
01//46
0.214
).394
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3.A164
*>/ •:
>6/71*
0.264
6. 149
1.177
0.98J7
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0.149
1.7*7
0. 8 26
0.7647
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0.721
4.0Jl>
1.1)4
0.8333
4/ 7
48/233
0.219
).)99
J.841
0.6134
T/ 24
49/7J6
0.1 '19
6,1*1
1.324
0.8460
it 2
13
?Jfc
4)
7). 3
O/ 13
19/2)4
to
2*1
40
69.1
O/ J
61/7*9
10
264
44
61.1
fl/ *
16/7)9
10
7/4
T)
99.6
O/ 4
61/242
1?
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88
7). 4
24/ t
14/270
10
261
93
T3.2
O/ 2
48/744
10
781
fe
70.4
O/ 1
69/719
10
279
85
67.3
O/ 7
1.0
87.0
79.6
27.39
Jl 1
14/2)4
0.0
66.0
16. O
16.97
O/ 1
61/7*1
1.0
1)0.0
70.?
t*./0
I// 1
16/7)4
0.0
1 IO.O
11.7
70.11
O/ 1
61/246
1.0
90.0
>J.O
74. VI
6e/ o
14/1 U
1.0
57.0
T.4
9.92
I)/ 4
48/224
1.0
110.0
27. •»
27.47
32/ 4
49/7i>6
0.0
1)3.0
12.0
16.88
O/ 4
62
1*196
1911
)* )4. )
0
30ft 7
1 71
*A1.4
36
fOltl )
4* 77
t MH'». 4
0
)/ D
719
9^ /. 1
4)
]4*.r.A
/MO
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0
2679
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)6
6481?
)4IJ
101.81. T
0
)273
179
400.1
l :>.*•
4).0
2S.4
14.41
0.0
4.8
7.0
7.74
U.8
74.9
10.4
''
0.0
4. ^
1.4
7. 17
11.4
8^. (
ir.i
76. tc'
0.0
4.4
1.7
2.H4
10.6
04.6
JO. «
21.29
0.0
4.6
1.7
2.64
0/W« 170/7)7 13T/644 164/711 170/728 168/716 1TO/TJ4 179/731 1/3/7)7 170/74J 170/7)9 173/740 170/7)9 170/7)1
-------
CfNUSlF»*ftCf I*
01
0>
TUM mrwi
MRTUl UM>TH VUUCS
TIM* TOT61* OtTWO* HOJtO\ MH)
ttjft
COTC »l*t
• Htl
o 3 »i*
U 1 C MfAN
H C *TOV
0 N
0/M«
• N *P«
O O "A*
U 1 N »FA»t
•1 0 STOV
o e «
« M1N/
C 0 "*«
l» 2 C HtA*
N C STOV
D N
0/MK
8 N KIN
0 0 «»K
U 2 N Nf AN
H 0 STPV
0 C M
c rvm
* "IN
0 •) M4X
U 3 C « A*
N C STOV
D M
C/»»
• W WIN
0 9 **X
U 3 N ff*N
N 0 STDV
D C N
C R/««
• MIM
0*0 "AX
U I C »• 1
MIC S'.OV
0 N
10.3
46.1
27.3
18.02
144/ 22
4/ 81
0.3
339.4
20.8
41.66
O/ 0
243/247
3.2
133.8
31.1
33.37
12/ 12
23/203
1.4
393.0
34.8
65.39
9/ 0
222/2*7
3.4
134.4
22.8
2/.S6
22/ 4
29/221
0.8
241.4
21.2
35.11
O/ 0
218/247
3.4
159.6
26.7
29.59
82/ 23
58/636
0.3
599.0
26.1
O/* 0
683/7*1
34
69
72
11.2
4I/ 48
4/ 48
6
too
71
2O.8
Of 0
181/187
90
99
76
11.2
41/ tO
29/184
4
121
7t
23.0
O/ 0
212/237
13
47
14.3
6/ 2
26/213
I
100
74
21.3
Of 0
149/221
13
97
77
19.4
19/ 12
43/618
1
121
It
21.3
o/ o
540/6*3
24 8.1
99 8.6
)1» 8.4
11.9 0.12
I04/ 96 146/ 26
4/ 84 4/ 77
2 5.3
252 10.6
44 7.4
34.4 0.73
0/0 3/0
245/249 249/2*9
18 5.9
91 8.4
46 7.7
20.7 0.61
28/ 28 2/ 16
25/185 23/229
t 4.1
222 10.6
49 7.8
37.2 0.90
0/0 0/0
216/241 222/247
16 6.3
72 9.3
40 7.5
13.0 0.73
19/ 46 19/ 4
24/181 28/222
* 4.7
169 <0. 3
92 7.6
36.6 0.69
0/0 0/0
217/2*4 217/249
16 9.9
41 9.3
42 7.6
17.7 0.77
79/ 86 9/ 20
38/5T5 97/71*
t 4.1
292 10.6
48 7.1
34.1 0.83
0/0 0/0
678/7)6 684/741
7.0
11.1
4.0
2.21
32/ 24
4/169
0.7
14.2
4.0
2.02
O/ 0
241/249
4.4
9.4
6.9
1.16
tO/ 12
25/214
1.0
17. a
7.0
2.03
O/ 0
221/246
3.4
io.r
7.1
1.26
23/ 4
26/214
t.6
13.3
7.3
1.69
O/ 0
211/241
4.4
11.1
7.2
1.14
43/ 36
37/691
O.T
14.2
7.8
2. It
O/ 0
67J/7J2
16.4 0.0*7
28.9 O.U4
72.3 0.100
4.77 0.«564
130/ 0 57/ 36
4/118 4/156
6.8 0.004
28.8 1.719
17.4 0.123
5.35 0.2112
0/1 0/0
244/247 245/249
21.2 0.011
30.1 1.109
2T.2 0.110
2.6) 0.2221
)/ 6 20/ 5
25/2)7 25/222
17.3 0.004
32.2 2.559
26.3 0.137
2.11 0.2873
0/0 0/0
221/2*6 222/247
17.0 0.012
27.2 0.909
21.7 0-112
2.64 0.1*57
3t/ 3 I*/ 8
26/212 29/219
9.0 0.004
29.6 4.549
20.3 0.160
3.78 0.4112
0/0 0/0
218/246 2(7/246
16.4 0.011
30.1 1.104
24.2 0.110
4.01 9.1935
152/ 6 SI/ 18
57/582 98/673
6.8 0.034
12.2 4.549
21.1 0. IJ9
9.94 0.124)
r/ o o/o
681/740 684/742
0.091
0.044
O.OU
0.0172
27/ 45
4/177
0.031
1.209
0.058
0.1655
O/ 0
245/244
0.001
0.969
0.061
0.1961
9/ 1
25/717
0.001
1.191
0.05Z
0.1417
O/ C
222/247
0.001
0.764
0.058
0.1410
?/ 3
29/236
0.001
2.004
0.071
0.2163
O/ 0
216/245
0.003
0.469
0.057
0.163)
}*/ 9
"•'•""
3.001
2.009
0.060
O.IT64
3/ 0
683/741
0.067 Q.094
9.m 0.14J
I.96T 0.087
2.8194 0.0402
2I/ 7 56/ 46
4/221 4/145
0.024 0.022
9.745 0.635
0.656 0.107
1.4514 0.0959
0/0 0/0
245/249 245/249
0.029 O.O41
2.664 0.185
0.374 0.090
0.7107 0.0)40
4/11 If 34
23/232 25/204
0.025 0.034
6.857 0.719
0.307 0.12)
0.9014 0.0414
0/0 0/0
2«/?*T' 222/247
0.0)1 0.032
l.4!19 0.279
0.136 0.074
4.5460 0.0485
It/ 4 2/ 14
24/211 29/230
0.017 0.020
4.469 3.074
0.14} 0.176
0.3*92 0.23&4
0/0 0/0
2*7/246 217/246
0.029 0.0)2
9.745 0.279
0.439 0.083
0.9)46 0.0421
IJ/ 1 7/ 41
38/70-J 38/614
0.017 0.070
4.749 1.024
0.181 0.114
1.0761 0.1541
0/0 0/0
H4/742 684/742
0.449 18
1.112 185
0. 752 94
0.1942 9). 4
42/ 31 78/ 27
4/126 4/144
0.144 to
4. 444 248
0.797 70
0.7016 67.0
0/0 0/0
245/244 245/244
•>.)«1 to
2.799 160
1.09) 47
0.7)20 37.4
lit t* O/ 10
25/212 25/217
0.215 10
7. 149 334
1.231 76
1.1104 71.3
0/0 0/0
222/247 222/247
0.243 11
3.363 173
l.OtO 31
0.8723 46.0
8/ 9 21/ 18
24/229 29/207
0.199 10
6.199 291
1.1)1 76
1.0839 65.6
0/0 O/O
217/246 217/246
0.241 10
l.jij 183
1.028 52
0.7642 47.3
18/ 23 O/ 39
58/694 58/681
0.194 10
6.144 114
1.04.4 74
0.9691 67.9
0/0 0/0
664/742 664/742
1.0
70.0
20.6
32.93
11 14 .
4/228
0.0
1*2.0
18. <
29.06
Of 0
245/244
0.0
61.0
tl.6
17.06
0/11
25/>«*
0.0
210.0
14.3
24.42
O/ 0
222/247
1.0
37.0
6.4
7.64
13/ 14
24/214
0.0
40.0
10.0
15.53
O/ 0
217/246
0.0
TO.O
9.7
14.97
Of 26
98/716
0.0
710.0
14.5
22.30
O/ 0
664/742
0
774
69
117.0
0
0
0
0.0
0
340
51
42.)
0
0
0
0.0
0
lit
32
,02.0
0
0
0
o.o
U
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4)
99.1
0
0
0
0.0
0.0
1.9
0.4
0.7)
0.0
0.0
0.0
0.00
0.0
1.9
0.1
0.48
.0
..c
0.0
0.33
0.0
I.I
O.I
0.27
0.0
0.0
0.0
0.00
0.0
1.4
0.2
0.41
0.0
0.0
0.0
0.00
-------
CCHUSIFHANCEI*
CHI*
SCCCHI
PARTIAL DEFT* VALUES
00 TEWP TOTALP OKTMO* K02*03
NH3
KJfL
N/P
true PE*c
0 0
U 1 ?
N M
0
* N
r o
U 1 N
N D
0 O
M.
