ML20054J603
| ML20054J603 | |
| Person / Time | |
|---|---|
| Site: | Crane  |
| Issue date: | 06/25/1982 |
| From: | Nardacci G ICHTHYOLOGICAL ASSOCIATES, INC. |
| To: | |
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| NUDOCS 8206290326 | |
| Download: ML20054J603 (24) | |
Text
.
~
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a THREE MILE ISLAND AQUATIC STUDY-MONTHLY REPORT FOR MAY 1982 by Ichthyological Associates, Inc.
P.O. Box 223, Etters, PA 17319 George A. Nardacci, Project Leader For Metropolitan Edison Company Ichthyological Associates, Inc.
Edward C. Raney, Ph.D., President
]
301 Forest Drive 1
Ithaca, New York 14850 l
82062903E 820625 PDR ADDCK 05000289 R
TABLE OF CONTENTS Introduction..............................................
1 Compliance with Environmental Technical Specifications; G. Nardacci...............................................
2 Mac roinvertebrates ; R. Evans, J. Evans, W. ~ Bot ts..........
2 Ichthyoplankton; B. Lathrop, R.
Evans.....................
2 Trapnet; R.
Malick..............................
3 Seine; R.
Malick..........................................
4 5
Impingement of Fish; B.
Snyder............................
5
[
Electrofishing; H. Hagerty................................
6
[
Movements of Fishes; H.
Hagerty...........................
6 f
Creel Surveys; R.
Ritota..................................
7 Ambient Water Quality; C.
Nardacci........................
7 1
l 1
i
TABLE OF TABLES Table Page 1
Sampling conducted in compliance with the Generation Procedures Manual in May 1982................................
9 2
Fishes taken by trapnet on 3-5 May 1982 near TMINS...........
10 3
Fishes taken by trapnet on 17-19 May 1982 near TMINS.........
11 4
Fishes taken by seine on 3 May 1982 near TMINS...............
12 5
Fishes taken by seine on 17 May 1982 near TMINS..............
13 6
Number of fishes impinged at the Unit 1 Intake during a 24-hour impingement survey on 6-7 May 1982...................
14 7
Summary of length, weight, reproductive status, and number of fishes impinged at the Unit 1 Intake on 6-7 May 1982.................................................
14 8
Number of fishes.... Unit 1...
13-14 May 1982.............
15 9
Summary.... Unit 1.... 13-14 May 1982......................
15 10 Number of fishes.... Unit 1...
18-19 May 1982.............
16 11 Summary.... Un1t 1...
18-19 tby 1982......................
16 12 Number of fishes.... Unit 1...
27-28 tby 1982.............
17 13 Summary.... Unit 1...
27-28 May 1982......................
17 14 Number of fishes.... Unit 2...
6-7 May 1982...............
18 15 Summary.... Unit 2...
6-7 May 1982........................
18 16 humber of fishes.... Unit 2...
13-14 May 1982.............
-19 17 Summary.... Unit 2...
13-14 May 1982......................
19 18 Number of fishes.... Unit 2...
18-19 thy 1982.............
20 19 Summary.... Unit 2.... 18-19 tby 1982......................
20 20 Number of fishes.... Unit 2...
27-28 May 1982.............
21 21 Summary.... Unit 2...
27-28 thy 1982......................
21 22 Fishes captured by the AC electrofisher near TMINS in May 1982.....................................................
22 11 l
Table Page 23 Creel survey data from the GR for each survey day in May 1982.....................................................
23 24 Creel survey data from the West Dam for each survey day in May 1982.....................................................
23 25 Creel survey data from the East Dam for each survey day in May 1982.....................................................
24 26 Creel survey data from the YHGS for each survey day in May 1982.....................................................
24 I
111
l INTRODUCTION The ecology of York Haven Pond near the Three Mile Island Nuclear Station (TMINS) has been under investigation since February 1974.
Studies initiated in April 1974 include analysis of ambient water quality, ichthyoplankton (far-field), ichthyoplanktan entrainment, macroinvertebrates, fish population dynamics, impingement of fishes, creel survey, and thern:a1 plume mapping.
This report discusses the progress of investigations conducted in May 1982.
1 1
2 COMPLIANCE WITH ENVIRONMENTAL TECHNICAL SPECIFICATIONS (ETS)
Objective: To determine compliance with the nonradiological (aquatic) envirenmental monitoring programs specified in sections 3.1.1. a. (4 ), 3.1. 2.a., 4.2, and 4.6.1 of the ETS and to insure that said programs are performed as detailed in the Generation Procedures Fbnual.
Progress:
Compliance with all programs specified in the ETS and detailed in the Procedures Document was achieved in May (Table 1).
A program by program summary of the progress for May follows.
MACR 0 INVERTEBRATES Objectives: To describe the diversity and distribution of the benthic macroinvertebrates at the five benthos sampling stations in the vicinity of TMINS.
Progress: Replicate (4) benthos samples were taken on 10 and 24 Fby (Tabic 1).
Enumeration, determination of dry weights, and identifi-cation of specimens have been completed through 10 May.
ICHTHYOPLANKTON Objectives:
(1) To determine the species composition, abundance, and distribution of ichthyoplankton in York Haven Pond; and (2) To investigate ichthyoplankton entrained at TMINS Unit I and 2 Intakes.
Far-Field Progress:
Day / night sampics were taken at the 14 stations on 4, 11, 18, and 25 May (Table 1).
A total of 4,928 larvae was taken (4,664 at night and 264 during the day). All samples have been sorted and identified. Most specimens (3,250) were taken at night on 18 May when the common carp predominated.
Species taken included the gizzard shad, common carp, comely shiner, spottail shiner, spotfin shiner, black-nose dace, fallfish, quillback, white sucker, shorthead redhorse, rock bass,
3 pumpkinseed/ bluegill, smallmouth bass, black crappie, tessellated darter, banded darter, ahield. darter, and walleye.
' Average nightly water temperatures were 17.5 C on 4 May, 18.3 C on
~11 May, 23.5 C on 18 May, and 17.3 C on 25 May.
Entrainment Progress:
Ichthyoplankton surveys were conducted at Units 1 and 2 on 11-12 and 25-26 May (Table 1).
At Unit 1, 136 ichthyoplanktors (64 surface, 72 oblique) were taken on 11-12 May. The spottail shiner, shield darter, and banded darter were the most abundant species.
