Page 16

Appendix A (Continued)

Mega- Hydrographic
Station Location Fish invertebrates Observations
Sta. Sta. Date = Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No, Code M/D Lat(N) Long.(W) Lat.(N) _Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (°/..)
1987

193 A44 2/18 40°23.6' = 73°44.1' 40°24.0' 73°44.7' 1511 102 316 9 ral 17 1 80
194 R2 2/19 40°26.7' 73°46.5' 40°27.2' 73°47.0' 1040 97 219° 9 12 44 4 99
195 R6 2/19 40°26.5' 73°48.8' 40°27.1'  73°48.9' 1200 215 448 10 5 08 2 103
196 A20 2/19 40°26.0' 73°44.2' 40°26.6' 73°44.3' 1328 72 16.9 10 4 05 2 96
197 NY3 2/19 40°27.8' 73°43.8' 40°28.3' 73°44.; 1513101 304° «6 18 19° 3 90 .§
198 NY11 2/20 40°19.4' 73°46.3' 40°18.7' 73°46. 1053 44 16.4 7 7 14° 3 106 «5.
199 M54 2/20 40°18.8' 73°44.1'  40°19.4' _73°44.4' 1153 Ed 75 5 3 01 2 88
200 A56 2/20 40°18.8' 73°47.5' 40°19.4' 73°47.7' 1325 336 474° 7 4 o5 3 190
201 RS 2/20 40°21.4" 40°21.9' 73°44.0' 1507 27 10.2 8 10 04 3 82
202 RI 2/25 40°28.7' 40°29.3' 73°47.9' 0954 66 312° 8 18 34 4 87
203 AG 2/25 40°29.6' 40°30.0' 73°45.8’ 1054 63 208 8 7 04 2 80
204 RS 2/25 40°27.9" 40°28.4' 73°41.0' 1208 28 100 5 5 03 2 64
205 NY22 2/25 40°24.6" 40°25.1'  73°40.3' 1312 91 242 7 7 04 3 82
206 M31 2/25 40°24.7' 40°25.2' 73°42.4" 1423 39 12369 2 0.1 1 80
207 A41 2/26 40°22.9" 40°23,6" 73°47.1' 0951 261 347 120 «14 5.1 2 127,
208 R4 2/26 40°21.1' 40°21.6' 73°46.9' 1118 83 23.1 8 4 1.3 3 112
209 M49 = 2/26 40°21.7' 40°22.3' 73°40.2' 1410 8 23° °5 1 0.1 1 82
210 A50 40°22.5' 73°42.2' 1506 37 120 8 3 05 2 82
211 Aad 40°24.1'  73°46.1' 1617 104 156 11 2 19° 2 = «101
212 R2 40°26.9' 73°47.1' = 1026. 49 154 9 5 5 2 100
213 -R2 40°27.2'  73°46.7' 1158 39 92 7 15 57 4 98
214 NY11 40°19.1'  73°45.4' 1406 32 56 4 4 0.1 2 97
215 NY11 40°18.9' 73°46.0' = 1512 18 45 64 9 0.6 3 99
216 NY11 40°19.0' 73°46.4' 1046 5 09 3 1 01 1 101
217 NY11 40°19.4° 73°46.3' 1234 "1 33°65 4 0.1 1 106
218 NY6 40°25.3'  73°46.1' 1431 49 13.2 8 1 0.1 1 97
219 NY6 40°24.8' 73°46.0' 1544 18 5.0 5 3 14 2 = 102
220 NY6 40°25.1'  73°45.5' 1039 45 15° = 8 2 0.4 1 110
221 NY6 40°25.0' 73°46.0' 1123 42 16° 68 4 15 3 107
222 R2 40°26.6' 73°46.4' = 1229 62 318 6 W 78 #3 97
223° -R2 40°26.9' 73°45.5' 1334 49 16.2 7 1 0.1 1 100
224 «=NY11 40°19.1'  73°45.9' 1043 58 436 6 5 12 3 107
225 NY11 40°19.1' 73°46.1" 1140-381 645 6 6 09 2 107
226 R2 40°26.9" 73°46.5' 1340 83 258 9 i) oo 60 98
227 R2 40°26.8' 73°46.5' 1432 115 286 9 1 1.2 1 100
228 NY6 40°25.1'  73°46.0' 1538. 74 212 9 1 O41 1 101
229 ~NY6 40°25.1' 73°45.5' 1001 45 97 8 2 3300641 98
230 NY6 40°24.6' = 73°46.5' 1109 63 1519 3 08 3 106
231 NY6 40°25.0' - 73°45.4' 1205, 61 147° 9 4 27° 3 99
232 NY11 40°18.8' = 73°45.4' = 1353. 81 149° 6 19 15°02 100
233° NY11 40°19.3'  -73°45.2' 1446117 262 5 2 0.1 1 102
234 -R2 40°26,7'  73°47.0' 1013 109 226 8 5 320 3 94
235 ~R2 40°26.6' = 73°46.0' §=1113. 84 245° 7 7 72° 3 96
236 AI 40°29.1' _73°47.8' 1059 S7 210 6 16 98 4 86
237 R2 40°27.0' 73°46.3' 1036 72 200 8 20 88 4 100
238 =NY3 40°28.1' 73°43.6’ = 1120 44 70 =+7 10 29 064 86
239 A20 40°26.3' 73°43,8' 1240 24 77 6 2 og 2 98
240 RE 40°26.5' 73°48.8' 1418 175 287 8 22 25.4 5 102
241 NY6 40°25.1' 73°45.5' 1125 63 185 «8 2 22 2 109
242 NYS 40°25.1' 73°47.0' 1352 13 3.8 7 2 08 2 111
243° A19 40°24.9' = 73°44.7' 1446 35 95 6 i‘) oo 6060 87
244 AG 40°30.0' 73°45.7' 1025 140 451 9 28 47 5 82
245 RS 40°28.3' §—73°40.5' 1205 98 21° 7 4 o2 3 76
246 NY22 40°25.1'  73°39.6' 1330 59 134° 7 6 O07 2 85
247° M31 40°25.0' 73°41.8' 1434 103 25.0 10 4 1302 85
248 Add 40°24.0' 73°43.8' 1540 88 205 5 15 25 2 81
249 ~NY11 40°19.1' 73°45.6’ 1046 43 157 6 48 92 3 102
250 M54 40°19.1'  73°43.8' = 1336 72 45° 7 18 25 1 93
251 ASE 40°18.5' = 73°47.8' = 1453. 95 494 8 168 23.7 2 182
252 ASO 40°23.1'  73°41.7' 1040 71 130 8 3 1.2 3 82
253 M49 40°22.0' 73°39,9' 1144 74 W707 6 10001 8t
254 R3 40°21.8' = 73°43.3' 1256 4a 103° 5 7 370064 85
255 A41 73°47.2' 1053 68 223 10 3 #115 5 130
256 A43 73°46.0' 1205 80 54.6 12 7 21 3 90
257 -R4 73°47.0' 1328 63 206 7 36 49 6 115
258 R2 73°46.9' 1137 70 184 7 67 #144 4 92



Appendix B (Continued)

Page 37

Silver Hake Merluccius bilinearis (Continued)

183 (23;3.0;14-33)
; -20)

226 (13; 1.0;11-24)
230 (1;0.1;20)

573 (17:0.5; 12-20)
577 (16;0.3;12-19)

184 (8;0.5;15-24)
189 (7:0.6;15-28)

198 (3;0.1;14-18)
203 (6;0.3;14-22)
207 (2;1.5;15-37)
211 (2:0.1;16-18)
217 (2;0.3;12-31)
222 (5;0.1;12-18)
227 (2;1.0;15-19)
231 (5;1.0;17-40)
237 (2:0.4;18-30)
241 (4;1.3;34-35)
245 (4;0.1;11-17)
249 (5;0.5;15-30)
253 (8;0.1;10-19)

271 (3:0.2:21-24)
276 (5;0.2;17-21)
280 (4;0.4;10-27)
284 (1;0.1:23)
290 (2;0.1;13-19)
299 (8;0.2;10-14)
303 (4;0.3;10-24)
347 (1;0.1;19)
399 (1;0.1;13)
422 (2;0.1;9-19)
430 (4;0.2;14-22)
440 (1;0.1;25)
447 (1;0.1;15)
451 (26;0.8;11-25)
456 (29;6.8;24-40)
463 (5;1.7;19-44)
469 (8;1.1;15-35)
473 (6;0.1;11-19)
478 (3;0.3;15-36)
482 (4:1.0;15-32)
488 (1;0.1;12)
494 (26;0.7;12-18)
499 (5;0.1;9-16)
505 (1;0.1;10)
519 (3;0.1:11-12)
525 (22;0.5;10-18)
529 (1;0.1;14)
537 (3;0.1;12-14)
542 (1;0.1;13)
547 (1,0.1;15)
552 (1 30.1;12)

185 (5;0.4;16-21)
190 (17;1.1;13-33)
195 (16;4.8;18-42)
200 (10:4.0;17-40)
204 (4:0.1;13-15)
208 (2:0.1:12-17)
212 (1:0.1:17)
218 (3:0.1:14-18)
223 (3;0.1;16-18)
228 (1:0.1;16)
232 (1;0.1;17)
238 (1;0.1;43)
242 (1;0.3:32)
246 (3;0.1;8-17)
250 (2:0.1:13-20)

259 (8;1.0;17-32)
264 (6;1.4:21-37)
268 (9;2.1;19-39)
272 (2;0.1;18-20)
277 (5;0.6;18-35)
281 (1;0.1;20)
285 (2;0.1;13-19)
291 (1;0.1;13)
300 (10;0.3;12-22)
330 (1;0.1;21)

351 (1;0.1;20)
410 (1;0.1;13)
423 (2;0.1;12-16)
431 (2;0.1;14-16)
444 (13;1.2;13-34)
448 (9;0.2;11-15)
452 (5;0.1;13-21)
458 (2;0.1;11-13)
466 (27;1.1;13-40)
470 (6;1.9;17-40)
474 (1;0.1;17)

479 (3:0.1;16)

483 (7;0.1;11-17)
489 (9;0.2;11-18)
495 (10;0.1;11-17)
500 (40;4.1;12-43)
508 (5;0.1;13-17)
521 (1;0.1;11)
526 (2;0.1;13-14)
530 (8;0.8;10-17)
538 (4;0.1;10-14)
543 (2;0.1;12-13)
549 (2;0.1;12)
553 (2;0.1;11-13)

578 (27:0.5;

13-21)

579 (6;0.1;13-16)

187 (9;0.4;14-22)
191 (11;3.0;26-37)

251 (1;0.1;20)

256 (6;2.0;30-37)
260 (3;0.1;15-18)
265 (8;1.7;11-36)
269 (7;1.2;16-33)
273 (4;0.2;19-22)
278 (7;0.5;13-32)

438 (5;0:1;15-21)
445 (1404 13-18)

563 (28;0.9;12-20)
568 (13;0.6;12-25)
572 (12;0.1;8-20)

576 (22;0.4;13-17)
580 (13;0.3:13-19)


Appendix B (Continued)

Page 33

Little Skate Raja erinacea (Continued)

766 (13;4.0;28-45)
770 (8;3.4;35-45)
774 (65:2 24.0;28-47)

791 (7:3.2:34-54)
795 (11;4.9;25-49)
31-47)
803 (7;3.5;25-43)
809 (34;11.0;26-46)
814 (22:7.0;15-44)
818 (6;2.5;32-46)
822 (30;10.5;27-48)
826 (6;3.0;31-46)
830 (6,3.4;28-48)
834 (7:4.0;31-49)
838 (7;2.7;26-51)
842 (25;10.5;21-50)

846 (40;11.0;20-49)
850 (6;2.6;33-44)
854 (4;1.7;31-47)
58 (2;1.0;44)

862 (9,6.0;37-48)

874 (5;1.8:
878 (7;2.5;26-45)
884 (8;3.6;28-47)
888 (1;0.3;31)
892 (5;1.4;26-44)
896 (9;3.1;24-45)
905 (2;1.3;41-45)
913 (8;4.2;29-49)
917 (2;1.9;45-46)
921 (94;47.5;24-50)
925 (20 -48)
929 (3;1. 45)
933 (4;1.4; 28-46)
937 (2;1.1;45-46)
942 (2;0.7;32-44)
946 (37; 15.5;24-48)

954 (29;12.0;23-49)
958 (21;8.0;27-48)
963 (22;9.0;28-50)
967 (17:6.3:27-47)

987 (18:9.0; 35 -50)
991 (27;8.0;25-46)

767 (8;2.2;27-45)
771 (6;3.4;36-51)
775 (16;6.5;33-45)
779 (6;1.5;27-44)
783 (10;3.7;35-43)
788 (3;1.8;33-45)
792 (7;3.3;29-47)
796 (7;2.9;31-45)
800 (9;2.2;16-47)
805 (13;6.2;37-46)
810 (6;1.5;28-40)
815 (9;4.9;42-45)
819 (46;12.2;23-50)
823 (3;1.5;35-43)
827 (9;2.0;23-39)
831 (5;1.0;28-44)
835 (7;3.8;40-47)
839 (1;0.8;50)
843 (6;2.8;32-48)
847 (15;6.0;23-46)
851 (3;1.3;33-46)
855 (4:2.0;40-46)
859 (28;13.0;22-49)
863 (3;1.0;37-44)
867 (1:0.7:45)

871 (6;2.1;33-44)
5;28-46)

914 (5:2.5;44-47)
918 (3;1.5;41-48)
922 (61;28.0;26-48)
926 (20;7.3;21-52)
930 (14;5.0;20-45)

947 (ao: 18.0:31 -49)

951 (6;3.0;26-49)

955 (50;20.0;25-48)
960 (43;20.5;25-48)

984 (14;6.
988 (20;8.5;22-50)

768 (9;2.6;20-47)
772 (8;3.9;37-50)
776 (12;4.1;29-43)
780 (7;2.7;35-46)
784 (9;3.8;32-49)
789 (8;4.6;37-47)
793 (4;1.9;36-47)
797 (6;3.3;34-47)
801 (7;3.1;34-47)
806 (1;0.2;35)
812 (14;4.6;19-49)
816 (3;1.5;34-46)
820 (38;11.5;23-45)
824 (1;0.2;29)
628 (15; 8: 16-47)
832 (11;2.8;23-42)
836 (15;4.7;33-49)
840 (56;17.5;17-48)
844 (27;16.5;36-50)
848 (8;3.2;23-47)
0;33-45)
856 (3;1.4;34-45)
;10.0;26-45)

911 (2;0.
915 (55;30.0;32-49)
919 (2;1.2;41-49)
923 (11;6.0;27-48)
927 (64;25.0;28-49)

61 (47:20.5; 529.49)
965 (13:4.2;27-46)

973 (4;1.3;27-44)
977 (30;10.8;14-36)
981 (7,3.8:42-49)
985 (118;53.0;24-49)
989 (23;10.0;22-51)

769 (8;3.9;35-47)
5;28-44)

785 (9;4.3; :35-47)
790 (14;10.0;33-46)

1.0;39-49)
798 (16;4.2;27-43)
802 (14:4.7;27-44)
808 (1;0.5;47)
813 (18;5.3;24-46)
817 (12;5.5;34-46)

833 (8;
837 (3;0.5;27-34)
841 (22;5.5;17-44)

861 (21;
865 (8;2.5;25-47)
869 (8;3.9;35-51)
873 (3;1.0;30-42)
877 (9;2.6;28-46)
883 (7;3.5;38-46)
887 (8;4.0;28-46)
891 (10;4.2;28-47)
895 -(1;0.3;36)

903 (3;1.8;44-47)
912 (3;2.0;47)

916 (91;46.0;29-50)
920 (2;0.9;36-46)
924 (21;10.0;31-48)
928 (3;1.8;43-47)
932 (1;0.1;19)

936 (2;1.4;46-49)
941 (1;0.5:42)

945 (15;6.3:27-48)

949 (15;6.1;18-47)
953 (10;4.6;35-47)
957 (6;3.0;42-48)

962 (21;8.5;28-48)
966 (23;10.0;22-46)
970 (5;2.8;38-50)
974 (12;
978 (7;3. )
982 (83:33.0;20-49)
986 (7,3.4;32-46)
990 (39;14.0;17-48)



Page 42

Appendix B (Continued)

LOPHIIDAE

Goosefish Lophius americanus

3 (1;0.1;12)

43 (1;0.1;9)

58 (1;0.5;8)
146 (1;0.3;23)
155 (1;14.5;92)
171 (1;0.5;25)
188 (1;0.3;19)
200 (2;1.3;28)
256 (3;13.0;19-23)
263 (1;0.2;23)
275 (1;0.2;25)
300 (1;3.1;55)
317 (2:0.7:10-33)
341 (1:0.1:9)
350 (2;0.6;11-26)
387 (1;0.1;11)
486 (1;0.2;26)
529 (1;0.1;19)
563 (1;2.5;48)
586 (1;1.4;45)
625 (1;8.0;80)
668 (1;0.1;11)
712 (2;0.1;14-16)
767 (1;0.1;13)
850 (1;3.0;58)
861 (1;4.5;67)
881 (1;2.6;52)
956 (1;0.1;15)

ATHERINIDAE

151 (1;10.0;93)
160 (1;10.0:91)

982 (1:0.1:15)

Atlantic Silverside Menidia menidja

187 (1; 0.1; 12)
SYNGNATHIDAE

Lined Seahorse Hippocampus erectus

152 (1;0.1;13)
751 (1;0.1:9)

428 (1;0.1;10)
772 (1:0.1:7)

Northern Pipefish Syngnathus fuscus

506 (1;0.1;23)
TRIGLIDAE

Northern Searobin Prionotus carolinus

82 (1;0.2;23)
116 (1;0.1;17)
138 (2:0.1;10-12)
160 (1;0.1;13)
288 (1;0.1;12)
380 (1:0.1:9)
394 (2;0.2;18-19)
561 (1;0.1;12)

91 (1;0.1;21)
128 (1;0.1;10)
140 (1;0.1;13)
165 (1:0.1:11)
336 (1;0.5;29)
387 (1;0.1;19)
395 (1;0.2;22)
566 (1;0.1;12)

25 (1;0.2;18)
46 (1;0.1;11)
111 (1;0.1;21)
153 (1;0.1;21)
161 (2;2.0;45)

278 (2;0.5;21-26)
309 (1;0.1;18)
326 (1;0.1;20)
347 (1;0.1;12)
368 (1:0.1;6)
456 (1;10.5;86)
30.3;25)

640 (1;3.0:58)
674 (1;0.1;13)
737 (1;0.1;18)
784 (1;13.0;88)
859 (1;2.6;55)

949 (1;0.1;15)

429 (1;0.1;10)

102 (1;0.1;22)

587 (1;0.1:11)

29 (1;0.1;11)
48 (1;0.1;10)
119 (2;0.2;9-15)
154 (1;0.6;32)
165 (2;4.2;34-61)
185 (1;0.2;20)
196 (1;0.3;23)
244 (2;0.4;18-27)
262 (1;3.2;48)
274 (1;0.1;21)
293 (1;0.1;7)
310 (1;0.1;8)
327 (1;0.1;12)
349 (1;0.1;11)
371 (1;0.1;13)
482 (1;0.5;23)
510 (1;0.5;26)
558 (1;5.7;62)
579 (1;3.5;63)
611 (1;0.1;10)
645 (1;0.1;11)
691 (1;0.1;12)
741 (1;0.1;16)
840 (1:0.1;17)
860 (1;2.3;50)
867 (1;2.8;57)
953 (3;0.1;7-16)

430 (1;0.1;11)

104 (1;0 ‘i 8)
133
156
267
377
393
560
701 (1:0.1; ‘23)



Page 10

THOUSANDS OF INDIVIDUALS

BROADSCALE
REPLICATE
TOTAL

THOUSANDS OF KILOGRAMS
o

0

BROADSCALE
REPLICATE
TOTAL

=
ix)

o

)

ra
ge NUMBER
BROADSCALE

&
& B® REPLICATE
2
x
<
AS
g
=
$
F
Yi}.
18.546 8.116 0.421 7.548 6.273 3.085
24.298 | 12.956 0.920 21.267 6.813 3.622
42.842 21.072 1.341 28.815 13.086 | 6.707

THOUSANDS OF INDIVIDUALS PER CATEGORY

wv
&
NES
>
g&&
WEIGHT
BROADSCALE
@ REPLICATE
NS
=
&
9)
O
=
oO
&
4619 1.225 0.065 1.383 0.213 0.054
6.249 1.821 0.134 2.607 0.209 0.105
10.868 3.046 0.199 3.990 0.422 0.159

THOUSANDS OF KILOGRAMS PER CATEGORY

Figure 7, Contribution by categories of fish and megainvertebrates collected during broadscale and replicate surveys in and around
_ the 12-Mile Dumpsite, July 1986 - September 1989 (A = total number, B = total weight).


Page 70

Appendix B (Continued)

CANCRIDAE
Jonah Crab Cancer borealis

)
136 (2;0.2;8-9)
160 (1;0.2;10)
207 (4;0.7;9-10)
237 (1;0.1;8)
256 (1;0.1;9)
265 (1;0.1;11)
274 (1;0.1;9)
283 (1;0.1;10)
299 (5;0.6;7-12)
310 (5;0.7;8-12)
314 (1:0.1;8)
332 (2;0.2;9-10)
345 (1;0.1;9)
362 (1:0.1;8)
370. (1;0.1;10)
386 (1;0.1;8)
410 (2;0.2;7-10)
419 (1;0.1;10)
444 (1;0.2;8)
498 (1;0.1;3)
551 (1;0.1;4)
600 (3;0.5;8-11)
613 (1;0.1;8)
626 (1;0.3:12)
641 (2;0.3;9-12)
646 (5;0.5;4-12)
652 (2;0.3;7-10)
659 (5;0.8;8-11)
666 (2;0.3;10-14)
679 (1;0.1;9)
690 (2;0.2;10)
698 (2;0.1:7-11)
711 (1;0.2;13)
715 (2;0.2;9-11)
722 (1;0.1;10)
734 (1;0.1;11)
758 (1;0.1;5)
780 (1;0.2;11)
851 (8;1.1;2-11)
865 (1;0.3;14)
875 (1;0.1;9)
884 (1;0.2;10)
896 (1;0.2;10)
900 (3;0.2;6-11)
914 (1;0.2;11)
922 (1:0.1;11)

11 (1;0.1;10)

12 (1;0.3;12)
32 (1;0.1;7)
43 (6;1.0;10-11)

:9)
62 (1:0.2:10)
88 (10.1 12)

341 (12;2.0;9-12)
347 (2;0.7;11)
365 (1;0.1;12)
375 (2;
391 (1:0.
416 (2;0.3;9-10)
427 (1;0.2;
456 (1;
531 (1
558 (1
608 (2
617 (1
633 (1:0.
644 (6;1.0;7-11)
649 (4;0.6:8-14)
655 (1;0.1;9)
661 (4;0.5;8-11)
669 (2;0.2;9)
687 (1;0.1;10)
692 (4;0.6;10-11)
706 (4;0.5;9-10)
713 (4;0.5;9-11)
718 (1;0.2;11)
726 (1;0.1;10)
755 (1;0.1;10)
769 (1;0.1;10)
813 (1;0.3;13)
855 (1:0.1;11)
868 (2;0.2:8-11)
881 (1;0.2;11)
888 (3;0.1;8)
898 (6;1.2;6-12)
905 (1;0.2;10)
918 (5;0.8;8-11)
924 (2;0.3'8-9)

15 (1;0.3;10)
35 (1;0.1;6)

45 (1:0.1;11)
49 (1;0.1;11)
58 (3;0.6;9-10)
63 (1;0.1;10)
70 (1;0.1;9)

86 (1;0.1;11)
127 (1;0.1;12)
141 (3;0.4;10-11)
181 (1;0.1;13)
231 (1;0.2;10)
255 (8;1.1;6-13)
263 (1;0.1;9)
270 (1;0.5;13)
279 (4;0.8;8-11)
296 (1;0.1:9)
309 (2;0.3;10-11)
313 (4;0.5;8-13)
329 (1;0.1;9)
343 (1;0.1;10)
349 (1;0.1;11)
369 (3;0.1;6-7)
382 (1;0.1;13)
393 (1;0.2;10)
418 (1;0.1;10)
430 (1;0.3;12)
469 (1;0.1;8)
533 (1;0.2;10)

“575 (1;0.1;10)

612 (4;0.4;6-9)
620 (2;0.1;7-11)
634 (1,0.2;11)
645 (6;0.7;6-11)
651 (4;0.5;7-10)
657 (2;0.5;11-12)
665 (2;0.3;9-12)
673 (2;0.3;11)
689 (3;0.6;10-12)
694 (1;0.1;11)
710 (1;0.1;9)
714 (3;0.2;9-10)
721 (1;0.1;11)
730 (1;0.1;11)
756 (1;0.1;10)
775 (1;0.1;10)
843 (3;0.7;9-12)
862 (1;0.3;11)
873 (1;0.4;11)
883 (2;0.4;9-11)
895 (1;0.2;10)
899 (4;0.4;7-10)
910 (1;0.1;11)
921 (3;0.4;7-9)
925 (4;0.8;9-10)



Page 52

Appendix B (Continued)

Gulf Stream Flounder Citharichthys arctifrons (Continued)

909 (2;0.1;13-14)
916 (2;0.1;16-17)
924 (1;0.1;14)

939 (2;0.1;10-12)
952 (2;0.1;12-13)
966 (7,0.1;12-16)
977 (1;0.1;12)

911 (2;0.1;12-15)
917 (2;0.1;13-14)
928 (1;0.1;15)
940 (1;0.1;14)
953 (3:0.1;11-15)
968 (6;0.1;12-15)
982 (1;0.1;14)

Smallmouth Flounder Etropus microstomus

663 (2;0.1;12-13)

709 (1;0.1;15)

Summer Flounder Paralichthys dentatus

72 (2;0.5;23-34)
(i :1.0;41)

94 (1;0.9:44)

98 (1;0.4;34)
102 (6;2.3;20-40)
106 (4;0.9;23-35)
113 (1;0.3;35)
122 (6;1.9;23-37)
129 (2;0.7;21-39)
136 (1;0.4;34)
149 (1;0.1;22)
172 (2:0.2:18-21)
192 (1;0.5;23)
206 (2:0.3:19-22)
236 (2;0.3;24-26)
249 (1;0.7;41)
266 (1;0.1;27)
274 (1;,0.3;35)
283 (1;0.4;32)
398 (13;4.2:26-37)
405 (1;0.7:39)
420 (1;0.6;39)
433 (2;1.0;30-41)
452 (1;0.1;13)
§62 (1;0.6;40)
570 (1;0.2;29)
700 (1;0.7;40)
708 (1;0.9;43)

76 (1,0.5;38)

108 (1:0.1:21)
116 (1;0.3;28)
123 (1;0.6;35)
132 (2;0.3;25)
138 (2;0.3;22-25)
156 (1;0.1;19)
178 (2;0.1;18-19)
198 (1;0.1;19)
207 (1;0.1;19)
240 (1;0.1;20)
252 (1;0.2;27)
267 (2;0.5;25-30)
276 (4;1.3:28-39)
290 (1;0.4;35)
399 (8;5.0;32-54)
409 (1;0.5:37)
421 (2;1.0;34-39)
440 (1;0.3:33)
546 (1;0.7;40)
565 (4;1.8;26-44)
571 (1;0.2;26)
703 (1;0.5;35)
724 (1;0.8;40)

Fourspot Flounder Paralichthys oblongus

1 (1;0.2;28)

8 (3:0.3;21-26)
15 (1;0.1;24)

20 (2;0.4;26-29)
26 (10;1.8;25-31)
32 (3;0.3;18-28)
43 (1;0.1;27)

49 (21;0.6;20-32)
53 (3;0.5;27-28)
68 (1;0.1;25)

2 (3;0.5;26-27)
10 (1;0.2;23)

16 (7;0.9;20-29)
22 (4;0.5;25-31)
27 (8;1.2;7-31)
33 (12;1.5;18-28)
45 (7;1.3;23-34)
50 (27;3.5,20-32)
54 (3;0.6;27-29)
70 (1;0.3;30)

913 (2;
918 (1
935 (1
948 (4;
964 (1
969 (1;0.1;12)
985 (1;0.1;13)

77 (1;0.3;34)
88 (3;1.2;33-36)
92 (6:2. 5: 33-43)

109 (1;0.3:28)
117 (2;1.1;38)
124 (1;0.1;19)
133 (4;0.6;23-25)
140 (1;0.2;25)
163 (1;0.1;21)
184 (1;0.1;20)
201 (1;0.1;18)
211 (1;0.1;19)
244 (1;0.2:30)
255 (2;0.1;14-17)
269 (3;2.0;36-41)
278 (3;2.1:35-42)
374 (1;0.8;40)
400 (4;1.4;29-38)
410 (3;1.6;37)
422 (2;0.5;29-31)
441 (1;0.3;33)
554 (3;1.0;26-40)
566 (1;0.2;27)
588 (1;0.6;39)
704 (1;0.5;38)
744 (1;1.0;43)

4 (3;0.3;15-27)

23 (1:0.3:29)
29 (18;1.7:23-29)

73 (1;0.2;30)

914 (1;0.1;14)

(a
976 (2;0.1:13-14)

119 (4;1.6;30-38)
128 (5:1.6:25-39)
135 (1;0.1;22)
142 (1;0.2;23)
171 (1:0.1;19)
190 (1) 4; :18)

699 (1:0.7:41)
708 (1:0.6;38)
856 (2:1.0;37)

7 (2;0.3;28)
12 (2;0.2;23-26)

31 (3:0.5:28-29)
40 (1;0.2;26)
48 (1;0.3;31)
52 (2;0.3;24-26)
67 (2;0.4;23-29)
74 (1;0.2;29)


Page 50

Appendix B (Continued)

Butterfish Peprilus triacanthus (Continued)

720 (5;0.1;10-11)
724 (100;2.5;10-13)
732 orn 10- -14)

928 (19:0.1:6)
932 (62;0.5;5-7)
936 (57;0.3:5-7)
943 (11;0.1;5-8)
949 (135;1.5;7-12)
953 (76;0.5;6-8)
957 (259;1.4;6-9)
961 (64;0.3;6-8)
965 (34;0.3;6-8)
970 (85;1.0;7-10)
974 (509;6.5;8-10)
978 (71;0.5;7-9)
982 (44;0.5;7-9)
986 (67;0.7;7-10)
990 (35;0.3;8-10)

BOTHIDAE

612 (6;0.3;12-15)
616 (1;0.1;9)
621 (3;0.1;12-13)
627 (8;0.3;11-16)
631 (1;0.1;12)
635 (11;0.1;4-6)
640 (1;0.1;6)
651 (2;0.1;10-11)
662 (1;0.1;6)
672 (2;0.1;7-8)
676 (37;0.3;6-10)
680 (14;0.1;6-9)
687 (4;0.1;6-8)
691 (4;0.1;8-9)
696 (464;9.0;9-11)
706 (4;0.1;9)

710 (190;4.1;8-11)
717 (11;0.1;9-11)

751 (2;0.1;14-15)
760 (4;0.2;10-14)
863 (2;0.1;11-15)
868 (10;0.3;10-17)
873 (7;0.2;11-14)
878 (1;0.1;10)
884 (2:0.1:10)
888 (8;0.3:10-13)
901 (1;0.1
913 (16;0.9;9-16)
920 (1:0.1:8)
925 (6;0.1;6-12)
929 (78;0.5;6-9)
933 (134;1.1;5-8)
937 (6;0.1;5-6)

954 (158;1.2;6-8)
958 (17; 1.2;6-8)

991 (45:0.5:8-10)

Gulf Stream Flounder Citharichthys arctifrons

1 (1;0.1;13)
29 (2;0.1;13-14)
53 (1;0.1;12)

60 (1:0. 138)

613 (3;0.1;13-14)

.5;
628 (5:1.0;4-12)
632 (1:0.1;10)
637 (1;0.1;5)
641 (6;0.1;5-11)
652 (2:0.1;11)
665 (1;0.1;10)

9)

9)
-9)
-10)
3-9)
6-10)

707 (20: 0.3;8-11)
711 (160;3.6;7-11)
718 (12;0.1;9-12)
722 (1;0.1;7)

730, (1;0.1;8)

734 (135;3.0;8-12)
738 (13;0.2;9-11)
756 (5;0.1;10-14)
856 (1;0.1;12)

)
897 (10;0.4:10-13)
904 (1;0.1;10)
914 (82;4.9;12-16)
921 (2;0.1;9-14)
926 (7;0.1;6-14)
930 (32;0.2;6-8)
934 (17:0.1:6-10)
938 (8;0.1;5-7)

0.