*
0 9
U 2 0
M •*
D
* N
0 «
U 2 N
N 0
0 C
*<
R
0 0
U 3 0
N "
0
* N
•) 0
U 3 N
N 0
0 0
n
*
•} 4 •»
U t 0
XL"
0
4 N
0*0
U L N
NIP
0 0
UN
••AX
STOV
0/H*
•UN
MAX
MEAN
STOV
N
0/M»
BIN
MAX
MEAN
STPV
N
0/H*
MIN
MAX
MEIN
STOV
N
0/Mt
MIN
MAX
MEAN
>TDV
C/««
MIN
MAX
Mf AN
STDV
N
0/WM
Mf«
NAX
MEAN
STOV
N
0/KH
MIN
MAX
MEAN
•TOV
H
P/H*
10.9
46.3
27.5
18.02
I44/ 22
*/ 81
5.2
139.8
31.1
33.37
32/ 12
29/203
3.4
1 14.4
22.8
27.56
22/ 4
29/221
3.4
139.8
26.7
24(99
62/ 21
18/636
99
69
72
11.2
41/ 46
4/ 96
90
99
76
11.2
*!/ 10
29/164
13
97
IB
14.3
6/ 2
26/213
1)
97
77
19.4
IV 12
99/616
29
39
39
J 1,9
104/ 36
4/ 69
18
9]
46>
20.7
28/ 26
29/119
u
72
40
19 0
19/ 46
29/181
U
41
42
17.1
7 1/ 66
36/971
8.1
8.6
8.4
0.22
I46/ 26
4/ 77
9.9
8.4
T.7
0.61
If 16
29/22«
6.9
4.J
7.9
0.73
14/ 4
26/222
9.9
4.}
7.6
0.77
9/ 2»
97/716
7.0
tl.l
9.0
2.23
32/ 74
4/199
4.*
4.4
6.9
1.18
20/ 12
25/214
5.4*
10.6
7.1
l.i-6
Zl/ 4
26/214
4.9
11.1
7.2
1.19
41/ 16
97/691
16.4
2«.«
22.9
6.17
130/ 0
4/llft
21.2
30.1
27.2
2.61
3/ 6
25/237
17.0
27.2
21.7
2.6*
3I/ 1
26/212
U.4
13.1
24.2
4.01
|32/ 4
37/962
0.027
0.164
0.101
0.0564
97/ 36
4'116
0.311
1.109
0.110
0.2221
20/ 5
29/222
0.01?
C. 909
9.112
0.1637
19/ 6
29/219
0.011
1.109
0.118
0.1691
91/ 16
98/671
0,003
9.044
0.019
0.0172
tit 49
4/177
0.001
0.969
0.061
0.1461
9/ 1
23/237
0.001
0.764
0.396
0.1430
2/ 5
29/236
0.003
3.969
0.397
0.1613
38/ 9
96/694
0.067
5.79S
1.567
2.ai?4
21/ 7
4/221
0.029
3.644
0.37*
o.Tior
4/ 11
25/232
0,032
1.914
0.116
0.5*60
3I/ 4
29/211
0.024
5.745
0.414
0.41*6
23/ •
56/709
0.054
0.143
0.087
0.0*02
56/ *6
4/145
0.041
0.165
O.O90
0.03*0
9/ 34
25/204
0.032
0.274
0.376
0.0*65
2/ 1*
.'9/210
0.012
0.774
0.013
0.3*21
7/ 41
56/494
0.449
1.132
0.732
0.39*2
92/ 31
4/126
0.349
2.799
1.043
0.7320
17/ 18
25/212
0.243
3.569
1.319
0.8723
•/ 9
29'229
0.2*3
3.565
1.1*8
o. Je-..
I*/ 29
96/699
16
its
9«
43.4
76/ 27
4/1**
U
163
47
37.4
O/ 33
25/217
11
171
91
46.0
21/ 18
29/207
10
119
52
47.1
Of 54
98/683
1.0
79.0
20.6
32.41
T/ 14
*/228
0.0
61.0
11.8
17.06
O/ 11
25/236
1.0
37.0
6.4
7.64
I3/ 14
24/219
0.0
70.0
9.7
14,47
O/ 26
S8/H6
0
274
69
137.3
0
3*3
51
C2.3
0
511
32
132.3
0
Ml
49
95.3
0.0
1.5
3.4
0.73
O.J
1.9
0.3
C.*A
0.0
1.2
0.1
3.27
0.0
1.9
O./
O.*l
-------
ri«Tt*l Ot'TM VllUES
fML»
TU*«
TfXP TOTU* OR I MOP N02NO)
NH)
CONC *>f*C
1
f n
U 1 C
N C
D
* II
r n
U 1 M
N O
o c
c
M
e o
u z c
* e
0
* H
P O
O 7 1
1* 0
0 C
C
.
0 0
U 3 C
4. r
0
• ft
n p
U 1 H
N 1
0 C
r
„
o » n
IJ I C
* t C
P
• N
c A n
J L N
N I 0
0 C
C
"IN
PAX
MEAN
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0.714
0.119
0.0179
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0.020
3.024
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J.185
0.185
0.185
0.0090
645/ 95
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3.074
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0.699 69
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o.oorr o.o
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0.715 10
7.149 33*
1.219 7)
1.P79S 69.3
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0.199 10
8. 199 291
1.118 7)
1.0572 6*.t
0/0 0/0
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0.699 *9
0.699 69
0.698 69
0.0000 0.0
350/386 456/283
1/6 1/3
0.199 10
•.199 334
1.0*3 72
0.4755 66.8
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13.9
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54.0
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0.0
0.0
0.00
-------
WNuSiGlCEOCA'SA
PARTIAL DEPTH VAlUES
TU*B S
C/IIR
HIM
MAX
MEA«»
ST»?W
N
0/»R
HI*
MAX
MfiN
STOV
«
MIW 11.3 79 34 8.* 7.3 24.8 0.041 0,009 2.049 0.189 0.699 69 S*.0
PAX 11.3 *4 94 8.4 7.3 24.8 0.041 0.379 2.099 O.l« 0.499 »9 $4.0
»£A«I 11.3 79 34 8.4 7.1 24.8 0.041 0.009 2.098 0.185 0.698 «9 94.0
STOV 0.00 0.1 0.0 0.00 0.00 0.00 0.0000 0.0000 0.0000 0.0000 0.3330 3.3 0.00
H 118/127 1)7/124 97/138 209/ 28 I40/ 83 94/U8 113/131 105/132 212/ 14 212/ 34 96/150 152.' 9) ?jl/ 15
C/M> 1/2 1/4 If 4 11 19 1/3 1/4 1/3 If 10 If I I/ 1 1/1 1/2 1/1
MIN
fix
fttx
STCV
«
1/K»
«K
ffAN
STCV
N
0/Mt
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MM
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STOV
?%R
M|H 11.3 79 34 8.4 7.9 24.8 0.341 0.039 2.399 0.185 3.»99 69 $4.0
r»X 11.3 74 34 8.4 7.3 24.8 0.041 0.009 2.099 0.185 9.fr99 49 »4.0
Hf»N 11.3 79 34 8.6 7.9 24.8 0.041 0.009 2.098 0.185 0.698 69 54.0
STOV 0.30 0.0 9.0 0.03 0.00 9.30 0.033) 0.3003 ?.0930 0.0030 3.0900 0.0 O.'-O
«• J99/339 301/333 311/413 6347 73 SOV418 482/251 244/434 27S/440 697/ 41 *45/ «5 J50/J86 4}«/2
-------
cn
semiiiciorocvsTis PAMIM. MPTM *«i«s
« >' N
0 9 <*X
U 1 C Cf*N
N C STOV
0 N
C/M«
• N MIN
0 0 •"«
U 1 1 *f«N
N 0 STOV
0 C «
C «V««
* Ml*
o o H«X
u 2 c •«*
N e sro*
0 •*
o/u«
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0 0 H*X
U 2 N l*r*N
N o STOW
0 C «
e P/K*
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0 3 »*X
U 3 C "CAW
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D H
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t H «|N
0 0 N»x
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N 0 STPV
D C N
C P/m
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O « 0 **X
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0 M
0/W*
t N MIN
0*0 "AX
U I t •'fit
ft I 0 S10V
0 C N
C 0/W*
CHI A TU*0
2.4 6
100.9 89
34.9 56
36.94 30.2
22/ 9 O/ 29
6/216 6/150
0.3 6
355.6 100
20.6 71
41.49 20.2
0/0 I/O
241/247 101/186
3.0 46
32.9 90
12.3 03
4.07 14.4
12/ 60 38/ 3
11/167 11/196
1.4 4
545.0 121
15.5 72
63.01 24.2
0/0 0/0
236/247 226/237
5.1 I
50.6 ~>\
21.4 60
20.30 35.0
52/ 32 Of 42
6/163 6/179
0.0 3
241.4 100
23.2 74
34.47 22. T
0/0 I/O
241/247 215/220
2.4 1
100.9 "0
20.6 70
23.50 27.0
42/ 40 Of T
23/659 73/610
0.3 3
595.0 121
26. 4 72
40.50 22.6
O/ S 1/0
710/741 622/644
SECCMI »H
5 ..J
132 4.5
40 ft.O
46.9 0.44
If 4 23/ 7
6/243 6/214
2 5.3
252 1C. 6
44 7.4
36.0 0.72
0/0 0/0
243/249 243/249
If 3.2
12) 0.6
64 7.3
37.9 1.02
24/ 4 I/ 20
11/200 11/218
I 4.1
272 10.6
40 7.0
35.6 0.00
0/0 0/0
230/241 236/247
6 6.4
144 0.2
40 7.4
50.0 0.74
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6/240 6/173
7 4.7
105 10.3
50 7.6
34.7 0.04
It 0 0/0
240/243 239/243
9 5.2
144 9.9
53 7.5
42.7 0.94
3/ IS 2/ 14
29/711 23/729
1 4.1
292 10.6
47 7.6
39.5 0.62
9/0 0/9
711/736 718/741
00
3.0
10.4
0.6
7.04
4/ 27
6/214
0.7
19.2
9.0
2.00
Of 0
234/245
4.4
11.7
7.1
1.80
ll/ 6
11/229
3.0
17.0
7.3
1.44
Of 0
233/246
1.9
7.6
5.7
2.29
I/IQ4
5/116
1.6
13.9
7.3
1.50
O/ 0
216/241
1.4
11.7
7.2
2.36
2/ 21
22/704
0.7
19.2
7.6
2.06
O/ 9
710/732
Uf»> Tom*
12.1 0.006
2C.O 0.712
14.1 0.079
T.fc« 0.0772
37/ 3 3/ 27
6/206 6/214
6.8 0.004
28.4 1.714
17.4 0.124
9.54 0.2140
0/0 0/0
242/746 243/249
21.5 0.006
76.0 0.167
74.4 O.O62
1.70 0.0599
5/138 Zt 37
11/101 11/700
17.3 O.OO4
32.2 2.959
26.7 0.130
2.34 0.2869
0/0 0/0
239/246 236/247
15.9 0.019
22.7 0.440
10.0 0.147
2.61 0.1776
10/ 63 34/ 15
6/161 6/142
4.0 0.004
24.6 4.549
20.9 0.155
3.25 0.4134
0/0 0/0
240/246 240/246
12.1 O.UJ6
20.0 3.440
21.6 0.000
4.00 0.1063
30/ 66 It 43
23/614 23/692
3.0 .0.004
32.2 4.549
21.5 .O.I3«
5.52 0.3201
0/0 0/3
717/740 719/742
OUTHO* N02NQ3
0.004 0.107
O.O11 0.4(4
O.O07 0.426
0.0041 0.1747
34/110 57/ 51
6/100 6/146
O.O31 9.0?4
1.2O4 4.745
0.050 0.081
0.1661 1.4910
0/0 0/0