The 25-25 May sample yielded 77 ichthyoplanktors (30 surface, 47 oblique).
Fishes most i
frequently taken were the banded darter, spottail shiner, and quillback.-
At Unit 2, 58 ichthyoplanktors (36 surface, 22 oblique) were taken on 11-12 May.
The spottail shiner and banded darter were the most frequently collected species.
The 25-26 May collection yielded 47 specimens (25 surface, 22 oblique).
The most abundant fishes were the banded darter and quillback.
4 TRAPNET Objectives:
(1) To determine the distribution and relative abundance I
of fishes in the Three Mile Island area vulnerable to trapnet; (2) To provide specimens for movements studies; (3) To monitor the occurrence of~
diseased fishes; (4) To provide specimens for radiation analysis; and (5)
To determine reproductive status for fishes'throughout;the year.-
Progress:
Samples were taken on 3-5 and 17-19 May ('lable 1).
One l
hundred fifty-nine fish of 12 species were taken on 3-5 May (Tabic 2).
Most fish (95), most species (11), and greatest biomass (9.19 kg) occurred at Stationf9B2. Common fishes included the pumpkinseed (29.6% of the total catch), white crappic (22.0%), and black crappie (17.6%). One Lepomis hybrid (green sunfish X pumpkinseed) was collected at Station 11A2.
L
4 J
Three brown bullhead, two channel catfish, and one rock bass were tagged.
One previously tagged rock bass was recaptured. Leeches parasitized four channel catfish and one pumpkinseed.
Eight pumpkinseed exhibited 3
exophthalmia of one or both eyes. -Anchor worms parasitized 4 pumpkinseed, I redbreast sunfish, and I white crappie.
Two male common carp were ripe.
A total of 345 fish of 11 species was taken on 17-19 May (Table 3).-
Most fish (210) were taken at Station 9B2, greatest biomass (8.55 kg) at-l 1A3, and most-kpecies (7) at 1A3 and 9B2.
The pumpkinseed was the most
~
numerous species at all stations and comprised 82.0% of the total catch.
Three rock bhps and two channel catfish were tagged.
One previously tagged rock bass was recaptured. Anchor worms parasitized three pumpkin-seed and four pumpkinseed exhibited exophthalmia. Leeches parasitized one white catfish and one pumpkinseed.- One pumpkinseed exhibited scoliosis (lateral ficxures of the spinal column).
Over 40% of the pumpkinseed collected were ripe although most females were just becoming ripe and did
'not appear quite ready to spawn.
Ripe male pumpkinseed outnumbered ripe females by over 2:1. ~ 0ther ripe fishes included 1 female common carp, 3
1 female redbreast sunfish, 1 male bluegill, 2 male white crappie, and i
three male black crappie.
i SEINE l
Objectives:
(1) To determine the species composition of fish upstream l
and downstream from the TMINS Discharge vulnerable to seine; (2) To determine the relative condition factor for important species; and (3) To determine the reproductive status for fishes throughout the year.
l Progress: Collections were made at the 10 stations on 3 and 17 May (Table 1). A total of 4,877 fish of 16 species was taken on 3 May (Table 4).
host fish (1,866) and greatest biomass (439.3 g) were taken at Station 10B5 while most species (11) occurred at 13B5.
The spotfin shiner was the most abundant species.at all stations and comprised 85.5% of the total catch.
1
5 Slight black spot infestations were observed on 133 spotfin shiner, 36 bluntnose minnow, 1 common shiner,1 swallowtail shiner, and 1 banded killifish. Glochidia parasitized 6 spottail shiner and 3 spotfin shiner, an anchor worm was observed on 1 mimic shiner, 2 bluntnose minnow had proter, 7 cysts, 3 mimic shiner were pugheaded, and 1 smallmouth bass was parasitized by a leech. All nine tessellated darter collected were gravid and one male pumpkinseed was in breeding coloration.
A total of 5.360 fish of 14 species was taken on 17 May (Table 5).
Most fish (1,460) and most species (8) were taken at Station 10B5 while greatest biomass (361.2 g) occurred at 1A2.
The spotfin shiner was the most abundant species at all stations except 4A2 and comprised 87.6% of the total catch.
The bluntnose minnow predominated at 4A2.
Slight black spot infestations were observed on 92 spotfin shiner, 56 bluntnose minnow, 2 comely shiner, 1 central stoneroller, 1 swallowtail shiner, and 1 fallfish.
Two bluntnose minnow bore protozoan cysts.
Two spotfin shiner exhibited kyphosis (abnormal backward spinal curvature).
One female tesse11ated darter was gravid, one male bluntnose minnow was tuberculate, and many female bluntnose minnow appeared gravid.
No pattern of parasite infection or anomaly was observed with respect to the location of TMINS for either Fby collection.
IMPINGEMENT OF FISH Objectives:
(1) To determine the numbers and species impinged on the river water intake screens; (2) To determine day-night differences in l
impingement f requency; and (3) To determine the extent of mortality of impinged fish.
Progress: 1mpingement surveys were conducted on 6-7, 13-14, 18-19, and 27-28 lby at the TMINS Unit 1 and 2 Intakes (Table 1).
Unit 1 impinged one yellow bullhead and one channel catfish that together
6 weighed 36.1 g (Tables 6 through 13). Both fish were juvenile, alive, and were collected during a 1200 h survey period. The estimated impinge-ment for Unit 1 for May was 16 fish weighing 279.8 g (0.6 lb).
Unit 2 impinged 10 fish of 6 species weighing 477.2 g (Tables 14
-through 21). Most fish were juvenile and dead. Fish numbers and biomass were highest during the 6-7 and 13-14 May surveys, respectively. The estimated impingement.for Unit 2 was 78 fish weighing 3,698.3 g (8.2 lb).
The total estimated impingement at TMINS during May was 94 fish weighing 3,978.1 g (8.8 lb).
ELECTROFISHING Objectives:
(1) To provide specimens for radiation analysis and 3
movements studies; and (2) To determine the relative abundance of fishes
~
f vulnerable to electrofishing in various parts of York Haven Pond.
Progress:
Sampling was conducted on four nights in May (Table 1).
Twenty-four collections in 12 zones yielded 977 specimens of 22 species and one hybrid-(Table 22).
The pumpkinseed (293 specimens) smallmouth bass (158), redbreast sunfish (141), and bluegill (85) were most abundant.