972 (168:1.6;7-10)
976 (117;1.5;7-10)
980 (108:0.7:7-9)

984 (10,0

12 (1;0.1;12)
43 (1;0.1;12)
66 (1;0.1;11)

614 Go 11-15)

6
719 (25:0.5:9-11)
723 (214;6.7;10-14)
731 (15;0.2;10-12)
735 (86;2.4;7-14)
740 (1:0.1;7)
757 we 30.6;12-17)
859 (1;0.1;12)
866 0.3;10-12)
870 (9;0.3;10-14)
875 (75;2.0;10-19)
881 (1:0.1:17)
886 (8;0.3;11-13)
899 (4;0.1;11-12)
905 (1;0.1;8)
915 (4;0.2;9-18)
922 (14;1.0;12-17)
927 (5;0.1:6-11)
931 (33;0.: 2 4. pay

s1

985 (7;0.1;9-10)
989 (123;1.8;7-10)

25 (1;0.1;13)
47 (1;0.1;14)
104 (1;0.1;13)


Page 56

Appendix B (Continued)

Windowpane Scophthalmus aquosus (Continued)

524 (2;0.4;24)
528 (2;0.3;22-23)
536 (2;0.7;21-32)
540 (1;1.1;31)
549 (1;0.1:24)
562 (1:0.1:27)
613 (2;0.4;24-27)
629 (1;0.3;28)
651 (1;0.3;29)
674 (1;0.2;26)
695 (6;0.5;13-24)
701 (2;0.4;24-28)
705 (1;0.2;23)
709 (7;1.4;24-29)
714 (1;0.1;22)
732 (1;0.1;24)
738 (3;0.2;27-30)
744 (8;1.3;13-28)
748 (5;0.7;17-32)
752 (2;0.1;18)
759 (1;0.1;24)
766 (2;0.3;18-23)
774 (2;0.2;19-23)
779 (5;0.5;19-25)
784. (2;0.1;21-22)
790 (6;1.5;19-30)
795 (1;0.2;29)
802 (1;0.1;21)
814 (2;0.2;15-23)
827 (2;0.4;22-24)
892 (1;0.3;25)
5;

874 (1:0. z 27)
922 (1;0.5;30)
927 (2;0.3;21-25)
938 (1;0.4;30)
948 (1;0.2;26)
960 (1;0.2;27)
966 (2;0.3;26)
976 (1;0.3;28)
982 (1;0.1;26)

PLEURONECTIDAE

525 (7;1.1;17-26)
530 (24;4.2;17-29)
537 (9;3.0;25-30)
543 (1;0.2;24)
553 (1;0.4;28)
565 (1;0.1;12)
619 (10. 2: 25)

30.127)
697 (5; 0. 8; 16-32)
702 (9;0.5;14-20)
706 (1;0.1;22)
710 (10;1.8;17-30)
717 (1;0.1;24)
734 (1;0.2;27)
741 (11;1.2;17-26)
745 (3;0.5;23-26)
749 (3;0.6;21-29)

753 (5;0.7;20-26) ©

761 (2;0.3;23-25)
767 (5;0.8;21-29)
775 (3;0.7;20-31)
780 (4;1.0;21-30)

786 (8;1.0;14-28) _

791 (6;1.1;18-29)
798 (4;0.6;18-23)
803 (1; 0.8:29)

Witch Flounder Glyptocephalus cynoglossus

255 (1;0.5;42)

Yellowtail Flounder Pleuronectes ferrugineus

11 (1;0.1;18)

167 (7;2.9;29-40)
181 (2;0.3;21-29)
187 (1;0.4;29)
198 (10;3.9;29-35)

157 (2;0.8;32)
170 (1:0.8;38)
184 (1;0.5;34)

:0.
199 (2;0.4;28-29)

526 (1;0.1;23)
531 (23;3.5;19-27)
538 (12;3.0;19-39)
1;20)
;0.8;28-31)
30.429)
3;24)
1;0.2;29)
30.2;27)
1;26)
323-24)

990 (1:0.1:27)

164 (1:0:5;6)

193 (1:0.3;28)
205 (8:3.6;31-39)

527 (3;0.8;26-30)
535 (3;0.6;20-31)
539 (2;0.3;22-24)
548 (1;0.1;20)
561 (1;0.3;29)
588 (2;0.6;24-33)
624 (1;0.1;23)
649 (1;0.3;29)
665 (1;0.1;27)
694 (1;0.2;27)
700 (1;0.2;26)
704 (2;0.3;17-29)
708 (4;0.5;15-25)
712 (1;0.1;24)
724 (2;0.4;25-29)
737 (1;0.1;21)
743 (6;0.6;17-23)
747 (2;0.8;24-29)
751 (5;0.6;19-22)
755 (3;0.4;19-21)
765 (8;1.2;14-23)
772 (1;0.1;21)
777 (3;0.8;22-29)
782 (1;0.1;22)
788 (7;1.1;20-27)
794 (3;0.8;24-30)
800 (6;0.6;18-24)
812 (3;0.4;18-23)
825 (1;0.2;21)
830 (1;0.1;17)
835 (2;0.5;21-29)
844 (19;2.3;13-28)
849 (1;0.4;29)
873 (1;0.2;26)
920 (1;0.2;27)
926 (6;1.1;22-25)
931 (3:0.6;23-25)
947 (1;0.1;22)
959 (1;0.2;26)
965 (2;0.2;12-27)
971 (1;0.3;27)
980 (1;0.2;27)
991 (1:0.1;17)

166 (3;0.9;27-32)
177 (1;0.3;32)
186 (1;0.4;32)
196 (1;0.5;33)
206 (1;0.4;32)


Page 60

Appendix B (Continued)

Winter Flounder Pleuronectes americanus (Continued)

486 (6,0.1;11-14)

541 (3:0.6;15-30)
545 (6,1.2;13-32)

558 (12:1.8:13-31)
562 (2,0. : :19-20)

575 @ 1.5;20-32)
579 (1:0.1:17)
583 (7;1.1;22-27)
587 (10;3.0;25-31)
593 (5;1.0;18-29)

675 (10;1.0;15-28)
679 (13;1.6;19-23)
683 (9;1.3;18-29)

687 (15;1.3;15-23)

706 (5;1.4;19-33)

710 (19;4.7;20-33)
714 (23;5.4;20-34)
718 (12;3.0;19-33)
722 (13;1.9;16-26)
726 (11;2.5;21-32)

487 (5;1.1;13-31)

503 (27:3.9;13-29)
508 (13;3.0;13-33)
513 (16;3.1;14-31)
518 (8;2.0;24-32)

568 (12:2.1;14-31)

572 (26;4.6;13-31)

576 (11;2.5;13-30)

580 (8;2.0;16-38)

584 (11;1.4;15-29)
47:

609 (21;3.3;14-31)
613 (12;2.6:15-32)
617 (10;2.3:17-36)
621 (5;0.6;17-29)
625 (37:4.0;
629 (1

0.8;
711 (13;2.4;18-29)
715 (8;2.2;18-36)
719 (4:1.4;26-32)
723 (31;6.0;19-31)
728 (1;0.1;22)

488 (3;1.0;25-32)
494 (8;1.7;22-32)
498 (5;0.7;13-30)
504 (10 0.2,24)

ye

523 (11;
527 (6;1.4;16-31)
531 (14;2.1;13-25)
535 (2;0.3;17-21)
539 (5;0.1; 2- -17)
543 (2;0.3;15-26)
547 (5;1.7;25-33)
551 (3;0.6;12-29)
556 (33;6.8;13-31)
560 (22;4.1;13-35)
564 (12;2.8;14-40)
569 (3;0.5;20-25)
573 i 1.3:12-29)

626 (2:0.3:17-18)
630 (1,0.1:20)
637 (5;1.0;21-31)

653 (2:0.3;19-24)
657 (4:0.5:18-23)

677 (3,0.4;18-22)
681 (9:1.0;17-29)
685 (8:0.8;18-22)
689 (6;1.0;17-26)
693 (6;0.9;21-28)

716 (4;0.6;16-27)
720 (2;0.8:27-34)

490 (7;0.9;14-26)
495 (9;1.5;14-28)
501 (2;0.5;24-28)
506 (1;0.1;15)
510 (1;0.8;38)
516 (2;0.5;27)
520 (4;0.5;13-28)
524 (28;4.5;12-32)
528 (5;0.9;16-28)
532 (1;0.3;27)
536 (7;2.5;25-39)
540 (5;1.6;13-37)
544 (3;0.4;16-26)
548 (10;1.7;14-29)
552 (6;0.5;13-29)
557 (2;0.4;22-26)
561 (3;0.6;17-25)
565 (23;3.4;12-28)
570 (8;1.4;12-29)
574 (3;0.6;17-30)
578 (11;2.4;14-33)
582 (9;1.1;15-30)
586 (4;1.0;17-32)
590 (2;0.3;20-26)
596 (3;0.4;18-27)
603 (6;1.0;16-29)
607 (9;1.5;15-30)
611 (9;1.8;16-33)
615 (23;3.5;13-29)
619 (16;1.6;14-27)
623 (7;1.8;17-31)
627 (4;0.9;22-31)
631 (5;0.5;17-24)
638 (10;1.0;17-23)
642 (8;1.0;16-30)
646 (6;0.6;18-21)
650 (18;1.9;15-28)

690 (5;0.5;18-22)
694 (7;1.4;21-31)
698 (4;0.7;19-28)
704 (1;0.2;25)
709 (1;0.4;31)
713 (2;0.7;26-33)
717 (5;1.2:22-28)
721 (1;0.1;24)
725 (;1.0;21-29)
732 (12;2.4;20-29)


Page 48

Appendix B (Continued)

Ocean Pout Macrozoarces americanus (Continued)

816 (17;7.8,31-55)
822 Me 12.5;38-61)

944 (1;0.1:28)

PHOLIDAE

817 (15;7.1;29-56)
823 (17;10.5;32-58)
828 (1;0.1;24)

832 (1;1.8;67)

836 (1;2.0;66)

855 (28;12.0:31-60)
859 (12:6.8;39-64)
863 (3;1.7;39-59)

872 (1:0.8;54)

Rock Gunnel Pholis gunnellus

758 (1;0.1;7)
AMMODYTIDAE

835 (1;0.1;13)

Northern Sand Lance Ammooytes dubius

33 (1;0.1;11)
SCOMBRIDAE

740 (1;0.1;15)

Chub Mackerel Scomber japonicus

113 (1;0.3;35)

748 (1;0.5;37)

Atlantic Mackerel Scomber scombrus

185 (2;0.3;22)
STROMATEIDAE

Butterfish Peprilus tiacanthus

1 (8:0.1;6-9)

21 (130.1
26 (2;
31 (31;0.1;3-6)

64 (71:0.8;7-10)
70 (21;0.2;7-9)
74 (12;0.2;8-10)
78 (4;0.1;8-9)
82 (66;1.1;9-11)
86 (52;0.7;7-12)

61 (20;0.2;7-11)
66 (18;0.3;7-9)
71 (48;0.5;6-10)
75 (37:0.5;8-10)
79 (9;0.1;8-10)
83 (46;0.9;8-10)
87 (156;2.5;8-12)

818 (20;9.3;30-59)
825 (34;16.8;35-54)
829 (14:3.3;29-47)
833 (34:18.0;33-61)
837 (3;2.5;47-56)
842 (3;0.8;33-40)
848 (3;0.7;25-41)
852 (3;3.2;37-58)
856 (10;4.0;34-52)
860 (1;1.5;68)

864 (4;1.6:35-60)
877 (1;0.5;45)

882 (1;0.1;15)

3 (2;0.1;11-12)
8 (8,0.1;6-10)
12 (5;0.1;6-8)
18 (1;0.1;8)

24 (4;0.1;6-7)
28 (39;0.5;7-9)
33 (101;0.5;4-9)
37 (142;0.6;5-9)

88 (87;1.4;8-11)

838 (2;0.8;38-45)
844 (14;5.6;32-46)
849 (7;7.8;53-64)
853 (2; ' 4;48-52)

99 (1:0.3:42)

909 (1;0.1;19)

4 (2;0.1;8-11)
6)



Page 20

Appendix A (Continued)

Mega- Hydrographic
Station Location Fish invertebrates Observations
Sta. Sta.‘ Date Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No. Code M/D_ -Lat(N) Long.(W) —Lat.(N) Long.(W) Time No, (Kg) sp. No. (Kg) sp. (m) (°C)
1987
457 M54 12/10 40°18.7' 73°44.0' 40°19.4' 73°44.2’ = 1434 16 35 3 1 2 85 (9.6 *
458 M49 12/11 40°21.6' 73°40,0° 40°22.0' 73°40.3' 1208 27 65 6 7 0.6 2 85 9.3 *
459 -R3 12/14 40°21.3' 73°43.4' 40°21.9' = 73°43.5' 1033 26 69 5 7 0.6 2 84 94 *
460 A5Q 12/14 40°22.6' 73°41.9' 40°23.1' -73°42.1' 1143. B 15.4 8 14 46 65 80 9.4 *
461 A44 = 12/14 40°23,7'  73°44,.2' 40°24.2' -73°44.4' 1254 7 B16 9 08 4 79 9.4 *
462 A43 12/14 40°24.0' 73°45.9' 40°23.3'  73°45.7' 1356 69 15.2 7 1 Os 1 80 9.4 *.
463 NYS 12/14 40°25.4' 73°47.6' 40°24.8' 73°47.4' 1545 151 289 9 1 1.6 1 119 9.4 *
464 A41 12/15 40°24.1'  73°47.4' = 40°23.7'73°47.3' 1013 55 92 6 2 03 2 130 94 *
465 RA 12/15 40°21.7' 73°46.9' 40°21.4' 73°46.8' 1149 70 18° =5 4 o5 #3 111 9.4 *
1988,

466 NY6 1/11 40°25.1'  73°45.5'  40°25.0' 73°46.5' 1141 87 162 9 2 01 2 103 56 323
467 NY6 1/11 40°24.7'.  73°45.8' 40°25.5' 73°46.0' 1220 91 305 11 4 23° 3 #101 55 323
468 RZ 1/11 40°26.6' 73°46,7' 40°27.3' 73°46.5' 1340 67 192 8 10 1203 95 59 323
469 R2 1/11 40°27.0° 40°26.9' 73°46.5' = 1416 88 770~=«2141 14 1.0 5 94 «59 *
470 -R2 1/12 40°26.9" 40°26.9' 73°46.2' = 1037, 65 136 69 6 14° 3 94° 57 © 325
471 R2 1/12 40°26.6' 73°46.6' = 1115. 42 91 12 14 49 3 94° 57 325
A472 NY11 1/12 40°19.0' 73°46.2' 1424 51 272 «6 3 08 1 9 5.0 321
473, NY11 1/12 .f 40°18.9' 73°45.6' 1508 24 107° 6 10 01 1 97 «5.0 *
474 NY11 1/13 40°19. 73°46.1' 40°18.8' 73°45.9' 1100 119 318 8 W Oo5 2 5.1 32.2
475 NY11 1/13 40°19.4' 73°45.9' 40°18.8’ _73°45.9' 1159. 47 12.2 6 8 WW 2 97 «(5.1 32.2
476 NY11 1/15 40°19.0' 73°46.5' 40°19.0' 73°45.5’ 1047 3 184° 6 4 03 2 97 55 326
477 NY11 1/15 40°19.2'  73°46.0' 40°18.5' = 73°45.9' 1126 60 133° «6 6 03 2 55 326
478 R2 1/15 40°27.4' 73°46.4' 40°26.7'  73°46.6' = 1332 45 13.1 9 "1 02 2 92 49 323
479 -R2 1/15 40°26.8' 73°46.6' 40°27.3' =73°47.3' = 1407 31 63 7 6 #09 2 93 5.0 324
480 R2 1/19 40°26.6' 73°47.2' 40°26.9' 73°46.2' = 1015 90 15.1 9 1 O41 1 95 62 33.1
481 R2 1/19 40°26.4"  73°46.0'  40°26.8' 73°46.6' 1108 61 96 9 12 05 4 93 61 33.0
482° NY6 1/19 40°24.3' 73°45.7'  40°25.0' 73°45.9' 1216 76 20.1 10 5 1702 939 61 327
483 NY6 ~ 1/19 40°25.0' 73°45.2' 40°25.0' 73°46.1' 1305 93 153° 8 o 00 0 93 «6.1 32.7
484 NY6 1/19 40°25.0' 73°45,7' 40°25.3'  73°46.6' = 1346 80 266 7 3 08 2 100 61 33.0
485 NY6 1/19 73°45.7' 40°25.0' 73°45.9' = 1438 71 11.3 10 1 0.1 1 96 «6.1 32.9
486 NY6 1/21 73°45.8' 40°25.3' 73°46.6' = 1029 78 111008 0 00 0 1022 59 326
487 NY6 1/21 73°45.9' 40°24.6' 73°46.4' 1107 Ky 59 6 1 02 1 108 59 326
488 NY11 1/21 73°45.0' 40°18.9' 73°45.8° 1248 55 109 8 4 o6 2 92 58 2
489 NY11 1/21 73°45.2' 40°19.0' 73°46.1' 1347 62 100 8 6 O41 1 95 57 327
490 RI 2/8 73°47.3' —40°29.0'  73°48.0' 1015 53 15.5 7 8 O14 2 8 49 31.9
491 AB 2/8 73°45.0' 40°29.8' 73°45.6' 1145 15 46 4 3 O41 1 80 48 «319
492 NY3 2/8 73°43.4" = 40°28.0' 73°44.1' 1250 33 129° «6 5 03 2 90 43 31.6
493 RS 2/8 73°40.3'  40°28.1' 73°41.0' 1357 11 62 5 7 o1 2 70 41 31.5
494 NY6 2/9 73°46.4" 73°45.5' 1044 115 168 9 2 03 2 104 46 319
495 AIS 2/9 73°45.3' 73°44.5° 1121 32 52 6 1 01 1 90 44 318
496 A20 2/9 73°44.8' 73°43.8' = 1318 7 77) 8 3 03 2 90 45 318
497 M31 2/9 73°42.6' 73°41.6' = 1458 14 43° 6 2 0.1 1 79 43 «317
498 NY11 2/10 73°45.8' 73°46.1' 1055. 39 97° 8 10 03 2 10 45 318
499 M54 2/10 . 73°44.2' 73°44.0' 1150 12 15°63 0 00.0 88 44 «(317
500 ASE 2/10 9° —-73°47.5' 73°47.5' 1346 141 138 10 17 48 5S 187 48 319
501 R3 2/10 40°21.3' 73°43.5' 73°43.8' = 1608 4 88 8 1 0.1 1 83 44° «317
502 R2 2/11 40°26.9' 73°47.0' 73°46.4' = 1107 76 198 9 20 1202 9 44 32.1
503. R6 2/11 40°27.2' 73°48.2' 73°48.0' 1222 115 147° 7 12 41 2 103 47 32.0
504 NY22 2/17 40°25.1' 73°39.5" 73°40.4' 1118 69 238 66 5 11 2 78 44 31.9
505 M49 2/17 40°22.0' 73°39.5' 73°40.5' 1230 16 168 6 7 O41 2 80 43° 318
506 A50 2/17 40°23.1' _73°41.5' 73°42.5' = 1328 44 220 9 5 02 3 7 42 HB
507 Aad 2/17 40°24.4' = 73°44.4' 73°44,1' 1444 12 60 6 2 0.4 1 7 44 31.8
508 A4 2/18 40°20.9' 73°46.8' 73°46.8' 1028 54 208 12 7 03 2 112 45 319
509 A43 2/18 40°23.3' 73°45,7" 73°46.1' 1223 27 70. 6 12 08 5 88 45 «319
510 A41 2/18 40°22.8' = 73°47.0' 73°47.2' 1320 47 5404 1 0.1 1 121 47 320
511 NYS 2/18 40°25.2' 73°48.0' 1548 10 05 2 4 W120 «115 45 0 31.9
512 NY6 3/7 = 40°25.1' _73°45.2' 1053 37 58 6 oO 00 O 103 46 322
513 NY6 3/7 =—40°24.8' —_73°46.1' 1153, 31 48 6 0 00 0 104 46 322
514 R2 | 3/7 40°27.0'- 73°46.0' 1246 oO 00 60 o 00 60 95 46 319
515 R2 3/7 40°27.0' 73°45.6' 1329 8 35 3 5 76 2 95 46 31.9
516 NY11 3/8 40°19.0' 73°46.4' 1038 5 143 4 03 3 101 47 320
517 NY11 3/8 40°18.7' 73°45.9' 114 7 28° 44 2 041 1 101 47 320
518 NY6 3/8 40°24.8' 73°46.0' 1341 12 25 4 oO 00 60 «6101 50 323
519 NY6 3/8 40°25.7' 73°45.7' 1458 S2 68 8 oO 00 60 97 49 323
520 R2 3/9 40°27.2' = 73°46.7' 1030 39 173°=«5 56 79 4 9 49 323


Page 38

Appendix B (Continued)

Silver Hake Merluccius bilinearis (Continued)

581 (6;0.2;15-20) 582 (4:0.1;15-18) 585 (1;0.1;20) 587 (1;0.1,14)
588 (55;1.3;12-21) 589 (1;0.1;17) 593 (2;0.1;14-16) R

595 (1;0.1;16) 599 (1;0.1;13) 600 (5;0.1;13-19)

602 (2;0.1;14-17) 604 (1;0.1;15) 605 (5;0.1;13-17)

607 (3;0.1;10-19) 608 (1:0.1:11) 609 (1;0.1;18)

611 (1;0.1:15) 615 (1;0.1;16) 617 (1;0.1;16)

622 (1;0.1;15) 624 (1:0.1;18) 626 (2;0.1;15-17)

628 (3;0.1;14-19) 629 (2;0.1;19-20) 631 (1;0.1;18)

638 (7;0.3;16-20) 639 (2;0.1;18-20) 16-19)

646 (1;0.1;15) 647 (2;0.1;15-17) 23)

653 (2;0.1;15-21) 655 (1;0.1:20) 3:18)

664 (1;0.1;17) 665 (1;0.1;18) .1;18)

676 (1;0.1;22) 677 (1;0.1:22) 678 (1:0.1;19)

682 (1;0.1;21) 683 (2;0.1;20-21) 684 (3;0.1;21-24) ;

690 (1;0.1;20) 694 (1;0.1:21) 695 (1;0.1;14) 696 (3:0.2:24-26)
698 (1;0.1;25) 712 (5;0.1;8-25) 713 (6;0.6;23-27) 715 (10;0.8;23-26)
717 (1;0.1;24) 718 (3;0.2;25-28) 723 (1;0.1;24)

731 (4;0.5;26-27) 732 (2;0.2;23-27) 733 (5;0.2;24-26)

738 (4;0.5;23-27) 736 (1;0.1:25) 737 (1;0.1;25)

742 (2;0.1;19-20) 751 (1:0.1;27) 755 (9;1.3;25-29) 756 in 4.3:21-26)
787 (44; 758 (1;0.1;28) 759 (63;9.4;22-33) 760 (1;0.1;24)
762 (5;0.6;25-30) 763 (3;0.7;27-34) 764 (2;1.3;39-45) 765 (35;6.3;22-37)
766 (29;4.7;20-42) 767 (2;0.1;13-30) 768 (10;1.3;18-32) 769 (3;0.5;20-33)
771 (2;0.5;29-39) 772 (3;0.4;15-20) 776 (1;0.4;38)

779 (9;0.9;15-29) 780 (8;1.5;21-41) 783 (2;0.1;18-30)

791 (2;0.1;14-21) 793 (1;0.1;14) 794 (1:0.1;22)

798 (2;0.1;13-14) 801 (5;1.4;28-36) 803 (1;0.1;14)

805 (1;0.1;18) 806 (11;1.1;15-39) 807 (4;0.8;25-36)

809 (3;1.0;14-15) 810 (1;0.1;17) 811 (1;0.1;14)

813 (5;0.1;13-22) 814 (6;0.3;14-27) 815 (6;0.4;15-29) 816 (6;0.6;15-32)
817 (2;0.1;15-18) 818 (1;0.1;12) 819 (1;0.1;12) 822 (4;0.1;14-21)
823 (5;0.2;8-19) 824 (1;0.1;19) 825 (3;0.1;16-18) 826 (6;0.3;15-20)
827 (8;0.3;15-19) 828 (8;0.2;15-18) 829 (16;0.6;16-21) 830 (22;1.2;10-21)
831 (3;0.1;8-14) 832 (1:0.1:22) 833 (3;0.5;26-30)

835 (20;1.0;15-29) 836 (2;0.5;31) 838 (2:0.2;13-26)

840 (11;0.6:8-31) 841 (7;0.2;11-26) 842 (11;1.4;11-33)

844 (7;1.3;13-32) 845 (3;0.1;8-17) ‘0.

850 (8;0.3;9-22) 851 (11;1.4;10-33)

854 (1;0.1;22) 855 (5;0.6;17-33)

858 (10;1.4;16-41) 859 (5;0.8;20-30) 4

862 (4;0.5;18-31) 863 (35;6.5;26-37) 864 (46;8.5;20-45) 865 (15;2.4: 4:20-04)

866 (21;3.0;12-37) 867 (75;12.3:21-35) 868 (76:12.2:16-37) 869 (152:25.0:21-42)
870 (99;16.0;18-36) 871 (12:0.7;12-31) 872 (5,0.4;15-27)

874 (3;0.4;21-28) 875 (14;1.9;16-33) 876 (21;2.7;15-36)
880 (1:0.1;17) 881 (22:3.1;21-36) 882 (1;0.1;17)
884 (2;0.1;20-22) 885 (1,0.1;11) -
888 (1;0.1;20) 889 (1;0.2;24)

892 (1:0.1:20) 893 (8;0.4;16-23)

897 (4:0.3;16-19) 899 (1;0.1;20)

913 (1;0.1;21) 914 (1:0.1;17) 915 (4:0.2:17-19)
917 (1;0.1;17) 918 (6;0.3;13-17) 924 (7:0.4:15-21)
929 (1:0.1;21) 930 (1;0.1;18) 931 (1;0.1:20)
935 (193;8.5;23-35) 938 (4;0.1;17-19) 939 (1;0.1;18)

941 (12;0.6;14-20) 942 (1;0.1;16) 943 (10;0.4;15-19)
946 (3;0.2;16-19) 947 (2;0.1;18) 948 (5;0.2;18-20)

952 (5;0.2;19-22) 953 (4;0.4;19-22) 955 (3;0.2;19-20) “960 (4;0. 0.1; ;18-20)



Appendix B (Continued)

Page 69

Hermit Crab sp. Pagurus sp. (Continued)

47 (4;0.3;4-6)
55 (1;0.1;3)

61 (3;0.1;4-5)
72 (5;0.3;4-6)
87 (3;0.1;3-4)

982 tio. 8)

MAJIDAE

Spider Crab sp. Libinia sp.