243/249 241/244
0.003 0.027
9.104 2.049
0.077 0.477
0.0350 0,6142
9/ 22 If 14
11/216 11/212
0.001 O.075
1.191 e.857
0.054 0.447
0.151O 0.6950
0/0 0/0
236/247 236/247
O.OO7 0.096
0.361 1.144
0.009 O.440
0.1351 0.4652
42/ 12 76/ 21
6/141 6/147
0.001 0.01 1
2.004 4.469
0.064 0.319
0.21O5 O.5902
0/0 0/0
234/245 249/246
a. oat 0.077
0.361 7.O94
0.0)0 0.417
0.0756 0.5027
ll/ 33 tOt 43
23/670 23/679
0.001 0.01 T
2.00V 4.743
0.061 u.574
0.1776 1.0791
9/0 0/0
710/741 114/742
M<3
0.064
0.701
0.118
0.0547
0>/ 70
6/144
0.022
O.A35
0.106
0.0461
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241/244
0.036
0.212
0.121
0.0614
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11/726
0.034
0.719
0.114
0.0669
Of 0
236/247
0.055
0.974
0.261
0.3573
70/ 1
4/1 7«
0.020
3.074
0.114
0.2160
Of 0
240/246
0.036
0.474
0.157
0.1881
21 f I
23/714
0.020
1.074
0.119
0.1472
O/ 0
714/742
KJfl
0.269
3.199
1.384
1.7117
|6/ 3
6/210
0.194
4.699
0.781
0.6776
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741/249
0.276
1.612
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0.4740
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11/109
0.215
7.149
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0.294
3.000
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0.199
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1 .0604
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77
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240
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216/747
20
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104
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243/244
2.0
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11/704
0.0
210.0
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0
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90.6
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crNuiiciorocvsits
MM1»L DIMH VHUfS
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0.0
<;.(•
i.fr
).**
10.5
50.7
30.4
78.36
0.0
3.9
1.1
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10.5
50.2
75.8
13.68
0.0
9.6
1.1
2.40
-------
Cf«WS:ClOtOTH(CI
Ok
CO
DEPTH VALUES
TEMP TOTALP 0*T«OP N07NO3
NHJ
KJCL
Am
W/P
COMC «RC
•} 0
U 1 C
H e
0
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0 0
U t N
N 0
D C
C
,
o n
U 2 C
t C
0
• N
ft n
U 2 N
N 0
0 C
c
«
0 a
U 3 C
N C
0
* 1
O V
U 3 1
N P
0 C
c
It
n * n
u t c
t t C
0
• N
P A O
u t n
N L 0
0 C
C
MH
RAX
MEAN
STOV
0%it
MI*
MAX
MEAN
STDV
N
0/HK
MI*
MAX
MEAN
?TOV
N
P/w*
PIN
MAX
MEAN
STOV
N
n/Mft
NIN
MAX
MEAN
STDV
N
O/tm
MIN
MAX
MEAN
JTPV
N
0/IH
DIN
MAX
MEAN
S10V
N
P/Wft
NIN
MAX
MEAN
JTOV
N
0/M*
0.) 6 2 5.) 0.7 6.8
355.6 100 252 10.6 19.2 28.9
21.0 71 *-. 7.9 9.0 IT. 3
*1.*0 20.6 36.2 0.73 2.02 9.99
0/0 9/0 0/0 0' 0 0/0 0/0
2*7/2*7 187/187 2*9/2*9 2*9/.O
IB/ 7t
4/151
10
3 14
T*
69.2
O/ 0
7*3/7*7
13
3*
23
13.*
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2/ 57
It
291
73
6*. 2
Of 0
2**/2*6
11
82
32
26.8
T*/239
6/*29
10
33*
72
66.9
Of 0
736/7*2
0.0
1*2.0
18.6
25.14
Of 0
2*9/2*9
O.C
15.0
7.0
8.17
Of *8
*/!99
0.0
710.0
14.2
23.92
O/ 0
?*)/7*T
1.0
15.0
8.0
9.90
13/ 32
2/201
0.0
90.0
9.6
14.97
Of 0
744/246
0.0
19.0
7.3
7.71
0/166
6/976
0.0
210.0
1*.2
22.11
Of 0
T36/7*'
0
0
0
0.0
73
3397
939
16J9.2
0
0
0
0.0
186
71*
450
373.*
0
0
0
0.0
73
J1QT
77*
1305.3
0
0
0
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0..0
0.0
0.0
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0.2
10.9
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4.46
0.0
0.0
0.0
0.03
7.8
11.9
7.3
6.42
0.0
0.0
0.0
O.DO
0.2
11.9
3.7
4.66
0.0
0.0
0.0
0.00
-------
0>
VO
SICCHI
DEPTH VALUES
DO TtKP TOTAL* 0*TMO» N02N03
NH3
RJEL *LK
CONC PEftC
ft
0 •)
U I 0
« H
0
* H
0 0
U 1 N
N 0
0 0
It
ft
0 0
021
N N
0
ft N
0 0
0 2 H
H 0
0 0
«»
ft
0 0
U J •»
K >t
0
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0 0
U 3 H
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o e>
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0*0
0 I 0
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0
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0 J
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«*X
ME*N
S»PW
*
o/**
XIV
•MX
HflN
STOW
N
0/K«
MI*I
MIX
ME*N
*TDV
N
(?/*«
•"I"
"IX
"?*M
STCV
*
o/w*
KIN
Mix
•t»N
STO-
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*>«(
<*F«N
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»!
0/fc«
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"*»
*<{*•<
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«!
?/W«
M|H
••«
H*IN
JTOV
N
0/»«
2.* 99 116
2.4 9S 116
2.4 99 116
0.00 0.0 0.0
6/240 218/ 10 223/ 12
I/ 1 1/9 1/4
2.2 69 22
133.8 8) 43
BO.} 76 34
69.54 T.O 11.5
4/ 12 69/ 99 43/ 93
3/211 3/ «9 3/105
5.7 92 56
5.7 92 58
5.7 92 38
0.19 0.0 0.0
66/179 179/ 36 ITT/ 67
1/2 It 6 1/2
56. 1 83 3i
56.8 83 32
S6.8 85 32
o.oo o.o a.o
219/ 26 12J/ 94 79/166
1/2 I/ T 1/9
2.4 92 58
3.7 99 116
4.0 94 8T
2.11 2.1 41.0
42/33* 941/ JS 549/ 44
2/161 I/ 69 2/192
2.2 69 22
133.8 83 43
74.4 It 33
98.92 7.3 9.4
>9/ 23 204/226 166/271
4/679 4/219 4/299
6.3
6.9
6.3
0.00
11/2*2
If 4
T.O
9.1
• .0
1.0'
4 a/ 11
1/196
6.8
6.8
6.8
0.00
39/189
I/ IT
6.9
6.9
6.9
9.00
36/181
I/ 8
6.3
6.8
6.3
0.39
22/631
2/ 88
6.9
9.1
7.7
1.02
no/ 30
4/601
6.4 29.9
6.4 23.9
6.4 23.9
0.00 0.00
86/190 98/142
I/ 19 I/ 6
3.9 27.9
9.2 29.1
8.0 28.6
1.80 0.61
64/ 19 155/ 34
V14J 3/ 97
3.3 24.5
5.3 24.5
3.3 24.5
0.00 0.00
19/218 220/ 23
1/4 1/1
3.7 22.9
3.7 22.9
3.7 22.9
0.00 0.00
29/237 182/ b)
1/3 1/4
3.1 24.3
6.4 23.9
9.B 29.2
9.78 7.99
61/992 468/161
2/119 2/ 91
9.1 22.9
9.2 29.1
7.4 27.1
1.86 2.88
92/131 382/ 35
4/489 4/)23
0.007
0.097
0.097
0.0000
4/241
I/ 2
0.019
1.109
0.308
0.9334
46/ 5
3/196
0.012
0.012
0.011
0.0000
IT/224
I/ 3
0.939
9.919
0.908
O.OOOO
23T/ 8
I/ I
0.007
0. )12
0.009
0.0035
14/673
2/ 33
). J19
1.109
0.608
0.4943
123/ 18
4/601
0.003
0.003
0.993
0.0000
9/223
I/ U
0.011
0.969
0.407
0.4996
120/ 1
1/12*
0.006
0.006
0.335
0.0000
28/203
I/ 14
0.784
J.784
0.783
0.0000
239/ 3
It 1
0.333
0.03*
0.004
0.0021
38/336
2/16T
0.011
0.969
0,501
O.*49l
323/ 9
4/407
0.061
0.061
0.060
0.0000
3T/208
It 2
0.059
0.149
0.101
0.0452
31/127
3/ 89
0.030
0,011
0.929
0.0090
28/216
I/ 2
0.274
9.274
0.274
0.0000
I73/ 71
It 2
0.039
0.361
0.0*5
0.0219
37/594
2/109
0. 959
0.274
0.144
0.0939
128/293
4/121
0.036
0.036
0.0)3
0.0000
1/244
:/ 2
0.076
0.137
0.997
0.0343
77/ 63
3/107
O.tbl
0.161
0.160
0.0000
206/ 39
If 1
0.279
0.279
0.279
0.0000
231/ 14
I/ 1
3.936
0.161
0.098
0.0883
27/126
2/M9
0.076
9.279
0.142
0.0990
328/ «1
4/3T1
0.332
0.332
3.332
O.OJ90
12/231
11 4
0.469
2.799
1.979
1.2755
44/ 18
3/183
0.493
9.493
0.493
O.OOOO
64/181
\, 1
2.299
2.299
2.299
0.0000
224/ 21
i/ :
O.?12
J.193
0.412
0.1138
8. /SI 9
i/144
0.469
2.799
2.021
1.0377
199/ 42
4/9J1
11
II
11
),0
18/220
I/ 9
13
82
43
33.4
32/ 78
3/137
19
15
19
0.0
41/203
I/ 2
34
34
34
0.0
99/148
I/ 3
11
IS
13
l.t
74/941
V 75
13
82
41
29.2
110/239
4/343
13.0
13.0
13.0
J.JO
181/ 62
If 4
0.0
19.0
9.0
B.66
Of 48
3/119
19.0
15.0
15.0
0.00
209/ 32
I/ 9
1.0
t.O
1.0
0.00
13'204
I/ 29
13.0
19.0
14.0
1.41
30/1 46
2/ 46
0.0
15.0
4.0
7.15
0/1*6
4/976
7*
73
73
J.J
115
3197
I72B
1878.9
186
186
186
j.a
714
714
714
0.0
73
186
139
79.9
113
m7
1J99
1555.5
1C. 4
10.9
10.9
0.33
0.2
4.8
2.9
2.4?