A total of 70 fish was tagged for movements studies.
. MOVEMENTS OF FISHES l-3 Objective:
To determine if fishes in waters receiving the TMINS j
effluent mix with fishes from other areas.
t Progress: A total of 81 fish was tagged and'18 previously tagged fish were recaptured in May.
One tagged smallmouth bass was found dead t
on the west shore of TMI, 1900 m downstream from the Discharge.
Recaptured i
l fishes included the brown bullhead (1 specimen), rock bass (7), and small-mouth bass (10). The brown bullhead was recaptured in the same area in i
which it was tagged.
Two rock bass made upstream movements of 11.9 and
(
14.5 km, two made compicx movements of 2.7 and 4.0 km, and three were i.
I 1
.m
,c,
..m
,,,.v
7 recaptured in the same areas in which they were tagged.
Two smallmouth bass made upstream movements of 5.2 and 17.7 km, one mo ed 1.8 km down-stream, three made complex movements (0.5 - 4.9 km), and four were recaptured in the same areas in which they were tagged.
CREEL SURVEYS Objectives:
(1) To determine the extent and success of sport fishing; and (2) To determine information on angler residence and use of catch.
l Progress:
Creel surveys were conducted in all areas on 2, 11, 15, and 26 May (Table 1).
The 797 anglers interviewed fished 1,440.00 hours0 days <br />0 hours <br />0 weeks <br />0 months <br /> and caught 2,213 fish (Tables 23 through 26).
The actual harvest was 708 fish or 32.0% of the total catch. The mean catch per effort (c/e) was 1.54.
Most anglers (310) occurred at the General Reservoir.
The largest total catch (729) and highest c/e (4.02) were recorded at the West Dam.
Most fish kept (237) and hours fished (534.75) occurred at the York Haven Generating Station.
Smallmouth bass (990 specimens) were caught in greatest numbers.
Other common species caught included the rock bass (360), valleye (350),
channel catfish (187), and unidentified sunfishes (65).
Approximately 62% of the anglers interviewed lived in York or Dauphin counties. Most of the anglers reported they eat some of their catch.
AMBIENT WATER QUALITY Objective:
To determine concentrations of selected water quality parameters in ambient river areas and the TMINS effluent.
Progress: Water quality sampics were collected on 10 and 24 May at the five river stations (Tablu 1); data are currently being analyzed.
The water quality samples collected on 12 April have now been analyzed. Values for pH, turbidity, sulfate, and total zine were
f*
8 i
highest at Station IAI (located upstream of the TMINS Discharge). Water temperature and total dissolved solids were highest at Station 9B1 (1975 m downstream of the Discharge),
i i
i i
s i
e i
si
9 j
Table I t
L Sampling conducted in compliance with the Generation Procedures Manual in May 1982.
MAY MAY MAY MAY PROGRAM l-8 9-15 16-22 23-31 Macroinvertebrates X
X Ichthyoplankton:
Far-Field X
X X
X Entrainment X
X Trapnet X
X Seine X
X 1
Impingement of Fish X
X X
X e
j l
X X
X
(
Electrofishing Movements of Fishes X
X X
i I
l Creel Surveys X
X X
l Ambient Water Quality X
X
. - _ _. - - _ - _ - - ~.
Table 2 Tishes taken by trapnet on 3-5 fLiy 1992 neat-UttfM.
1tation Ut-FF. -!.63 mj.qt_11M ni-g [-11A3 WS7dB2 roqal
% Catch _
Date 3*4 4*3 3*'
4*5 3-4 4-5 3-4 45 Time 0942-O'*54 0956-0952 0927-9938 0940-0935 0914-0923 0135-0916 0900-0953 0956-08!.9 Air Terp (C) 16.5. 16.5 16.5, 15.0 16.5, 16.5 16.5, 14.0 16.5, 16.0 16.0. 15.0 16.0, 15.5 15.5, 14.5 water reep (C) 15.5. 16.0 16.0. 16.5 15.5. 16.5 16.5, 16.5 15.0, 16.0 16.0, 16.0 15.0, 16.0 16.0, 16.5 Otosolved Chrygan (eg/t) 9.4. 9.8 9.8, 9.4 9.4, 9.7 9.7. 9.7 9.6. 9.8 9.8, 9.5 9.4. 9.8 9.R, 9.4 O
pit 8.2, 7.8 7.8, 7.8
- 7. 6, 8.0 8.0, 7.8 8.0. 8.0 8.0, 7.7 7.9. 8.1 9.1, 7.9 Seccht Disc (cm) 61, 94
- 91., 89 41, 91 91, 79
- 66. 89
- 89. 81 76, 104 104, 86 River Stage (m) 1.39, 1.35 1.35, 1.32 1.39. 1.35 1.35, 1.32 1.39, 1.35 1.35, 1.32 1.39, 1.35 1.35, 1.32 Weather C leafdigar f* tgar. Clear clear dteaLq.learJear _,,,._,_qlea.I qj eir clear d lear clest d lea d l*?t a lear No. of Specimens 9
11 12 13 1
18 51 44 139 No. oL,_Specte, 2
7 2
7 1
6 t*emmon carp 1
1.0 6
12 1
2 1.3 Spottall thiner 1
1 0.6 shorth**d redhorse 1
=
1 2
g,3
' htte estfish E
1 2
1.3 Bra w bullbead 1
1 2
4 2.5 Channat estfish 1
2 2
5 3,1 Rack base 2
2 3
2 2
11 6.9 pa.Ihreist sunftsh 2
1 2
1 6
3.8 twarkinseed a
3 10 4
1 5
to 6
47 29.6 8tuet111 4
11 15 9.6 L"A'"l'J hybeti 1
1 0.6
' h tte cripple 1
3 17 14 35 22.0 iLie3_sup.nte 1
t s
11 19
- s tC
e e
e 11 1
l
@ M m e te e M O @ e w y
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- * * * *
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me ' MNwkom NO
- * * * * *bWm t M e ed e one e e 4
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e e e@N W
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N ee e N e me Kl ON e
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eo4 e e e e O N e,n N
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- de e e e eWW eD *dM e e M
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9
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Om e
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N O
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o e
t-r?
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w e e
- HM@
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e.e e.
e e e e t* N.