97 (1;0.1;3)
173 (1;0.4;9)
391 (2;
446 (1;0.1;6)
506 (1;0.1;3)
748 (1;0.1;5)
785 (1;0.5;11)
843 (1:0.1:3)
963 (1;0.1;3)

48 (11;0.6;4-6)
57 (2:0.1;6-7)
69 (7;0.2;3-5)
75 (4;0.3;4-7)
88 (4;0.2;5-6)
95 (1;0.1;4)
105 (2;0.3;4-8)
120 (1;0.1;3)
134 (1;0.1;2)
170 (2;0.1;2-4)
194 (1;0.2;5)
213 (3;0.2;3-5)
235 (2;0.1;4-5)
264 (1;0.1;5)
275 (2;0.1;3-5)
307 (4;0.4;4-6)
338 (2;0.4;4-5)
353 (1;0.1;6)
369 (1;0.1;6)
389 (1;0.1;5)
428 (2;0.1:3-4)
452 (1;0.1;3)
506 (1;0.1;3)
527 (1;0.1;4)
564 (1;0.1;4)
602 (1;0.1;3)
661 (1;0.1:9)
691 (1;0.1;6)
703 (1;0.1;3)
723 (1;0.1;3)
751 (2;0.1;5-6)
767 (1;0.1:4)
793 (1;0.1;8)
808 (2;0.1;2-5)
827 (1;0.1:6)
845 (1:0.1:4)
2)

106 (1;0.1;5)
244 (1;0.2;9)
406 (1;0.1;9)
453 (1;0.4;10)
609 (1;0.2;9)
758 (3;0.1;1-2)
798 (1;0.3;10)
851 (1;0.1;5)

53 (5;0.3;3-5)

816 (1;0.5;10)
862 (2:0.5;7-8)

ae eos)

817 (1:0.1;5)
841 (1:0.1;9)
4)

989 (10.18)

169 (1;0.6;10)

771 (1:0.1:7)
842 (1;0.4;10)
891 (1;0.2;6)


Page 1

ABSTRACT

s Summary tabulations for 75 species representing 47 families of fish and megainvertebrates, as well as associated
environmental observations, are given for 991 bottom trawl tows made at 24 stations in the New York Bight apex from
July 1986 to September 1989. The 20 most frequently occurring species were:=little skate, Raja erinacea (89 percent
of trawls); Atlantic rock crab, Cancer irroratus (87 percent); winter floundér, Pleuronectes americanus (83 percent);
starfish, Asterias sp. (69 percent); silver hake, Merluccius bilinearis (59 percent); longfin squid, Loligo pealeii (55
percent); butterfish, Peprilus triacanthus (50 percent); fourspot flounder, Paralichthys oblongus (46 percent), American.
lobster, Homarus americanus (46 percent); red hake, Urophycis chuss (43 percent); windowpane, Scophthalmus
aquosus (42 percent); yellowtail flounder, Pleuronectes ferrugineus (30 percent); ocean pout, Macrozoarces americanus
(29 percent); Jonah crab, Cancer borealis (27 percent); Gulf Stream flounder, Citharichthys arctifrons (27 percent);
horseshoe crab, Limulus polyphemus (19 percent); scup, Stenotomus chrysops (19 percent); hermit crab, Pagurus sp.
(18 percent); cunner, Tautogolabrus adspersus-(17 percent); and spotted hake, Urophycis regia (15 percent). These

species dominated catches throughout the study,
and weight, respectively, of all species collect

ounting for greater than 95 percent and 93 percent of the total number

INTRODUCTION

The New York Bight (NYB) is that portion of the
western North Atlantic bounded by the coasts of Long
Island, New York, on the north and New Jersey on the west,
and extending seaward between 150 and 180 km [81-97
nautical miles (nm)] to the edge of the continental shelf
(Gross 1976). This study was conducted in the NYB apex,
where the Long Island and New Jersey coastlines are nearly
perpendicular and the ocean is contiguous with the Hudson-
Raritan estuary (Figure 1). This portion of the NYB is
adjacent to one of the most heavily industrialized and
densely populated regions in the United States, and conse-
quently, it is vulnerable to all of the problems and pressures
associated with multiple and conflicting uses of limited
resources ina finite area (Mayer 1982; Squires 1983). Gross
(1976) points out that the waters of the NYB in general, and
the apex in particular, are heavily used for transportation,
commercial and sport fishing, recreational boating, and
disposal of waste from the population of approximately 20-
million people who live, work, and recreate on its edges.

Water quality within the NYB apex has deteriorated
during the past 50 years from the ocean dumping of sewage
sludge (U.S. Environmental Protection Agency 1975), dredge
spoils (Gross 1972; Pararas-Carayannis 1973), coal ash
(Gross 1972), construction and demolition debris (Pararas-
Carayannis 1973), and assorted other industrial waste prod-
ucts, including acids and extracted ores (Pararas-Carayannis
1973; Gross 1976). Further, the indirect addition, via tidal
flows and runoff, of waterborne pollutants which have their
origins in the terrestrial, riverine, and estuarine environs
adjacent to the NYB, has also contributed to the decline in
water quality.

Sewage sludge, that portion of sewage which settles in
sewage treatment plants, has been barge dumped at a site
22.2 km (12.0 nm) from the tip of Sandy Hook since 1924
(Figure 1). Between March 1986 and December 1987,

disposal of sludge was phased out at the 12-Mile Dumpsite
(12-MDS; Figure 2) and redirected to a deepwater dumpsite
196 km (106 nm) offshore, at an additional estimated cost of
approximately 20-million dollars per year (Leschine and
Broadus 1985). This action was prompted by political
pressure from environmental groups, recreational and com-
mercial fishermen, and government agencies who believed
that sludge dumping was degrading the NYB apex. Based
largely on National Oceanic and Atmospheric Administra-
tion (NOAA) data, the late Dr. Peter Anderson of the U.S.
Environmental Protection Agency (USEPA) testified at a
public hearing on the tentative denial to redesignate the 12-
MDS (June 8, 1984; Monmouth College, West Long Branch,
New Jersey) that

Ecological effects attributed wholly or in part to the
ocean dumping of municipal sludge include: closure
of shellfish beds; introduction of viral, bacterial, fun-
gal and protozoan pathogens into the apex; elevated
levels of heavy metals and toxic organic compounds
(e.g., PCBs) in bottom sediments; reduced bottom
dissolved oxygen levels; reduced catches of bony
fishes; alterations in the benthic community, particu-
larly the proliferation of stress-tolerant polychaete
worms; observed sublethal effects in organisms, in-
cluding reduction ofreproductive functions, increased
incidence of fin rot and black gill, mutation of fish
larvae, and decreased survival of offspring; and intro-
duction of carbon and nutrients, which contribute to
planktonic blooms and anaerobiosis.

In addition to sewage sludge, the NYB apex receives
contaminant inputs from several other major sources; the
two most significant being the Hudson-Raritan plume and
the dredged material dumped at the western edge of the
Christiaensen Basin (New York City Department of Envi-
ronmental Protection 1983; Figure 1). This has made it
difficult, if not impossible, despite numerous studies, to


Page 72

Appendix B (Continued)

Atlantic Rock Crab Cancer irroratus (Continued)

179 (2;0.1;7-8)
183 (3;0.7;10-12)
193 (21;1.7;7-9)
197 (8;1.7;7-12)
201 (1;0.1;7)
206 (2;0.1;6-7)
213 (7;0.4;2-13)
221 (2;0.4;8-12)
228 (1;0.1;6)
234 (1;0.1;8)
238 (7;1.6;10-13)

278 (124;13.5;5-13)
282 (39;5.5;2-13)
286 (5;1.4;9-13)
291 (5;1.5;7-13)

307 (76;13.0;5-13)
311 (160;10.7;4-12)

331 (2;0.8;11-13)
335 (3;1.1;10-13)
339 (4;2.0;7-12)

5-13)
4-14)
3-13)
355 (5;0.7;3-12)
360 (2;0.1;5-10)
364 (1;0.1;8)

368 (253;13.5;4-12)

401 (3;0.5;7-10)
405 (4:0.5;6-11)
1;

180 (7:1.6:9-12)

267 (34:4.5:7-10)
271 (38;4.6:6-11)
275 (35;4.8:7-12)
279 (187;23.0;5-13)
283 (39;6.0;5-13)
287 (2;0.3;6-11)

308 (20;4.5;6-13)
312 (49;8.0;4-13)
316 (37;4.8;5-13)
320 (26;4.0;5-13)
324 (228;10.3;4-12)

386 (20:2.0;4-12)
390 (13;1.7;6-11)
394 (14;2.4;5-11)

398 (5:0
402 (8;1
406 (2:0.
410 (2:0.
414 (15:1.
418 (9;1
422 (24;2.
426 (17:0.9;4-12) -

181 (2;0.9;8-11)

236 (9;2.6;10-12)
240 (1:0.3;12)
248 (14;1.8;6-12)
252 (1;0.1;8)

284 (32;5.2;5-14)
288 (4;0.7;8-12)
293 (16;2.4;7-12)
297 (9;0.7;5-12)
301 (5;0.8;8-12)
305 (2;0.4;9-11)
309 (14;3.3;6-13)
8;

321 (18;3.0;5-13)

325 (234;21.0;4-13)

329 (6;1.2;8-12)
5:

.0;7-13)
345 (5;1.6;6-13)
349 (168528 2;4-12)

362 (5:0.8:4-12)
366 (88:6.1:5-11)
0.

399 (2;0.1;6-11)
403 (2;0.3;9-11)
407 (14;2.5;7-12)
411 (4:0.8;7-11)
415 (1;0.1;10)
419 (7:0.8;3-12)
423 (13;1.4;3-12)
427 (15;2.1;3-12)

182 (3;0.9;11-12)
192 (2;0.7;6-10)
196 (1;0.4;11)
200 (1;0.4;13)
205 (2;0.2;5-11)
212 (1;0.1;12)
220 (2:0.4:9-11)

326 (44;7.0;5-13)
330 (4;1.0;9-13)
334 (4;1.1;8-12)
338 (11;0.5;4-13)
342 (44;8.5;3-13)
346 (33;6.8;5-14)
350 (61;9.3;4-13)
354 (7;0.7;4-11)
359 (5;0.6;4-12)
363 (8;1.2;4-13)
367 (360;18,0;5-10)
372 (7;0.4;5-10)
376 (6;1.0;4-12)
380 (216;12.0;2-11)
384 (60

396 (9519)

428 (51;9.0;3-12)



Page 71

Appendix B (Continued)

Jonah Crab Cancer borealis (Continued)

926 (1;0.2;11) 927 (3;0.7;11-12) 930 (1;0.2;9) 934 (2;0.4;10-11)
30.1;11) : 938 (1;0.1;8) + 939 (9;1.0;7-12)
943 (29;4.5;8-11) 944 (15

ee (0770)

958 (1;0.2;12)
963 (8;1.2;8-12) .

968 (1;0.2;11) 969 (2;0.3:9-10)

972 (2;0.4;11) 973 (2;0.4;10)

978 (1:0.2;11) 979 (3;0.5;10-11)

982 (8;1.4;9-12) 986 (2;0.4;10-12) 988 (5;0.5;9-11) 989 (6;0.9;9-12)
990 (1;0.2;13)

Atlantic Rock Crab Cancer irroratus

2 (7;1.3;5-13) 3 (310;31.0;5-13) 4 (698; 72.0;6-13)
6 (57,9.5;6-12) 7 (9;1.2;7-11) 1.655:

10 (13;1.1;5-10) 11 (16;1.4;6-9)

14 (5;0.5;7-9) 15 (12;1.8;

18 (144;13.0;3-13) 19 (11;5.1
23 (14;1.8:5-12)

24 a 15.5;4-12)
28 (1;0.1;7)
33 (4;0.5;7-11)

21 (116;12.0;5-13)
25 (113;13.0;7-14)
29 (3;0.8;10-12)
34 (27;2.9;4-12)

14-8) 45 (95;9.5;
48 (111:11.0;5-14) 49 (84;8.0;5-13)
52 (10;2.0;7-13) 53 (41;3.0;2-12) 54 (31:2.0:3-13)
56 (17;2.5:5-12) 57 (36;5.0;3-12) 58 (95;12.5;4-15)
60 (15;1.4;6-10) 61 (43 4.0;2-13)
64 (64;4.8;5-12)

67 (12a; 4.5;4-11) 68 (481;34.6;5-13)
71:(181;5.0;2-13) 14.3:3-12)

74 (1;0.1;15)
78 (6;1.2;3-12)

92 (2:0.4;8
97 (6;0.6:8-9)

101 (20;0.3;6-11)
106 (33;5.5;7-12)
111 (50;5.3;6-11)
114 (16;1.5;4-10) 115 (35:426- 12)
118 (13;1,6;4-12)
122 (25:4.3;1- 112)

131 (28: 556-14)

135 (15;2.7;3-13)

148 (8;1.4;6-13)
152 (8;0.5;6-14)

154 (18:3.3:6-12)

155 (1;0.1;9) 156 (14;2.7;6-13) 158 (2;0.8;12-13)
159 (9;2.3;6-13) 160 (9;1.8;8-13) ) » 162 (12;1.9;2-13)
165 (7;0.8;4-12) 166 (13;2.7;7-12) 167 (6;1.7;10-13)

169 (5;1.5;9-13) 170 (17;3.5;5-13) 171 (2;0.6;10-13)
173 (9;2.6;10-12) 176 (2;0.1;5-10) 177 (7;1.2;7-12)



Page 74

Appendix B (Continued)

Atlantic Rock Crab Cancer irroratus (Continued)

704 (15;1.5;6-12)

808 (1:0.1;12)
815 (1:0.2;12)

819 (2;0.3;9)

823 (1;0.2;10)
830 (1;0.2:12)
835 (70;10.5;6-12)
839 (14;2.3;7-12)
843 (26;3.1;6-13)
848 (1;0.1;9)

852 (1:0.1:2)

857 (19;2.0:7-10)
861 (62;8.0;6-13)
865 (12:1.1:5-13)
869 (143;21.5;5-12)

901 (5;0.7;7-12)
905 (5;0.5;6-10)
909 (5;0.8;7-12)

925 (1;0.1;10)
930 (8;0.5;6-8)
934 (3;0.5;8-10)

960 (101;7.8;4-12)

705 (5;0.3;2-10)

745 (2;0.5;12-13)
749 (8;1.9;6-13)

753 (5;1.5;9-13)
762 (7;1.1;6-13)
769 (1;0.2;11)
774 (2;0.3;9-10)
778 (2;0.4;10-11)
784 (2;0.2;8-11)
789 (3;0.4;8-12)
797 (4;1.2;10-13)
804 (6;1.6;11-13)
809 (1;0.1;2)
816 (1;0.1;11)
820 (7;0.8;7-13)
825 (4;1.0;11-13)

858 (23;2.8;7-13)
862 (78:10.5:7-13)

874 (45:5. 7 14)
878 (26;3.6;7-12)
882 (17;1.6:3-12)
886 (33;5.1;6-14)

902 (1;0.2;12)
906 (3;0.4;7-10)
910 (1;0.1;8)
914 (37;3.0;6-11)
918 (22;2.7;7-12)
922 (7;0.7;6-10)
926 (2;0.2:8-10)
931 (1;0.1;6)

8;

961 (151; 11.5;5-14)

738 (15;2.2;6-12)
742 (29;5.9;5-14)

841 (11;1.1;5-11)
846 (11:1.7;7-12)
850 (3;0.7;8-13)
855 (34;4.0;6-12)
859 (28;3.4:6-12)
863 (76;10.5;7-12)
867 (74:10.5:1-12)
871 (41:5.2;2-12)
875 (112;11.0;6-13)
879 (10;0.9;8-9)

891 (7;1
895 (18;2.8;2-13)
899 (69;5.5;5-12)
903 (4;0.5;7-12)

923 (20;2.2;5-11)

927 (26:2.5;6-12)
932 (4;0.1;3-7)
936 (4;0.6;7-12)
940 (2;0.6;11-12)

945 (24:2.1;3-11)
949 (40;4.1;6-12)
954 (25;3.0;6-11)
958 (21;2.5;6-12)
962 (20;2.7;2-11)

818 a 2.

707 (35;4.0;5-12)
)

1)
735 (13:1.5;3-12)
739 (6;1.0;7-14)
743 (26;4.1;6-13)
747 (3;0.5;3-12)
751 (13;2.7;5-13)
758 (3;0.8;10-13)
764 (1;0.4:11)
771 (3;0.7;11-13)
776 (4;0.7;8-11)
782 (3;0.4;11-12)
787 (1;0.1;10)
792 (7;1.4:7-12)
801 (1;0.1;11)
807 (1;0.2;13),
814 (1;0.1;11)
8-13)

884 (44:5.0; 6- 14)

888 (46;3.0;5-13)
"892 (2;0.1;6-11)

896 (20;3.0;5-13)

363 (20:2 014-19)



Appendix B (Continued)

Page 31

Little Skate Raja erinacea (Continued)

252 (47;10.0;21-47)
256 (38;16.7;24-48)
260 (6;1.9;31-46)
264 (8;4.0;31-43)
268 (7;3.0;31-45)
272 (4;2.5;38-46)
276 (20;6.5;26-48)
280 (5;1.7;30-45)
285 (3;1.9;40-49)
296 (4:2.4;41-46)
305 (4;1.5;37-43)

315 (3;1.8;
319 (16;7.0;36-49)
329 (13;7.2;28-49)
333 (14;6.8;26-47)
337 (12;6.0;32-48)
341 (1;0.5;45)

345 (20;6.8;26-47)
349 (26;14.5;32-48)
353 (17;7.5;24-47)
357 (3;0.9;28-42)
362 (6;2.6;31-48)
366 (ei 8.9;35-46)

393 (12;5.8;34-49)
397 25: 11.0;30-48)

409 (1;
414 (2;0.1;21-29)
418 (28;12.0;18-49)
422 (19;8.3;32-49)
426 (22;6.0;24-42)
430 (73;23.5;21-47)
434 (32;10.2;23-45)
438 (15;5.2;32-44)
442 (28;10.3;29-46)
446 (2;1.0;41-44)

462 (1 ,

466 (18;5.5;29-46)

470 (9;3.5;25-43)

474 (38;11.0;20-45)
8.

502 (20;8.0;26-47)

253 (60;10.3;15-46)
257 (15,9.6;34-45)
261 (5;1.6;34-37)

273 (15:7.3;36-45)
277 (15;3.6;25-40)
282 (21:10.9;24-49)
286 (6;3.0;33-42)

350 (17;9.8;30-49)
354 (14;7.0;27-49)
358 (11;4.3;26-47)
363 i 2 33-44)

378 (7;3.5;32-47)
384 (11;5.2;40-49)
389 (12:5.8;
394 (21;
398 (3;1.5;39-44)
402 (22;4.8;20-45)
406 (7;3.1;27-47)
411 (6;1.5;30-42)
415 (1:0.1;34)

419 (5;1.5;35-40)
33-45)

435 (29;10.0;24-46)
29-46)
0;26-47)
447 (3;0.7;30-37)
451 (6;2.5;31-45)
455 (7;1.5;27-38)
24-43)

483 (16:4.7;27-41)
487 (10;3.2;18-44)
491 (7;3.5;33-45)
495 (10;2.9;27-44)
499 (5;1.3;24-43)
503 (8;2.5;27-48)

254 (30;6.8;23-46)
258 (19;9.0;28-45)
262 (4;1

270 (3;
274 (31;10.0;

313 (14:65;
317 (7;2.9;28-48),
38-49)

343 (1:0.3:37)

347 (33;16.0;25-48)
351 (7:4.3;43-47)
4;29-48)

364 (1:1.6:43)

368 (8;4.5;31-49)
372 (37;19.0;30-50)
379 (13;6.5;32-48)
385 (20;11.0;31-46)
390 (4;2.0;24-42)
395 (29;13.8;33-48)

399 (12;5.0;29-47)
403 (1;0.3;37)

407 (7;2.9;36-46)
412 (4;1.3;33-43)
416 (8;1.6;29-36)
420 (24;8.0;17-48)
424 (37;14.0;28-46)
428 (33;14.0;28-48)
432 (96;31.0;29-43)
436 (45;14.5;25-54)
440 (40;15.3;20-47)
444 (17;7.8;34-48)
448 (38;14.0;12-51)
452 (14;6.3;34-46)
456 (18;6.0;24-45)
460 (28;6.5;16-45)
464 (3;1.0;30-46)
468 (23;11.0;20-45)
472 (17;4.1;23-42)
476 (11;5.2;27-52)
480 (5;1.9;29-38)
484 (20;6.0;26-44)
488 (37;8.3;22-45)
31-48)

28-46)
804 (10;9.2;26-44)

256 (8;5.0;30-45)
259 (13;5.7;26-48)
263 (3;1.0;16-47)
267 (6;1.9;28-44)
271 (3;0.6;30-34)
28-46)

290 (1; )

304 (37: 8. 7;28-51)
309 (1;0.6;43)

314 (2;1.0;37-44)
318 (16;7.7;36-47)
328 (6;3.5;35-47)
332 (16:8. -50)
336 (11
340 (19:4.5;18-44)
344 (11;4.2;28-48)
348 (57;19.7;28-46)
352 (13;4.6;29-48)
356 (11;7.2;29-47)
360 (5;2.2;38-45)
365 (17;8.0;33-45)
369 (3;0.8;34-39)
373 (13;6.5;31-49)
380 (1:0.3;36)

386 (3;2.0;40-48)
392 (15;6.5;28-46)
396 (28;12.5;25-47)
400 (7;3.5;33-47)
404 (2;0.5;27-36)
408 (16;5.0;27-46)
413 (4;1.2;36-42)
417 (14;6.0;21-48)
421 (17;5.5;28-44)
425 (44;14.6;27-58)
429 (38;15.5;30-49)
433 (62;21.0;24-46)
437 (23;6.5;29-42)
441 (53;18.0;24-47)
445 (9;2.9;28-47)
449 (26;13.0;25-48)
453 (15;6.0;25-47)
457 (12;2.6;27-38)
461 (30;12.0;18-49)
465 (5;1.5;25-43)
469 (19;7.5;29-44)
473 (10,3: o ;26-44)

485 (10;3.5;
489 (29:8.0:23-45)
493 (6;3.0;32-46)
497 (2;0.6;34)

501 (5;1.4;24-44)
505 (7:7.0;31-46)


Appendix A (Continued)

Page 17

Mega- Hydrographic

Station Location Fish invertebrates Observations
Sta. Sta. Date Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No. Code M/D tat(N) Long.(W) Lat.(N) _Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (*/--)

1987

259 =R2 5/12 40°27.3' 73°46.6' 40°26.8'  73°46.3' 1137 St 16.1 8 57 23.7 4 94 94 323
260 NY11 5/12 40°19.5' 73°45.8' 40°19.0'73°46.0' 1545 16 35 5 28 56 3 99 68 323

261 NY11 5/12 40°19.6' 73°46.0' 40°19.0' 73°45.9' 1635 18 W307 26 58 4 101 68 .
262 NY6 5/14 40°25.0' 73°46.5' 40°25.1' 73°45.6' 1105 92 25.0 10 30 45 3 104 68 323
263 NY6 5/14 40°24.8' 73°45.9' 40°25.4" 1142 96 190 9 44 65 2 104:°68 323
264 R2 5/14 40°26.8' 73°47.0' 40°26,9' 1418 43 132 9 32 75°63 95 7.2 323
265 R2 5/14 40°26.9' 73°46.7' 40°27.1' 1519 38 99 10 46 78 4 94 72 321
266 NY11 5/15 40°19.4' 73°46.1'  40°18.8' 5 1112 27 76 7 50 6.9 5 102 69 323
267 NY11 5/15 40°19.3' 73°45.9' 40°18.8' 73°45.9' 1150 32 64 10 52 111 6 98 68 323
268 NY6 5/15 40°25.4' 73°46.1' 40°24.8' 73°45.9' 1500 85 153° 69 50 9.1 2 100 72 323
269 NY6 5/15 40°25.7' 73°45.8' 40°25.1'  73°46.0' 1559 4 13.7 10 42 8.3 4 99 7.2 319
270 NY11 5/18 40°19.0' 73°46.5' 40°19.1'  73°45.6' 1042 " 24° 5 20 30 3 100 69 32.5
271 NY11 5/18 40°19.2' 73°46.0' 40°18.5' = 73°45.9' 1140 WW 19 6 42 53 3 103 68 325
272 R2 5/18 40°27.4' 73°46.3' 40°26.8' 73°46.7' 1333 17 42 5 45 46 2 95 69 323
273 -R2 5/18 40°27.1' 73°47.3' 40°26.9' 73°46,6' = 1435 40 130 7 84 124 3 9 9.0 323
274-2 5/22 40°26.7' 73°47.0' 40°27.0' 73°46.2' 1014 97 20.4 11 61 1220 7 95 10.1 31.5
275 R2 73°46.8' 40°27.2' 73°47.5' 1115 60 741 8 49 6.7 4 95 103 31.8
276 NY6 73°46.1' 40°25.3' _73°45.3' 1205 75 21.1 11 158 265 6 100 102 31.8
277 ‘NY6 73°46.9' 40°24.6' 73°46.4' = 1341 160 206 7 41 9.9 5 115 10.1 31.9
278 ~NY6 73°46.3' 40°24.8' = 73°45.5' 1011 68 W440 11 140 180 4 101 10.3 32.1
279 NY6 73°46.3' 40°25.4' 73°45.9' 1119 4 10.4 10 202 289 4 105 102 320
280 NY11 73°45.6' 40°19.3'  73°46.4' 1248 20 3666 32 370 2 98 10.2 320
281 NY11 40°19.0' 73°47.1' 1358 W 20 #5 51 83 4 105 10.2 31.9
282 R2 40°26.9' 73°46.9' 1055 59 179 8 45 67 4 92 10.2 32.0
283 A20 40°26.1' 73°44.6' 1146 28 7.9 7 7 8.7 5 91 103 321
284 NYS 40°27.8' 73°43.9' 1338 43 19° 6 36 62 3 87 11.3 32.1
285 RI 40°29.1'  73°48.1' 1002 35 79 6 2 3303 81 95 323
286 AB 40°29.8' 73°46.2' 1108 32 82 4 13 18 63 7 98 322
287 RS 40°28.1' 73°41.5' = 1225 14 59 6 8 o5 4 7 103° 31.8
288 =NY22 40°24.9' 73°40.6' = 1335. 12 16 7 18 12°93 78 108 323
289 M31 40°25.1'  73°41.8' = 1426. 2 03 2 3 09 2 80 99 323

290 R6 40°26.4'  73°48.8' = 1549 39 79 8 27 3.8 5 100 7.7 *
291 NY11 40°19.1' 73°46.5' 1049 10 1.8 4 5 15 1 100 8.2 32.3
292 M54 40°19.2'  73°43.4' 1415 3 WW 2 10 18 2 82 97 32.1
293 3 40°21.4' = 73°43.5' 1552. 16 29° 7 18 29° 3 82 98 33.0
204 NY6 40°24.6' = 73°46.1' 1105 O 00 60 14 25 2 107 84 328
295 A19 40°24.8" 73°44.6' 1147 6 1 3 23 26 3 89 9.0 328
296 A44 40°23.7' 73°44.1' 1335, 17 730¢«85 49 5.4 5 79° 92 327
297 A43 40°23.4' = 73°45.7' 1556 20 28 3 ab 1302 91 83 33.3
298 NYS 40°24.9' 73°47.6’ 1058 i) 00 60 1 0.1 1 119 7.0 33.4
299 At 40°23.2' -73°47.0' 1211 13 07 6 co) 27 5 125 70 333
300 ASO 40°22.5' 73°41.7' 1330 24 70 7 27 15°63 83 96 326
301 M49 40°21.6' 73°39.5' 1427 9 09 3 12 10 3 84 92 33.2

302 R4 40°20.8' 73°46.9' 1558 22 42 6 88 35 3 110 75 .
303 ASE 40°18.9' = 73°47.6' 1211 16 41 6 19 18 3 186 75 328
304 R2 73°46.1' 1036 48 207 4 42 73°«°4 83 122 318
305 NY11 73°46.1' 1116 14 26 6 3 O6 2 97 105 32.5
306 NY11 73°45.6' 1154 29 34°66 6 02 2 100 105 32.5
307 NY6 73°46.1' 1300 19 5.19 8 139 «4 96 105 327
308 =NY6 73°45.9' 1602 2 49 5 32 55 3 96 105 32.2
309 NYG 73°45.9' 1115 24 59 66 16 36 2 106 10.7 320
310 NY6 73°45.8' 1151 17 1.2 6 31 48 4 111 106 32.0
311 R2 73°46.1' 1355 55 234 3 197 137 4 89 122 31.8
312 R2 1414 45 214° 4 63 90 3 93 12.0 31.9
313 R2 1131 16 67 3 3 25 4 62 113 31.8
314 NY11 1331 20 52 4 24 120 °4 96 11.1 31.9
315 NY11 1436 39 66 4 29 35 3 99 11.1 32.0
316 NY11 1112 22 48 4 69 82 3 106 110 320
317 ~NY11 1214 44 8.2 7 W Ww 2 102 110 32.0
318 R2 1419 65 96 4 104 87 4 95 114 31.8
319 R2 1510 40 92 4 74 68 3 96 11.1 32.1
320 NY6 1020 18 12004 30 42 4 104 108 32.0
321 NY6 1117 10 06 2 23 45 3 100 106 322
322 (NY11 1308 5 o2 3 3 02 1 97 «116 32.0
323° -NY11 1355 12 09 5 9 15 3 96 116 31.8
324 -R2 1011 37 109 5 233. 107 4 92 108 32.1