11. <
11.9
11.9
0.33
2.1
2.1
2.8
0.00
10.9
11.9
11.4
0.65
C.2
4.8
2.4
1.98
-------
MRTIAt Df'Ttt VAIUES
*
o n
u i e
N C
D
• 1
0 0
U 1 N
1 P
0 C
C
R
0 0
U 1 C
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0
9 N
0 0
U 2 N
N 0
0 C
C
•
n c
U 3 C
1 C
0
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U 3 1
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D C
C
,
0 A 0
U L C
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D
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CAT
U I 1
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e
• IN
*AX
"til
* TOV
N
P/««
•UN
MAI
• ( AN
fTOV
N
0/U*
11*1
MAX
TAN
STDV
N
0/H*
KIN
•lAK
Mf A1
snv
N
r/w«
MIN
• AX
ft A1
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N
f/K«
til
MAX
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N
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*
P/M»
C»** TU»8 9KCHI »M 00 TfH»
3.81 26 T 6.9 3.6 12.8
247.1 91 80 10.' 11.6 28.8
44.2 74 19 8.4 9.2 21.1
60.91 14.9 19.8 0.82 1.9) 4.91
M/ 2 8/ 21 8/ 19 17/ I 4/ |) 94/ 1
22/194 19/198 22/706 22/2)1 71/278 22/19)
0.) 6 2 9.3 0.7 6.6
199.6 100 292 10.6 »9,2 28.9
16.7 70 44 7.8 9.1 16.9
38.42 21.1 17.9 0.70 2.02 9.19
0/0 0/0 0/0 0/0 0/0 0/0
229/2*7 168/187 227/249 227/249 224/249 226/248
2.0 3 9 9.9 3.3 72.9
999.0 107 164 10.6 17.8 11.4
61.7 74 41 8.0 7.9 27.7
104.02 21.9 28.2 1.09 2.79 1.91
3/0 I/ 1 7/2 2/0 4/0 9/2
99/244 94/239 98/212 39/249 38/242 99/2)9
1.4 4 1 4.1 3.0 17.)
212.0 121 222 9.4 13.9 12.2
29.9 72 91 7.7 6.7 2ft. 2
18.99 24.0 37.7 0.81 1.98 2.36
0/2 0/0 0/0 0/6 0/9 0/0
IR8/249 181/717 1R1/241 188/241 188/241 187/246
2.0 13 11 6.1 2.8 13.9
171.9 96 104 10.0 11.4 Z9.0
38.2 74 39 7.8 7.6 21.7
42.92 20.7 20.4 0.91 1.69 3.30
13/ 3 6/7 V 24 4/1 2/2 2/1
43/211 43/208 49/217 44/240 41/217 44/241
0.8 1 6 4.7 1.6 4.0
241.4 100 189 10.3 13.9 29.6
19.9 74 9) 7.6 7.2 20.1
31.30 23.7 37.0 0.82 1.39 3,18
0/0 0/0 0/0 0/0 0/0 0/0
202/247 178/221 201/246 201/249 198/241 202/246
2.0 9 7 5.9 2.8 12.8
999.0 107 184 10.6 17.8 31.4
9O.2 74 A3 B.fl 7.9 24.8
80.00 21.3 23.7 I. 00 2.28 4.19
16/ 0 1, J 13/ 3 9/0 4/ I 96/ 2
126/709 t!»/v41 129/718 US/736 122/727 129/6HZ
0.3 1 1 4.1 O.I 6.8
339.8 121 292 10.6 19.2 32.2
21.3 72 49 7.7 1.8 20.8
36.37 23.0 37.9 0.78 2.03 9.49
Of Z Of 0 0/3 6/0 0/9 0/0
615/739 929/M* M If 7)6 416/741 610/732 613/740
TOTAl*
C.07O
1.184
0.706
0.2896
39/ 4
22/706
0.004
1.719
O.llf
0.7/41
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227/249
0.010
1.399
0.211
0.1799
|4/ |
99/?)2
0.004
2.599
0.119
0.7409
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168/247
0.013
3.064
0.308
O.S817
27/ 1
49/22)
0.004
4.949
0.120
0.3922
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201/246
0.310
3.094
0.249
0.4*82
37/ 1
126/704
0,004
4.949
O.UJ
0.2764
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616/742
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0.00)
: 0)2
O.I 19
0.7917
27/ 1
22/719
O.OOI
1.709
0.091
0.1927
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227/249
0.003
1.191
0.109
0. 7*61
9/ 0
99/2)8
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0.994
9.014
0.0846
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188/241
0.004
2.0O9
0.196
0.4200
a/ j
49/217
0.001
0.847
0.04}
0.1001
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200/241
0.001
2.009
0.142
0.32H
IS/ 0
126/703
0.001
1.209
0.043
0.118*
Of 2
619/7)9
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4.389
0.34*
0.9088
tf 9
77/2)8
0.074
9.749
0.971
1.9109
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227/249
0.027
4.099
0.511
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99/241
0.029
6.897
0.9*1
0.9268
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188/247
0.020
1. -99
0.147
0.9144
2/ 4
4J/240
0.017
4.469
0.341
0.9961
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201/246
O.OZO
4.389
0.3)0
0.6906
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126/729
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9.743
0.618
1.1224
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0.043
0.*79
0.110
0.0920
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0.072
0.6)9
0.106
0.0998
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727/749
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0.379
0.101
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99/740
0.016
0.719
0.129
0.0931
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188/246
0.032
3.OZ4
0.164
0.4S92
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0.020
0.979
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201/243
0.032
3.074
0.123
0.2791
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126/733
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0.979
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0.1019
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616/741
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0.8716
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0.242
8.199
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0.199
6.000
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201/749
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1.915
1.3983
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0.199
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10
748
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10
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147.0
19.6
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0.0
41.0
6.9
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99/276
0.0
210.0
16.9
76.49
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10.6
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PAIMIAI. PE»TM VAlUfS
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11.1
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43.9
65.55
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61.7
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47.6
26.9
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53.6
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64
74
69
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26
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5
137
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23.9
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96
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64
74
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5
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74
21.5
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114/641
41
44
43
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It 11
7
60
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O/ 9
20/2*1
114
114
114
0.0
560/179
I/ 3
10
2^|
19
T6.3
O/ 4
76/738
2.0
112.0
21.9
21. 21
29/ 4
St/270
15.0
13.0
19.0
0,'i'i
17?/ *t
If 1
1,0
J7.0
11.4
7.23
It' 13
l«/2Q^
2.0
49.0
9.9
10.81
42/ 11
20/193
15.4
19.0
19.0
0. i»5
967/166
If 14
t.O
112.0
16.3
20.96
12/ 7
76/703
0
99
S
:9.4
519
519
519
0.3
0
0
f)
o.o
0
10
1
2.2
919
519
919
3. J
1
•Si
9
14.4
0.0
4.1
9.3
I.OB
2). 7
23. T
7J.7
O.JO
0.0
0.0
0.0
3.11
0.0
1.*
0.1
0.30
23,'
23.7
73.7
3.33
C.O
4.1
3.2
O.*0
-------
Mft7[*l DEPTH VUUC*
SECCHT
OUT MOP
NH1
KJU
Hff
tone
PfRC
•
0 0
U 1 f.
* C
D
• N
0 0
U 1 »
N n
0 C
c
•
0 0
U 2 C
N r
0
• N
o n
II 2 N
N 0
D r
c
•
o e
U 3 C
N r
o
* N
0 *»
U 1 N
H 1
P f
'
,
0*0
U t C
*J 1 C
0
• *
040
U 1 N
N L 0
0 t
c
• III
*•*»
•"MM
%10#
N
?/M«
HtN
•tu
*ft1
5TOV
*K/>
P/m
KIN
«•*
*f 11
$T?V
N
0/K»
Hit
MM
T4M
4TD¥
*
"'"•
• N
**«
ff*«g
1T"V
*K/>
P/K»
M"
• •«
uftn
STOV
1
n/w>
Nt*
MAX
*?*N
S'OV
N
3.6
1^0,9
40.7
19. r7
47/ 9
5/191
0.3
355.6
20.6
41.42
O/ 0
242/247
7.4
108.9
11.3
36.78
If 17
19/723
1.4
595.0
14.7
64.14
O/ 0
228/247
1.9
126.8
25.0
29. T2
ll/ 6
71/219
0.8
241. »
/1.0
14.71
Of <)
776/247
1.9
29J*
93.2*
30/ 27
49/664
0.1
595.0
26.0
48.73
Of 0
6
46
66
47.2
3/ 4
4/181
«
100
71
70.1
If 0
181/186
14
95
74
21.6
8/10
19/219
4
171
72
74.2
Of 0
218/2)7
22
96
73
25.0
It/ 7
20/201
1
too
74
77.9
)/ 0
71 1/221
*
96
73
24. •
5/ 18
O/*72
1
121
72
22.6
Of 0
5 7.4
127 C.4
60 8.1
58.6 0.25
If 10 117/ 26
5/2)7 5/106
2 5.3
252 10.6
43 7.9
35.7 0.73
0/0 0/0
244/249 244/249
9 7.2
190 8.9
52 8.4
14.7 0.45
7/ 4 55/ 16
17/230 19/176
1 4.1
777 10.6
49 7.7
15.9 0.90
U/ 3 0/0
224/241 228/247
11 6.8
144 8.8
54 8.0
36.1 0.69
5/ 6 39/17
71/7 i 70/K +
6 4. f
1*9 10.1
50 7.6
34.9 0.84
a/ a 3/0
229/246 229/749
9 6.8
190 8.9
54 6.2
37. T C.55
3/ 13 ao/ 40
41/723 44/621
1 4.|
252 10.6
47 7.7
35.6 0.83
0/0 0/0
9.0 17.9
11.1 16.4
7.9 14.1
0.78 1.92
105/ 24 41/117
5/116 5/ 90
0.7 6.8
19.2 28.4
9.0 17.6
2.03 >.62
Of t 0/0
240/7*5 7*3/7*8
5.7 23.1
9,0 29.8
7.4 2*. 8
1.97 1.66
51/ 21 t)/ 11
19/1 T* 19/222
1.0 17.3
17.8 37.2
7.0 26.7
2.04 2.34
0/0 0/0
227/2*6 227/2*6
2.8 15.7
9.6 76. O
7.1 19.4
1.75 2.69
If 12 I2/ 1*
71/227 21/.VO
1.6 9.0
11.5 79.6
7. > 20.5
1.60 1.78
0/0 0/0
220/7*1 275/2*6
2.8 17.3
11.1 2 -.8
7.5 21.1
1.62 4.18
*/ 16 «7/ 11
49/692 45/687
0.7 6.8
19.2 32.2
7.8 21.5
2.10 9.47
0/0 0/0
0.006
0.712
0. 108
0.0902
if 27
9/219
0.00*
1.719
0.123
0.2335
O/ 0
2*4/2*9
0.008
0.750
0.09*
0.1761
6/ 10
19/231
0.004
7.559
0.138
0.7*8?