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- W L
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a FW m
t O
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b H
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se w
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6 pm C
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b $
eW 9 W W
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4WW Sg 9 %
O P
eV N we e tw p e w
6 u
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A a w t t bww e we h
.N T.
n.h s e - o u' M R b
4 MM U
- M G t n t ou va r
y, C
4 >
eb USW 4 4 W Ed W U F
0 W
m Gw C
t&6 F,M w e
N 6 e sw o
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w
- s C
v e u
caes
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. ee t e v > U. o*
9 e e vm
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Ok
Table 4 Fishes taken by seine on 3 May 1982 near TMINS.
gattan TM-Aqt - 1_E LM-JN-103 5 P1-Aq-11Wi-6"J$ 2 nt-AQ*-16Al Ut-ACF_-11A2 Pf-W56_1?
- Afgj41 TM-ARQ]Q3 TM-CFd.A2 Total
%Caghi r Lee 1223 1539 1250 1316 1409 1427 1447 1502 1520 1343 Air temp (C) 23.0 20.0 20.0 20.0 21.0 21.0 21.0 20.0 20.0 22.0 water temp (C) 17.0 18.0 16.5 16.5 17.0 17.0 17.0 17.0 17.0 16.5 Dissolved Oxygen (eg/1) 9.8 12.6 11.9 10.4 11.0 10.8 10.8 10.9 11.1 10.1 pH 8.3 8.4 4.9 8.1 8.1 8.0 8.0 7.9 7.9 8.0
[]
Seccht Disc (em) 86 107 94 97 16 69 69 76 71 102 River Stage (m) 1.39 1.39 1.39 1.39 1.31 1.39 1.39 1.39 1.39 t.39 Weather Clear Partly clear Clear Fartly rattly Partly Partly Partly fartly C t rgiv C1094v Cl?udy Clow!r Clpudy C1ggdy C f. jq, No. of Specim*eg 1050 1866 183 144 106 1 62 15 181 301 869 4877 y
No. of Specieg 11 5
8 6
3 2
7 5
9 16 No. of HP11s i
3 6
6 4
4 4
4 4
4 41 Golden shiner 1
Comaly shiner 5
4 1
1
+ -
2 2
14 0.3 Comman shiner 1
=.
1 Spott=11 shiner 30 1
2 31 4
3 1
2 74 1.5 Sw=11ewte11 shiner 6
1 13 1
103 124 2.5 Rosyf ace shiner 2
1 1
4 0.1 Scot (La shiner 876 1792 81 132 100 110 11 151 289 621 4171 85.5 M1mle shiner 104 44 74 3
5 15 9
9 33 296 6.1 51inenose minnow 23 25 11 5
1 5
5 100 175 3.6 rathead stanow 1
1
+
Lh tte sucker 1
1 2
+
84mded killiftsh 1
1
+
b4mpkinseed 1
1 53.111 mouth base 2
2 6
Tessettsted darter 1
1 1
6 9
0.2 gandeg_4ttige 1
1
+
& Less than 0.051.
Table 5 Fishes taken by setae on 17 May 1992 near TMENS, 1Lation M-Ans-1335 N-A(jf,19]J
!!1-VT-l h q?d A%
pt-AQQ6 awl-AQf-Lp,LITJtQ-))4 J t-y M AL I?j-AQF-93 3 m-AqQ4 AJ fogg gg h_
Ttee 1550 1221 1525 1455 1410 1348 1328 1310 1250 1434 Air Temp (C) 22.0 28.0 25.0 27.0 25.0 26.0 26.5 26.0 25.0 24.0 Water Temp (C) 23.5 24.0 24.5 23.5 23.5 23.5 23.0 23.5 22.5 24.0 Dissolved Oxygen (mt/11 13.3 15.9 10.9 10.2 9.7 9.4 9.7 10.1 9.6 17.0 pH 8.9 9.3 9.1 4.1 8.1 7.9
~8.1 8.1 8.2 9.2 ld Seccht Disc (cm) 64 56 86 71 97 89 91 89 86 81 River Stege (m) 1.23 1.23 1.23 1.23 1.23 1.23 1.23 1.23 1.23 1.23 Waather Partly Clear
. Partly Ptrtly Partly Partly Clear Clear Cl ea r Portly C1gyJv Gleudy Clevdy C(ogov Cl?J v C1gydy 4
l No. of Specimene 752 1460 23n 909 7L L3L3 19 27 403 1 68 5360 No. of Species 5
8 4
7 2
6 2
2 5
4 14 Ph el taMjt 3
5 5
4 4
4 4
4 4
41 I
Centrat stonerotter L
t Colden shiner 1
1
+
C Corely Whtner 17 4
16 37 0.7 Spottett shiner 1
8 1
10 1
21 0.4 i
swettowtatt shiner 22 3
6 1
32 0.6 Rosyface shiner t
1
+
5potita shiner 440 1426 230 879 69 1225 19 26 375 to 4699 87.6 Mimte ehtoer 233 14 3
.9 63 322 6.0 31untnose stanaw 56 7
2 1
6 1-153 226 4.2 Fattitch 1
1
'.h t te suc ke r 2
2 9
13
- 0.2 Punphtaseed 1
4 5
0.1 stuegiti 1
1
+
m e Mr_, dam e r 1
1
+ Less than 0.051.
_______.__y_
Table 6 fiumber of fishes impinged at the Unit 1 Intake during a 24-hour impingement survey on 6-7 May 1982.
Date 6
7 7
i Time 2000 0400 1200 3
Volumetric Flow Rate (m /s) 0.84 1.71 0.84 Number of River Water Pumps:
Nuclear Service 1
2 1
Secondary Service 1
1 1
Decay llent 0
1 0
Intake Velocity (cm/s)
-9
-9
-9 River Flow (m3/s) 541.6 524.6 518.2 Air Temp (C) 21.0 16.0 25.0 Water Temp (C) 18.5 18.0 18.5 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead I
NO FISil TAKEN l
l Table 7 Summary of length, weight, reproductive status, and number of fishes impinged at the Unit 1 Intake on 6-7 May 1982, 1
Species Fork Length Range Reproductive Status Total Weight Total Number j
(5 mm groups)
(g)
NO FISil TAKEN l
l l
l l
Table 8 Number of fishes impinged at the Unit 1 Intake during a 24-hour impingement survey on 13-14 May 1982.