Appendix A (Continued)

Page 23

Mega- Hydrographic
Station Location Fish invertebrates Observations
Sta. Sta. Date Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No. Code M/D Lat(N) Long.(W) Lat.(N)_—_Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (°/--)
1988
653 NY11 8/16 40°19.2' 73°45.5' 40°18.9' 73°46.3' 1401 17 23° =7 28 17 2 95 76 324
654 NY11 8/16 40°19.6' 73°46.1' 40°18.9'  73°46.0' 1458 14 17) 66 55 3.1 4 98 7.1 32.4
655 NY11 8/17 40°19.4' 73°46.2’  40°18.7'  73°46.0' 1111 15 44° 6 94 39° 63 103. 7.0 325
656 NY11 8/17 40°19.0' 73°46.5" 40°19.1’  73°45.6" 1149 21 29 7 155 84 3 101 7.0 32.5
657 NY6 8/17 40°25.4' 73°46.1' 40°24.7' 73°46.0' = 1448. 5 06 2 27 3.2 4 100 7.2 325
658 NY6 8/17 40°25.7' 73°45.8’ 40°25.0’ 73°45.9' 1557 26 5.4 6 10 09 2 98 6.9 32.6
659 R2 8/18 40°26.6' 73°47.2' 40°26.9' 73°46.5’ 1013 26 66 5 365 181 5 98 7.3 326
660 R2 8/18 40°26.9' 73°46.7' 40°26.5'  73°46.1' 1107 wy 87 5 195 123 4 95 7.5 32.4
661 NY6 8/18 40°25.2’ 73°46.0' 40°24.5' 73°45.8' 1222 18 64 4 28 23 4 100 74 329
662 NY6 8/18 40°25.1' 73°45.1' 40°25.1'  73°46.0' = 1317 ai 35 7 36 37 2 9 74 32.5
663 NY11 8/19 40°19.0' 73°46.5' 40°19.2' 73°45.8' 1056 46 128 8 #113 60 3 103 7.1 324
664 NY11 8/19 40°19.2' 73°45.9' 40°18.6' 73°45.9' 1130 34 45 7 ay 24 2 100 76 323
665 R2 8/19 40°27.4' 73°46.3' 40°26.8' 73°46.6' = 1403 4 77 7 24 1.6 3 94 7.8 32.4
666 R2 8/19 40°27.2' 73°47.1' 40°26.8' 73°46.4" 1453 35 96 5 84115 4 94° 7.6 32.2
667 NY6 73°46.4' 40°25.0" _73°45.7’ 1030 19 6.0 6 6 06 3 100 79 32.3
668. NY6 73°46.1' 40°24.4'  73°46.0' 1127 22 46 7 6 Os 1 102 79 327
669 NY11 73°45.9' 40°18.7' 73°45.2' 1254 26 44 6 53 34 3 95 8.4 32.2
670 NY11 73°45.3' 40°19.0' 73°46.1' 1346 20 3.3 7 16 O07 2 95 88 32.2
671 NY11 73°46.4' 40°19.1'  73°45.5' 1103 43 108 7 257 101 3 97 97 329
672 NY11 73°46.0' 40°18.8' 73°45.7' 1146 31 182 7 224 41 4 9 97 329
673 NY6 73°45.9' 40°24.8' 73°45.8' 1419 43 66 6 20 160464 97 10.2 326
674 NY6 73°45.7'  40°25.1' _73°45.8' 1526 37 69 8 27 14 5 95 10.1 326
675 R2 73°46.5' 40°27.2' 73°46.6' = 1022 23 38°64 64 3704 9 91 32.6
676 R2 73°47.0' 40°26.9' 73°46.1' 1107 72 7A 8 297 156 4 94° «(91 32.6
677 NY11 73°45.4"  40°19.1' 73°46.3' 1434 2 42 6 167 47 4 94 9.3 «326
678 NY11 73°46.0' 40°18.8' 73°45.9' = 1540 24 50 6 132 52 4 94 88 327
679 NY6 73°46.1' 40°25.5'  73°46.1" 1104 36 69 5 32 10 4 106 89 328
680 NY6 73°46.4' 40°25.1'  73°45.6' 1140 32 49 6 22 18 4 104 89 328
681 R2 73°46.5' 40°27.1' 1359 2g 6.1 6 120 107 4 93 9.0 32.6
682 R2 73°46.7' 40°26.9' 1434 25 48 5 285 159 5 93 9.0 328
683 NY11 73°46.5' 40°19.1' B 1100 55 19.3 6 90 5.2 4 103 85 32.8
684 NY11 73°46.0' 40°18.5' 4 1135 7 10.4 7 99 49 5 101 94 32.6
685 R2 73°46,3' . 40°26.6' 5 1332 20 5.0 4 171 116 4 920 9.1 327
686 R2 73°46.5' 40°27.2' . 1429 32 78 6 S12 317 4 92 92 327
687 R2 73°46.5' 40°26.5' 73°47.4' = 1016 32 87 4 248 146 7 92 96 326
688 R2 73°46.0' 40°26.5' 73°46.2' = 1114 27 68 6 144 84 5 94 10.1 328
689 NY6 73°46.1' 40°24.6’ 73°45.9' 1219 29 64 5 39 48 5 101 107 327
690 NY6 73°45.3' 40°25.0'  73°46.3’ 1307 i) 00 0 2 03 4 100 11.3 32:7
691 NY6 73°45.8' 40°25.3' 73°46.6' 1014 39 84 8 32 22 6 100 106 326
692 NY6 73°46.0' 40°24.7'  73°46.3' 1026 26 35 6 51 28 6 102 103 329
693 NY11 73°46.0' 40°18.8' 73°45.3' 1232 19 34 5 83 22 2 95 109 326
694 NY11 73°45.3' 40°19.0' 73°46.2' 1403 24 74 6 121 18 63 96 11.1 32.6
695 RI 73°47.5' 40°29.1'  73°48.3' 1127 406 248 11 276 236 7 82 143 «32.4
696 R2 73°46.1' 40°26.9' 73°46.7' 1023 541 375 9 #111 «116 «6 95 10.7 33.0
697 NY3 73°43.5' 40°27.9' 73°44.2' 1212 129 146 °7 «#175 82 5 86 115 32.9
698 A20 73°43.9' 40°26.1'  73°44.6' 1448 44 W108 59 47° 6 92 109 33.0
699 NY11 . 73°45.5' 40°19.1' 73°46.3' 1056 63 166 10 85 58 5 99 104 325
700 M54 a 73°43.7' 40°19.0'  73°44.4' 1237 38 23° 6 58 23 4 86 145 32.5
701 RS E 73°43.3' 40°22.0' 73°43.6' = 1538 45 79° «9 24 35 3 82 144 326
702 AG . 73°45.8' 40°29.6"  73°45.7' 1015 40 134 5 110 347 6 80 114 329
703 RS . 73°41.1' 40°28.0' = 73°40.7' = 1208 7 77 6 69 60 7 75 128 32.8
704 NY22 . 73°40.1' 40°24.6’ 73°39.9' 1312 75 48 9 62 24° 4 80 144 32.5
705 M49 e 73°40.0' 40°21.5' 73°40.1' 1411 56 6.3 5 30 08 4 82 149 324
706 NY6 5 73°46. 40°24.7' 73°45.8' 1016 50 149° 8 #119 7.1 4 100 10.4 33.0
707 AIS z 73°45.0' 40°25.0’ 73°44.8' 1126 253 2655 8 40 5.0 3 88 144 «32.4
708 M31 | 73°42.2' 40°25,.4" 73°42.0' 10389 227 262 10 79 96 4 7 146 33.3
709 ASO . 73°42.0' 40°23.3'  73°42.1' 1153 96 17.169 97 104 4 74° 145 32.4
710 Aaa . 73°44,1' 40°24.4' 73°44.4' 1257 346 716 11 121 81 5 75 143 32.5
711 A43 . 73°45.6' 40°24.1' 73°45.9' 1403-243. 465 12 33 29° 5 90 141 326
712 R6 f 73°48.8' 40°27.2' 73°49.2' 1520 83 179 10 16 5.1 4 97 11.2 32.9
713° ASE B 73°47.4' =40°18.6' = 73°47.3' = 1201 195, 43.2 10 66 49 5 182 98 33.0
714 «RA A 73°46.6' 40°21.7'  73°47.0' 1324 219 464 11 133 188 5 108 125 328
715 A41 .« 73°47.0' 40°23.7'  73°47.3' = 1433. 50 89 7 wb 45 5 127 10.3 32.9
716 NYS ; 73°47.4' 40°24.6' 7347.1’ 1653 21 95 6 7 06 3 108 104 33.1
717 R2 . 73°46.1' 40°26.7' 73°46.4' 1029 109 650 9 30 153 7 91 107 33.1
718 R2 11/7 40°27.0' 73°46.4' 40°26.7' 73°46.9' 1135 62 198 10 43 76 = =7 90 107 340


Page 19

Appendix A (Continued)

Mega- Hydrographic
Station Location Fish invertebrates Observations
Sta. Sta. Date — Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp.
No. Code M/D Lat(N) Long.(W) Lat.(N) _Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C)
1987 :
391 NY6 9/21 40°25.1' 73°45.5' 40°25.0' 73°46.3' 1157, 31 13°¢3 «260 170064 96 19.1 326
392 R2 9/21 40°26.5' 73°46.4" 40°27.1'  73°46.5' 1314 26 149° 4 81 52° 4 89 198 326
393 R2 9/21 40°27.0' 73°45.4" 40°27.0' 73°46.3' 1415 47 105 6 59 156° 5 89 198 325
394 -R2 9/22 40°26.5' 73°46.5' 40°27.1' 73°46.9' 1023 28 87 3 50 32 °4 93 193 32.6
395 R2 9/22 40°26.9' 73°46.1' 40°26.8' 73°46.9' = 1113 3B 155 6 39 16 3 91 193 326
396 NY11 9/22 40°19.0' 40°19.1' = 73°45.6' 1302 29 127° 2 36 13°63 96 189 326
397 NY11 9/22 40°19.6' 40°19.0' 73°46.2' 1354 27 16°03 al 19°63 96 188 326
398 RI 10/16 40°29.0' 73°47.4’ 1041-233 190 9 16 49 5 79 (14.1 32.4
399 AG 10/16 40°29.8' _ 73°45.3' 1138 146 179 10 44 96 4 78 15.1 32.1
400 NY3 10/16 40°28.0' 73°43,7' 1241 150 106 9 22 52 5 85 15.4 323
401 RS 10/16 40°28.2' 73°40,7' 1346 132 85 8 77 72 °° 5 71 15.6 32.2
402 M31 10/16 40°25.0° 73°39.5' 1458 4 68 7 40 32 0°44 77 15.8 32.1
403 R2 10/19 40°26.9' 73°46.0' 1000 49 29° 5 60 54° °5 91 147 32.1
404 A20 = 10/19 40°26.2' 73°44.9' 1051 49 19° 7 12 17005 91 150 323
405 RE 10/19 40°27.1' 73°48.5' 1232 107 9.1 9 45 6.1 6 95 153 32.1
406 M31 10/19 40°25.3' 73°42.2' 1429 58 40 4 60 26 5 76 15.7 32.2
73°45,5' 1034 23 71 8 19 35 = 3 97 15.6 32.2
73°44.5' 1110 4 102 8 24 25 3 83 15.8 32.3
73°44.4' = 1243. 9 29 5 3 62 5 76 «15.7 32.1
73°47.5' 1415 139 62 8 26 68 6 112 147 324
73°46,0' 1053 6 15 1 19 12 3 103 153 32.0
73°47.4" 1047 = 401 122 7 52 37° 5 182 102 326
73°44.0' 1217 10 1.6 5 1046 214 3 86 127 32.4
73°40.3' 1333 23 50 5 75 30 4 81 14.2 320
73°43,3' 1438 19 29 7 84 20 4 85 12.2 324
73°46,6" 1552 49 47 5 124 76 5S 103 107 326
73°41.6' 1051 26 76 7 59 59 4 83 127 «324
73°45.6' 1206 109 140 6 39 50 6 87 13.3 32.3
73°47.0' 1431 75 66 8 84 45 4 127 106 328
73°46.3' 1201 228 736 9 21 34°64 97 118 31.8
73°45.6' 1304 245 394 10 16 30 64 99 113 318
73°46.6' 1433 «1720 «60.3 12° «(41 63 4 90 118 32.2
73°46.4' 1559 156 «338 11 32 30 #7 91 118 32.2
73°45.8' 1040 139 267 7 40 32 3 98 119 32.0
73°46.3' 1134 74 19.7 10 49 28 4 101 120 320
73°45.8' 1407 44 182 7 21 24 5 103 119 323
73°45.9' 1513 65 10.1 10 20 43 6 100 119 323
73°46.4' 0943 64 23.1 8 62 122 6 89 12.1 322
73°46.0' 1204 99 264 10 106 195 7 90 121 322
73°46.6' 1012 242 681 9 49 44 5 90 12.0 322
73°46.5' 1125 324 345 13 32 56 6 94 120 323
73°46.0' 1246 201 868 10 9 34°66 96 11.7 32.1
73°46.3' 1400 123 925 12 3 06 2 97 11,7 32.0
73°45.5' 1019 75 247 6 28 27° 3 95 118 325
73°45.9' 1057 151 39 9 28 09 3 97 118 32.5
73°45.3' 1148 76 200 7 40 31 3 92 118 325
73°45.9' 1251 33 68 4 30 18° 63 94 118 326
73°46.6' 1426 209 242 12 35 101 6 90 11.7 32.7
73°46.5' 1505 230 273 9 34 5.1 5 91 611.7 326
73°45.7' 1014 184 488 9 9 15004 «100 118 32.6
73°46.0' 1052 88 237 6 5 06 2 105 118 327
73°45.9' = 1241 Ki 134° 4 16 25 3 96 118 326
73°46.2' 1328 64 224 7 14 15° 4 95 118 325
73°48.2' 1008 143) 429 «100 (23 63° 5 8 9.9 *
73°46.0' 1126 53 17°~=7 2 24° 44 79 «9.9 .
73°41.2' = 1238 8 170 5 35 08 4 69 9.9 *
73°40.3' 1349 6 13° 3 1005 139 4 78 89 *
73°42.2' 1440 61 170 8 30 32° 3 75 5.5 *
73°45.7' 1038 91 235 7 9 25 3 100° 93 *
73°45.3' 1123 40 103° 7 7 05 2 87 9.3 *
73°44.6' = 1323 69 86 8 12 07 3 94 «93 *
73°46.6' 1025 60 135° 69 27 5.0 4 95 9.3 .
73°44.1' 1125, 49 15.9 7 23 27 4 87) 9.5 *
. 5 . 73°48.7' 1420-231 56.7 7 15 95 4 97 9.5 *
12/10 5 . 73°45.8' 1050 18 39°64 16 23° 4 101 98 .
456 ASE 12/10 40°19.1' 73°47.4' 40°18.5' 73°47.3' 1309258 762 11 7 65 6 181 9.8 .


Page 32

Appendix B (Continued)

Little Skate Raja erinacea (Continued)

506 (20;8.0;16-47)
512 (2;0.6;28-42)
519 (2;0.7;27-41)
523 (2;0.6;29-40)
527 (11;3.8;30-45)

568 (4;1.8:33-43)
573 (7;4.4;31-53)
578 (2;0.5;34-36)
583 (2;1.0;42-47)
587 (3;0.9;34-40)
606 (13;6.4;35-47)
610 (1;0.2;31)
“615 (7;3.5;34-43)
621 (14;6.8;32-48)
626 (18;9.5;29-49)
630 (3;1.4;31-46)
634 (1:0.6:46)
639 (22;9.0;26-47)
644 (3;1.0;29-38)
649 (17;8.0;35-46)
653 (4;1.3;27-48)
658 (8;3.3;30-44)
662 (4;1.7;27-42)
666 (13;7.8;34-47)
670 (6;2.6;25-46)
674 (7;3.3;36-48)
678 (6;3.3;39-45)
682 (6;3.3;38-47)
0;

698 (7, 7:7.0:20-49)
702 (18;9.5;37-47)
706 (34;13.0;32-47)
9;8.0;29-47)
.5;33-51)
718 (8;3.0;34-45)

754 (47; 20 5; 529-49)
758 (9;3.2;32-43)
762 (2:1.0;41-42)

507 (1;1.0;42)
515 (5;2.2;35-41)

533 (3:1.3;37-43)
539 (5;1.4:22-45)
544 (3;1.8;41-46).
548 (1;0.6;43)
553 (10;2.0;18-36)
557 (1,0.8;46)
561 (5;2.3;33-46)
565 (3;0.8;26-37)
570 (3;1.3;35-41)
574 (1;0.5;45)
879 (1;0.1;30)

584 (4;1.6;36-42)
588 (7;2.5;24-47)
607 (12;7.2;38-47)

612 (10;5.5:33-46)
618 (27:13.5:34-50)
622 (1,0.3;36)

640 (6;3.2:32-50)

645 (4;1.8:38-45)

650 (39;17.8;28-48)
19-44)

675 (5;2.7;39-48)
679 (9;5.0;39-50)
683 (35;17.0;33-47)
687 (12;7.3;41-48)
691 (19;7.4;28-45)
695 (17;11.5;36-52)
699 (21;8.0;25-47)
703 (5;2.5;38-45)
707 (15;3.5;16-47)
711 (38;14.0;17-46)
715 (7;2.8;33-46)
719 (23;8.5;27-48)

727 (13;7.5;29-50)
731 (16;5.3;22-45)

747 (15:4.2;26-44)
751 (44;20.5;37-50)
755 (34;10.0;22-49)
759 (27;10.8;26-48)
763 (5;2.3;33-43)

508 (1;0.3;35)

-517 (2;0.5;30-35)

521 (2;1.2;42-46)
525 (9;2.0;21-35)
529 (6;1.6;23-40)
534 (11;2.5;28-37)
540 (7;2.7;28-47)
545 (1;0.6;38)
549 pees

562 (2;1.0 32-46)
566 (4;1.4;32-42)
571 (2;1.1;42-47)
576 (3;0.7;32-35)
580 (3;1.6;41-50)
585 (3;1.6;42-46)
594 (1;0.2;31)
608 (14;6.5;35-46)
613 (9;4.0;33-46)
619 (9;4.5;33-45)
624 (3;1.9;42-46)
628 (7;4.0;37-47)
632 (1;0.6;46)
637 (2;0.3;30-31)
641 (2;0.6;28-41)
647 (5;3.2;42-47)
651 (11:4.2;28-48)
655 (8;3.6;27-48)

704 (5;2.8;38-47)
708 (39;17.5;22-49)

34-38)

720 (18;7.0;24-46)

724 (9;4.0;29-44)
728 (11;5.8;32-51)
732 (12;4.5;24-43)

744 (13:7.5;30-46)
748 (12:5.2;32-47)
752 (30;9.0;21-46)
756 (25;9.8;27-46)
760 (7;2.8;29-48)

764 (23;7.3;27-47)

509 (8;3.2;31-48)
518 (1;0.3;33)
$22 (2;1.1;41-45)

614 (10;5.8;40-48)
620 (10;5.5;32-46)
625 (21;11.2;36-48)
629 (1;0.5;44)

633 (2;0.5;22-42)
638 (15:6. 58: :25-48)

661 (ic 5.0;30-47)
665 (11;6.0;30-48)
669 (10;3.4;26-45)

697 (16; 0.0;31-45)
701 (10;4.1;31-46)
705 (11;4.9;30-45)
709 (14;2.8;24-45)
713 (20;6.1;30-45)
717 (38;17.0;28-49)
721 (16;6.5;30-46)
725 (27;9.5;20-47)
729 (12;4.4;22-45)
733 (19;8.7;33-46)
737 (12;5.9;37-47)
741 (25;8.0;25-44)
745 (10;4.0;29-47)
749 (12;6.5;37-50)
753 (36;17.5;20-50)
757 (31;12.5;27-47)
761 (14;5.0;27-46)
765 (3;1.2;25-46)


Page 14

Appendix A (Continued)

Mega- Hydrographic

Station Location Fish invertebrates Observations
Sta. Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No. Long.(W) __Lat.(N) Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (°/..)
63 73°45.7'  40°27.0' 73°46.6' 1620 22 10 5 94 55° 5 93 109 32.9
64 73°46.3' —40°26.8' —73°47.2' = 1026 90 31 3 86 68 6 92 10.9 329
65 73°46.3' = 40°27.1'73°47.1' 1135, 7 28 2 6 06 2 90 108 329
66 73°46.2' 40°19.2'  73°45.9' 1515. 47 83 6 48 3.3 4 95 110 329
67 73°47.1' 40°26.9'  73°46.4' 1045 27 45 5 134 64 4 96 13.1 326
68 73°46.5' 73°45.9' 1216. 48 136 6 485 349 4 92 138 326
69 73°46.0' 73°45.7' 1338 99 39°64 74 44°65 93 135 325
70 73°46.0' 73°45.2' 1447 3 13°05 87-43 =«5 94 146 325
71 73°46.0' 73°46.6" 1055. 69 68 6 199 59 5 107 141 326
72 73°46.6' 73°45.8' = 1224 93 165 8 61 5.3 4 110° 183 32.6
73 73°46.2' 73°45.3' 1114 100 162 3 46 28 3 100 119 32.7
74 73°46.4" 73°46.0' 1233 37 10.30 4 16 24° 4 101 122 32.8
75 73°45.6' 73°46.5' 1440 62 47 9 29 24° 5 103 119 328
76 73°46.1' 73°46.0' 1537 93 173° (9 28 13°63 99 118 327
7 73°45,.7' 73°46.2' = 1242 48 99 11 89 29° 4 98 129 325
78 73°46.1" 73°45.7' 1426 45 16.1 8 99 330°=7 99 129 327
79 73°46.7' 73°46.4' 1028 52 165 6 20 23° °5 93 119 327
80 73°46.9' 73°45.9' = 1135 82 150.10 13 22 6 93 123 326
81 73°46.0" 73°46.0' 1402 129 69 7 38 15 4° 92 124 327
82 73°46.2' 73°45.4' 1504 99 147005 42 143 105 124 327
83 73°46.0' 73°46.9' 1052 67 85 7 72 67 4 101 121 32.7
84 73°46.0' . 73°45.9' 1329 56 147° 3 7 25 5 101 126 32.8
85 73°46.3' | 73°46.7' = 1523 66 21.1 10 19 15°04 92 126 328
86 73°47.1' . 73°46.7' = 1620 99 154 11 “4 41 6 92 124 32.8
87 73°46.5' . 73°45.6' 1052 194 143° 9 19 10 5 101 131 327
88 73°45.9' . 73°46.4" 1151 123 63 9 8 38 85 100 124 33.1
89 73°46.0' . 73°45.3' 1341 34 13.6 4 17 1.3 3 99 132 327
90 73°45.4" . 73°46.1' 1433 30 435 37 120° 3 90 145 327
91 73°46.3' . 73°46.9' 1123 136 366 11 18 24° 4 91 148 32.5
92 73°46.2' 5 73°47.0' 1222 91 35.2 9 12 15 5 90 148 32.5
93 73°45.9' . 73°45.8' 1359 % 33°45 24 o4 4 98 155 32.5
94 73°45.9' E 73°45.1' 1507 18 17° 6 22 0.4 3 95 156 325
95 73°46.5' . 73°45.7' 1612 124 253 9 20 22 5 88 146 32.7
96 73°46.6' . 73°46.4' 1712 122 302 9 20 18°0¢«S 93 148 326
97 73°43.5' 5 73°43.9' 1149 60 72 10 22 22 7 83 161 323
98 73°39.6' . 73°40.2' 1300 68 66 10 52 23°44 7 153 325

99 73°41.8" . 73°42.4' 1410 23 57 11 44 13°°¢4 76 15.5 *
100 73°40.5' z 73°39.7' 1527136. 97 10 92 75 6 79 * 32.4
101 73°47.3' . 73°48.3' 1004 321 16.1011 63 122 #5 83 13.3 326
102 73°52.0' . 73°52.0' 1010 115 196 14 20 59 4 70 157 325
103, 5.3" . 73°46.0' 91114 = 225 125 8 #118 #124 7 77 137 329
104 .7" 5. 73°41.4' = 1233 83 77° 8 66 5.7 6 71 14.1 326
105 73°43.7' 40°28.3' 73°44.6' 1335 326 149° 10 #155 147 6 77 134 327
106 A20 73°44.4' = 40°26.0' = 73°44.1' 1444 84 89 8 62 85 6 93 136 326
107 M31 73°42.2' 40°24.5' 73°42.0' 1553 64, 52 9 45 25 4 79 149 326
108 A44 73°44.4' =40°23.7'  73°44,.1' 1655 26 59 7 39 29 4 78 145 32.5
109 -R4 73°45.5' 40°21.9'  73°45.9' 1303 48 28 5 89 19° 3 81 123 328
110 A43. 73°45.9' 40°23.4' 73°45.7' 1414191 112 9 82 48 6 86 139 328
111 Ad 73°47.4' 40°23.3'-73°47.1' 1618 = -283 120 8 101 #100 5 125 12.1 32.8
112 NY6 73°45.9' 40°25.4" 73°46.1' 1158, 92 5.2 9 135 #118 4 102 156 32.4
113° A19 73°44,9' 40°25.3'  73°45.2' 1355 38 3.6 9 63 41 5 82 15.1 32.2
114 NYS 73°47.4' 40°24.8' 73°46,9' 1646 193 1.20011 62 159 7 112, 139 326
115 NY11 73°46.1' 40°18.7'  73°45.9' 1103 62 65 8 97 62° 4 102 16.4 32.3
116 M54 73°44,.1' 40°18.7'  73°43.8' 1200 59 62 12 58 26 4 89 16.2 32.2
117) ASG 73°47.4' 40°18.4' -73°47.1' 1355 176 22.4 92 15 4 180 13.7 326
118 R2 73°46.7' 221 294 10 39 55 6 99 146 33.3
119 RE 73° 48.3! 150 161 12 39 99 6 100 147 324°
120 R2 73°46,1' 52 32 5 65 720 3 93 128 33.0
121° R2 73°46.3' 58 201 5 120 171 4 92 128 331
122 NY11 73°46.3' 55 11.0 5 71 63 5 100 129 32.4
123 NY11 73°46,1' 19 45 5 23 23° 3 97 129 32.5
124 NY6 73°46.1' 21 53° 8 63 29 4 104 133 334
125 NY6 73°45,4' 106 72 5 56 93° 4 98 133 340
126 R2 73°46.7' 70 153 4 225 142 3 9 135 33.6
127 R2 rk .6" 44 115 5 84 77 4 92 135 322
128 NY11 73°46.7' 64 W400 41 68 112 7 105 129 33.1



Appendix B (Continued)

Page 73

Atlantic Rock Crab Cancer irroratus (Continued)

429 (85;9.6;3-13)
433 (2;0.5;8-12)
437 (6;1.4;8-12)
442 (7;2.4;12-13)
446 (8;0.2;3-8)
450 (6;0.4;2-12)
454 (4;0.5:9-10)
458 (4;0.5;3-13)
465 (1;0.2;12)
470 (2;0.2;11-12)
475 (5;0.9;10-13)
479 (3;0.6;10-11)
485 (1;0.1;11)
493 (1;0.1;9)
500 (1;0.1;11)
507 (2;0.4;6-11)
520 (1;0.2;12)
526 (1;0.2;12)
534 (2;0.4:7-11)
544 (1;0.2;12)
552. (5;0.6;

682 (252;15.3;5-12)
686 (496;31.0;4-12)
690 (5;0.6;3-12)
696 (55;5.5;6-12)
700 (10;1.1;7-12)

430 (15;1.1;3-12)

466 (1:0.1:7)

471 (2;0.3;13)
476 (2;0.3;10-11)
481 (1;0.1;11)
488 (2;0.6;10)
494 (1;0.3;12)
502 (4;0.9;10-12)
508 (1:0.1;3)
522 (2;0.6;12-13)
528 (3;0.2;3-11)
536 (9;1.6;6-13)
545 (1;0.4;13)
553 (1;0.2;10)
558 (19;3.4;3-15)
562 (27; 2. 2;5-12)

570 (20.11. 8;5-13)
574 (13;1.6;6-12)

586 (2:0.5;12)
591 (1:0.1;12)
596 (2;0.1;7-11)
602 (7:0.8;5-12)

651 (67:4.6;4-12)
655 (38:1.8:4-12)

a5:
687 (190;12.3;5-12)
691 (5;0.5;2-11)

431 (15;1.6;3-13)
435 (5;0.6;6-12)
439 (18;2.2;3-12)

444 (18:2.2:3-13)
448 (11;1.9:3-13)

495 (1:0.1:8)
503 (4;1.0;10-13)
10.154)

537 (11

:2.0:7-12)
546 (2;0.2;7-8)
554 (4;:0.8;6-12)
559 (13;2.5;8-12)
563 (35;3.6;5-12)
567 (41:4.7;5-13)
571 (63;7.8;6-13)
575 (12:1.7;3-12)
:0.