Of 0
278/747
0.013
3.064
0.244
0.6901
tl/ 1
20/714
0.004
4.549
0.1*7
0.1798
O/ 0
271/2*6
0.006
1.084
3.1*4
0.4791
If 1
44/734
0.004
4.549
0.115
1.3329
Of 0
rvw* 196/7*1 602/649 693/7)6 697/7*1 687/732 695/740 694/742
0.001 0.067 0.045 0.5*6
0.0*1 0.9)7 0.104 7.611
0.01* 0.717 0.079 1.20)
O.OIfO 0.18J6 0.0742 0.8919
Of 46 21/ 88 JO/ 72 11 V 9
5/701 S/l'O 9/147 5/123
0,001 P. 024 0.022 0.1 V9
1.709 9.745 O.A15 4.499
0.058 0.683 G. 107 O. 786
0.1658 1.4.75 0.0961 O.«9l6
0/0 0/0 0/0 0/0
24*/2*9 2**/2*9 2**/2*9 2**/2*9
0. 001 0.091 0.059 0.199
0.411 2.164 0.199 2.919
4.0)9 0.406 0.105 l.lll
0.0997 0.64T9 0.0*76 0.7781
Of 8 29/ 11 38/ 24 29/ 15
19/2)9 19/209 19/115 19/207
0.001 0.079 0.034 0.219
1.191 6.897 0.719 7.1*9
0.0*4 y.lll 0.1/1 1.709
0.1911 0.9OI2 0.0905 I.IOOO
0/0 3/0 0/0 0/0
22*/;(7 72B/2*7 22t/7*7 22«/2*7
0.004 0.3^4 0.0)4 0.399
2.009 1.679 J.OJ* 6.199
0.140 0.347 0.783 1.542
0.4903 9.5030 0.6593 1.68)4
I/O 6/ 9 17/ 0 44/ 0
70/737 20/711 70/2)* 20/2W
0.001 0.017 0.370 0.199
1.799 4.0*4 0.9F9 6.000
0.964 n.:41 0.106 I.Ofll
0.1776 0.95?5 0.12)0 0.9*00
0/1 tf 0 O/ 1 0/1
229/744 726/246 276/745 276/7*9
0.001 0.024 0.019 0. )99
2.009 2.164 1.024 C.I99
8.090 9.160 0.182 1.404
0.3113 O.S4I9 0.4484 1.7612
Of 0 6/ 42 )9/ 0 138/ O
44/74| 44/694 44/707 «*/604
0.001 0.017 0.020 0.199
1.255 9.7*5 0.979 7.1*9
0.059 0.563 0.112 1.020
0.1633 1.0895 0.1040 0.9506
0/1 0/0 0/1 0/1
-97/740 698/742 698/741 698/741
109
196
195
)4.0
IB)/ 20
5/ 46
10
248
68
66.8
Of 0
244/249
11
266
134
71.1
18/ 7
19/722
10
374
68
Aft.*
O/ J
??«/24r
12
220
113
65.6
25/ 7
20/214
10
fll
69
67.8
Of 0
776/746
11
766
127
65.a
74/ 9
44/659
10
))4
69
65.3
Of 0
658/742
1.0
R7.0
70.8
3T.29
7/ 7
9/239
0.0
142.0
18.6
24.94
9f 0
24*/249
0,0
130.U
22.5
36.25
Of 1
1V/246
0.0
210.0
13.4
22. 19
Of 0
776/2*7
1.0
59.0
11.8
16.67
I)/ 7
20/726
O.f
90. J
9.4
14.73
O/ 0
226/2*6
0.0
iio.o
17.4
28.81
Of 4
44/738
0,0
210.0
13.9
21.59
Of 0
6«8/742
0
JOS
41
1)6.4
0
0
0
0.0
1 \
64.0
0
0
0
o.t
0
2)3
42
63.9
0
0
0
0.0
0
105
?7
81.5
0
0
0
0.0
0.0
0.1
O.I
O.I*
0.0
0.0
o.o
c.oo
3.0
18. ti
3.9
5.7*
P.O
0.0
0.0
0.00
-.0
30.9
1.0
6.8*
0.0
0.0
0.0
O.'JO
0.0
10.9
2.8
5.99
0.0
0.0
0.0
0.09
-------
or
em*
SECCMI
00
»»«TUI DIPIM VALUES
T07Alf (MITHO» HJ^NOl
NH3
KJEL Al«
CCMC
*
0 0
\> I 0
It M
0
H H
c o
U 1 M
N 0
0 0
N
1
0 D
U 2 0
N
n/ui
HIM
MIX
Mt*N
STOV
N
0/W*
"IN
«*«
HftN
SID*
K
0/x*
M1M
MM
*t*H
i7DV
*
C/«
HIM
MM
"E«f»
SIDV
••
C/H*
"I*
MA«
»IA«)
S'ov
N
o/irt
*II»
MAX
«f*H
$TDV
N
P/k«
*IN
»A«
MEAN
ITOV
N
n/tm
1.6 4 * 7,4 4.0
100.4 96 ITT «.6 H.I
«0.2 66 60 *. 3 9.4>
34.77 42.2 9(.6 0.29 0.7*
4T/ * 0/4 If !« HT/ 2* 199/ 24
9/141 4/1*1 l/«f 9/1 06 9/116
T.I 71 9* 8.1 6.6
It.* tl 7O «.4 «.*
10.1 12 6t ».* 1.2
2.54 *.» T.* O.»0 1.O4
»}/!!• 19t/ 43 165/ 90 1«4/ 16 IJ7/ 34
If ft? 3/ Tl V 26 3/ (T 1/105
2.S 14 f T.t 9. f
10*. 4 *3 HO •.* «.0
19.1 Tl 90 1.4 1,',
J4.J6 n,t IS. 1 0.»7 l.ll
// IT •/ !0 T/ 4 99/ 14 SI/ 21
U/721 16/214 14/230 14/1/6 16/1T4
1.1 >T 91 6.1 6.4
1.1 IT 9| 4.9 6.4
3.1 *7 91 4.4 4.6
«.«» 0.0 >.0 0.00 0.03
I4/22T 137/ TS 160/ S2 96/161 47/16*
I/ t. I/ « 1/4 I/ • 1/4
1. » 22 11 6.( *.•
1?6.« «6 144 6.1 «.6
24.1 72 99 I.I 1.1
3).» ».4 IT.) 0.61 l.Tt
ll/ 6 ll/ 79/4 3«/ 12 2/ 12
20/210 If/203 20/239 19/144 20/227
J.I T« 91 ».« 6.4
11. » 17 TO ».1 1.4
i.i is 9« a.o r.o
4.07 4.9 1.1 0.13 0.90
73/129 2(6/112 4*1/149 MO/ 40 1*4/79)
4/J*3 4/177 4/ 9J 4/J91 4/2M
1.4 4 9 4.e z.e
126.6 9t 130 «.« 11. 1
31.4 72 J* 8.2 7.6
»4.I9 ZJ.J 39.4 0.33 1.61
JO/ 27 J/ If 3/ 1) *0/ 40 4/ 36
41/614 39/622 39/720 40/421 41/692
12.3
14.4
14.1
1.32
41/117
3/ «J
2>.l
24. •
23.*
O.87
13/181
V 43
23.4
29. •
25.0
t.7»
I9/ 11
16/22J
26,0
ZC.O
24.0
0.00
2II/ 14
If I
19.7
24.9
19.1
;.29
12/ 23
20/209
23.1
26.0
2*.4
1.10
393/179
4/172
12.3
24.8
20. •
4.24
42/ 11
41/6*7
0.004
0.212
0.13*
0.0902
3/27
9/Z19
0.024
O.nj}
0.02*
0.0012
63/133
3/ 31
o.aai
0.750
0.107
0.19C2
«/ 10
14/231
0.019
0.019
0.019
0.0000
29/216
I/ 1
0.319
3.0*4
0.217
3.7969
ll/ 1
14/M4
0.013
0.013
0.029
4.00(2
•4/492
4/164
1.0)6
3.034
o.tre
0.9CU
T/ 1
40/7)4
0.091
0.043
0.014
O.S170
O/ 46
1/233
0.004
0.0)1
O.U09
P. 0001
109/120
3f 22
0.091
0.413
0.0)1
O.IIH9
B/ S
16/234
0.019
0.010
0.009
0.0000
77/1*3
:< ii
O.Oi*
2.049
0.147
0.461*
• ' 9
19/2JT
O.JOf
0.011
0.009
C.0038
2T3/393
*/ 76
J.D51
2.009
0.0)7
3.32*1
Of 0
40/7*1
0.062
0.932
0.232
0.1816
2I/ ••
9/1*0
0.077
0.114
0.103
0.(I2*7
39/140
3/ 92
0,091
2.1*4
3.**-
3,«^i«
*:•/ 13
l6/^3»
0.076
S.026
0.023
0«0(""i
19/224
I/ 2
0.014
1.679
0.164
0.9109
6/ 9
19/211
0.026
0.134
0. OC4
I. 3432
L*/*]4
4/290
0.324
2.1**
0.3»*
3.9612
6/ 42
40/694
0.049 0.334
0.104 2.611
O.079 1.793
0.0742 0.*S|9
in/ 72 ll'/ 4
9/147 3/123
0.0*9 l.JJl
0.136 1.9)2
0.111 1.402
0.0176 0.1 If 2
99/ 47 IT!/ 61
1/101 3/ 11
0.6">9 0.14V
0.119 2.919
0.101 1.294
0.94*4 O.BSO+
!<)/ 24 2«/ 19
16/119 16/207
O.Oil O.879
0.991 0.',/5
0.090 0.*7»
o.ooco o.oooo
97/1*6 112/113
1/3 1/1
0.034 0.399
1.014 1.141
0.293 I.47T
0.6740 1.7220
17/ 9 44/ »
19/214 19/232
0.091 0.379
0.196 1.1)2
O.O«7 1.270
0.0417 0.2301
114/132 431/117
4/476 4/1T4
0.339 4.199
3.024 4.199
0.141 l.*|T
0.4691 1.3213
39/ 0 lit/ 0
40/707 40/604
103
196
135
34.0
I*)/ to
9/ 4*
111
194
1/6
15.6
204/ 14
I/ 29
It
:u
r,6
7',.0
\il 7
16/Z2I
12
12
12
0.0
25/21*
I/ 3
19
2/0
114
62.*
41/ 7
19/191
12
199
1)>
B7.0
91/ *2
4/6JT
11
26«
12«
64.6
74/ 9
40/659
1.0
• 7.4
20.C
37.29
T/ 7
9/239
7.0
*.o
7.3
9.5*
117/ 49
I/ 11
0.0
1)9.0
29.1
19.02
O/ 1
16/246
9.0
9.0
9.0
0.00
116/110
If 20
1.0
94.0
(2.1
17.09
I)/ 7
19/226
9.0
8.3
6.*
1.2*
264/942
4/1 7 A
0.0
130.0
1*.9
30.03
O/ 4
40/T3J
0
105
41
136.4
t64
224
195
1B.9
0
211
it>
64.4
239
231
23)
0.0
0
\»3
11
47.9
169
231
204
31.7
3
!»