Date 13 14 14 Time 2000 0400 1200 Volumetric Flow Rate (m3/s) 1.33 0.84
- 0. 8 '.
Number of River Water Pumps:
Nuclear Service 1
1 1
Secondary Service 1
1 1
Decay licat 1
0 0
Intake Velocity (cm/s)
-14
-14
-14 3
River Flow (m /s) 580.0 553.6 543.7 Air Temp (C) 24.0 17.0 25.0 Water Temp (C) 22.0 21.0 21.5 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead C
NO FISil TAKEN Table 9 Summary of length, weight, reproductive status, and number of fishes impinged at the Unit 1 Intake on 13-14 May 1982.
Species Fork Length Range Reproductive Status Total Weight Total Number (5 mm groups)
(g)
NO FISil TAKEN
Table 10 Number of fishes impinged at the Unit 1 Intake during a 24-hour impingement survey on 18-19 May 1982.
Date 18 19 19 Titue 2000 0400 1200
)
Volumetric Flow Rate (m3/s) 0.84 0.84 0.84 Number of River Water Pumps:
Nuclear Service 1
1 1
Secondary Service 1
1 1
Decay IIcat 0
0 0
Intake Velocity (cm/s)
-9
-9
-9 3
River Flow (m /s) 401.4 395.7 393.6 Air Temp (C) 24.0 18.0 24.0 Water Temp (C) 24.0 23.0 22.5 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead 5
Channel catfish 1
1 Total 1
1 l
Table 11 Summary of length, weight, reproductive status, and number of fishes impinged at the Unit 1 Intake on 18-19 May 1982.
l Species Fork Length Range Reproductive Status Total Weight Total Number l
(5 mm groups)
(g) i Channel catfish 101-105 1 Juvenile 15.5 1
Total 15.5 1
)
Table 12 Number of fishes impinged at the Unit 1 Intake during a 24-hour impingement survey on 27-28 May 1982.
Date 27 28 28 Time 2000 0400 1200 Volumetric Flow Rate (m3/s) 1.33 0.84 0.84 Number of River Water Pumps:
Nuclear Service 1
1 1
Secondary Service 1
1 1
Decay lleat 1
0 0
Intake Velocity (cm/s)
-12
-12
-12 River Flow (m3/s) 931.2 904.7 894.8 Air Temp (C) 23.5 20.0 16.5 Water Temp (C) 21.0 20.0 20.0 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead Yellow bullhead 1
1
_To ta l 1
1 Table 13 Summary of length, weight, 27-28 May 1982.
reproductive status, and number of fishes impint;ed at the Unit 1 Intake on Species Fork length Range Reproductive Status Total Weight Total Number (5 mm groups)
(g)
Yellow bullhead 116-120 1 Juvenile Total 20.6 1
20.6 1
Table 14 Number of fishes impinged at the Unit 2 Intake during a 24-hour impingement survey on 6-7 May 1982.
Date 6
7 7
Time 2000 0400 1200 3
Volumetric Flow Rate (m /s) 1.58 1.58 1.58 Number of River Water Pumps:
Nuclear Service 1
1 1
Secondary Service 1
1 1
Intake Velocity (cm/s)
-5
-5
-5 River Flow (m3/s) 541.6 524.6 518.2 Air Temp (C) 22.0 16.0 25.5 Water Temp (C) 19.0 19.0 19.0 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead Mimic shiner 1
1 Channel catfish 2
2 Rock bass 1
1 2
White crapple 1
Total 1
4 1
1 6
E Table 15 Summary of length, weight, reproductive status, and number of fishes impinged at the Unit 2 Intake on 6-7 May 1982.
Species Fork Length Range Reproductive Status Total Weight Total Number (5 nun groups)
(g)
Mimic shiner 36-40 1 Juvenile 0.6 1
Channel catfish 161-165 2 Juvenile 123.4 2
Rock bass 56-60, 121-125 1 Young, 1 Juvenile 56.6 2
White crappie 91-95 1 Juvenile 9.4 1
Total 190.0 6
4
Table 16 Number of fishes impinged at the Unit 2 Intake during a 24-hour impingement survey on 13-14 May 1982.
Date 13 14 14 Time 2000 0400 1200 Volumetric Flow Rate (m3/s) 1.58 1.58 1.58 Number of River Water Pumps:
Nuclear Service 1
1 1
Secondary Service 1
1 1
Intake Velocity (cm/s)
-14
-14
-14 3
River Flow (m /s) 580.0 553.6 543.7 Air Temp (C) 23.0 17.0 25.0 Water Temp (C) 22.5 21.0 21.5 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead Channel catfish 1
1 Rock bass 1
1 Total 1
1 1
1 Table 17 Summary of length, weight, reproductive status, and number of fishes impinged at the Unit 2 Intake on 13-14 May 1982.
Species Fork 1.ength Range Reproductive Status Total Weight Total Number (5 mm groups)
(g)
Channel catfish 241-245 1 Juvenile 213.0 1
Rock bass 131-135 1 Juvenile Total 53.6 1
266.6 2
9 Table 18 Number of fishes impinged at the Unit 2 Intake during a 24-hour impingement survey on 18-19 May 1982.
Date 18 19 19 Time 2000 0400 1200 3
Volumetric Flow Rate (m /s) 1.58 1.58 1.58 Number of River Water Pumps:
Nuclear Service 1
1 1
Secondary Service 1
1 1
Intake Velocity (cm/s)
-6
-6
-6 River Flow (m3/s) 401.4 395.7 393.6 Air Temp (C) 24.0 19.0 25.5 Water Temp (C) 24.0 23.0 23.5 Total Condition of Fis't Alive Dead Alive Dead Alive Dead Alive Dead Margined madtom 1
1 g
Total.
1 1
Table 19 Summary of length, weight, reproductive status, and number of fishes impinged at the Unit 2 Intake on 18-19 May 1982.