593 (2;0.2:7-9)

597 (1:0.1;8)

603 (77;6.0;4-13)
607 (95;7.6;5-11)
611 (43;3.8:4-12)
615 (151;11.5;5-12)
619 (244;14.4:4-11)

623 (69;4.6;3-11)

627 (27;2.4;5-13)

631 (97:9.0:6-12)
8.

635 (3;0
640 (20;5.0;5-13)
644 (12;1.7;4-11)
648 (20;3.0;5-12)
652 (147;10.0;4-12)

684 (51;3.3:5-12)
688 (92;7.2:5-12)
692 (1;0.1;9)

698 (22;2.8;6-12)
702 (18;1.0;5-10)

432 (1;0.1;6)
436 (17;2.5;4-13)
(2;0.2;8-12)
445 (13;1.4;3-12)
30.

461 (4:0.6;8-12)
469 (5:0.8;7-10)
474 (2;0.3;8-12)
478 (2;0.1;9-10)
484 (2;0.3;7-12)
492 (2;0.3;9-11)
496 (2;0.3;7-10)
504 (2;1.0;12)

516 (1;0.1;8)

525 (1;0.3;11)

533 (1;0.1:4)

538 (2;0.3;8-13)
548 (22;2.8;6-12)
555 (1;0.1;8)

560 (7;0.5;5-12)
564 (81;12.3;3-13)
568 (30;4.0;4-13)
572 (40;4.7;4-12)
576 (38;4.5;3-13)
580 (25;2.2;6-11)
584 (17:1.8;5-13)
588 (11;1.0;5-13)
594 (3;0.2;4-10)
600 (10;0.9;3-12)
604 (56;3.5;4-11)
608 (137;11.9;3-12)
612 (67;5.0;4-12)
616 (22;1.1;4-9)
620 (167;1

81 (116:10.9:5-13)
685 (149: 10.4;4-13)

703 (16:1.9:5-14)


Page 58

Appendix B (Continued)

Yellowtail Flounder Pleuronectes ferrugineus (Continued)

822 (4;1.5;26-40)
827 (9;1.5;22-31)
831 (1;0.2;26)

835 (2;0.6;27-32)
839 (6;1.2;24-30)
843 (4;0.9;26-28)
847 (6;1.0;24-29)

30)
859 (11:2.4;25-30)
863 (11:2.1:23-30)
867 (6;1.0;22-30)
872 (1;0.3;28)
880 (1;0.2;30)

823 (2;0.3;24-27)

840 (15;3.0;24-31)

844 (13:2.5:24-32)
848 (5 0: 23-94)

873 (1:0.2:30)
988 (1:0.1:14)

Winter Flounder Pleuronectes americanus

1 (4;1.2;27-32)
5 (2;2.0;22-26)
10 (5;0.6;18-23)

26 (3;0.4;20-23)
30 (1:0.2;25)
34 (2:0.4;23-25)
45 (4;0.6;17-29)
49 (3;0.5;20-23)
53 (3;0.4;19)

76 (3;0.5;18-29)
81 (1;0.1;21)

85 (8;1.0;17-25)
89 (8;1.5;21-30)
96 (6;1.0;18-29)

154 (5;2.5;25-42)
159 (13;4.3;25-39)
164 (13;3.2;20-31)

2 (1,0.3;26)
7 (5;0.8;21-27)
11 (1;0.3;27)

54 (2;0.3;19-23)
60 (11; 1.5;19-24)

82 (1;
86 (10;1.5;17-27)
91 (19,2.8;19-26)

138 (5;4.3;23-28)
142 (19;6.3;22-37)
146 (17;5.4:21-38)
151 (2;0.6;25-32)

160 (11;3.6;24-35)
166 (2;0.5;25)

194 (16;2.7;14-30)

825 (2; 0. 2;23)

0.
857 (15;3.0;25-31)

861 (1;0.2;26)
865 (1;0.3;29)
869 (2;0.2;17-25)
877 (1;0.3;31)

914 (2;0.4;24-27)

3 (16;3.0;18-30)
8 (12;2.1;19-30)

92 (132920. 30)
98 (1;0.1;19)

103 (3;0.8;20-35)
109 (2;0.3;23-24)
113 (6;1.2;21-31)
118 (7;1.3;19-27)
123 (1;0.5;32)

127 (9;2.8;23-36)
131 (a 0.1;24-33)

148 (2;0.7; 26-92)
152 (8;2.5;23-34)
156 (15;4.7;23-43)
161 (2;0.6;27-28)
167 (1;0.4;27)
171 (4;1.0;23-28)
175 (3;0.4;21-26)
179 (2;0.6;25-28)
183 (5;1.0;14-30)
189 (2;0.7;25-33)
196 (7;1.5;12-38)

826 (2;0.7;24-34)
830 (6;1.0;25-27)
834 (2;0.4;26-29)
838 (4;0.6;23-28)
842 (13;2.4;25-31)
846 (16;2.6;22-31)
850 (5;1.0;26-29)
854 (4;0.8;26-31)
858 (7;1.6;25-32)
862 (1;0.2;31)
866 (1;0.2;25)

871 (4;0.6;19-29)
878 (3;0.6;25-27)
983 (1;0.1;17)

4 (18:2.9;19-33)

33 (10.1; 43).
43 (3;0.3;20-22)
48 (5;0.7;18-27)
52 (1;0.2:23)
57 (1;0.1;17)
63 (3;0.6;21-29)
67 (4;0.5;20)
75 (2;0.3;19-23)

95 (21; 31:18. -27)
99 (1;0.3;29)
104 (2;0.3;20-25)

114 (8;2.0;19-35)
119 (14;3.3;20-36)
124 (8;2.5;22-37)

- 128 (5;1.8;22-34)

132 (6;1.5;23-31)
136 (3;1.0;25-32)
140 (14;9.0;22-34)
144 (3;0.9;25-31)
149 (7;1.9;24-29)
153 (20;7.6;23-38)
157 (2;0.7;27-32)
162 (3;0.8;22-31)
168 (5;2.3;21-38)
172 (11;3.7;21-37)
176 (2;0.4;25)

180 (3;1.0;12-33)
184 (1;0.4;27)
190 (5;1.0;18-28)
197 (23;3.6;13-28)



Page 6

Consecutive station numbers, sampling dates, number of stations, and survey type for bottom trawl surveys conducted inand

Table 2.
around the 12-Mile Dumpsite, July 1986 - September 1989
Station Sampling No.of Survey Station Sampling No.of Survey
Numbers Dates Stations Type Numbers Dates Stations Type
1986 1988
001-024 Jul 16-18, 22-24 24 Replicate 466-489 Jan 11-13, 15, 19,21 24 Replicate
025-048 = Aug 6-8, 12, 13,15 24 Broadscale 490-511 Feb 8-11, 17, 18 22 Broadscale
049-072 Aug 20, 26, 29; 24 Replicate 512-535 Mar7-11, 14,15 24 Replicate
Sep 2,5, 8
536-557 Apr 11, 15, 19-22,26 22 Broadscale
073-096 Sep 22-26, 29 24 Replicate
558-581 May 9, 10, 12, 18 24 Replicate
097-119 — Oct 15-17, 20-22 23 Broadscale 20, 23, 24
120-143 Nov 14, 17, 18, 24 Replicate 582-603 Jun 6-8, 10 22 Broadscale
24-26, 28
604-627 Jul 11-15, 18,19 24 Replicate
144-165 Dee 11, 12, 15, 22 Broadscale
16, 22 628-646 Aug 8-12 19 Broadscale
1987 647-670 Aug 15-19, 22 24 - Replicate
166-189 Jan 14, 15, 21, 24 Replicate 671-694 Sep 12, 14-16, 19,21 24 Replicate
28, 30; Feb 2,3
695-716 Oct 11, 12, 14,17-20 22 Broadscale
190-211 Feb 18-20, 25-26 22 Broadscale
. 717-740 Nov 7-9, 14, 15,18 24 Replicate
212-235 Mar 19, 20, 23-26 24 Replicate
741-762 Dec 6-9, 19 22 Broadscale
236-257 Apr 13-15, 20-22,27 22 Broadscale °
1989
258-281 May 12, 14, 15, 24 Replicate
18, 22, 26 763-786 Jan 10, 11, 17-20 24 Replicate
282-303 = Jun 9-11, 15-17 22 Broadscale 787-808 Feb 6,7, 10, 13,16 22 Broadscale
304-327 Jul 7, 13-17, 20 24 Replicate 809-832 Mar 13-17, 20 24 Replicate
328-371 Aug 10-14, 18-20 44 Combined 833-854 = Apr 13, 14, 17-20 22 Broadscale
372-397 Sep 14-18, 21, 22 26 Replicate 855-878 May 9, 12, 18, 19, 24 Replicate
22,23
398-419 Oct 16, 19-21, 26,27 22 Broadscale
879-900 Jun 12-14, 16, 19,20 22 Broadscale
420-443 Nov 13, 15-20 24 Replicate
901-924 Jul 11, 12, 14,18-20 24 Replicate
444-465 = Dec 7-11, 14, 15 22 Broadscale
925-943 Aug 7-10 22 Broadscale
~12-Mile Dumpsite Closure (Dec 31, 1987) — 944-967 Aug 15, 17, 18,21-23 24 _ Replicate
968-991 Sep 11-15, 18, 20 24 Replicate -‘


Appendix Table B.

Page 29

Phylogenetic listing of fish and megainvertebrates collected in and around the 12-Mile Dumpsite, July 1986

- September 1989. For each station of occurrence, the number caught, weight (kg), and size range (cm) are
included. [Fish are arranged according to Robins et al. (1991), and megainvertebrates according to Gosner
(1978), Turgeon et al, (1988), and Williams et al. (1989).]

CARCHARHINIDAE

FISH

Smooth Dogfish Mustelus canis

67 (1;3.5;99)
85 (2;2.8;74-85)
92 (5;8.0;72-84)
102 (1;1.3;73)
274 (1;2.2;88)
390 (4;9.0;76-98)
614 (1;2.5;92)
977 (1;3.0;99)

SQUALIDAE

72 (1;4.0;104)
86 (1;1.1;72)
93 (1;1.2;75)

981 (1;2.7;99)

Spiny Dogfish Squalus acanthias

120 (1;19.0;77)

135 (2;5.8;81-88)
144 (11;45.5;66-97)
148 (6;12.5;68-87)
152 (12;27.0;65-94)
158 (1;4.0;97)

163 (13;33.9;70-93)
256 (2;16.0;101-105)
422 (22;36.5;63-86)
429 (1;1.2;71)

433 (20;30.0;62-85)
438 (3;6.0;67-85)
445 (6;4.3:52-61)
461 (3;12.0;85-102)
571 (1:2.1;82)

701 (1;1.8:80)

709 (7;11.0;72-78)
713 (7;9.5;60-88)
718 (9;11.5;56-80)
722 (15;19.0;56-77)
726 (26;32.0;52-80)
730 (41;64.0;68-82)
734 (2;2.9;59-60)
745 (3;3.5;70-73)

804 (30;1.3;22-23)
848 (1;1.5;73)
857 (1;5.2:97)

862 (1:2.8;82)
879 (1;5.6;100)
893 (2:7.5;89-93)

RAJIDAE

149 (29;58.0;24-93)
153 (11;32.5;75-104)
159 (9;38.0;
164 (19;68.5;77-102)
412 (1:1.1;64)

423 (11;16.5;60-86)
430 (18;32.0;67-83)

703 (2;4.0;70-85)

710 (96;52.0;54-90)
714 (23;26.0;55-74)
719 (91;115.0;58-81)
723 (11;12.5;56-84)
727 (5;6.5;70-74)

731 (29;35.0;57-81)
736 (2;

Clearnose Skate Raja eglanteria

122 (1,1.5;62)
414 (1;1.6;65)

128 (1;1.0;53)
419 (1;1.5:60)

80 (1;1.3;73)

921 (1;3.5:94)

126 (1;3.0;90)

140 (2;11.0;80-86)
146 (11;22.0;75-95)
150 (9;29.5;78-100)
154 (8;23.0;83-104)
161 (7;15.5;74-87)
165 (4;16.0;86-96)
420 (36;54.5;62-85)
426 (7;10.5;67-80)
431 (3;6.0;72-81)
435 (9;12.0;56-80)
-3.0:75-79)
0.

698 (1:2.5;87)
707 (208;260.0;55-76)
711 (16;25.0;65-81)
716 (2;4.8;66-91)

720 (206;282.0;54-77)
724 (9;8.5;54-79)

728 (2;2.2:60-70)
732 (32;38.5;55-80)
739 (33;49,9;66-87)
761 (1;1.0;61)

)
883 (1:5.0;103)

449 (2;1.2;43-46)
701 (1;1.0;58)

91 (4:7

81 (1;1.4;81)
75-88)
99 (1;1.5;74)
116 (1;0.8;74)
325 (1;2.0;92)
579 (1;4.3;108)
955 (1;2.5;97)

134 (6;11.5;71-86)
143 (2;5.5;80-90)
147 (14;30.5;71-95)
151 (28;48.7;69-80)
156 (2;10.0;86-93)
162 (4;11.5;75-90)
176 (3;11.5;93-106)
421 (16;24.5;63-86)
428 (2;3.5;69-85)
432 (27;42.0;62-82)
436 (2;1.9;60-65)
443 (1;1.7;74)

451 (1;1.8;77)

568 (1;5.5;105)
699 (2;5.0;75-87)
708 (3;2.8;68-78)
712 (1;2.3;81)

717 (36;45.0;56-79)
721 (16;21.5;59-82)
725 (37;44.0;55-81) _
729 (184;306.4;60-83)
733 (3;2.1;53-67)
740 (1;1.5;72)

762 (1;1.3;70)

846 (1;3.3;85)

851 (1;2.9;82)

861 (1:8.5;95)

870 (1;5.5;108)
888 (2;10.0;95-100)

392 (1;1.7;61)


Appendix B (Continued)

Page 65

Longfin Squid Loligo pealei (Continued)

922 (32:0.3;3-12)

927 (12;0.5;5-20)

931 (5;0.2;5-11)

935 (19;0.5:6-9)

939 (13:0.2:4-9)

943 (24:0.3:4-7)
33.

983 (32;0.9;5-12)
987 (8;0.2;8-12)
991 (55;0.3;3-12)

OMMASTREPHIDAE

865 (12;1.2:8-19)
870 (5;0.8;16-23)
882 (1;0.1;13)
891 (5:0.2;6-14)
895 (3:0.2; 2 -12)

932 (112;2.3;5-14)

936 (174;3.4;5-23)
0.3;4-9)

4-21)

984 (13:0.1;5-11)
988 (57;1.3;5-12)

Northern Shortfin Squid Illex illecebrosus

19 (7;0.1;4-7)

81 (32;0.6;3-11)
130 (63;2.2;5-11)
311 (1932 0;4-15)

353 (39;1.1;5-12)
357 (21;0.6;6-13)

LIMULIDAE

20 (2;0.1;4-5)
84 (1:0.1;21)
131 (59;2.0;6-13)
312 (9;0.3
330 (10;0.2;5-15)
342 (1;0.1:9)

358 (10; 0. 7:6- 13)

Horseshoe Crab Limulus polyphemus

17 (1;2.1;53)
102 42-

20 (1;2.7;52)

103 (1;2.1;51)

111 (1;0.8;36)
121 (3;6.5;40-51)
128 (2;3.5;40-48)
134 (1;0.1;38)
140 (5;18.0;40-52)
148 (2;3.6;41-52)
155 (10;17.0;36-52)
169 (1;2.7;33)
194 (2;2.0;32-38)
219 (1;1.0;39)

866 (2;0.2;13-22)

989 (21;0.7;4-13)

39 (10:0 5-8)

104 tii2. 48)
114 (6; 10.:964 50)

158 (1:1.0;35)

173 (2;2.1;38-45)
214 (1:15;
221 (1;1.0;43)

868 (2;0.1;7-18)
6-8)

930 (5; 4 4-11)
934 (19;0.9;5-15)

938 (128;1.5;4-13)
942 (18;0.2;4-6)
946 (30;0.3;3-7)
950 (33;0.1;4-14)

962 (62: 0;
966 (31;0.3;4-17)
970 (12;0.3;6-15)
974 (8;0.1;8-13)
978 (12;1.3;3-12)
982 (35;0.8;4-11)
986 (13;0.2;5-11)
990 (14;0.4;4-13)

63 (3;0.1;4-6)
129 (38;0.5;3-8)
310 (1;0.1;9)

348 (18;0.7:6-12)
352 (14:0.8;6-14)
356 (3;0.3;14-24)
950 (1;0.1:6)

101 (5;8.5;36-53)

222 (2;7.0;41-49)


Appendix B (Continued)

Page 67

American Lobster Homarus americanus (Continued)

73 (1;0.5;10)
78 (3;1.3:8-11)
83 (14;4.3;8-11)
88 (1;0.3;10)
95 (1:0.5;11)

374 (1; "0. 5: 11)
386 (1:0.5;11)
404 (1;0.5;10)
411 (1;0.2;10)
419 (11;2.5;6-12)
432 (1;0.1;8)
443 (1;0.3;9)
462 (1;0.5;12)
468 (1;0.2;9)
487 (1;0.2;9)
“651 (1;0.2;8)
560. (3;0.7;8-10)
566 (5;1.5;8-11)
572 (1;0.1;7)
576 (3;0.6;8-9)
580 (5;0.9;7-10)
593 (2;0.4;8-9)
606 (1:0.4;10)
610 (1;0.2;8)
616 (1:0.2:8)
627 (4;1.0;5-11)
638 (2;0.1:7)
645 (2;0.2;7)
652 (2;0.6:9)
663 (1;0.6;12)

74 (5;2.0;9-11) 75 (1;0.5;10)

79 (1;0.4;10)

84 (1;0.3;9)

89 (2;1.0;10-13)

96 (1;0.3;10)

103 (1;0.4;10)

115 (1;0.4;10)

122 (1;0.3;8)

135 (1;0.4;11)

140 (1;0.1;9)

150 (5;1.5;9-10)

160 (68;20.0;6-13)

175 (3;0.8;8-10)

198 (1;0.3;8)

224 (1;0.8:13)

244 (1;0.2;7)

256 (4;1.5;9-11)

261 (2;0.8;10-11)
19:

77 (1:0.1:7)

284 (3;0.9;9-10)
293 (1:0.5;10)
304 (2;1.4;11-12)
316 (4:2.4:10-12)
326 (1;0.1;7)

342 (2;0.7;7-10)
353 (3;0.8;7-8)
360 (1;0.1:7)
364 (2;0.6;9-11)
370 (1,0.5;8)
377 (1;0.3;11)
388 (1,0.4;11)
405 (5;1.0;6-10)
412 (1;0.2;9)
423 (1;0.2;7)
438 (2;0.3;6-9)
449 (4;1.6;10-11)
464 (1;0.2;9)
469 (1;0.1:6)
509 (1;0.5;11)
;0.6;8:

418 (9:3.1;7-10)
426 (1;0.3;9)
441 (3;0.5;7-9)

547 (2;1.0;10-11)
559 (2;0.3;5-10)
565 (2;0.5;8-9)
571 (2;0.5;8-10)
575 (33. 0.8;8- 8-9)

594 (6;1.4; 210)

607 (1;0.1;10) 608 (1:0.5:10)
613 (1;0.4;10) 614 (1;0.4;9)
620 (7;2.0;7-12) 621 (2;0.9;10-11)
628 (1;1.0;11) 8)

639 (1:0.1;8)
646 (2;1.0;9-10)
654 (1;0.1:7)

666 (2;0.7;9-11) 673 (4:0.9:8-10) 676 (2;0.5;9-10)



Page 68

Appendix B (Continued)

American Lobster Homarus americanus (Continued)

678 (1;0.4;11) 679 (2;0.4;9)
682 (2;0.2;6-8)
686 @ 0. 4;8-10)

4:3)
8-11)
10)
10)
.3;9-11)
740 (7:2.8;9-11)
756 (1;0.1;6)
765, (2;0.7;7-9)
769 (1;0.4;9)
779 (1:0.3;8)

874 (17;3.0:6-11)
878 (8:2.6:8-11)

935 (17:6.0;6-12)
940 (2;0.7:9-10)
944 (10;3.9;8-12)

985 (3;0.6;9-11) 987 (1; ‘0.2: 41)

PAGURIDAE
Hermit Crab sp. Pagurus sp.

16 (2;0.1;3)
34 (25;1.5;3-6)

680 (1;0.3;10)
684 (2;0.5;9-10)
688 (1;0.2;9)
692 (7;1.9;8-12)
699 (4;1.4;8-13)
707 (1;0.6;7)
711 (7;1.9;6-11)
3.5; 4-8)

723 (4;1.5;8-11)
729 (7;2.5;8-12)
733 (6;2.0;9-11)
737 (2;0.5;9)
742 (1;0.2;8)
759 (1;0,2;9)
766 (1;0.2;7)
773 (4;1.3;7-10)
780 (2;1.0;9)
802 (2;0.7;8-10)
813 (1:0.1;7)
836 (1;0.4;9)
841 (3;1.0:7-8)

871 (72 2.0;8-9)
875 (3;0.7;8-10)
879 (1;0.3;8)

884 (4;0.8;7-10)
889 (9;3.0;7-11)
893 (1:0.5:11)
898 (1;0.3;9)
903 (2;0.8;8-12)
910 (3;1.5;10-12)
917 (1;0.5;12)
921 (1;0.2;8)
927 (2;0.8;11-12)
932 (2;1.3;11-12)
936 (5;2.5;10-12)
941 (7;1.4;7-9)
945 (2;1.0;10-11)

971 (1;0.1;10)
977 (10;2.0;5-11)
0)

988 (10;2.5;8-11)

21 (1;0.1;4)
38 (1;0.1:2)

681 (1;0.3;10)

700 (1;0.3:9)
708 (11;4.1;8-11)
712 (10;3.0;7-14)
716 (2;0.5;8)
720 (3;1.0;9-11)

725 (11;4.0;8-11)
730 (5;1.6;8-10)
734 (8;2.4;8-11)
738 (2;0.8;10-11)
751 (3;0.1;6-9)
762 (1;0.2;9)
767 (1;0.1;7)
774 (2;1.6;11-14)
785 (4;1.3;9-12)
805 (2;0.9;7-12)
825 (1;0.3;10)
898 (110.6; 10)

876 (6;1.8;8-11)
881 (2;0.8;8-11)
885 (3;1.0;7-10)
890 (ait 27

907 (4;0.7;
913 (1;0.5;11)

918 (8;3.2;7-13)
922 (2;0.5
928 (1;0.5;11)
933 (1;0.6;11)
937 (8;3.5;8-12)

942 (3;0.4;8-10)
948 (5;2.0;10-11)
952 (5; 13)
957 (5; 0)
962 (5;1.3;8-10)
967 (4;1.1;8-11)
974 (3:0.7:8-10)
979 (1:0

984 (1:0

989 (6;1.5;8-11)

24 (1;0.1;4)
45 (8;0.8;6-8)



Page 26

Appendix A (Continued)

Mega- Hydrographic
Station Location Fish invertebrates Observations
Sta. Sta. Date Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No. Code M/D Lat.(N) Long.(W) Lat(N) —_Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (°/..)
1989

849 ASO. 4/19 40°22.7' © 73°42.0' 40°23.4' 73°42.2' 1314 43 220 9 38 17 2 80 5.5 33.5
850 A44 4/19 40°24:4' 73°44.4' 40°23.6' 73°44.1' 1420 50 16.4 10 4 07 2 76 5.4 337
851 NYS 4/20 40°24.8' 73°47.6" 40°25.5' 73°47.6' 1019 145 35.4 14 17 5.7 5 118 5.6 33.7
852 A41 4/20 40°23.1'  73°47.0' 40°23.7"  73°47.0' 1128 70 17.1 10 24 5.8 3 124° 5.5 3.0
853 A43. 4/20 40°23.4' 73°45.2'  40°24.2' -73°45.1' 1232 Ko] 143069 1 0.1 1 79 60 333
854 A4 4/20 40°21.0' 73°46.8' 40°21.7' 73°46.6' 1337 157 27.4 9 7 06 2 105 58 327
855 R2 5/9 40°27.0' 73°46.5' 40°26.5' 73°47.3' 1043. 93 275 13 39 5.8 5 100 6.4 33.4
856 R2 5/9 40°26.5'  _73°46.4'  40°27.2'  73°46.7' 1202 44 124 12 15 24 2 100 6.5 334
857 NY6 5/9 40°24.4' 73°45.B' = 40°25.1'  73°45.9' 1317 72 175 10 25 3.4 3 101 6.4 33.2
858 NY6 5/9 40°25.0' 73°46.1' 40°25.0'  73°45.2' = 1428 70 108 10 31 5.2 2 97 «64 33.9
859 NY11 5/12 40°20.0' 73°46.4" 40°19.1' 73°45.6' 1036 87 35.9 11 73 7 5 101° 8.5 32.3
860 NY11 73°46.1' 40°18.6' —73°45.8' 1111 58 253 12 43 45 4 100 8.5 32.0
861 R2 73°46.3' 40°26.8' 73°46.6' = 1314 90 359 12 82 198 6 94 8.4 314
862 R2 73°47.2' 40°26.9' 73°46.5' 1410 97 275 11 88 169 6 9§ 85 315
863 NY6 73°46.0' 40°25.4'  73°46.1' 1025. «277, 479 13 96 «6155 5 101 90 31.3
864 NY6 73°46.0' 40°25.2' 73°45.9' 1136 243 491 14 80 124 4 94 9.2 31.4
865 NY11 73°45.2' 40°19.1'  73°46.0' 1407 50 6.3 8 55 44 5 93 98 317
866 NY11 73°45.3' 40°19.1'  73°46.2' 1510 55 136 8 40 4.0 4 91 99 317
867 NY6 73°45.9' 40°25.4' 73°46.2' 1056 483 347° 12 95 161 5 101 8.6 32.3
868 NY6 73°45.6' 40°25.4' 73°46.0' 1137-376 267 9 9 132 6 95 86 32.3
869 R2 73°46.6' 40°26.6' 73°46.7' 1410 357 422 11 158 256 4 95 85 317
870 R2 73°45.7'  40°27.0' 73°46.5' 1547 385 518 13 100 154 5 93 9.5 315
871 NY11 73°45.9' 40°18.8' 73°46.2' 1049 44 5.9 8 5S7 75 3 100 8.3 33.0
872 NY11 73°45.4' 40°19.0' = 73°46.1' 1126 32 3.6 7 51 5.1 3 97 83 33.0
873 NY6 73°45.9' 40°25.0' 73°46.0' 1405. 50 8.1 9 79 106 5 100 7.6 32.8
874 NY6 73°45.7' 40°25.1' 73°45.9' 1529 100 120 9 64 8.1 4 99 7.8 32.4
875 ~R2 73°47.0' 40°26.5'  73°46.1' 1028 += 230 191 9 121 #119 5 98 78 32.4
876 Re 73°46.7'  40°26.6'  73°46.5' 1111 116 100 8 6 199 4 95 78 32.4
877 NY11 73°46.5' 40°19.1' 73°45.7' 1419 20 50 5 65 83°64 99 74 33.9
878 NY11 73°46.1'  40°19.0' 73°45.9' 1518 5S7 72° 7 45 63 3 98 7.1 32.6
879 NY11 73°45.5' 40°18.9' 73°46.4' 1040 15 88 7 26 18. 3 99° 8.5 *
880 M54 73°43,.8' =40°18.9' 73°44.6' 1133 5 100 4 101 35 2 8698S 32.2
881 ASE 73°47.5' 73°47.3' 1253-102 195 13 160 141 4 189 7.5 328
882 RB 73°43,7' 73°43.2' = 1427 5 Os 4 20 18 4 86 93 32.5
883 R2 73°46.5' 73°46.6' 1007 co] 87 12 98 #116 5 91 93 318
884 NY3 73°43,9' 73°44,.1' = 1102 25 5.7 7 49 6.0 3 87 10.1 319
885 A20 73°44,2' 73°44.4' = 1226 26 36° 66 28 48 64 94 93 320
886 RE 73°49.0' 73°48.7' 1419 25 41 5 4 5.1 2 97 92 32.0
887 RI 73°47.9° 73°47.8" = 1535. 42 88 8 25 44 5 85 98 ng
888 NY6 73°45.9' 73°46.2' 1054 Be 223 9 63 5.2 5 101° 8.9 34.0
889 A19 73°44.9' 73°44,9' 1231 21 58 7 ral 42 3 80 89 32.4
890 Add 73°44.0' 73°44.2' = 1426 18 535 12 22 4 7 92 32.1
891 AG 6/16 40°30.0' 73°45.8" 73°45.5' 1038 a4 9.4 5 19 47 6 76 15.2 31.2
892 RS 6/16 40°28.8' 73°41.1" 73°40.9' 1156 21 43° °5 10 12 5 67 150 31.3
893 NY22 6/16 40°25.3' 73°40.2" 73°40.2' 1247 45 169 7 28 48 4 74 116 32.0
894 M49 6/16 40°22.3' 73°39,9' 73°39.7' 1352 18 3805 32 41 3 80 105 346
895 A50 73°42.4' 73°41,7' 1051 8 20 3 197 65 5 79 121 32.0
896 M31 73°42.5' 73°41.6' 1202 37 79° =7 47 5.6 7 79° «118 319
897 A43 73°45.8° 73°45.5' = 1321 37 66 5 4 35 4 84 97 32.4
898 R4 73°46.8° 73°46.5' 1437 3 03 .2 15 24 3 100 89 326
ggg A41 73°47.0' . 73°46.8' 1245 25 73° °=7 81 78 4 125° 8.1 32.7
900 NYS 73°48.1' 73°47.9' 1349 44 6.4 7 67 5.3 4 110 9.1 34
901 NY11 73°46.2' 4 73°45.8' 1128 10 10° 4 35 15 3 98 10.0 33,1
902 ~NY11 73°45.6' 8.9' 73°46.4'. 1159 6 07 3 9 O53 98 10.0 33.1
903 NY6 73°45.7' —40°25.3'  73°46.0' = 1326 4a 109 6 8 14 3 99 69.3 34
904 NY6 73°45,.7' 40°25.7'  73°45.9' 1414 40 60 3 6 08 3 100 97 32.9
905 12 73°46.4'  40°27.4 73°46.7' = 1025. 14 27 4 7 08 3 92 8.8 32.9
906 12 73°47.0' 40°26.9' 73°46.1' 1102 10 33002 4 05 2 92 88 329
907 NY11 73°45.5' 40°18.9' _73°46.4' 1345. 3 03 2 7 1.0 3 100 90 329
908 NY11 73°46.1' 40°18.6 _73°46.0' 1427 1 ot 1 9 08 3 100 91 33.0
g09 NY6 73°45,.7' 5.4'  73°46.2' 1031 18 34 4 6 1202 97 104 329
910 NY6 73°45.6' 40°25.4'  73°46.0' 1110 22 34° «3 5 16°63 95 104 329
911 R2 73°46.4' = 40°27.2'  73°46.5' 1201 19 30 63 8 06 4 92 110 326
912 R2 73°45.7' —40°26.8'  73°46.5' 1245 9 28 2 13 18 061 92 109 326
913 NY11 73°46.5' 40°19.1'_73°45.9' 1105 49 88 7 53 65 4 99 136 325
914 ~NY11 73°46.0' 40°18.8' 73°46.0' 1156 111 W5 7 92 8.0 5 100 14.0 323



Page 78

Appendix B (Continued)

Starfish Asterias sp. (Continued)

691 (1;0.1;13)
695 (3;0.1;4-6)

724 (7;0.1
728 (28;0.
732 (3;0.1;6-12)
737 (10;0.2:5
742 (4;0.1;4-7)
747 (7:0.1;5-10)
751 (5;0.1;4-7)
756 (11;0.1;6-9)
762 (17;0.2;5-12)
766 (2;0.1;8-9)
773 (9;0.2;7-12)
777 (7;0.2;6-12)
782 (23;0.4;6-14)
792 (5;0.1;5-7)
796 (6;0.1:6-8)
800 (1;0.1:6)
804 (4;0.1;5-10)
810 (5;0.3;7-26)
820 (7;0.2;5-10)
825 (1;0.1;7)
;1.4;6-25)
837 (40;1.0;6-11)
841 (1;0.1;8)
854 (3;0.1:11-17)
863 (2;0.1;9-11)
30.1;5)

889 (2;0.1; 36)
893 (1:0.1;7)
897 (2;0.1:4)
904 (1;0.1:5)
913 (6,0.4;6-29)
920 (28;0.9;6-21)
932 (1;0.1;9)
939 (2:0.1; 9)

967 (5;0.1;6-9)
975 (1;0.1:9)
982 (3;0.1;7)
989 (3;0.1;3-9)

692 (2;0.1;5-6)
696 (6,0.1;6-12)
.8;6-11)
704 (13:0.1;4-10)

721 (12 7,727)
725 (1;0.1;10)

752 (3:0 1:89)
757 (17;0.3;6-12)
763 (4;0.1;5-1)

797 (2;0.1;6-7)
801 (30.187)

813 (1,0. 7)
827 (1:0.1;8

874 (043 8)
879 (15;0.6;7-23)
886 (1;0.1;7)
890 (1;0.1;4)
894 (2;0.1;5-8)

900 (4;0.1;8-9)
907 (2;0.2;11-21)
914 (8;1.1;6-35)
923 (1,0.1:7)

734 (2;0.