4]
69.7
0.0
<-.J
0.1
0.12
12.2
!«.«
13.0
1.41
0.0
4,1
1.)
2.92
143.4
33.9
J0.«,
o.oo
0.0
9.0
t.6
2.30
12.2
33.4
14.0
R.40
0.0
9.7
1.3
2.36
-------
C'lUflCCNATOIVGON
MRT1U OIFTH VALUES
TUM JftCMI
»nuip
KJIl MK
CONC
• PIN
0 0 «MI
U 1 C «F*«
* £ 5TPV
0 N
O/H*
• N "IN
0 9 **X
I* 1 N KftH
* 0 4TPV
0 C N
c n/M
t DTN
c n M«X
o 2 r i>f«
O/MII
• N HIM
n n MAX
u 2 N *r**
H 0 5TOY
t> C *
C 0/"»
• KIN
C t KM
u 3 e •"•i
N C STDV
tvw*
• t "IM
0 1 CO
•1 1 1 MM*
* 0 i'DV
0 C *
e P/«»
« "IN
rip ">x
U L C HFAfI
•1 L C STOV
0 >;
0/M*
• « H|N
0 » 1 MX
U 1 1 "f«(*
N I O 9TP»
D C N
c r/ui
0.3
315.6
21.0
41.40
O/ 0
247/247
6.4
6.4
6.4
0,00
49/149
I/ 3
1.4
549.0
34.6
«2.68
O/ 0
246/247
0.8
/4I.4
21.2
»«.!7
o/ n
747/7*'
• .4
6.4
6.4
0.00
232/905
I/ 4
O.I
59?. 0
26.2
47.99
a/ o
743/T41
6
too
71
20.6
O/ 0
187/187
49999
-99999
0
0.0
217/ 0
O/ 0
4
121
72
24.0
O/ 0
2)7/217
1
10:
74
21.1
O/ 0
721/72*
49499
_9naq9
O
0.0
64 5/ 0
O/ 0
1
121
72
22.7
O/ 0
649/649
7
252
44
36.2
or o
{49/24*
9499*
-99999
0
0.0
241/ 0
O/ 0
1
272
4*
35.8
O/ 0
241/241
t.
189
90
J5.9
«*/ 0
;4*/74
99999
-99999
0
0.0
T16/ 0
n/ o
(
292
48
35. T
O/ 0
7)6/7)6
5.3 0.7
10.6 19.2
7.* 9.0
0.7) 2.02
0/0 0/0
249/24* 749/741
».8 9.7
6.8 9.7
6.8 9.7
0.00 0.00
12/210 279/ 16
1/5 1/1
4.1 1.0
10.6 17.8
7.8 7.0
0.8* 1.98
0/0 0/0
746/247 749/246
4.T 1.*
'O.I 11.9
7.6 7.1
0.84 1.6|
0/0 0/0
!4V749 241/241
e.8 4.7
6.8 9.T
4.8 9.7
0.00 0.00
»0/ All 618/102
i/ in i/ 12
4.1 0.7
10.6 I'.Z
7.8 7.8
0.81 2.07
0/0 0/0
740/T41 771/712
6.8 O.OO*
78.9 1.719
17.5 0.12)
5.59 0.2)14
0/0 0/0
248/248 749/744
28.7 0.071
7P.7 0.021
7».7 n-071
O.CIO 0. 100
III/ 97 95/187
1/2 1/9
17.3 0.004
32.2 2.599
26.6 0.1)9
2.19 0.7*16
0/0 0/9
249/246 2t6/247
4.0 0.004
14.* 4.54*
70.4 0. 19)
4.75 0.4391
O/ O 0/0
24A/746 2*6/746
28.7 0.021
28.7 0.021
28.7 0.021
0.00 0.0000
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MAX
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;TOV
N
n/N*
HIM
ft*
Hf»N
STtiV
»»
r/MR
HIM
«»X
»"f»«
STDV
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o/m
«IH
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STOV
«
0/wR
9.9 99979 129 8.9
9.9 -99999 120 6.9
9.9 0 129 8.9
0.00 0.0 0.0 0.00
•9/193 187/ 0 23*/ 12 204/ 3*
1/9 0/0 1/3 I/ 11
0.3 6 2 9.3
399.6 100 292 10.*
21.0 71 43 7.9
41. *7 20.6 39.9 0.73
o/o o/o o/o or o
2*6/2*7 187/167 2*8/2*9 2*8/2*9
U* 4 1 4.1
999.0 121 222 10.*
34.4 T7 49 7.8
62.98 24.0 39.8 0.89
0/0 0/0 0/0 0/0
2*7/2*7 2)7/2)7 2*1/241 2*7/2*7
0.8 1 * 4.7
7*1.4 ICO 189 • '•.»
23.2 7* 90 7.6
34.27 23.1 19.0 0.84
0/0 0/0 0/0 0/0
247/2*7 221/221 7«*/2** 2*9/2*9
9.9 99*99 120 "6.9
9.9 -99999 120 8.9
9.9 0 120 8.5
0.00 0.0 0.0 0.00
1(6/9*6 649/ 9 699/ 37 614/102
1/9 0/0 1/4 If 29
9.3 1 1 4.1
949.0 121 29} 10.*
26.2 72 47 7.6
47.49 22.7 33.4 0.83
0/0 0/0 0/0 0/0
749/7*1 6*9/6*9 739/736 7*0/7*1
12.9
12.0
12.9
0.00
23*/ 9
If 2
0.7
19.2
9.0
2.01
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2*4/249
3.0
17.6
7.0
1.96
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2*6/7*6
:.6
13.9
7.3
1.61
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241/7*1
12.0
17.0
17.0
0.00
713/ 17
I/ 2
0.7
19.2
7.6
2.07
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731/732
6.6
6.8
6.8
0.00
0/2*7
I/ 1
7.2
26.9
17.9
9.96
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247/247
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32.2
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79.6
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3.29
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t.8
6.6
6.6
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7.2
32.2
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9.*7
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739/739
0.016
0.016
9.019
0.0000
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9.^4
1.719
0.123
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740/2*9
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0.199
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0.016
0.016
0.019
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97/632
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0.004
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0.117
0.3199
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7*1/742
0.009
0.009
0.009
0.0000
93/181
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0.001
1.209
0.097
0.1149
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246/2*9
0.001
1.191
0.093
0.1*79
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0.031
2.009
0.070
0.2066
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0.009
0.009
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106/983
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0.001
2.009
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0.1794
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0.129
0.129
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98/188
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0.024
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0.873
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1.029
6.697
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0.8836
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0.017
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0.129
0.129
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0.017
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0.970
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0.122
0.639
0.107
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0.034
9.719
0.120
0.0878
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2*7/2*7
0.020
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0.172
0.7737
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0.293
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4.699
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0.219
7.149
1.217
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6.199
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0
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0.0 0.00
0 0.0
0 0.0
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0.0 0.00
0 0.0
0 0.0
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0 0.0
0 0.0
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0 0.0
0 0.0
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CCNUStGOfcVAULM M4TMI OtffH v*LUES
CM.* TUftt SCCCHI fK 00 TIW TOTAL* C*TW)» NC2MO) HMS ftjtt ALK *t* CONC
1 MIN
0 0 MAX
U 1 0 *t A*
M M STOV
0 H
F/Mt
* 1 HIM 9.9 ***** 120 1.3 12.9
0 9 NU 5.5 -****» 120 S.9 12.0
U 1 N MfA* 9.9 0 120 1.5 12.0
N D STDV 0.00 4.0 0.0 0.0« 0.03
0 0 N 14/153 1IT/ 0 Z34/ It 204* 34 Z34f *
U 0/W« 1/5 0/0 I/ » I/ 11 I/ 2
* "IN
0 0 MAX
0 2 0 NCAN
N • STOV
0 *
0/MR
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0 0 MAX
U 2 1 "FAN
•* 0 JTOV
0 0 «
• MIN
e o «
• N BIN
C 0 f AI
(1 3 N *t«tt
H 0 STOV
0 0 N
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0 A 0 «AI
V t 0 *f AN
N 1. t 5TQV
0 N
• t HIS 9.9 **««* 120 1.3 12.0
0*9 PAX 9.9 -***** 120 «*9 11.9
U U « «f»H 9.9 0 120 1.5 12. >
N L 0 STOV 0.00 0.0 0.0 O.OO 0.00
0 0 N 116/546 645/ 0 6«9/ 3T 614/102 T13/ IT
<4 0/HN 1/9 0/0 1/4 I/ 29 I/ 2
6.1 0.016 0.099 0.129 0.046 0.2*4 11 10.0
6. t O.O16 O.O05 0.125 O.O46 0.294 II 10.0
6.* 0.019 0.003 0.125 0.046 0.2*3 II 10.0
9.09 0.0090 0.0000 9.0000 0.0000 0.0000 0.0 O.OO
0/Z4T 2I/21T 93/1*1 58/18* 34/20* 24/213 TI/U* 132/10T
1/1 It 4 It 19 1/3 1/6 1/2 1/9 I/ 10
6.1 0.01* 0.005 0.175 0.04* 9.2*4 II lO.f
*.• 0.016 0.995 9.115 9.046 0.2*4 . 16 IS.O
6.1 0.015 0.009 0.129 0.046 J.2*3 1* 10.0
0.00 0.0000 0.0000 0.0000 0.0000 0.0990 l..t 3.00
0/73* « 1/432 106/913 2IC/450 (7/644 51/619 1T«/54T 473/742
I/ : I/ 13 I/ 52 I/ 6 If 11 I/ 3 I/ IT I/ 2T
0 0.0
0 0.0
0 9.0
0.0 0.00
0 0.0
0 C.O
0 0.0
0.9 9.13
-------
00
r\j
C»NJ$iC»*«NOOINrUH PARTIAL DCP
• H|«l
r n MAX
u i t * r»t
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0 N
n/H*
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U 1 N "IAN
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0 n n«x
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0/H*
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D C N
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c a »ix
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0/H«
8. 1 MIS
o o "««
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MIC STOW
0 •»
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n m HtN
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0 L H "FAN
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0 C *
C 0/H*
cm*
0.8
747.1
32.4
47.67
6/ 2
16/2)9
0.3
359.6
19.0
40.01
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211/247
4.4
206.7
17.4
49.12
24/ 4
77/214
1.4
945.0
14.6
63.83
O/ 0
225/24T
1.9
171.9
27.3
39.14
7/ 3
24/2)7
0.8
241.4
22.7
14.17
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711/747
0.8
24 T.I
30.7
43.84
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0.)