Species Fork Length Range Reproduct'ive Status Total Weight Total Number (5 mm groups)
(g)
Margined madtom 131-135 1 Adult 19.8 1
Total 19.8 1
-e n= we
-m
Table 20 flumber of fishes impinged at the Unit 2 Intake during a 2i-hour impingement survey on 27-28 May 1982.
l Date 27 28 28 Time 2000 C400 1200 3
Volumetric Flow Rate (m /s) 1.58 1.58 1.58 Number of River Water Pumps:
fluclear Service 1
1 1
Secondary Service 1
1 1
Intake Velocity (cm/s)
-8
-8
-8
~
3 (m /s) 931.2 904.7 894.8 Rive'r Flow Air Temp (C) 23.0 20.0 17.0 Water Temp (C) 21.0 20.0 20.0 Total Cond[ tion of Fish Alive Dead Alive Dead Alive Dead Alive Dead O
Spotfin shiner 1
1 Total 1
1 Table 21 Summary of length, weight, reproductive status, and number of fishes impinged at the Unit 2 Intake on
'l 27-28 May 198' l
Species Fork I.ength Range Reproductive Status Total height Total Number l
(5 mm groups)
(g)
Spotfin shiner 41-45 1 Juvenile 0.8 1
Total 0.8 1
22 Tabic 22 Fs. hun se tuted L> st. A0 electrof astar near 1N!!4 Ir hy 1962.
Nue
~ 1542 Alho 4A6 i t.A2 15A2
!$Al lial 10cJ 10bl 13Al 1043 90 Ws.
3 my 3 by 3 by 3 Ny 3 by 4 Ny 5 by 5 Ly 5 my 5 Ny 5 Ny 3 my
- tan, 2060 2131 2222 2256 2351 0012 20-4 2120 n Xs 2240 2317 23 %
ausat -n laan) 20 16 16 16 9
14 10 le 17 20 17 19 s.s icp (G 15.0 14.0 16.0 15.5 15.0 15.0 15.0 16.0 15.0 15.0 14.5 14.5 L'm r 7.up (C) 18.0 48.0 18.0 16.0 17.0 17.0 19.0 19.0 19.5 19.0 19.0 19.0 bs4 ai.J omu. (ag/l) 10.2 10.8 10.4 10.2
!!.4 11.5 13.2 11.6 13.8 10.1 10.0 30.0 td 8.5 8.5 8.5 8.4 8.6 8.8 8.6 9.4 9.3 8.9 8.6 6.5 t., h tivity h ! c r us.t,o 6 / u6) 280 169 260 260 194 195 275 225 225 275 275
. 275
. s. hl L.a s.: ha) 91 152 7t 71 66 69 79 91 71 66 91
.* 6 205 215 205 205 210 215 200 195 195 195 202 205 5.5 4.0 6.0 6.v 5.5 5.C 6.5 5.5 0.0 7.0 7.0 7.0
. Lai..rJ er J 1
a a.
4rp 2
4 1
1
- l.. t..Lai s 3
- 7.. l a u 1
2 1
2
.. 1L. 6 7
4 3
1 e
1 2
5 7
- St...ceae 6
1 4
1 3
1 2
- 1. r t h=
n Lu w..e r 1
na t%. ! u.ba.r i.
9 4
3 3
- a. ! !i L914. 4 s 1
tr<o ta:lle,t 2
I o a 3.. I. t fi a 1,.6 t..
5 5
9 2
1 1
L usia.
s a.> 1.s 3
8 7
1 5
1 2
4 4
7 1
o r.. s.. rsu 2
1.- c-a w.a 10 1
7 19 4
20 37 33 7
21 12 1J1.(111 5
1 2
2
}
3
}p y
go
!;g j) h L AJ M a ewut h t e.
12.
11-2-
2 t.
4 14 3
1 7
3 Il L s,.w.utb Las.
2 2
11ata craF;!.
1 1
12 1
sa.(6 cralpav h llow pssh 1
t. l l. v.
2 I
I 2
1 3
e 2
1 5
t I
!w. et Specamena 49 t.
24 63-3 20 57 75 ab 26 58 34 L. of %vr t* * -
10 12 e
9 3
Il 10 7
6 10 7
Table 22 continued.
E.
libi A us) 16h!
13A; 10A3 9b5 15b2 16kB 4A1 lu2 IM2 15Al Iotal lu t e.
17 Ny 17 L y 17 y
17 my 17 y 17 May 25 m y 25 Ny 25 by 25 N y 25 Ny 26 Ny Tsze 20.3 2111 2445 2215 2249 2328 2100 2151 2230 225e 2334 0007 E raticn Win) 15 la 15 17 15 15 16 15 15 17 16 16 air T.s6 (C) 21.0 20.0 20.0 21.0 20.0 20.0 18.0 17.0 16.0
!s.5 16.5 lb.C 1;tter h ep (C) 25.0 25.0 25.0 24.0 24.0 24.0 19.0 18.0 18.5 12.5 18.5
't.0 Dt..s aus ug g.n (q/l) 13.4 10.5 10.4 10.0 9.8 9.4 6.1 8.4 t.6 9.2 10.0 10.6 p
8.9 9.3 9.0 8.6 8.7 8.7 8.5 s.2 8.)
6.;
8.5 8.6 N.J oe t t vit y te a6 rsa l.om /cw) 2/5 240 250 325 325 340 310 188 350 ho 240 225 5.t6ht Lt=s (M 64 97 91 el 91 91 51 8e S t-St 64
-79 Vc.its 190 20u h6 190 190 185 190 200
!!5 119 185 19J A;; s 6.5
- f.. %
7.0 7.5 7.5 7.5 6.5 4.0 70 7.0 5.0 5.0 CaadesJ ahaJ 1
Ccu nrp 3
15 colden shiner 1
4 T411 f a mt.
1 2
1 10 ma ' n ad 5
2 1
1 4
2 1
4 1
56 L'4i t e au b4 r 1
2 3
1 1
4 32 Mrti arn L wt6.r I
n stwrthe.3 sul..r.*
1 1
21 4
1.!!ew bollh-.J 2
e r s wn t ullb.. !
3 Chain.1 S tts.L 3
3 k d tu.
2 5
10 3
4 5
9 4
10 75 La a..> t sw.ti.h I
/
10 2
31 2
14 19 141 Ct.... aurJt.b 2
is
- c.,, v a 6
5 t.
15 10 33 1
E 10 2
k7 293 l '.
til 3
6 t
13 5
2 5
5 mi 4..
t
- Mi r a.1 1
I Q. Corr L...
2 I
t a
1 6
14 1
8 3
14' 156 l ei,
..sth t..-
2 t
M.a t s craprie 1
16 L2.s.* tra g a.
2 2
a hila-p r c 4.
1 L )lege 2
1 4
4 I
2 1
I 2
41 2'o. ot La s t wn.