898 (17:1.3:8-11)
5:

694 (28;0.7;5-14)

7)

722 (13;0.3;6-19)
726 (2;0.1;6-11)
730 (19;0.5;5-24)
6-11)
739 (33;0.6;6-13)
744 (14;0.1:4-8)
3-8)
.1;4-10)
758 (32:0.7:6-13)
764 (ear 0.9;6-14)

0.
991 (20;0.6;6-21)

EU. S$. GOVERNMENT PRINTING OFFICE: 1993--709-026--60005,

727 (a2; 0.4;5-13)
731 (6:0.
736 (4;0.1;6-11)

740 (34) 0.6;6-16)

776 (23;0.6;6-18)
781 (12s 0.2;6-12)
+6)

861 (3;0.1; 6-12)

* 867 (1;0.1;7)

872 (33;1.6;5-25)
877 (15;0.5;6-17)

896 (12;0.2;5-9)
903 (2;0.1;7-10)
911 (1;0.1;7)

931 (1:0.1:5)
936 (5;0.1;6-10)
944 (5;0.8;4-21)
949 (3;0.1;6-10)
958 (1;0.1;8)
966 (3;0.1;6-7)
974 (1;0.1;10)
981 (1;0.1;3)
988 (4;0.1;3-9)


whether the burden of increased costs of offshore barging.is
justified. Furthermore, results from this study may be
extrapolated to other areas which are presently faced with
managing the disposal of anthropogenic wastes. Document-
ing the temporal and spatial changes in contaminant fates
and effects in this field experiment may lead to the develop-
ment of a predictive model useful for future risk analysis.

In general, the purpose of the 12-MDS study was to
document changes in living marine resources and their
habitats during and following the period in which sewage
sludge dumping was phased out at the site. Choice of
monitoring variables was based on two considerations: (1)
the relevance of the variable to fisheries of the NYB, both
directly in terms of abundance, distribution, and contamina-
tion of resource species, and indirectly as indicated by
quality of the habitats of those species; and (2) the predictive
value of the variable in detecting changes associated with
cessation of sewage sludge dumping. Biological, chemical,
and physical oceanographic approaches were integrated to
provide a comprehensive and statistically sound sampling
design (Environmental Processes Division 1988). The
specific purpose of this report is to present, in a tabular-
graphic format, the fish and megainvertebrate data collected
during this study. These data will, in turn, provide a
comprehensive resource baseline useful to scientists and
resource managers for current and anticipated research and
planning needs.

SURVEY DESIGN

Sludge was dumped at the 12-MDS beginning in 1924,
with no data existing which depict the site in its pristine state.
Periodic resource surveys, as well as fish and fisheries
characterizations, which describe the distribution, abun-
dance, community structure, life history aspects, and fisher-
ies of NYB fauna, have been conducted over the past three
decades (Wilk et al. 1977; Wilk et al. 1983; Wilk etal. 1988;
Wilk and Baker 1989). In addition, other studies carried out
as part of NOAA’s Marine Ecosystem Analysis Project
(MESA; Gross 1976; Mayer 1982) and Northeast Monitor-
ing Program (NEMP; Reid et al. 1987) attempted to charac-
terize the effects of anthropogenic inputs on the sediment
and benthic infauna of the NYB.

The NEMP and MESA series of studies had certain
inherent limitations. First, because there were long-term
inputs of dredged and riverborne materials along with
sewage sludge, it was impossible to separate the effects of
sewage sludge dumping from the effects of other materials.
By post-sample stratification based on sediment contami-
nants, clean sites with characteristic faunal assemblages
could be identified for use as controls. However, it is not
verifiable that niches occurring at control stations are iden-
tical with those occurring at contaminated stations. Second,
recent evidence has suggested that reducing conditions in
the sediment, which occurred episodically during the sum-
mer in the organically contaminated areas of the NYB, can

Page 3

ome
@ Broadscale
‘Stations

Location of bottom trawl stations sampled during a
fish-megainvertebrate survey conducted inand around
the 12-Mile Dumpsite, July 1986 - September 1989
(isobaths in meters).

Figure 3.

markedly influence benthic community structure (Environ-
mental Processes Division 1988). Since the data necessary
to characterize this event were not collected during the
historical surveys conducted in the summer, variances in the
benthic community cannot be attributed to either annual
variation or seasonal redox-related effects. Consequently,
the sensitivity and precision of these early studies are
decreased. Finally, a full suite of environmental and biologi-
cal variables was not measured systematically and synopti-
cally at appropriate sampling intervals.

In anticipation of the phaseout and closure of the site, it
was deemed possible to understand better the effects of
sludge dumping on biological and environmental param-
eters and the interactions and relationships between them
through the conduct of synoptic surveys (Environmental
Processes Division 1988). Ideally, replicate measurements
of a complete suite of variables should be collected at all
sample locations so that polluted and adjacent cleaner sites
could be sufficiently characterized over time. However,
replicated sampling was deemed too costly and labor inten-
sive. Therefore, the survey design was a compromise
consisting of two complementary sampling regimens which
were termed “replicate” and “broadscale” surveys.

The replicate segment of the design assumed that changes
in sediment chemistry, which may affect fish and
megainvertebrates, occur on the order of weeks, and sam-
pling to detect these changes and possible effects must be
made frequently, especially in summer when the stressful
combinations of high temperature, low oxygen, and high
sulfide are most likely to occur. Therefore, intensive sam-
pling was conducted at three replicate stations chosen to
represent a gradient of sewage sludge concentrations and
effects (Figure 3). These data will be used for subsequent
hypothesis testing in which treatment effects such as enrich-


Page 2

DUMPING CEASED:
2 16 ‘31 DECEMBER 1987
10.07 |*
Fo
907 15
2 05
go DUMPING CEASED
wy 20 Z 31 DECEMBER 1987
0.0
5 let 2nd Sd 4th ist 2nd Sed 4th tet
fF 7.07 1986 1987 1988
YEAR X QUARTER
5 J
= 60°
re
© 50
o
Zz
© 40
a
=
= 30
2.0
1.0
0.0
YEAR ]1972 |1973 |1974 |1975 |1976 [1977 | 1978 | 1979 | 1980 | 1961 | 1982 [1983 | 1964 |1965.] 1986 | 1987 | 1988 |1989
WEIGHT | 4.9 | 4.5 [4.2 | 4.3 144 |45 |49/59]7.2/67/7.6|83/68|7.2 /68!3.7!00|00
_ MILLIONS OF WET TONS PER YEAR
Figure 2. _ Estimated amounts of sewage sludge dumped in the New York Bight apex annually during 1972-87 (adapted from: Swanson

et al. 1985; Santoro 1987) and quarterly (inset) during 1986-88 (adapted from: Santoro 1987).

quantify and separate contamination and biological effects
directly due to sewage sludge dumping. The lack of pre-
dumping baseline data further hinders our understanding of
sludge effects. However, historical data of NOAA, as well
as those of other federal agencies, do provide a limited
background against which changes in inputs and effects can
be measured.

The NOAA/USEPA 1986 Federal Action Plan for
Ocean-Dumping Research and Monitoring (National Oce-
anic and Atmospheric Administration 1986) ranked case
studies of former as well as new dumpsites highest among
the 39 research activities recommended in the Plan. The
only existing data of this nature are from surveys conducted
by NOAA, USEPA, and the Food and Drug Administration
before and after the 1980 closure of the Philadelphia sewage
sludge dumpsite (Devine and Simpson 1985). These sur-
veys indicated that approximately four years were needed
for microbial contamination to return to background levels.
The Philadelphia site differed from the 12-MDS in being

more dispersive, with neither evidence of significant sludge
accumulation nor benthic community alterations (Lear and
O’Malley 1983).

The abatement of sewage sludge dumping at the 12-
MDS offered a rare opportunity to design an experiment or
case study to determine ecosystem response to the removal
of a major anthropogenic input (Environmental Processes
Division 1988). To determine if cessation of dumping at the
12-MDS would eventually lead to significant changes in
utilization by fishery resources, in water and sediment
chemistry, in benthic community structure, and in body
burdens of organic contaminants, as well as lead to a
reopening of shellfish beds, NOAA’s National Marine
Fisheries Service conducted an interdisciplinary study to
discern the effects of the abatement on contaminant concen-
trations and biological processes in the NYB (Environmen-
tal Processes Division 1988). Results from this three-year
study, during which dumping was completely phased out
(Figure 2), should permit better management decisions as to



Appendix A (Continued)

Page 15

7 Mega- Hydrographic
Station Location Fish invertebrates Observations
Sta. Sta. Date Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No. Code M/D Lat.(N) Long:(W) Lat.(N) _Long.(W)_ Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (°/..)
1986
129 NY11 11/18 40°18.8' 40°19.4'  73°45.9' 1152 68 43° 7 57 26 5 99 129 33.0
130 NY6 11/18 40°25.1' 40°25.1' 73°45.6' 1401 53 59 7 115 95 7 105 13.4 33.5
131 NY6 11/18 40°25.6' 40°25.2' °73°46.1' 1619 51 89 8 93 106 6 100 134 335
132 NY11 11/24 40°19.0' 73°45,7'  40°19.0' 73°46.6' 1052 26 138 #8 21 73° 4 100 119 33.1
133 NY11 11/24 40°18.9' 73°45.9’ -40°18.3' 73°45.8' 1154 23 48 5 4 33° 3 102 118 33.0
134 -R2 11/24 40°27.4' 73°46.2’ 40°26.8' 73°466' 1410 210 309 4 61 28 5 94 119 33.0
135 R2 11/24 40°27.1' 73°47.2' 40°26.9' 73°46.3' 1506 148 246 7 862140 =O 96 120 33.1
136 NY6 11/25 40°25.2’ 73°45.9' 40°25.2' 73°46.8’ 1031 72 15.1 8 37 63 6 105 12.1 335
137 NY6 11/25 40°24.5' 73°46.3' 40°25.0' 73°46.0' 1127 30 121° 8 70 140 6 109 12.2 33.4
138 NY11 11/25 40°18.5' 73°45.5' 40°19.1' -73°46.1" 1314 20 103° 6 23 40 4 99 12.1 334
139 NY11 11/25 40°19.2' 73°45.1'  40°19.1' 73°45.9' 1414 13 32 5 "1 22 2 93 123 33.4
140 R2 11/26 40°26.6' 73°47.3' 40°27.1' 73°47.0' 1023 96 454 7 46 25.7 6 99 123 33.5
141 R2 11/26 40°27.3' 73°46.8' 40°27.1' 73°46.2' 1152 7 268 7 70 8.5 5 94° 123 «335
142 NY6 11/28 40°24.4° 73°45.3'  40°25.1'_73°45.8' 1235. 43 140 6 47 5.4 5 90 125 33.6
143 NY6 11/28 40°24.9' 73°45.5' 40°25.1'  73°46.3' 1546 36 13.4 6 88 6.4 3 101 122 33.5
144 RI 12/11 40°29,1'  73°48.2' § 40°29.1'_73°47.3' = 1005 35 524° 5 70 5.2 3 82 107 33.4
145 AG 12/11 40°29.9' 73°45.7'  40°30.0’ 73°44.9' 1119 35 159 6 39 26 3 78 107 33.0
146 NY3 = 12/11 40°28.1' = 73°44.2’ = 40°28.1'-73°43.4’ = 1223 83 444° 8 54 55 3 90 110 33.6
147 NY22 12/11 40°25.0' 73°40.3' 40°25.2"  73°39.7' 1314 43 3460 «6 62 64 4 84 105 33.7
148 AS 12/11 40°28.3' = 73°41.3' 40°28.5' = 73°40.8' = 1440 60 363° 10 42 70 6 73° 106 33.2
149 M31 912/11 40°25.1' -73°42.5’' 40°25.1'  73°41.8' 1543 81 768 13° 65 60 4 84 * 32.9
150 R2 12/12 40°26.9' 73°46.1’ 40°26.9' 73°46.8’ 1015 61 471 7 47, 102 § 92 11.4 33.3
151 A20 12/12 40°26.1' 73°43.9' 40°26,1' 73°44.6' 1113 60 66.3 7 19 32 2 90 112 323
152 A19 12/12 40°25.0' 73°44.4' 40°24.8' 73°45.0' 1310 38 354 8 25 1.4 3 83 10.7 33.1
153 -R6 12/12 40°27.0' 73°48.2' 40°26.7'  73°48.8' 1526 87 55.1 8 104 208 4 99 113 334
154 NY6 12/15 40°25.1' 73°45.5' 40°24.7' 73°45.9' 1041 155 41.1 10 63 72 4 97 101 33.1
155 NYS 12/15 40°25.0' 73°47.4' 40°25.0' 73°47.9' 1130 63 316 10 24 193 § 116 110 33.3
156 Aad 12/15 40°24.0' 73°43,9' 40°23.9' 73°44.6' 1351 41 240 6 27 44 3 73 (10.1 33.0
157 NY11 12/16 40°19.1" 73°45.8' 40°19.1'  73°46.7' 0947 5 15 3 39 13 3 106 104 34.0
188 M54 12/16 40°18.8' 73°44.3' 40°19.4' _73°44.4’ 1041 26 82 3 23 24 5 86 104 33.4
159 R4 12/16 40°21,3' 73°46.0' 40°21.4' 73°46.9' 1112 87 573 9 58 5.3 4 103 9.4 32.7
160 A56 12/16 40°19.0' 73°47.9' 40°19.8' 73°48.4' = 1241 56 227° 9 96 230 § 151 10.9 33.6
161 R3 12/22 40°21.8' 73°43.4' 40°21.0' 73°43.4' 1231 55 23.9 10 18 23°45 9 9.4 32.5
162 M49 12/22 40°21.8' 73°40.1' 40°21.1’  73°39.6' 1353. 87 “45 5 24 26° 63 85 82 33.2
163 ASO 12/22 40°23.0' 73°42.0' 40°22.2' 73°41.9' 1510 119 68.0 10 20 18464 85 85 32.2
164 A43. 12/22 40°23.8' 73°45.5' 40°23.7' 73°46.1' 1619 118 96.1 11 5302«di4 3 96 94 328
165 A41 12/22 40°23.6' 73°47.2' 40°23.3' 73°46.7' 1709 32 258 6 29 50 4 114 97 33.0
1987
166 NY11 1/14 40°19.1' 73°45.7'  40°18.9'  73°46.4' 1052 56 281 6 22 37° 4 101 7.4 33.2
167 NY11 1/14 40°19.2'. 73°45.9’ 40°18.6' 73°45.7' 1316 48 195 5 " 24 3 98 7.4 33.4
168 R2 73°46.3' 40°26.9' 73°46.6' 1558 53 216 6 37 89 4 94 78 33.2
169 R2 73°47.0' 40°27.1' 73°46.2' = 1004 25 8.1 4 7 48 3 100 76 331
170 R2 73°46.1' 40°27.1'-73°46.4' 1111 61 23 7 2 40 4 9 76 33.1
171 NY6 73°45.5' 40°25.7'  73°45.0' 1227 3 18° =7 4 O7 3 95 7.3 329
172 NY6 73°45.3' 40°24.2'  73°44.9' 1328 34 12.1. 6 4 06 2 81 7.3 329
173 R2 73°46.7' 40°26.3'  73°46.1' 1440 26 19°=¢5 12 5.1 3 94 77 33.6
174 NY6 73°46.1' 40°24.3' _73°45.6' 1021 70 10.1 7 0 00 .0 99 65 326
175 NY6 73°46.9' 40°23.8' 73°46.5' 1102 94 146 10 4 1.0 2 107 67 32.1
176 NY11 73°45.9' 40°19.5' 73°46.4' 1234 66 248 8 2 0.1 1 100 6.1 32.3
177 NY11 73°45.9' 40°19.7'  73°46.4' = 1340. 65 212° 8 1 1.3 2 100 68 323
178 NY6 73°45.8' 40°25.0' 73°46.0' 1207 117 240 7 0 00 60 98 5.2 32.9
179 R2 73°45.5' 40°26.9' 73°46.5' 1402 101 219° 7 3 O41 2 94 5.1 32.7
180 -R2 40°26.5' 73°46.5' 1102 69 213° 8 W 70 3 95. 54 328
181 R2 40°26.6' = 73°46.1' 1232 86 216 9 10 15 °°4 97 54 328
182 R2 40°26.8' = 73°46.7' 1315 97 263 9 4 1.0 2 9 5.4 32.8
183 NY6 40°24.6' 73°45.7' 1401 77 276 8B 4 O07 2 104 55 33.2
184 NY11 40°18.7' = 73°45.8' 1010 70 10.1 9 1 01 1 103 4.4 32.4
185 NY11 40°18.7'  -73°46.1 1129 15 45 7 2 04 1 102 44 325
186 NY11 40°19.2' 73°45.2' = 1300 4 11 4 0 0.0 o 101 64 32.5
187 NY11 40°18.9' 73°45.8' = 1535. 25 44 6 oO 00 40 95 5.0 327
188 NY6 40°24.8' —73°45.8' 1055, 25 76 8 8 29 3 106 47 330
189 NY6 40°25.1' -73°45.4' 1143. at 93° 8 3 29 3 105 49 325
190 NY6 40°25.3' 73°46.0' 1112 203 409 12 4 05 2 107 52 33.3
191 NYS 40°25.5' 73°48.1' 1215 136 184° 65 O 00 0 118 58 33.6
192 A19 40°25.3' 73°45.1' 1323 38 63 9 2 O07 41 8 47 331



Table 1. Station sequence and associated tow type(s) for the
sampling days and photoperiods of the replicate portion
of a bottom trawl survey conducted in and around the
12-Mile Dumpsite, July 1986 - September 1989
(adapted from: Environmental Processes Division
1988).

Sampling Photoperiod
Day AM PM
1 NY11 NY6
(2 R-Tows') (1 R-Tow)
(1 D-Tow)
2 NY6 : R2
(2 R-Tows) (1 R-Tow)
(1 D-Tow)
3 R2 NY11
(2 R-Tows) (LR-Tow)
(1 D-Tow)
4 NY11 R2
(2, D-Tows) (2 D-Tows)
5 NY6 NY
(2 D-Tows) (2 D-Tows)
6 R2 NY6
(2 D-Tows) (2 D-Tows)

*R-Tow =tow radially through site center.
*D-Tow =tow distal from site center.

mesh, 18-thread, knotless nylon. The cod end was con-
structed of 51-mm (2-inch) stretched-mesh, 18-thread,
knotless nylon. Five 203-mm (8-inch) diameter plastic
trawl floats were equally spaced along the headrope with a
sweepline constructed of 10-mm (0.38-inch) chain attached
to the footrope at intervals of approximately 356 mm (14
inches).

The trawl was towed for 15 min at approximately 5.6
km/hr (3 knots) at each sampling location. In addition, if
possible, trawl tows were made along isobaths to minimize
sudden depth changes. Although tow time was kept con-
stant, direction and distance of each tow were affected by
current, tide, wind, and in some cases by the need to shift
heading to avoid fixed commercial fishing gear (i.e., lobster
Pots).

After each tow, the trawl was retrieved and emptied on
thedeck. All fish and megainvertebrates were separated and
identified. All specimens of each species were collectively
weighed to the nearest 0.1 kg and individually measured to
the nearest whole centimeter as follows: fish from the snout
to the end of the middle caudal ray (i.e., either fork or total
length depending on species); bivalves across the widest
point of the shell; squid from the anterior margin to the
posterior end of the dorsal mantle; lobsters from the tip of the

Page 5

rostrum to the end of the carapace, crabs across the widest
point of the carapace; and starfish from tip to tip across the
two longest opposing arms. All specimens of each species
were usually measured except when large catches required
subsampling. In such cases, an expansion factor (weight of
total catch/weight of subsample) was applied to the number
and length frequency of the subsample to estimate the
number and length frequency of the total catch. All data
were recorded at sea on forms designed for subsequent
inclusion into a data management system which incorpo-
rates sorting, listing, graphical, and statistical systems to
simplify data recall, illustration, and analysis.

DATA TABULATIONS
AND SUMMARIES

A total of 991 trawl stations were occupied at 24 sites
in 39 months. Stations were consecutively numbered to aid
in the cross-referencing of location, catch, and associated
environmental data. Table 2 lists consecutive station num-
bers, sampling dates, number of stations, and survey type for
each segment of the study. Appendix Table A provides
detailed individual station information including date, start
and finish coordinates of each tow to the nearest 0.2 km, time
of day (EST), number of species and individuals caught,
total weight, depth, and bottom temperature and salinity.
Appendix Table B is a phylogenetic listing of the fish and
megainvertebrates collected during the study including num-
ber, weight (0.1 kg), and size range (whole centimeter) by
station of occurrence. Figure 4 illustrates the seasonal
distribution and abundance of total catch, in number and
weight, over the course of the survey. A further breakdown
of the total catch into its replicate and broadscale segments,
including the contribution of fish and megainvertebrate
components, is given in Figures 5 and 6.

Seventy-five species representing 47 families of fish
and megainvertebrates were captured during the survey. As
expected, since otter trawling was the method of collection,
demersal finfish and large crustaceans dominated the total
catch (Figure 7). Fifty-eight species of fish representing 33
families, which totaled 65,255 individuals weighing 14,112
kg, were identified from the trawl] catches (Appendix Table
B). Eleven species (spiny dogfish, Squalus acanthias; little
skate, Raja erinacea; silver hake, Merluccius bilinearis; red
hake, Urophycis chuss; ocean pout, Macrozoarces
americanus, scup, Stenotomus chrysops, cunner,
Tautogolabrus adspersus; butterfish, Peprilus triacanthus,
fourspot flounder, Paralichthys oblongus, windowpane,
Scophthalmus aquosus; and winter flounder, Pleuronectes
americanus) comprised 90 percent of both total number and
weight of all fish collected (Figure 8). Seventeen species of
megainvertebrates representing 14 families, which totaled
48,608 individuals weighing 4,571 kg, were identified from
the trawl catches (Appendix Table B). Eight species (longfin
squid, Loligo pealeii; northern shortfin squid, Ilex


Appendix A (Continued)

Page 21

Mega- Hydrographic
Station Location Fish invertebrates Observations
Sta. Sta. Date Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No. Code M/D  Lat.(N) Long.(W) —_Lat.(N) Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (°/..)
1988
521 R2 3/9 40°27.1' 73°47.1' — 40°26.8" ; 1150 32 138 65 4 0.1 2 95 49 323
522 R2 3/10 40°26.6' 73°47.3' 40°26.9' . 1014 7 32.1 3 9 O7 2 99 4.7 32.0
523 R2 3/10 40°26.4' 73°46.3' 40°26.9' E 1122 35 83 7 1 01 1 99 4.7 321
524 NY6 3/10 40°24.3' 73°45.9' 40°24.8' . 1330 50 99 7 3 05 2 102 44 31.9
525 NY6 3/10 40°25.0' 73°45.3' 40°25.1' x 1421 56 96 8 2 03 2 99 44 31.7
526 NY11 3/11 40°18.9' 73°. 40°19.1° . 1040 23 73° «6 5 03° 2 99 50 322
527 NY11 3/11 40°18.3' © 73°46.; 40°18.9' x 1151 B 7.1008 7 04 3 104 50 321
528 NY11 3/11 40°18.8' 73°45.4'  40°19.0' a 1244 33 5.4 6 7 1.0 3 98 50 32.2
$29 NY11 73°46.0' 40°19.7' . 1338 19 34° «6 7 07 2 100 50 322
530 NY6 73°46.1' —40°25.4' z 1048, 85 18° =67 oO 00 O 107 55 325
531 NY6 73°46.4' —40°25.2' . 1144 56 93° «6 2 03.2 107 54 324
532 R2 73°46.7'  40°27.4' z 1311 1 03 1 ° 0.0 0 96 5.4 32.4
533 R2 73°47.2' 40°27.0' 73°46.3' 1405 21 98 5 4 04 4 97 54 32.3
534 NY11 73°45.2' 40°18,8' 73°45.9' 1147 22 36 0064 4 Os 2 97 49 323
535 NY11 73°45.4' 40°19.0' 73°46.3' 1304 5 og 2 22 07 1 98 49 32.1
536 AI 73°47.4' 40°29.0' 73°48.5' 1007 30 66 9 9 1.6 1 92 60 318
537 AG 73°46.1' 40°29.9'  73°45.3' 1115 26 77) «6 12 47 2 89 6.7 31.8
538 RS 73°41.6' 40°28.2' §73°40.8' = 1227 24 36 65 2 0.3 1 74 69 33.8
539 NY22 73°40.5' 40°24.7'  73°39,7' 1339 29 28 8 o 00 6060 82 «67 316
540 M31 73°42.2' 40°24.7' =73°42.0' 1040 26 150 9 0 00 60 79° 70 315
541 A50 73°42.0' 40°22.8' 73°41.6' 1117 1 74044 0 00 600 81 68 316
542 M49 73°39.9' 40°22.2' . 1223 6 14 °°5 2 0.1 2 79 66 31.7
543° =RG 73°43.7'  40°21.5" | 1348 a 45° 6 1 01 1 85 68 31,7
544 NY6 73°46.3' 40°24.7" a 1041 67 8.1 8 1 0.2 1 108 5.7 32.4
S45 R2 40°26.6" . 1129 59 227 8 3 18°63 9 64 322
546 A20 40°26.1' z 1235 29 53° 9 3 03 2 95 58 325
547 AIS 40°25.0' . 1433, 14 32 7 4 1d 2 86 OS. 32.6
548 NY3 40°27.9' . 1029 59 187° 9 26 28 2 89 58 326
549 A44 40°24.0' . 1237 7 47 8 2 0.1 1 7 61 32.4
550 A43 40°24.0' z 1351 19 99 7 1 10°01 90 58 326
551 A41 40°23.6' 73°47.0' 1509 139 248° °11 2 03 2 12 6.0 327
552 NY11 40°18.7' = 73°45.7' 1102 23 69 7 10 370064 go 6.1 32.5
553 M54 40°19.2' 73°44.0' = 1259 25 98 10 8 03° 2 79 62 325
554 ASE 40°18.4' 73°47.4' 1216 272 1084 8 9 16 3 199 59 327
555 R4 E 1343 32 45 8 9 02 2 112 62 326
556 RE E 0956 «208 «35.5 9 15 39 4 100 61 32.8
557 NYS ; 12160 «2830 S4.30 11 4 28 2 116 60 328
558 R2 . 1008 68 24.1 10 37 7A 6 927.4 321
559 R2 ; 1107 60 100 12 25 103 6 94 7.0 322
560 NY6 . 1224 73 127° «11 12 13°04 «#100 7.1 32.0
561 NY6 x 1316 48 98 11 13 22 3 94° «7.1 32.2
562 NY11 ; 1053 24 25 8 39 32 3 97 7.0 322
563 NY11 E 1153 60 105 7 50 44 3 101° 7.1 32.1
564 R2 .! 1409 60 104 10 92 126 5 95 7.3 32.0
565 R2 F 1508 82 185 10 131 141 4 9 7.3 319
566 NYG . 1012 82 95 12 41 63 4 103 7.0 321
567 NY6 E 1041 98 133 12 47 5.9 3 102 7.0 321
568 NY11 E ; 1305, 41 1.407 61 5.1 3 9 71 32.1
569 NY11 73°45.3' ! 1356 12 18°65 18 14° 3 7 7.1 32.1
570 NY6 73°46.4' 2 1054 88 88 8 126 143 3 104 7.0 32.0
571 NY6 73°46,2' .! 1131 56 7.1 12 67 84 4 103 70 320
572 R2 73°47.1' . 1021 79 101° 9 42 48 3 93 106 31.4
873 R2 73°46.8' . 1058 43 1418 65 89 6 93 103 31.4
574 NY11 73°46.5' . 1339 15 26 8 30 23° 5 100 87 317
575 NY11 73°45,.9' . 1444. 27 29° 44 32 33° 5 95 87 317
576 NY11 73°46.2' ; 1055, 45 40 7 so. 658. 4 98 81 319
577 R2 ; 1330 94 6.1 10 51 68 5 83 97 316
578 R2 z 1423 73 46 9 40 36 4 84 97 «(316
579 NY11 : 1115, 16 837 19 13° °3 93 81 31.9
580 NY6 ; 1409 Ka 50 9 36 330064 9 93 317
581 NY6 . 1510 30 36 8 30 22 4 98 89 317
582 RI . 0959 51 36 68 24 09 3 82 83 32.0
583 AS 5. 1102 a1 390065 24 10 3 79 9.0 32.0
584 NY3 i 1204 3B 42 6 34 24 3 89 83 = 32.1
585 RS 5.2 a 1305 23 64 5 256 22 4 72 100 317
586 NY22 40°25.1'  73°40.4' =: 1410. 47 5.2 5 4g 29 3 80 102 318



iin

4 NOAA Technical Memorandum NMFS-F/NEC-90
wes

J

3

3 This TM series is used for documentation and timely communication of preliminary results,
ye interim reports, or special purpose information, and has not undergone external scientific
review.