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25.6
48.44
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TU»B SFCCHI PH on TFN*
6 4 *.? 4.2 11.6
100 1)7 1.1 12.8 77.7
»9 46 T.9 9.0 IT.l
26.9 41.0 0.*4 1,71 9.29
0/0 2/2 2/8 7/2 2«/ 11
31/1(17 36/249 16/2)9 16/7)6 16/711
11 2 9.1 a. 7 6.8
100 292 10.6 19.2 28.9
72 41 7.9 9.0 17.9
19.0 39.4 0.74 2.07 9.69
2/0 0/0 0/0 0/0 0/0
156/189 213/249 211/249 294/245 212/241
9 6 9.7 4.2 21.2
46 171 8.6 8.1 10.1
*9 92 7.9 A. 4 2'".9
27.4 41.7 0.83 l.ll 7.01
1/7 1/3 9/ 28 «/ 49 I/ 6
22/779 27/2)7 22/714 22/189 72/717
4 1 4.1 1.0 17.1
121 227 10.6 17.8 17.7
71 48 7.8 7.1 26.7
23.6 19.0 0.89 2.34 2.37
0/0 0/0 0/0 0/0 0/0
215/217 219/241 225/24T 224/246 274/T.4&
11 7 6.H 4.1 11.5
46 119 «.4 13.1 26.2
71 43 7.6 7.1 20.0
25.6 30.2 0.86 1.34 3.07
9/ 7 I/ 16 •/ 2 8/ 10 2/ 11
24/204 29/279 79/219 79/771 79/71)
1 6 4.7 1.6 9.0
100 185 10.1 11.9 24.6
74 91 7.6 7.1 20.9
22.8 35.5 O.81 l.«9 3.27
0/0 0/0 0/0 0/0 0/0
197/221 217/246 716/749 21 7/2'. 1 717/246
5 9 9.7 4.1 11.6
100 172 9.9 17.8 10.1
67 47 7.8 7.8 20.4
26.4 3d. 2 0.78 I.Cl 9. 21
3/3 3/6 4/7 22/ 4 27/ 6
77/6)9 87/727 07/725 87/701 87/707
1 1 4.1 0.7 t.l
121 252 10.6 19.2 37.2
7» 48 7.7 7.8 21.6
22.1 19.4 0.81 7.10 9.92
3/ 0 C/ » 0/0 0/3 0/0
968/649 669/716 634/741 649/712 693/740
TOT At P
0.004
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0.09)
O.O615
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lt/277
0.004
1.719
0.129
0.248*
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213/249
0.008
O.R67
0.099
0.1793
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77/212
0.004
2.594
0.118
0.2897
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225/247
O.O08
0,921
0.124
0.1743
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29/214
0.004
4.544
0.159
0.43O9
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217/246
0.004
O.97I
0.101
1.1405
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• 7/714
0.004
4.949
0.142
0.1319
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0,001
0.194
0.07.4
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«/7)7
0.091
1.209
0.061
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0.007
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0.001
1.191
0.037
0.1944
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775/747
0.001
0.493
0.042
0.0945
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79/2)5
0.001
7.009
0.074
0.7149
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0.031
0.4
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0.9590
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0.001
2.004
0.064
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694/741
TM VALUES
HC7N01
0.075
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1.8614
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16/746
0.024
4.745
0.825
1.1991
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213/244
0.029
4.745
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1 .10*9
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77/742
O.079
6.857
0.480
0.9(10
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229/24T
0.079
1.275
0.256
0.1411
12/ 18
29/216
0.917
4.469
0.153
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217/246
0. 129
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0.714
t.3f«rt
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87/727
0.017
9.749
0.990
1.0172
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6*5/742
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0.022
0. IM
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0.024
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0,111
0.1011
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211/248
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0.0759
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0.714
0.170
0.0890
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225/247
0.041
0.567
0.123
0.1055
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0.070
3.074
0.122
0.2346
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717/746
0.072
O.567
0.103
0.0774
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87,714
0.020
3.024
0.110
0.1557
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0.199
4.649
0.772
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213/749
0.276
1.549
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0. '643
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77/711
0.719
7.144
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1.1024
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0.199
4.094
1.188
0.4»95
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0.704
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1.0694
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217/745
0.199
4.094
1.032
0.7961
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87/728
0.194
8.199
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655/742
AIR
10
727
90
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16/746
10
248
67
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10
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10
261
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10
291
71
61.4
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10
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87/731
10
334
70
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9
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6.8
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9.9
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6.8
6.9
6.8
0.07
80/614
t/ *7
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9.9
7.8
0.77
9/ 7
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9.2
10.9
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4.2
12.1
1.9
1.76
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14/216
4.2
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22/189
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29/223
9.2
10.3
9.8
0.92
564/ 99
2/111
4.1
12.8
7.7
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22/ 9
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Tfw
11.6
20.7
13.9
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26/ 80
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11.7
2T.2
17.4
9.34
7«/ 11
34/709
21.2
30.1
23.9
2.09
J/ 6
22/237
13.9
26.2
20.0
3.07
2/ U
29/23)
11.6
20.2
19.9
6.08
ZT/4)«
2/279
11.7
30.1
2". 9
9.19
29/ 6
•9/T03
PAD!
TOTAL*
0.004
0.019
. O.OJ9
tp.aiM
0/221
tt 21
0.010
0.2)4
0.986
0.0676
12/ 72
34/219
0.00*
0.867
0.099
0.1 7V9
6/ 9
22/2)2
0.006
0.921
0.124
0.1T43
9/ 7
29/234
0.004
0.319
0.039
6.0077
0/649
2/ 97
0.036
3.921
0.103
0.1414
19/ 2)
•9/7JO
'IAL Dlf
0.003
0.003
0.002
0.09)9
27/210
2.' 12
0.001
0.154
0.029
0.0)2)
O/ 17
14/732
0.092
0.042
0.01)
0.0124
J/ 43
22/201
0.003
3.493
0.042
0.0949
2/ 8
29/739
0.00)
0.003
3.302
0.0000
36/672
2/ 31
0.001
0.49)
0.027
0.0596
O/ 24
•9/717
TM VALUES
N07NO) Mi)
0.383 0.073
0.509
0.799
0. (117
36/ 40
2/12)
0.029
7.5*7
1.183
1.9097
I/ 2
14 '746
0.029
4.299
0.610
I.I03S
4/ 1
22/242
0.029
1.223
0.296
0.3411
12/ IB
29/216
0.083
0.909
0.295
0.3012
200/19',
2/348
3.075
7.59*
0.721
l.)429
IS/ 2
69/727
O.OH9
0.079
O.JJ8*
109/102
2/ 42
0.022
0.169
0.078
0.0)70
O/ 27
34/722
0.036
0.376
0.117
0.0799
I/ 6
27/240
0.041
0.567
0.123
0.1059
IT/ J
29/224
0.073
0.089
0.379
0.0084
305/342
2/ 93
0.072
0.96T
0.104
0.0763
I/ 7
65/734
HJfl
0.732
0.2(2
0.716
O.OS5)
9/276
2/ 1*
0.312
2.6*9
0.974
0.6401
3I/ 7
14/709
0.276
3.599
0.987
0.7649
4/ 12
22/231
0.199
4.099
1. 168
0.9799
O/ 6
29/240
0.232
0.282
0.256
0.035)
13/693
2/ 36
0.199
4.099
1.093
0. 7964
O/ 14
89/728
A I*
10
II
II
3.1
0/208
2/ 41
10
227
94
74,7
O/ 3
14/746
10
223
74
68.7
O/ 1)
22/234
10
Z61
89
66.7
O/ 2
29/244
10
11
11
0.7
0/649
?/ 9)
10
261
•6
70.6
O/ 11
•3/711
N/P
10.3
170.0
64.0
77.78
1)7/ 3
2/114
1.0
86.0
19.4
75.37
7/ 6
34/714
U.O
48.3
11.9
13.78
O/ 17
22/230
O.O
39.0
4.9
6.69
0/19
29/2)1
10.0
120.0
65.3
77.78
473/ 6
7/763
0.0
M.O
1 J.I
18.96
O/ 16
r9/r26
CCNC
3)
307
110
0
328
43
77.7
0
744
48
C6.6
0
548
70
I3J.9
33
307
173
193.7
0
346
34
97.3
14.7
71.1
17*
4. SO
0.0
T.9
C.9
1.61
0.0
6.3
1.0
1.43
0.0
3.9
3.T
1.13
14.2
21.1
17.6
4.90
0.0
7.9
0.8
t »4>
-------
CfNUSiOVftOSICM
CMLA
TlffB SCCCMI
TEMP TOTALS OftTMOP W02N03
NM3
KJEl Al*
*/•
COUC MAC
t HIM
0 0 MAX
U 1 C MEAN
N C STDV
e *
0/M4
« N Ml*
O O "AX
U | N Nf AN
N 0 STDV
0 C N
C 0/W*
It MN
0 0 MAX
U I C MEAN
1 t 5TOV
D N
0/H*
• tt NtN
0 0 "A*
U t N MfA1
N (• STDV
t> C N
C 0/Wt
• MIN
O 4 MAX
U 3 C MEAN
" C STOV
9 K
0/K«.
• N HIM
0 0 MAX
U } * HE AM
N 3 STDV
o e «i
C O/HI
• MM
n A •) MAX
U L C MEAN
UlC STDV
0 N
O/4R
• N NTN
0 A 0 "AX
u i n MEAN
N L 0 STDV
0 C H
C 0/M
1.9
247.1
11.8
45.01
•/ Z
29/217
0.3
393.4
71.2
40.**
O/ 9
218/247
2.7
1*1.2
Z».t
14.48
9/ 10
21/21*
l.«
995.0
19.2
49.11
3/ 0
219/247
1.3
71.*
20.4
21.06
T/ 15
22/225
0.8
241.4
21.9
15.11
Of 0
229/2*7
1.3
247.1
22.7
13.73
16/ «
79/719
o.»
999.0
26. «
49.18
e/ o
642/741
1)
98
3*
23, •
2/ 2
ii/iBi
6
103
73
19.0
o/ o
160/187
14
93
t*
25.7
8/ 10
2 7/21 9
4
t?l
71
M. T
O/ 0
210/217
23
9*
72
21.6
12/ 7
14/202
t
100
74
73.3
O/ 0
102/221
13
98
64
23.4
!»/ 7
63/629
1
121
7)
22.3
O/ 0
510/64}
• 5
27
20.1
•/ 32
30/209
2
252
46
37.3
O/ 0
219/249
12
123
37
22.1
I3/ 9
27/219
1
222
90
36.9
O/ 0
214/241
12
90
42
20.9
If 32
22/207
4
119
31
36.0
O/ 0
224/244
7
123
34
21.7
13/ 39
79/688
t
252
49
36.7
O/ 0
657/736
9.1
7.0
0.3*
4/ 12
30/231
5.3
10.6
7.9
O.T4
O/ 0
219/249
5.9
1.9
7.6
0.74
If 16
20/229
4.1
10.6
7.8
0.01
O/ 0
219/247
6.3
9.1
T.T
0.81
O/ 7
22/230
4.7
10.3
7.6
0.94
O/ 0
223/2*9
3.5
9.1
7.7
0.71
S/ 30
•0/T06
4.1
10.6
7.i
O.I*
O/ 0
661/741
11.9
9.0
1.94
26/ 11
30/201
0.7
19.2
9.0
2.12
O/ 0
21S/243
4.3
9.7
6.2
!.»•
9/ 16
21/221
3.0
1T.»