14 I t.
10 h
57 h
61 43 la
.W 43 75 977 of 5 W 1..
t 5
5 e
e 8
7 10 3
7 11 10 22 a
_Tablo 23
.,3 La=e1 6urvey data from st4 L.h hr e.a ar vey.t.y la N,1932.
Lr.
e sun 11 tue o s.
2e 6.J kus t.o r (1.ar. P rtly Cloudy Clear Clor Fug, has. Cls.
kaver 1 sage (a) 1.42 1.2t 1.2%
f.'5 Air f.operature (C) 17.0 21.5 20.0 17.$
23.5 21.5 Ja.0 A.3 21.0 20.5 23.5 23.5 L.ter Tee;.erature (C) 1(.0 16.5 17.0 16.5 17.5 l e. '.
22 5 22.5 23.0 18.5 20.0 21.0 Tas.si a) as rairg (C 9M-lJG0) e a
b) a f te rroo.r. (1301-1700) t.
l>
b b
e a
cl eventer (1701-21f4)
(
htal f or 33r e tws4cds c
e e
IJ1AL Asglern 53 55 2r 9
5 20
.2 24 49 8
6 13 310 fish Causet 53 75 17 5
3 36 62 97 72 31 27 30 Sob lash Fept il 14 1
1 15 27 29 11 19 10 6
144 P un s f i sh.J tl.65 92.50 30.50 11.25 7.75 19.25 85.50 42.40 55.75 24.50 22.00 2a.00 526.05 Ot t h /f f f ar t (h )
U.61 0 P1 0.5(
0.44 0.39 1.97 0.73
- 1. M
- 1. 2 r, 1,27 1,73 f.07 0.97 Nv Tusals; Anales.
134 34 115 27 f a st L4eAht 145 44 231 EE li6h Ke; t 2$
17 67 35 Nots lished Ld9.65 38.25 d].t3 74.50 t st < b /l f f ort n) 0.t9 1.15 1.13 1.1%
he_caet a
b c
a b
c t.
c a
b c
Total Cun casp a
It IE ZE 3
Yellow bullhe4J/brwn balli.eaJ IR ik l
O*.w.. I c a t i l.l.
it 3m 2k 2h 2LA II.
3K 11 3K 9A 2K 4k It ik 21e jeu 24k 60 kwk Laos M 9A 4K Ik 13 IF 14R 2K 4k 17K 14k 5K 17A 2K 2K 13n 3 t4 73a 109 k.Jbreast sus.Ilah IK 12K 13K 13 Creen aunfish IF IK 1
Puy ka nseed ts IK 2r 91 9
41 sill IK Ik IK la 2
Sunfishen (lepsets sp.)I 36 6R 12k 3R 2R ek 3R 2k Ss.a lla.out h ben.
4K 21k 3K 52k 3h IR IK 2k ak 3r 27R 26 Son 2K 33R 2K 2h SK 14R IK 7R 23K 21tR 239 37R 37 ta r gamouti, l....
4g
- n lx IK 2K (4
a llLite cragte 4K 4K Elea tragte tw 10L 10 Cnepples (l'ces t o app.)I
!K JK 2k
!K 5K 2h 7
' Yellow perch 6.11ey, 1)
Ik IK IR 2
l General Identification.
IR F Fapt.
It I
$l kaleased.
Table 24 tv..I survef dat. t r ou u. 6t L..
t ur.. t..ui vey day in by 19e2.
Law 2 Eun
!! lue 15 54t 2 t> Wed be s t i.o r Clur. Partly ClsiuJy C1.or Cle :
Fcg tiaae. CIvar RIw r Stan. (m) 1.42 1.2e 1.21 1.45 A i r lea.p r a t ut e (C) 17.u 22.6 2D 17.5 21.$
20.5 23.S 25.0
- 2. 0 18.0 h.S 2$.0 L.st er Tcree r4 t e.re (C )
M.o i t. '.
11.0 11.5 18.0 lb.)
21.0 J2.0 22.5 18.0 16.0 21.0 ines:
.) nornarg (fNo-13dL #
a a
e a
t<) atters. m 1301-17A t I,
L L
L c) ev. n n 1701 - ? l r+0) e
(
r c
10f tf let al l'er fla Partodt A r.g l e r.
9 7
5 9
7 3
h 7
2 2
3 7.
11sh Caught liv 9 t>
3 120 66 4
2%
24 19 1
12 71-11.h ke p t E
25 25 14 1
57 3
1 134 haut. Isshed Jo.Js a..u 1.2) 24.25 18.00 2.50 77.00 e.75 3.00 1.00 6.00 lbu.1$
,, r a t rL /f f le.r t (h) 3.C 1.14 2.tu 4.M 4.7%
L 20 1 00
- 2. 7%
t.33 I.00 2.00
' 0!
N.
lotals:
Is.glers 21 19 29 lash C.m ht 218 214 279 13 Flah Kept 11 40 60 1
h..u r b $ 16h J 3 9. t,%
44.75 e ri. 75 7.00 t arch /Ef fort th1
%.$O 4.76 3.14
- 1. h blew a
b c
a t-c a
b c
a t
r 7: t sl 0 c. an carp h
1r
~
IK JE 3
Outfitetk tr Ir 1
% r ti e e n hog aud tr la IK I
- Na theaJ redua s.
2n IbK 2n 19K 4k 23 Su ssra (CatwetalJ4 d Ik 1h I
Chewcal catfish 2K 12R 4K 3R 7K 4R 6R 13K 2h 3a Pack L.=6 Ik ik 36 5K 41 51
!K ICh 4R IK JR
!!K 36h 43
$m.fl he. (l ey.g sn.)I Ik lh i
S.-sila459th t. ass ek 4 trit 25K 3t h 6K 31k 9K 433 2k 17K r$n 10R 2K 8R
/R t9K J t t.R 3JS frapples (tp i t..g. ) g IK 94 ig u
10 El h v.
tle Up Inn 4en ly 21R IK 5p M 6tR th 6p IK trH 36K s2m
?70 l Lsberal_i h ns tt aur ica.
F Fert.
k heleased.
.' 24
~
Tc.ble 2!
. e o
(f e.) eatees dele 4 8** tl.s 6 et w J oe e. t o.s et, day it. by 1982.
I e
by J b ee.