Fish and Megainvertebrates
Collected in the New York Bight Apex
during the
12-Mile Dumpsite Recovery Study,
July 1986 - September 1989

Stuart J. Wilk, Robert A. Pikanowski, Anthony J. Pacheco,
Donald G. McMillan, Beth A. Phelan, and Linda L. Stehlik

Sandy Hook Lab., National Marine Fisheries Serv., Highlands, NJ 07732

U. S. DEPARTMENT OF COMMERCE
Barbara H. Franklin, Secretary
National Oceanic and Atmospheric Administration
John A. Knauss, Administrator
National Marine Fisheries Service
William W. Fox, Jr., Assistant Administrator for Fisheries
Northeast Region
Northeast Fisheries Science Center
Woods Hole, Massachusetts

October 1992

(~~ peprooucepey: NTIS.»

U.S, Deparment of Comm i
National Technical taformation Service i
‘Springfield, Virginia. 216% |

I


Page 44

Appendix B (Continued)

Longhorn Sculpin Myoxocephalus octodecemspinosus (Continued)

793 (1;0.1;24) 794 (1;0.2;30) 796 (1;0.2;24) 799 (1;0.3;30)
805 (1;0.2;29) 826 (1;0.3;31) 830 (1;0.1;23)
833 (1;0.1;25) 839 (1;0.1;24) 841 (2;0.2;24-31)
842 (2;0.4;25) 845 (2;0.5;23-25) 847 (1;0.2;28)
851 (1;0.1;24) 861 (2;0.2;22-25) 869 (1;0.1;24)
870 (1;0.1;24)
CYCLOPTERIDAE
Inquiline Snailfish Liparis inquilinus
691 (1;0.1;2) 706 (1;0.1;3)
SERRANIDAE
Black Sea Bass Centropristis striata
55 (1;0.1;19) 99 (1;0.1;19) 101 (1;0.1;20)
119 (1;0.1;19) 137 (1;0.3;24) 138 (1;0.3;22)
425 (1;0.1;9) 432 (1;0.5;28) 440 (1;0.3;25)
558 (1;0.3:26) 564 (1,0.2;25) 569 (1;0.3;24)
577 (1:0.1;22) 696 (1;0.1;7) 704 (1;0.1;9)
708 (1;0.1;12) 721 (1;0.1;10) 722 (1;0.1;19) _
727 (1;0.1;9) 749 (1;0.1;20) 757 (1;0.3;26)
856 (1;0.5;34) 869 (1;0.3;25) 870 (1;0.1;23) 883 (1;0.1;20)
PRIACANTHIDAE
Bigeye Priacanthus arenatus ~
443 (1;0.1;11)
POMATOMIDAE
Bluefish Pomatomus saltatrix
97 (1;0.1;19) 104 (1;0.2;18) 102 (1;0.2;26) 105 (2;0.2;17-18)
106 (1;0.1;18) 112 (1 116 (1;0.5;35) 118 (1:0.1;17)
391 (1;0.7;36) 399 (1;0.1;12) 407 (1;1.0;42) 408 (1;1.0;40)
422 (1;0.1;17)
CARANGIDAE
Blue Runner Caranx crysos
106 (1;0.1;13) 109 (1;0.1;13) 110 (1;0.1;11)

Rough Scad Trachurus lathami
390 (1;0.1;13)

SPARIDAE
Scup Stenotomus chrysops
75 (1;0.1;7) 77 (3;0.1;6-8) 78 (1;0.1;6) 79 (1;0.1;6)
: 83 (1:0.1:16) 89 (2;0.1;7-8) 90 (17;0.1:6-8)
96 (1;0.2;16) 97 (11:1.2;15-18) 98 (1:0.1;16)
) 100 (3;0.3;15-16) 101 (3;0.5;17-19) 102 (4;0.3;9-18)
103 (3;0.3;16-18) 107 (3;0.4;14-20) 108 (3;0.3;15) 109 (39;0.4;6-11)

110 (141;2.4;7-16) 112 (15;1.5;15-19) 113 (9;1.0;11-20) 114 (13;1.3;15-20)
1145 (6;0.2;7-17) 116 (17;0.3;7-10) 117 (4;0.5;16-18) 118 (12;1.4;8-19)


Page 8

>

@ TOTAL NUMBER

N
THOUSANDS OF INDIVIDUALS.

JJASONDJFMAMJJASONDJFMAMJJAS

1987 1 1
year x wonta 988 _ (188

JASONDJFMAM
1986

THOUSANDS OF INDIVIDUALS

JASONDJFMAMJJASONDJFMAMJJASONDJFMAMJJAS

1986 1987 1988 1989
: YEAR X MONTH

a

WEIGHT

OSH
© MEGAINVERTEBRATES {\

ies]

ane
=O

aneaadit

HUNDREDS OF KILOGRAMS
5 g

@ TOTAL WEIGHT

=
a
HUNDREDS OF KILOGRAMS

12 4 JASONDJFMAMJJASONDJFMAMJJASONOJFMAMJJAS

1986 1987 YEAR X MONTH 1989

0
JASONDJFMAMJJASONDJFMAMJJASONDJFMAMJJAS
1986 1987 1988 1989
YEAR X MONTH

Figure 5. Monthly individual and combined catch of fish and megainvertebrates collected during replicate surveys in and around the
12-Mile Dumpsite, July 1986 - September 1989 (A = total number, B = total weight).


TOTAL NUMBER

a

THOUSANDS OF INDIVIDUALS
yn

Page 7

JASONDJFMAMJJASONDJFMAMJJASONDJFMAMJJAS~

1986 1987

1988 1989

YEAR X MONTH

16
14] Mi TOTAL WEIGHT

HUNDREDS OF KILOGRAMS
@

wld

JASONDJFMAMJJASONDJFMAMJJASONDJFMAMJJAS

1986 1987

1988 1989

YEAR X MONTH

Figure 4,
1989 (A = total number; B = total weight).

illecebrosus; horseshoe crab, Limulus polyphemus; Ameri-
can lobster, Homarus americanus, Jonah crab, Cancer
borealis, Atlantic rock crab, Cancer irroratus; lady crab,
Ovalipes ocellatus; and starfish, Asterias sp.) comprised 99
percent of both total number and weight of all
megainvertebrates collected (Figure 9).

The 19 dominant species of fish and megainvertebrates
listed above represented 95 percent and 93 percent of the
total number and weight, respectively, of all species col-
lected. Based on the 991 trawl stations made, seven fish and
four megainvertebrate species had percent frequency of
occurrence greater than 40 percent: little skate (89 percent);
Atlantic rock crab (87 percent); winter flounder (83 per-
cent); starfish (69 percent); silver hake (59 percent); longfin
squid (55 percent); butterfish (50 percent); fourspot floun-
der (46 percent); American lobster (46 percent); red hake (43
percent); and windowpane (42 percent).

Monthly combined catch of fishand megainvertebrates collected in and around the 12-Mile Dumpsite, July 1986- September

ACKNOWLEDGMENTS

We thank the following members of the NOAA, Na-
tional Marine Fisheries Service (NMFS), Sandy Hook Labo-
ratory staff: Captain Fred “Fritz” Farwell and Mate Sherman
Kingsley for their expert vessel handling, rigging, and -
fishing skills during the conduct of the study; and Anne
Studholme for review and editing of the manuscript. In
addition, we thank Charles Wenner (South Carolina Depart-
ment of Wildlife and Marine Resources, Charleston Labo-
ratory); Jon Gibson, Robert Murchelano, Jack Pearce, Tho-
mas Azarovitz,and Donald Flescher (NOAA, NMFS, Woods
Hole Laboratory); and all anonymous reviewers for critical
comments that substantially improved this manuscript.


Appendix B (Continued)

Page 57

Yellowtail Flounder Pleuronectes ferrugineus (Continued)

208 (1;0.4;30)
216 (1;0.3;31)
220 (3;1.1:30-34)
224 (2;0.5;28-31)
229 (1;0.3;32)
233 (2;0.6;29-32)
250 (2;0.6;28-34)
477 (1;0.5;38)
504 (1;0.1;14)
508 (3;0.5;12-14)
519 (1;0.1;13)
525 (4:0.6;12-32)
529 (2;0.7;33-34)
534 (2;0.1;13)
540 (2;0.1;15-17)
552 (3:0.1;13-16)
560 (5;0.1;12-17)
564 (1:0.1;15)
568 (5:0.3;11-18)
574 (1;0.1;15)
581 (1;0.1;7)
601 (1;0.1;15)
608 (1;0.1;13)
613 (13;1.3;11-16)
619 (6;0.1;12-17)
626 (4;0.2;13-16)
639 (2;0.1;4-7)
653 (1;0.1;16)
662 (1;0.1;16)
669 (1;0.1;18)
674 (2;0.1;17)
680 (1;0.1;16)
689 (1;0.1;14)
694 (1;0.1;17)
701 (1;0.1; 23)
8;17-24)

730 (1:0.1:21)
734 (3;0.1;20-21)
741 (2;0.3;24-25)
746 (3;0.6;21-23)
752 (28;3.5;21-29)
756 (3:0.2;
760 (2;0.1

773 (4;1.4;25-28)
777 (6;0.9;22-29)

781 ae 1;24-41)
8;

818 (1;0.3;29)

210 (2:1.2;31-41)
217 (3;0.9;31-32)
221 (2;0.6;19-33)
225 (2;0.9;33-34)
230 (2;0.6;30-31)
241 (1;0.4;33)
254 (2;1.0;33-42)
479 (1;0.1;12)
505 (1;0.1;14)
509 (2;0.6;14-36)
520 (1;0.2;32)
526 (3;0.7;13-34)
530 (4;0.1;13-27)
536 (2;0.1;10-17)
542 (1:0.1:17)
553 (2,0.1:13)
561 (4;0.2;12-27)
565 (1;0.1:16)
569 (2;0.1;13-16)
576 (5;0.1;11-18)
588 (1;0.1;14)
605 (1;0.1;18)
610 (2;0.1;14-17)
614 (1;0.1;12)
620 (5;0.1;12-16)
627 (3;0.1;13-15)
643 (2;0.1;18-20)
654 (2;0.1;14-15)
663 (3;0.1;14-18)
671 (8;0.4;15-21)
677 (4;0.2;16-21)
681 (1;0.1;20)
690 (6;0.2;15-18)
695 (1;0.1;17)
706 (3;0.2;19-21)

731 (3; 0: 2;20-23)
735 (5:0.3;20-23)
742 (3;0.4;19-25)
747 (1;0.2:25)
753 (7;0.8;17-24)
20-26)

770 (6;0: 9; 23. -26)
774 (22;5.4:23-41)
778 (3;0.4;22-28)
782 (1;0.2;29)
786 (18;2.4;23-26)
793 (3;0.6;24-31)
798 (5;0.8;23-26)
805 (1;0.1;25)
810 (1;0.2;31)
815 (2;0.5;28-29)
819 (2;0.4;28-30)

211 (3;1.1;31-34)

737 (3;0.3;23-26)
743 (3;0.5;22-26)
750 (17;2.0;22-26)
754 (7;0.6;22-24)
758 (4;0.4;21-24)

767 (21: 2. 5: 521-27)
771 (8;1.2;22-31)
775 (8;1.5;24-36)
779 (14;1.5;20-26)
783 (3;0.6;24-30)
787 (2;0.4;26-28)
794 (1;0.1;26)
799 (9;1.5;24-29)
806 (28;4.9;22-30)
812 (11:2.0;24-31)
816 (2;0.5;24-30)
820 (4;1.0:24-38)

215 (2;0.8;31-34)

19-25)


Page 40

Appendix B (Continued)

Red Hake Urophycis chuss (Continued)

438 (2;0.6;29-38)
446 (1;0.1;14)
453 (2;0.1;16-17)
459 (3;0.4;27-33)
466 (18;1.0;15-35)
470 (22;0.7;12-21)
479 (2;0.1;16-19)
12-23)
13-24)
496 (2:0.1;12-18)
510 (1;0.1;15)
518 (2;0.1;13-16)
525 (1;0.1;17)
534 (2;0.1:10)
543 (2;0.5;12-30)
547 (1;0.1;15)

553 (1;0.1;14)
557 (153;35.0;15-40)
561 (7;2.0;32-38)
570 (7;0.4;15-26)
574 (1;0.1;20)
582 (1;0.1;14)
607 (1;0.1;18)
613 (2;0.1;20-21)
619 (1;0.1;18)
625 (1;0.1;14)
645 (2;0.4;20-35)
656 (1;0.1;14)
662 (1;0.1;19)
666 (2;0.1;15-17)
671 (2;0.1;18-27)
685 (1;0.1;15)
696 (5;0.3;19-23)
715 (20;2.9;20-42)
720 (2;0.2;25-27)
738 (1;0.1;22)
757 (183;22.5;20-36)
768 (16;1.0;17-27)
772 (1;0.1;15)

801 (156;32.0;17-45)
812 (30;3.0;19-34)
816 (6;1.0;15-38)
822 (1;0.1;18)
828 (2:0.1;19-20)

844 (1;0.1;15)
850 (1:0.1:21)
5;

860 (3;0.4;22-32)
864 (23;6.5;26-45)
875 (1;0.2;30)

884 (3;0.1;17-20)
891 (2;0.1;13-18)
899 (2;0.2;21-23)
916 (1:0.1:22)

439 (2;0.1;25)

450 (2;0.1;11-15)

454 (71;16.0;18-45)

460 (1;0.1;26)

467 (9;0.4;16-23)

471 (4;0.2;18-23)

480 (36;3.5;16-23)

484 (10;0.2;11-20)

490 (18;1.5;13-20)

500 (67;3.

511 (8,0.

519 (11;0.1;11-15)

528 (1;0.1;11)

536 (8;0.7;12-19)

544 (38;2.0;15-25)

548 (16;0.6;14-21)

554 (231;82.5;19-42)

558 (6;1.2;12-33)

564 (12;2.5;18-38)

571 (2;0.1;17)

577 (1;0.1;21)

588 (10;1.1;15-23)

608 (2;0.1;17)

614 (2;0.1;17-23)

620 (1;0.1;17)

631 (2;0.1;15-18)

649 (1;0.1;18)

659 (1;0.1:17)

663 (2;0.1; 14: 15)
16)

716 (11; 2 0;20-42)
724 (24;4.5;22-48)
741 (1;0.5;39)
759 (181;26.1;19-40)
769 (2;0.1;18-20)
777 (1;0.1;17)
804 (13;0.6;16-26)
813 (16;1.2;18-28)
817 (8;0.5;18-28)
823 (9;0.6;15-26)
829 (3;0.2;15-19)
834 (3;0.2;16-22)
841 (4;0.2;21-23)
847 (1;0.1;17)

851 (39;7.8;17-47)
856 (3;0.4;17-32)
861 (23;2.8;16-33)
867 (4;1.4;30-45)
876 (2;0.4;21-31)
887 (1;0.1:19)
895 (1;0.1;18)
900 (1;0.1;18)
920 (1;0.1;21)

444 (83;26.0;16-46)
451 (6;1.3;14-39)
456 (151;43.5;23-43)
463 (58;13.0;20-39)
468 (11;0.5;14-27)
473 (1;0.1;16)

481 (4;0.1;16-20)
485 (32;1.9;12-32)

713 (152:25.5;19-42)

717 (3;0.5;23-33)

725 (3;1.1;24-41)

742 (1;0.4;33)

762 (71;36.2;22-41)

770 (2;0.1;17)

779 (1;0.1;15)

806 (19;0.9;19-27)
"0.6"

835 (rai30; 18-47)
842 (10;1.5;17-40)
:0.

852 (6; va 17-33)
857 (4:0.1;18-21)

)
925 (2;0.2;17-24)

445 (5;0.2;15-24)
452 (4;0.1;13-18)

478 (8;0.1;10-18)
482 (5;1.0;14-42)
486 (21;1.0;13-29)
494 (4;0.2;13-23)
503 (32;2.5;16-41)
513 (3;0.1;12-17)
524 (2;0.1;16-17)
531 (3:0.1:12-15)
539 (3;0.1;12-16)
546 (15, 17-25)
551 (31;4.
556 (76;12.5;14-44)
560 (4:0.2:18-19)
567 (4;0.4;17-36)
573 (1:0.1;25)

580 (1;0.1;17)

604 (1;0.1;18)

612 (2;0.1;20-21)
618 (4;0.1;12-19)
624 (1;0.1;16)

643 (7;2.0;27-43)
653 (1;0.1;20)

661 (2:0.2;16-27)
665 (6;0.3;16-23)
670 (1;0.1;26)

684 (1;0.1;16)

688 (3;0.2;19-21)
714 (9;0.7;20-30)
718 (3;0.5;25-36)
731 (2;1.1;39-44)
756 (48;7.1;22-32)

765 (2;0.2;20-29)
7714 (1;0.1;20)

797 (2;0.1;15-16)
809 (2;0.1;18-19)
815 (9:0.8;17-28)
819 (3;1.2:25-44)
827 (6;0.3;15-21)

849 (1;0.1;18)
853 (2;0.4;23-37)
858 (15
863 (33;
870 (8;2.
883 (1;0.1;18)
889 (1;0.1;18)
898 (1;0.2;26)
913 (4;0.1;15-20)
927 (1;0.1;24)



Page 28

Appendix A (Continued)

Mega- Hydrographic
Station Location Fish invertebrates Observations
Sta. Sta. Date Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No. Code M/D Lat(N)  Long.(W) Lat.(N) _Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (°/..)
1989
981 R2 9/14 40°27.0' 73°46.6' 40°26.5' 73°46.3' 1134 46 69 4 65 50 4 90 146 32.0
982 NY6 9/14 40°24.9' 73°45.9' 40°24.4' 73°45.8' 1251 146 35.2 9 99 97 66 91 139 321
983 NY6 9/14 40°24.5' 73°45.6' 40°25.0' 73°45.4' 1401 180 288 7 #112 94 4 92 138 32.1
984 NY11 9/15 40°18.7' 73°45.8' 40°19.1" 73°46.1' 1102 25 65 3 54 3.6 4 99 13.2 322
985 NY11 9/15 40°18.4' 73°45.9' 40°18.8' 73°46.0' 1157 129 535 5 147 114 3 99 13.1 323
986 R2 9/15 40°26.8" 40°27.3' —73°46,3' 1354 79 48 65 55 42 4 89 15.4 32.1
987 R2- 9/15 40°27.0' 40°27.1' 73°47.3' 1453114 109 6 53 42 4 90 148 32.0
988 NY6 9/18 40°24." 40°25.3' 73°46.3' 1049 105 98 65 86 47 6 115 154 31.9
989 NY6 9/18 40°24.5" 40°24.9' 73°46.6' 1145 159 132 6 48 46 6 107 144 325
990 NY11 9/20 40°19.1" 40°18.8' = 73°45.4' 1255, 80 147° 6 19 10° 4 95 202 31.7
991 NY11 9/20 40°19.5" 40°18.9' 73°45.3' 1415, 75 88 4 75 09 2 90 202 317



Appendix B (Continued)

Page 45

Scup Stenotomus chrysops (Continued)

119 (10;1.0;15-18) 122 (24;0.4;7-10)
129 (55;0.8;7-9)

258 (2;0.1;10-11)
265 (4:0.1;10-11)
272 (5;0.1;10-12)
277 (3: 2.2;9-12)

285 (2;0.1:9-11)

398 (11;1.4
402 (3;0.1;9-

406 (19;0.5;8-16) :

413 (1;0.1;8) 414 (18:0.

417 (6,0.1;8-10) 418 (14:0.5:8-20)

423 (23:3.0;11-19)
430 (26;3.2;16-20)
434 (120.3;8-17)

577 (15;0.2;10-13)
582 (21:0.4:10-12)
587 (23;0.5:9-12)

699 (13; 0.1;8-14)

704 (0: 0.8:7-9)

10-18)

15-16)

721 (5:0.1:7-9)

727 (1:0.1:8)

735 (13;1.3;13-18)

762 (1;0.1;15)

859 (1;0.1;11)

865 (11;0.5;10-11)

870 (20s: 5.8:10-17)
2

878 (25;0. 7: 9-12)

887 (6;0.1;11-14) 889 (1:01:12)
916 (1;0.1;13)
SCIAENIDAE
Weakfish Cynoscion regalis
107 (1;3.5;79) 113 (1;0.3;24)

Northern Kingfish Menticirrhus saxatilis

111 (1;0.1;14) 173 (1;0.1;19)
LABRIDAE
Tautog Tautoga onitis
28 (3;0.4;17-20) 29 (11;1.1;16-23)
102 (2;2.8;40) 114 (1;1.0;39)

191 (10.5;27) 414 (1;3.1;56)

123 (8;0.2;8-9)
130 (3:0.1;8-9)

259 (1;0.1;12)

409 (2:0.3:17)
415 (10;0.1;7-8)
420 (23 29.19)

435 (8;0.1;8-12)
439 (6;0.7;16-19)
558 (2;0.2;12-18)
566 (8;0.3;11-13)
572 (20;0.7;10-16)
578 (2;0.1;10-12)
584 (1;0.1;12)
588 (6;0.1;12-14)
592 (4;0.1;11)
603 (5:0.1;10-11)

736 (8:0.6;14-17)
855 (1:0.1;16)
860 (2;0.1;10-13)

867 (347;7.1;9-12)
871 (7;0.1;10-12)
875 (98:2.4;9-12)
883 (1;0.1;11)
893 (1;0.1;11)

433 (1;1.4;48)

39 (4:1
155 (1;0.4;25)
415 (3;2.0:22-98)

22-27)

124 (1;0.1:9)
131 (1;0.1;9)
260 (1;0.1;10)

a
425 (3;0.1; 3)
432 (25;3.2;16-19)
436 (13:0.1;7-10)
442 (1;0.1;8)
559 (2;0.3;16-18)
567 (4;0.1;10-13)
573 (3;0.1:11) -
580 (2;0.1;10-12)
585 (1;0.1:11)
589 0. o; 10. 12)

732 (33:3.2:10-20)
740 (1;0.1;9)
857 (1;0.1;11)

876 (55;1.4:9-13)
884 (2;0.1;11-14)
896 (1:0.1:12)

© 438 (1;0.1;21)

77 (1;0.2;25)
184 (2;1.0;36-38)
454 (2;1.5;31-33)


Page 27

: Appendix A (Continued)
Mega- Hydrographic
Station Location Fish invertebrates Observations
Sta. Sta. | Date Start Start Finish Finish Start Wt. No. No. Depth Temp. Sal.

. w.
No. Code M/D Lat(N) Long.(W) Lat(N) —_Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C)

1989
915 R2 7/18 40°27.5' 73°46.3' 40°26.9' 67 310 5 36 3563 90 15.1 31.9
916 R2 40°26.9" 107 476 8 86027 270° 4 91 141 31.8
917 NY6 40°25,.1' 13 36 64 5 14 3 102 135 32.2
918 NY6 40°25.0' 61 100 7 44 7.2 4 107 126 323
919 NY11 40°18.9' 10 28 3 35 170064 91 139 322
920 NY11 40°19.1' 15 32 = 4«6 46 48 64 91 139 322
921 R2 40°26.8' 107. 525 6 29 34°05 97- 13.1 322
922 R2 40°27.0' 83 312065 42 16°44 94 13.7 321
923, NY6 40°25.1' 51 13.0 5 33 5.4 5 97 113 32.5
924 NY6 40°24.9' 94 199 7 72 78 4 95 122 32.4
925 RI 40°29,2' B 104 8 47 16 3 8106119 «32.6
926 AB 40°29.9' 42 99 5 98 31 4 79° «12.0 326
927 NY3 40°28.1' 86 275 7 43 45 4 89 117 326
928 RS 40°28.2' 31 3.2 5 67 14° 2 73° 142 32.2
929 NY22 40°25,1' 87 3.0 4 280 48 2 7 151 322
930 A20 40°26.4" 57 70 7 16 14 4 94 105 328
931 M31 40°25.2’ 69 59 7 1 19°04 7 136 324
932 ASO 40°23.1' 67 Ww 3 119 37 4 84 149 322
933 M49 40°22.1" 148 34 5 139 40 3 82 157 320
934 M54 40°19.3" 24 11 4 146 63 5 85 105 328
935 AS6 40°18.9" 356 «249 «6 53 95 6 185 89 27.9
936 13 40°21,4' 60 20 3 189 66 5 85 123 328
937 A44 40°23.6' 10 16 43 63 5.1 3 82 136 32.3
938 A19 40°24.7' 24 14 6 138 36 4 86 97 32.9
939 R4 40°21.2' 10 21 5 uv 19° 4 «#10 95 33.1
940 A43 40°23.6" W 28 #6 24 18 4 82 126 327
941 A41 40°23.3' 49 79° «6 7 53 5 130 93 33.2
942 NYS 40°24.7' 3 Os 2 42 23 4 115 9.8 32.9
943 RE 40°26.5' 42 89 5 77 98 5 97 110 328
944 NY11 40°19.0' 2 80 6 69 80 66 97 123 266
945 NY11 40°18.9' 23 73° °4 61 44 5 100 133 324
946 R2 40°27.0' 120 17.7 7 39 20 4 88 14.4 «323
947 R2 40°27.0' 139 19.7 7 78 25 5 91 142 331
948 NY6 40°25.5' 231 76 «6 88 67 5 105 115 327
949 NY6 ; 40°25.0' 168 9.1 8 82 8.1 5 100 112 33.9
950 NY11 8/17 40°18.6' 73°45.2' 40°19.0' 10 41 3 55 23 5 90 132 328
951 NY11. 8/17 40°19.1' 73°45.4' — 40°19.0' 19 37° 3 45 39° 3 90 133 33.2
952 NY6 8/18 40°24.6' 73°45.9' 40°25.5' 145, 79 7 1386 7.2 6 100 118 33:1
73°46.4' — 40°25.2' 113 86 7 120 60 4 101 11.8 33.1
73°46.9' 40°27.1" 194 141 3 35 33°63 89 146 323
73°45.6" .! 107 25.2 8 OG 58 5 90 145 323
73°45.9" 178 39°64 4g 33° 3 98 152 324
73°45.9" 267 46 3.111 7.4 3 97 15.2 32.4
73°46.1' 214 Wt 6 74 7A 5 100 132 327
73°45.8" 119 49 5 119 58 4 94 135 327
73°46.6' 2840« 23.0 6214 10.25 94.117 33.0
73°46.5' 12200218 «7 «#4185 «(12.2 4 95 11.7 33.0
73°45.5' 64 89 2 89 53 4 100 115 33.0
73°45.8' 113 106 5 127 138 7 97 11.0 33.1
73°47.1' 168 5.7 7 108 81 4 97 10.3 .
73°46.3' 538 52 7 191 149 4 97 10.8 *
73° 46.0" 62 19° 7 90 7.4 6 105 10.7 *
73°45.5' 30 78 4 55 27 6 95 10.8 *
73°45.6' 765 #400 8 13 95 4 98 13.2 32.4
73°45,9' 337° «26.9 7 9S 6.1 5 98 13.2 32.4
73°46.1' 112 5665 22 15 6 101 142 321
73°45,7' 119 60 6 109 74 4 99 14.2 322
73°46.5' 185 40 6 94 45 3 91 138 322
73°46.4' 121 270 4 87 44.4 91 138 322
73°45,7' 531 120 6 45 30 4 100 134 322
73°46.1' 213 80 3 59 44° 4 99 140 324
73°45.9' 171 18 49 55 5.1 6 99 136 322
73°45.8' 250 176 10 67 57) 5 96 136 322
73°46.6' 83 48 5 106 75 3 90 142 344
73°46.7' 132 4.0 5 89 61 4 90 140 32.1
73°47,2' 123 49 5 97 63 4 93 144 32.1



Page 64

Appendix B (Continued)

Longfin Squid Loligo pealei (Continued)

388 (95;1.5;5-9)
392 (58;0.9;4-10)
396 (3:0.1;7-8)
401 (21:0. i 5-15)

414 o2e 13)

418 (16:0.3:5-10)

422 (11;0.3;5-10)
¢

690 (29;0.3;2-11)
694 (92;1.0;4-7)
698 (30;1.0;5-13)
703 (6
708 (5:0.
713 (36; 1. 3 8-12)
718 (20;0.8;5-11)
722 (22;0.6;6-11)
729 (1;0.1;10)
733 (13;0.3;5-15)
737 (25;1.4;7-14)
743 (2;0.1;7-11)
747 (5;0.1;5-11)

761 (17;1.0;8-16) .