7.1
2.03
O/ 0
218/2*4
4.0
10.3
7.2
..71
9/ •
22/278
1.6
11.9
7.3
1.60
O/ 0
219/2*1
4.0
11.9
7.3
1.81
19/ 19
•0/694
l>.7
19.2
7.*
2.10
O/ 0
632/732
29.6
16.1
4.19
%/ 29
30/216
6.8
28.9
17.T
3.7*
O/ 0
218/2*8
23.8
31.4
26. 6
2.23
21/ 2
28/223
17.3
32.2
2«.6
2.17
O/ 0
4-18/2*6
12.4
27.0
20.1
3.84
I/ 9
22/2*0
9.0
29.6
20.9
3.19
O/ 0
224/2*6
9.1
31.4
20.9
9.67
*/ 2
80/714
*.8
32.2
21.*
5.47
O/ 0
640/740
0.218
0.104
0.0583
32/ 24
33/193
0.004
1.719
I,. 123
0.2*58
Of 0
219/2*9
0.015
0.370
0.094
0.0857
It/ 20
28/196
O.OO4
2.359
0.1*0
0.2967
Of 0
219/247
O.OO8
0.149
0.089
0.0814
5/ 18
22/223
0.004
4.9*9
0.161
0.4274
Of 0
224/2*4
0.008
0.3TO
0.095
1.07*6
19/ 54
80/669
0.004
4.949
0.142
0.3329
O/ 0
662/742
3.002 0.096 0.047 0.319 10
0.1T1 9.7*3 0.95* 2.549 215
0.019 1.726 0.117 0.79* 83
0.01*0 2.6927 0.0911 0.5570 70.4
10/ 16 I*/ 0 40/ 1 IV 11 O/ 7
30/223 30/219 30/208 30/201 30/2*2
0.001 0.024 0.022 0.*99 10
1.20* 7.439 0.43* *.499 248
0.040 0.792 0.109 0.796 68
0.17*3 1.U21 0.0952 U.719T 66.9
0/0 0/3 V 0 0/0 0/0
2*9/2*9 219/2*6 2l9/24t 219/249 219/2*9
0.009 0.013 0.036 0.213 10
0.19* >.116 0.376 2.419 268
0.030 0.971 0.140 1.093 70
0.0*t8 O.B47I 0.0816 0.6/65 58. «
38/ 16 |0/ * I/ 6 O/ 20 Of 4
28/193 28/213 28/2*s> 28/227 21/2*1
0.001 0.025 0.014 0.226 10
1.191 6.857 0.719 7.149 1)4
0.056 0.4*1 0.117 1.217 r*
0.1939 0.8872 0.0681 1.1180 70.2
0/0 0/0 0/0 I/O 0/0
219/2*7 219/2*7 219/2*7 219/2*6 219/247
0.001 0.023 0.011 0.199 1O
0.109 1.711 0.199 2.099 2>7
0.023 0.283 0.109 0.411 76
0.0219 0.4174 0.0990 0.5366 69.0
2/ 21 12/ 7 1/7 Of 25 Of 5
22/220 22/227 22/218 22/221 22/2*1
0.001 0.017 0.020 0.210 10
2.009 *.*69 1.02* 8.199 291
0.07* 0.1*8 0.124 1.117 72
O.ZU2 0.5379 0.2119 1.0940 64.1
0/0 Of O 0/0 2/0 0/0
221/2*9 22*/2*4 224/2*6 224/2** J.**/246
0.002 0.023 0.031 0.199 10
0.19* 9.7*5 0.99* 2.615 266
0.010 0.975 0.123 0.923 77
0.0379 1.8164 0.0929 0.6007 64.4
I*/ 48 13/ 0 4/9 Of 48 O/ 8
80/674 80/729 80/729 80/694 80/714
0.001 9.017 0.020 0.199 10
2.009 7.419 1.024 8.199 334
0.064 0.526 0.119 1.097 71
0.184* 0.9240 0.1941 1.0102 67.0
0/0 0/3 0/0 0/0 0/0
661/741 6*2/7*9 662/742 642/7*2 662/742
1.0
112.0
19.3
24.84
T/ 4
30/213
0.0
142.0
18.5
24.9*
Of 0
219/249
2.0
92.0
11.0
12.11
28/ 16
28/201
0.0
210.0
14.5
2*. 89
O/ 0
219/2*7
0.0
71.0
8.9
14.79
Of 3
22/243
o.o
90.0
••.7
14.91
O/ O
224/246
0.0
112.0
11.4
19.86
O/ 7
80/739
t/.O
210.0
14.2
22.30
O/ 0
662/742
0
IV*
9
19.6
0
0
0
0.0
0
85
8
23.9
0
0
0
0.0
0
29
3
8.1
0
0
0
0.0
0
194
7
26.2
0
0
0
0,0
0.0
2.9
0.2
0.30
0.0
0.0
0.0
0.00
0.0
0.4
0.0
0.09
0.0
O.O
0.0
0.00
0.0
0.5
0.0
0.14
0.0
0.0
0.0
0.00
0.0
2.9
O.I
0.32
0.0
0.0
0.0
0.00
-------
I
3
ac
-4
i
S!
CM.*
TURB JKCHI
00
»A«TtAL OE»TM
TCH» TOT ALP 0*THOP DG2N03
HM3
KJIL M.K
cwc we
CO
en
R
0 »
O I 0
It *
0
ft N
0 0
U 1 N
N 0
0 O
N
•
o p
W I C
N •*
D
« N
C 0
U I K
* D
D 0
•(
•
0 0
U J 0
n i
0
• N
0 0
U J N
n n
0 1
M
•
0 • 0
u i o
Nil*
0
* 1*
C A 0
U 1 N
tt L 0
0 0
1
It HI
MAX
PEIN
STOV
*
0/Mft
NIK
MAX
UFA*
STOV
«
0/Mft
DIN
»»X
UfAlt
STO
N
0/W*
HIN
NAX
HE AN
$TD»
N
C/H<
HIN
HAM
HEAH
JTO*
N
0/nt
KIM
1AX
«fAN
STOV
*
C/W«
• IN
HAX
KfAW
STOV
«
3/MN
••11
HAX
MEAN
STOV
«!
0/M*
1.9
247.1
!•••
45.01
•/ 2
24/217
2.7
1*1.2
28.6
34.* •
«/ 10
26S22I
1.9
71.4
20.4
21.06
T/ 19
22/229
1.9
247.1
22.7
39.79
!•/ »
7«/7t«
11
9*
91
29.1
2/ 2
!«/!«)
14
«9
66
29.7
•/ 10
27/24*
2)
46
72
21.6
I*/ T
14/202
11
M
64
29.4
IS/ 7
65/62 J
7
•9
27
20.1
•/ 32
30/204
12
123
37
22.1
tl/ 4
27/214
12
40
42
20.4
T/ 32
22/207
7
123
34
21.7
I!/ 99
74/481
4.6
4.1
7.*
0.91
4/ 12
10/231
9.9
t.4
7.6
f.74
2/ 16
28/224
• .1
4.1
7.7
o.ai
•/ 7
22/230
9.3
4.1
7.7
0.71
S/ 30
•0/706
6.7
11.4
4.0
1.04
26/ 11
30/20«
4.3
4.7
6.2
1.38
4/ 16
21/221
4.J
10.1
7.2
1.71
9/ *
^2/221
4.3
11.4
7.9
1.11
14/ 14
•0/644
4.1
2S.6
16*1
4.19
]/ 24
10/216
2».«
31.4
26.6
2.2)
21/ 2
28/223
12.6
27.0
20.1
3.84
I/ 9
22/240
4.1
31.4
20.4
9.67
4/ 2
•0/734
0.017
0.218
0.104
0.0183
3Z/ 24
30/141
. O.O19
0.370
0.044
0.0657
3IS 20
26/146
0.048
0.364
0.089
0.0814
V 11
22/223
0.901
0.370
0.049
1.0746
19/ 94
•0/664
0.002
0.171
0.039
0.0340
lOf 16
30/223
9.009
0.144
0.030
0.0468
38/ 16
26/143
0.003
0.109
0.021
0.0239
2/ 23
22/220
0.0)2
0.144
0.030
0.0379
14/ 41
•0/674
0.096
4.749
1.7.T6
2.6427
14/ 0
30/219
0.033
3.836
0.971
0.86T1
10/ 4
28/233
0.023
1.711
0.213
0.4374
12/ 7
22/227
3.029
4.743
0.429
1.8364
I)/ 0
•0/724
0.04?
0.994
0.117
0.0471
40/ 1
30/208
0.0)6
0.376
0.140
0.0834
I/ 6
28/240
0.031
0.^4
0. 04
0.04«0
It 7
22/236
0.031
0.994
0.123
0.0424
4/ 4
•0/*24
0.319
2.944
0.744
0.4 5 TO
)?/ 11
3C/233
0.219
2.619
l.CJS
0.6789
O/ 20
28/227
0.144
2.04V
0.431
0.3366
3/ 29
22/221
3.144
2.619
0.423
9.6007
«/ 48
•3/444
10
219
63
70.4
O/ 7
30/242
10
26«
79
96.9
O/ 6
28/241
10
217
71
63.0
O/ 9
22/241
U
268
77
64.4
O/ •
•0/734
1.0
112.0
14.3
26.64
7/ 4
JO/736
2.O
92.0
11. 0
12.11
£«/ 16
26/703
0.9
71.0
•.9
14.79
O/ 3
22/243
0.0
112.0
13.4
14.66
O/ 7
•0/739
0
144
4
37.4
0
89
6
73 9
0
24
3
6.1
a
144
7
26.2
0.0
2.9
0.2
0.50
0.0
C.4
0.9
0.44
0.0
0.9
0.0
0.14
9.0
2.9
0.1
0.32
-------
Reports published to date in the series "PhytopianV.ton Water Qualily
Relationships in U.S. Lakes," U.S. Environmental Protection Agency,
Environmental Monitoring and Support Laboratory, Las Vegas, Nevada 89114,
are listed here. Additional reports in this series are planned for
publication in the near future.
Part J: Methods, rationale, and data limitations. EPA-600/3-79-021.
67 pp. Karen 1979.
Part II: Genera Acanthcephaera through Cyst-odin-lum collected from '
eastern and southeastern lakes. EPA-600/3-79-0??. 119 pp.
March 1979.
Part 111: Genera Daetijloeoacopsis through C-urosicpna. collected from eastern
and southeastern lakes. EPA-600/3-79-023. 85 pp. March 1979.
Part 3V: Genera Hani:,schia through Plenw&nas collected fro*1 eastern and
southeastern lakes. EPA-600/3-79-024. 105 pp. Mu-.h 1379.
Part V: Genera Quadsrigulc through z^f/nena collected frcu eastern and
southeastern lakes. EPA-600/3-79-025. 99 pp. torch 1979.
------- |