14 Two 15 Let 26 beJ wethes Pe t t ly ( 1**.J)
Clear Claer tese. Cleat k& set itsp f a) 0..J 4.26 l.74 t 4's i
Mt Tenstature (C)
ILD ES 21.5 It.)
25 4.5 M
Ji.G 2t,4 17.G 2..$
JM y y_1.e e t e t i t e (t )
15.3 I4,0 16.1 19 i 19.0
?! fi 27.5 22.5 17.4 ft.0 70,4
?
14 as e) e.salag (uvel)ws e
a 01 e f t s s b.vn (114!.f 71) 1 b
L I,
i
_hp,fis$ I /C l. 71 W1_
TN rl e
e 1 tan Per Tome fossmJ6 englera Ib 25 29 2
3 il 10 t
15 1
6 4
141 fish C. sht 41 40 122 20 71 33 S4 4
20 2
20 444 lieh Dot 14 39 24 5
20 JJ I4 I
2 4
191 hos.s e F e el-s J 17.w0 JJ.)J 49.04 3.75 3.73 9.85
- 26. %
18.75 7.00 7.$0 7.3%
36.00 1s9.05
}
2,1Q',ff f ht s O )
2 41 1,20 2.4*
23) 5.11 7.76 1.)?
2.te 0,57 1,73 0.77 4M 7.D I o 1..Ial :
n leta tv 16 JJ l$
e 1
list t.uht 20) 102 v)
$'a 1
l a el l e t'l 39 98 37 6
biswis 986hed WV.)d 16.6) 52.2) 30.9)
]
htpdf i f er t,j,1
', D.
6.l) 3.7e 1,62 fg.. le o e
i 4
a L
,s a
L e
a b
t htel rei. 4 it a
i i
r,u T sapp 2B 2k 2
$,. bets Ges e t a lJ.e )I It 4
In I
) flu. twlls 4J r
Ik IE t
l t L it ! cattlsh 2e Ich lE la it 41h la Bxh base JA >#
2k A6F 19A 2K 76 2.',s th 3K 66 48 l.: 7p 61E
- lk 301 nedtemaet aintleh It
- g 9l 2x ig Ig it.n; l a.
Cee n s.ntish 2r 6A IK 9
94 laphinseeJ h
IK
$t 13K lit 15 24K 2e
- 61. 4411 In Jr 13r Ihg la if i
so.ft Les Qe d. asp.)!
Jk JA 3a vn Ja Its la t all w wsh Lee Ist la les. let Itt sik 2k e.m IE 5k
> st 2n 4K 19n 3a 33 Jn sa SLA LS2n 2uJ p.tte steppte 4R lt 5
Ss 41a.k s tdi.t se JK 26 2L lu 7E 7
v.il
,e a is is i
re p e,
in 5.
em in n
w 27, 27 I t Lepad isstatilltatiosa.
t 6 et.
R aea..J.
]
Table 26 s.
tees) museey dese dr e the M.s f or = =4 servey day in by 1982.
s 4
j 1,4 y iba il fue
- 1) $
26 hed
~
teether Pa s t ly Cl.n.J, Cle.:
Clear hg. base. Clear 64.or St.se (e) 8e' 1.26 f.2n 1.45 A s t 16., e s a t wr e 10)
L J s.3~173 2o.5 24.0 21.5 22.3 2e.o is.s 16.3 24.5 21.0 2
I brev te;;. r at us e (O 17 0 17,$
it 3 17.$
19.0 19.5
? s.$
M.n J
14 a. a s 22.$
17,5 21.0 71.0
/
. > u rn i e.,
10=. i u,)
e a
j b ) a t te sa.un (1301 1700) t, b
r-b_
b c esgejiy f l N ty / loo) c e
c e
Tot.it
. tat i'e r f ase l'e r teJ r Anglese 22 24 24
!)
39 Il 22 44 3) 17 29 280
^
j fish Cai.ght 40 51 72 31 31 48 64 50 56 Il 15 62 S r4 I t ab L > t 31 le 31 8
4 14 2,\\
32 23 3
6 32
. 237 eu wt. fatheJ A1.0v J7.10
!$ li 26.33 42.?>
25.$0 t..:
71.ti; 92.S(
12.00 3a.00 5 7 t,0
' 3 34.7*$
i t atp /f i ri rt m) t.M
! t.
f.)I 1.19 0.7) 1.te 1,4L Q 70 0.Q 0.92 0.1%
l. 0 86
'em I._.e, t. iA AugIeie 72 43 lC)
$4 feet Ca. 1t 163
!!O
\\ l7l 88 lash Aspt 87 30
,,84 41 W wee Is LeJ 124.23 94.S S hc.35 107.60
{
. t,f y /l f f.>t t (h) 1.}i 1.16 S.63=
0.t?-
. wa t
e t
1a _
wanaerd me. J 2h 2h 2
t a w dorp 3K In 6K 3K Ik 1p in 25.
1/, E 48-le l'
Liste suckes 2A 2t' 4
w ilita.h M
3E 3
Shsstle4J te,Jhesse li' IR 2R lE i s.
in 34 Sk 9
U. anne t sett leh IK IK 2)g eg 4k 7K 9)
/ IE 16/. IR
'asE " ~l&R het ik lie n a 17K Jh gK lh IbK th 2K 4R 3E JR lt in 96 if 13 'IX IR Ik 2R led 9k,
7tk 36 ~ : 73 108 be Jtes e a s t nuaftsh 21:
s J%
2 lumphloseeJ II, IK
. 2E '
i 2
6*t.flabee (l o +10 esp.)I 28 2R 4)
A k'-
98 t
$ lle.ewth Lane ILK 44, 14E !$k IOR 302 4K 73 7p gg 136, -ty 2',k SK WR WK %1 IF Sk 2K 61 2K 1tR
.6A 1$3%
213 legge ssutt. base is
. It 1
Whlte esapple Ik lt Ig la' 2~
ble.h crapple 4K 12R 4Kr 12p 16 frapples (fvemmts spp.)I It la 2a '
Ig 3R 4
,l.
le))w perch IK 2K th IK 3R 2R 1R
.r- ' -
A t" 4485 38 l
Estley*
IE D
3R 4R 75 IF 4R lt I?>
20 49 SF
?4 1
?R '
ill*
%I I Cokesel identifttatteen.
E Espt.
A Rela.4seJ.
s f
2