781 (1;0.1;4)
860 (16;1.5;7-28)

389 (74;1.3;4-14)
393 (42:0.3:4-11)

439 (7;0.1;6-10)
443 (2;0.1;9-11)
456 (3;0.5;17-23)
543 (1;0.1;4)
560 (1:0.1;

564 (1;0.1:6)
568 (12;0.4;5-14)

639 (1;0.1;5)
651 (1:0.1:13)
667 (1:0.1:4)
674 (17;,0.1;2-7)

730 (7;0.1:5-8)
734 (11;0.3;6-11)
738 (4;0.2;8-9)
744 (1;0.1;10)
748 (2;0.1:9-10)
754 (1:0.1;14)
758 (13;0.6;8-14)

855 (1;0.1;13)
861 (5;0.3;5-18)

390 (16;0.2;3- -9)
394 (34

425 (1;0.1;9)
432 (3;0.1;10-12)
436 (5;0.1;3-10)
440 (5;0.1:5-10)
449 (1:0.1;10)
461 (1;0.1;15)
552 (1;0.1;4)

561 (1;0.1;19)
565 (1;0.1;6)
569 (12;0.9;5-20)
574 (1;0.1;17)
578 (11;1.0;8-25)
584 (15;0.5;5-18)
588 (4;0.2:13-17)
§92 (36 14.8:5- }-19)
596 (8;0.1:7-11)

605 (4;0.3;8-22)
615 (9;0.5;10-20)
619 (1;0.1;7)
625 (1,0.1;13)

630 (28:

6-24)
4-18)
641 (13;0.2;5-13)

774 (1;0.1;13)
857 (2:0.1:7-17)
862 (2;0.2;13-18)

391 (39;0.4;3-8)
395 (32;0.6;3-13)
30.

413 (91;1.1;2-18)
417 (13:0.3;5-11)
421 (12:0.5;6-13)

680 ies 0.1;3-5)
685 (8;0.1;4-10)
689 (15;1.0;3-11)
693 (66;0.9;3-11)
697 (136;2.9;5:
702 (44;
706 (55:0.8;4-9)
714 (21;0.5;5-13)
716 (4;

0.1;6-12)

732 (6; 0.3;6-11)

736 (45;2.1;6-13)

741 (3;0.1;6-14)
7)

776 (1;0.1;14)
859 (11;0.8;5-21)
863 (1;0.1;16)



Page 4

ment and contaminant levels are examined (Environmental
Processes Division 1988).

The second segment of the design was a broadscale
survey in which sampling consisted of a single, non-repli-
cated suite of measurements taken at 24 stations covering
much of the NYB apex (Figure 3). Stations were selected to
include all major habitat types that could be affected by
changes insludge input. Data from this portion of the survey
will be used to contour the geographical extent of sewage
sludge contaminants. Additionally, the data will be used to
examine relationships and interactions among variables
through correlative analyses since the full range of gradients
in the study area were sampled (Environmental Processes
Division 1988).

STATION SELECTION

Three replicate stations were selected, based on data
from past surveys, because they were similar with respect to
depth and sediment type, presumably not affected by dredge
material dumping, and thought to be sharply differentiated
with respect to sewage sludge presence and effects. The
three stations are characterized as follows:

Station NY6: Located at a depth of approximately 31
m (102 ft), near the eastern margin of the Christiaensen
Basin, approximately 1.6 km (0.9 nm) downslope from
the point at which most sludge dumping occurred, and
at the northwest corner of the designated dumpsite
(Figure 3). This station was considered the most
polluted of the set since it was denoted by the greatest
accumulation of sludge and associated contaminants as
well as the most altered benthic macrofauna. This
station is located near the center of the major sulfide
generating area in the Christiaensen Basin.

Station R2: Located at a depth of approximately 28 m
(92 ft), near the northern edge of the Christiaensen
Basin, and approximately 3.4 km (1.8 nm) north-north-
west of the center of the 12-MDS (Figure 3). This area
is characterized by an enriched benthic community with
high biomasses of several tolerant, though not necessar-
ily pollution-indicator, species. Bottom water is occa-
sionally sulfidic.

Station NY11: Located at a depth of approximately 29
m (95 ft), on the eastern shoulder of the upper Hudson
Shelf Valley, and approximately 9.9 km (5.4 nm) south
of the 12-MDS (Figure 3). This area was presumed to
be subjected to little or no sludge influence, based on
observed low concentrations of sediment contaminants.
Sulfide presence in bottom waters is improbable.

At each replicate station, a suite of biological and
chemical observations was replicated eight times during

each cruise. Three sets of measurements were made at the
central point, and the remaining five replicates were taken
within an ellipse about each point with the major axis of each
ellipse oriented to cover the same depth stratum represented
by the point. The purposes of the ellipse-based sampling
design were to: (1) spread out sampling to reduce the
likelihood that the sampling was influencing the variables of
interest; (2) permit extrapolation of results to slightly larger
areas; and (3) assess small-scale variability near each repli-
cate station.

Station locations for broadscale surveys were subjec-
tively selected according to the following criteria: (1) to
standardize effort with the replicate survey, i.e., collect as
close to 24 samples per cycle as possible; (2) to provide
regular coverage of the area of apparent influence of the
sewage sludge dumping to facilitate mapping and contour-
ing; (3) to provide complete coverage of the niche gradients
in the study area to legitimize correlative analyses; and (4)
to correspond with historical station locations when pos-
sible.

SAMPLING SCHEDULE

Replicate and broadscale surveys were conducted year-
round during alternate months. However, it was believed
that replicate sampling should be monthly from July to
September when hypoxia and sulfide accumulation were
most likely to occur; therefore, both replicate and broadscale
surveys were conducted each August (Environmental Pro-
cesses Division 1988). Sampling of the full suite of variates
began with a replicate survey in July 1986 and continued
through September 1989, 18 months after the termination of
sludge dumping.

Scheduling within a replicate survey was complex. If
all eight replicates were to be completed at one station before
occupying another, enough time could elapse to introduce
bias into the results. To address daily biases related to
photoperiod, a balanced sampling design was devised which
controlled potential bias by partially alternating the station
sampling order (Table 1), The sequence of sampling in the
broadscale surveys was straightforward. A single trawl,
bottom water sample, and grab sample for sediment chem-
istry and biology were taken at each station. The order in
which stations were sampled depended on weather and
vessel scheduling.

COLLECTION OF FISH AND
MEGAINVERTEBRATES

All collections of fish and megainvertebrates were
made with an otter trawl having an 11.0-m (36-ft) footrope
and a 9.8-m (32-ft) headrope. Wings, square, and bellies of
the trawl were constructed of 76-mm (3-inch) stretched-


Page 18

Appendix A (Continued)

Mega- Hydrographic
Station Location Fish invertebrates ~Observations
Sta. Sta. Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No. Code Long.(W) Lat(N)_—_Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (°/..)
325 R2 73°46.1' 40°26.8' 73°46.8' = 1103 4 6 234 210 1 98 109 32.1
326 NY6 73°46.0' 40°24.4' 73°45.9' 1234 50 8 45 7A 2 98 114 321
327 NY6 73°45.2' 40°25.1'  73°46.0' 1323 88 5 24 28 3 96 114 319
328 NY11 73°46.5' 40°19.0'  73°45.6' 1058 13 5 15 os 3 98 10.3 323
329 ~NY11 73°45.8' 40°18.9' 73°46.0' 1143 18 3 12 14° 4 102 103 322
330 NY11 73°46.1' 40°19.0'  73°45.3' 1237 16 5 24 20 4 93 104 323
331 M54 73°44.0' 40°19.2'73°44.2' 1323 13 3 56 40 3 83 125 31.9
332 -R2 73°46.2' 40°26.9' 1510 18 3° 97 64° 5 89 129 31.9
333 -R2 73°47.1'  40°27.0' 1551 27 5 50 75 3 90 124 32.0
334 RI 73°48.1' 40°29.1" 1007 23 4 54 3.9 3 86 156 31.5
335 AB 73°45.9' 40°29.5' 1059 3 3 1520 (5.4 5 82 169 31.4
336 RS 73°40.5' — 40°28.1" 1218 31 5 99 46 4 71° 18.0 313
337 NY3 73°43.6' 40°28.0' 7. . 1314 32 5 69 54 °° 4 87 147 31.9
338 A20 73°44.0' 40°26.1' 73°44.8' 1406 WW 6 32 W705 91 124 320
339 M31 73°42.4' = 40°24.7'_73°42.1' 1459. 31 5 25 6.1 3 7 142° HB
340 NY22 73°40,1' 40°24.8' _73°39.7' 1549. 36 4 49 3.9 4 77 15.7 31.8
341 NY6 73°46.6' 40°25.0' 73°46.0' 1030 W 6 135 17.1 3 107 129 32.0
342 NY6 73°46.6' 40°24.7' | 73°46.2' 1118 20 5 49 9.5 4 111° «116 © 32.2
343° -NY6 73°46.3' 73°45.7' 1201 13, 6 61 85 6 103 136 31.9
344 = NY11 73°45.8' 73°45.2' = 1331 14 4 13 16 3 93 129 32.0
345 NY11 73°46.1' 73°45.5' 1424 24 3 33 26 4 93 12.9 32.1
346 ASE 73°47.5' 73°47,.4' = 1523 88 9 7646116 «7 180 95 326
347 -R2 73°47,4' e 73°46.9' = 1012 86 8 95 109 4 98 149 31.8
348 -R2 73°46.6' 40°26.5' 73°46.2' 1103 75 6 18 163 3 97 145 31.8
349 -R2 73°47.1' 40°26.9' 73°46.5' 1200 40 7 208 237 5 97 14.7 318
350 NY6 73°46.0' 40°24.3'  73°45.8' 1341 95 7 7 #136 ~=65 98 13.7 32.0
351 NY6 73°46.1' 40°25.1' 73°45.4' 1435, 49. 100071 96 3 100 148 32.0
352 AIS 73°45.3' 40°25.0' 73°44.7' 1527 27 5 22 1.0 2 87 15.1 31.9
353 RE 73°48.9' 40°26.6'  73°48.8' 1647 62 8 57 44 5 96 154 317
354 Ad4 73°44.7' 40°24.0' 73°44.1' 1050 20 5 22 VA 5 81 16.3 32.1
355 ASO 8/14 40°23.2’ 73°42.2' 40°22.6' 73°42.0' 1142 20 3 20 13°03 84 15.3 32.0
356 M49 8/14 40°21.9' 73°40.5' 40°22.1' 73°39.8' 1232 12 2 62 21 4 85 154 32.0
357 RB 8/14 40°22.0' 73°43.5' 40°21.4"  73°43.3' 1350 17 7 35 07 3 89 153 322
358 R4 8/14 40°21.9' 73°46.6' 40°21.3' 73°46.6' 1457 28 7 39 3.4 5 12 012.7 323
359 NY11 8/18 40°19.1' 73°46.5' 40°19.1"  73°45.7" 1156 25 5 150 52 4 97 108 326
360 NY11 8/18 40°19.4' 73°46.1" 40°18.7" 73°45.9' 1157 6 2 94 29° 4 97 109 326
361 NY6 8/19 40°25.1° 73°46.5' 40°25.1' 73°45.6’ 1033 209 4 63 23.3 93 103 326
362 NY6 73°46.0' 40°24.9' 73°45.7' 1130 7 5 44 20. 5 97 102 327
363 A43 73°45.8' 40°23.5' 73°45.7' 1222 14 5 16 18 63 91 116 326
364 AAT 73°47.3' = 40°23.7'-73°47.2' = 1317 46 6 19 10 4 125 94 32.8
35 R2 73°46.6' 40°26.7'  73°46.4' = 1420 23 5 127) 87 5 97 11.1 326
366 R2 73°46.6' 40°27.0' 73°45.7' 1509 24 4 121 68 4 93 113 326
367 -R2 73°46.5' 40°27.1'  73°46.9' 1004 3t 2 392 186 2 916115 326
368 ~R2 73°46.1' 40°26.8'__73°47.0' 1051 au 3 2900 145 4 90 115 326
369 NYS 73°47.4' =40°25.3' _73°47.6' 1153. 18 4 52 46 5 114 10.1 32.7
370 =NY11 73°46.6' 40°19.1' 73°45.9' 1327 10 2 35 15 5 106 93 32.8
371 NY11 73°46.2' 40°18.9' 73°46.2' 1416 13 5 a 18 3 102 103 328
372 NY11 73°46.8' 40°19.0' 73°46.0' 1057 39 3 31 14° 5 104 137 33.0
373° «NY11 73°45.9' 40°18.3'  73°46.0' 1153 13 1 32 18° 63 9 135 33.4
374 -R2 73°46,1' 40°27.0' 73°46.6' 1400 23 3 65 3.1 4 91 182 326
375 ~R2 73°47.1' 1454 5 2 103 #73 3 93 163 324
376 NY6 73°45.9' 1018 1 1 1 12°°3 102 13.0 33.0
377 ~NY6 . 73°46.1' 1109 6 3 15 12004 106 13.1 33.0
378 NY11 73°45.1' 40°18.8' 73°45.9' 1244 7 1 28 WW 3 9% 139 329
379 ~NY11 73°44.9' §=40°19.1'  73°45.7' 1339. 14 2 20 120° 4 90 138 33.0
380 R2 73°47.3' 40°26.9' 73°46.6' 1018 8 4 218 121 3 94 128 33.0
381 Re 73°46.7' 40°26.6' 73°46.2’ 1110 4 4 81 7.6 2 91 129 33.0
382 NY6 73°46.1' 40°24.7'  73°45.8’ = 1252 3 3 32 17 3 99 13.0 33.0
383 NY6 73°46.1'  40°25.1'  73°45.3' 1343 2 1 18 19° 2 98 136 33.0
384 -NYIt 73°46.0' 40°19.5'  73°46.2' 1049 31 6 63 52 4 97 139 33.1
385 NY11 73°46.7' 40°19.0' 73°45.9' 1128 26 4 126 5.2 3 100 13.9 33.1
386 NY6 73°46.1' 40°25.0' 73°46.0' 1401 5 3 29 26 5 103 127 326
387 NY6 73°45.8' 40°25.1'_73°45.9' 1531 12 5 21 15°63 99 127 33.0
388 ~NY6 73°46.5' 40°25.1'  73°45.6' 1356 638” 4 101 25 4 102 11.1 32.6
389 =NY6 73°45.8' 40°24.9' 73°46.0' 1446 46 4 87 27  § 102 113 326
390° NY6 73°45.9' = 40°25.3' -73°46.1' 1104 43 7 29 19 2 99 191 326



Appendix B (Continued)

Page 55

Windowpane Scophthalmus aquosus (Continued)

81 (1;0.3;27)

202 (5:1.
206 (1;0.4;28)

211 (1;0.3;25)
223 (1;0.5;29)
231 (2;0.5;25-27)
236 (6;1.2;26-33)
243 (2;0.3;24-25)
248 (1;0.2;26)
253 (2;0.4;25-26)
262 (1;0.2;25)
277 (1;0.5;21)
293 (1;0.1;21)
312 (1;0.3;30)
334 (1;0.3;24)

341 (1;0.2;25)
349 (2;0.9;25-32)
353 (3;0.7;23-24)
365 (1:0.1;23)
395 (1;0.1;23)

401 (15;2.3;18-32)

407 (3;0.7;25-30)

417 (2:0.4:24-25)

422 (16;1.9;18-30)

426 (8;0.7;17-19)
3;

450 (1:0.1; 16)
_455 (6;1.0;19-28)
459 (2;0.1;17-20)
464 (1;0.1;21)
468 (7:1.0:16-26)
475 (1;0.1;23)
483 (2;0.7;28-31)
487 (5;0.6;19-24)
491 (3;1.0;19-27)
496 (1;0.1;19)
509 (1;0.1:22)
519 (13;1.6;18-24)

85 (2;0.5;25-29)
91 (3;0.6;25-26)
96 (9;2.0;19-31)
100 (3;0.3;15-29)
104 (2;0.3;23-25)
108 (1;0.3;29)
114 (1;0.1;26)
124 (2;0.5;23-29)
131 (2;0.4;23-27)
141 (2;1.0;27-33)
149 (3;0.5;21-26)
156 (3;0.7;25-27)
164 (6;1.1;22-27)
180 (2;0.6;18-29)
193 (4;1.0;23-30)
197 (2;0.5;25-28)
203 (8;1.9;21-30)
208 (1;0.2;26)
213 (2;0.4;19-26)
226 (2;1.3;26-30)
232 (2;0.7;26-29)
237 (2;0.2;17-28)
244 (15;3.4;21-30)
250 (1;0.2;26)
254 (5;2.0;20-29)
266 (2;1.9;24-25)
283 (2;0.5;25-29)
300 (1;0.2;28)

317 (1;0.3;26)
336 (2;0.7;24-26)
343 (1;0.1;26)
350 (3:1.2;23-28)
356 (1;0.1;24)
371 (1;0.1;23)

398 (36;4.5;16-28)

402 (9;1.7;16-26)
408 (9;1.6;16-28)
418 (1;0.1;26)

423 (8;1.4;17-28)

11.6;
456 (1;0.1;18)
460 (1;0.1;17)
465 (7;1.0;20-26)
469 (1;0.1;20)
480 (1:0.1;23)
484 (6;1.0;20-26)
488 (6;1.0;20-28)
492 (1;0.1;18)
497 (1;0.3;27)
512 (5;0.6;19-23)
520 (1;0.1;27)

7-27)

86 (1;0.2;24)

92 (2;0.5;24-31)
97 (2:0.4;26-27)
401 (1;0.1;22)
105 (2;0.5;27-28)
110 (1;0.1;22)
116 (2;0.2;22)
128 (3;0.4;22-25)
132 (1;0.3;30)
143 (2;0.2;23-24)
150 (4;0.6;19-27)
159 (1;0.3;28)
166 (1;0.2;25)
181 (1;0.1;26)
194 (2;0.5;24-28)
199 (2:0:
204 (2;0.7;26-32)
209 (1;0.3;21)

221 (1;0.1:22)
227 (1;0.2;23)
234 (3;0.3;9-22)
238 (1;0.2;26)

245 (32: 6.8;16-35)

513 (6,0.8;17-25)
521 (1:0.5;29)

87 (8;0.8:25.28)

429 (10; 1.1;16-25)
433 (7;1.1;15-29)
438 (14;1.3;16-21)
444 (1;0.1;22)
:4.3:16-27)



Page 62

Appendix B (Continued)

BALISTIDAE
Planehead Filefish Monacanthus hispidus
115 (1;0.1;9) 116 (1;0.1;9) 123 (1;0.1;11)
129 (1;0.1;10) 699 (1;0.1;8) 701 (1;0.1;10)
TETRAODONTIDAE
Northern Puffer Sphoeroides maculatus .
114 (2;0.1;7-8) 118 (1:0.1;15) 390 (1;0.1;13)
695 (1:0.1;16) 714 (1;0.1:11) 713 (1:0.1;7)
DIODONTIDAE

Striped Burrfish Chilomycterus schoepfi
398 (1;0.1;11)

MEGAINVERTEBRATES
PECTINIDAE
Sea Scallop Placopecten magelanicus
796 (1;0.1;5) 859 (1;0.1;11) 973 (1;0.1;10)
DREISSENIDAE
Ocean Quahog Arctica islandica
49 (1;0.1;8) 79 (1;0.3;9) 128 (1;0.3;11)
528 (1;0.5;14) 911 (1;0.1;4)
VENERIDAE

Northern Quahog Mercenaria mercenaria
883 (1;0.1;5)
False Quahog Pitar mormhuanus

34 (2;0.1;4)
NATICIDAE
Moon Snail sp.
50 (2;0.6;6-8)
122 (1;0.4;10)
170 (1;0.3;6)
201 e; 0.1: "46) 238 (1:0.1;5)
333 (2;0.1;4-5) 466 (1;0.1;6)
500 (1;0.1;5) 509 (1;0.1;4) 516 (1:0.2;8)
580 (1;0.1;4) 585 (2;0.1;5-6) 587 (1;0.1;5)
674 (1;0.1;5) 749 (3;0.6;7-10) 6)
791 (1;0.1;9) 850 (1;0.1;6 7)

892 (2;0.4;6) 896 (2;0.3;4-5)

128 (1;0.1;7)
710 (1;0.1;9)

407 (1;0.2;14)
990 (1;0.1;10)

202 (1;0.1;5)

64 (1;0.3;7)
159 (1;0.4;7)
200 (1;0.1;4)
252 (1;0.1;6)
467 (1;0.1;6)
527 (1;0.3;7)
617 (1;0.1;5)
788 (1;0.1;6)
890 (2;0.5;6-7)



Appendix B (Continued)

Page 35

Alewite Alosa pseudoharengus (Continued)

262 (1;0.2;25)
281 (1;0.2;25)
431 (2;0.1;16-17)
469 (10;1.4;11-25)
480 (1;0.1;9)
488 (1;0.1;10)
495 (1;0.1;10)
502 (1;0.1:9)
572 (1;0.2;28)
839 (1;0.1;18)
868 (1;0.1;13)

268 (1,0.1;16)

870 (2;0.2;18-20)

American Shad Alosa sapidissima

444 (1;0.1;13)

472 (1;0.1;20)

499 (2;0.1;10-12)
2)

456 (3;0.8;22-36)

¢
577 (2,0.1;15-17)

Atlantic Menhaden Brevoortia tyrannus -

486 (1;0.2;28)

Atlantic Herring Ciupea harengus

179 (5;0.9;24-30)

183 (40;5.0;24-30)

: 25-27)
210 (9;1.1;20-27)
225 (352;55.6;22-26)
229 (15;3.5;22-33)
233 (64;10.1,22-29)

496 (19;2.8;16-28)
504 (55;12.0;20-27)
539 (1;0.2;27)

867 ti 30.2;25)

180 (13;2.4;24-28)
189 (3;0.7;28-29)
196 (22;3.3;20-28)
220 (8;1.1;15-26)

:2.1;23-29)
9;22-33)
4;21-26)
242 (2;0.3;20-29)
252 (1;0.1;25)
480 (2;0.2;23-24)
486 (2;0.2;25-27)
497 (3;0.4;21-25)
505 (3;0.5;16-24)
559 (1;0.2;29)
608 (1;0.2;24)
814 (12;1.9;24-30)
829 (6;0.8;18-27)
847 (14;2.2;20-33)
852 (14;3.0;24-31)
870 (1;0.2;26)

Round Herring Etrumeus teres

326 (1;0.1;12)
938 (5;0.1;11-12)

ENGRAULIDAE

327 (72;0.9;10-11)

Striped Anchovy Anchoa hepsetus

94 (1;0.1;8)

100 (1;0.1;8)

274 (1;0.1;24)

469 (3;0.1;12-13)
495 (1;0.1;

501 (19
578 (2;0.1;15-16)

181 (20;4.0;23-30)
190 (86;13.1;22-28)
203 (1;0.1;26)

221 (10;1.3;16-31)
227 (41;5.4;19-26)
231 (1;0.1;26)
235 (31;5.0;21-29)
243 (2;0.2;24-26)
256 (2;0.5;25-32)
482 (1;0.5;27)
489 (2;0.2;14-26)
500 (1:0.1:23)
506 (14;1.5;16-26)
567 (1;0.3;28)
810 (4;0.5;17-26)
818 (6;1.0;19-27)
840 (11;1.5;23-31)
849 (4;0.5;22-25)
862 (4:0.6;24-27)
972 (1;0.1;19)

541 (2;1.2;29-30)

“415 (4;0.1;7-8)

275 (1;0.1:24)
288 (1;0.1;12)

809 (1;0.1;12)
845 (1;0.1;19)
900 (1;0.1;14)

471 (1;0.1;23)
496 (4;0.1;9-11)
508 (2;0.1;11-12)
766 (1;0.5;24)

182 (29;5.7;20-31)
192 (2;0.5;24-27)
207 (19; 2. 7;21-27)

232 (33; 2. 8: 21-29)
240 (2;0. ‘ 20-26)

812 (19;3.9;20-31)
823 (20;2.8;17-32)

“863 Oe 328 90)

629 (1;0.1;14)


Page 75

Appendix B (Continued)

Atlantic Rock Crab Cancer irroratus (Continued)

965 (156;14.5;5-12) 966 (37;4.0;6-13) 967 (11;0.7;3-11)

969 (55: 0) 970 (5;0.4:6-9)

973 (68; 974 (33;2.

977 (26 978 (93;6.0;5-11)

981 (41;4, 982 (45;5.7;7-14) 983 (77:8.0:7-12)

985 (120;10.0;6-10) 986 (39; 987 (43:3.7;6-13)
988 (7;0.3;7-10) 989 (11;1.3;7-13) 990 (2;0.2;3-11)

PORTUNIDAE
Blue Crab Callinectes sapidus

4 (1;0.2;14) 6 (1;0.3;16) 100 (1;0.1;14)
119 (1;0.1;15) 429 (1;0.2;17) 481 (1:0.1;17)
638 (1;0.2;17) 687 (1;0.2;18) 947 (1;0.2;16)
970 (1;0.2;15) 976 (1:0.1;14)

Lady Crab Ovalipes ocellatus

40 (8;0.5;6-7)

33 (1;0.1:4) 35 (2;0.2;8)
.2; 78 (1;0.1;6)

50 (2:0.1;6-7)
79 (5;0.3;6)
91 (6:0.5:6-8)

99 (1;0.1:7)

104 (23;1.5;5-8)
108 (10;0.8;6-8) 110 (3;0.2;
118 (15;1.3;6-8)

119 (20;1.6;6-8) 130 (1; 0.1; 7) 141 (1;0.1;7)
145 (1;0.1;7) 148 (6;0.4;7-8) 245 (1;0.1;7)
282 (1;0.1;7) 30.1;7 286 (4;0.3;7)

287 (1:0.1:6)
340 (1;0.1:6)
398 (2;0.1:6)

18,

337 (9;1.0;6-8)
393 (1;0.1;8)
. 401 (48;3.0;4-8)
"405 (15;1.0;6-7)

409 (15;1.1;6-8)
410 (4;0.3;6-7) 417 (24;1.7;6-9)
418 (3;0.1:7-8) 420 (1;0.1;8) F
426 (1;0.1;6) 427 (1;0.1;8) ) 30.1;6)
431 (1;0.1:8) 439 (1:0.1;7) 445 (12:0.9;6-8) 446 (5:0.4;4-8)
585 (1;0.1;8) 590 (2;0.1;8) 629 (6;0.4;7-8) 630 (1;0.1;8)
695 (2;0.1;6-7) 697 (15;1.0;6-8) 698 (1;0.1;7) 702 (12 1.0;7-8)
704 (7;0.5:7-8) 705 (4;0.3:7-8)
709 (17;1.2;7-8) 710 (9;0.7;6-8)
8) 718 (2;0.1;8) 719 (1;0.1;7)
742 (3:0.5:7-8) 916 (2;0.1;8) 926 (16;1.2;6-8) 943 (150.2:8)
ASTERIIDAE
Starfish Asterias sp.
11 (6;0.4:6-9) 12 (7;0.3:6-8) 13 (7;0.2;8-12) 14 (4:0.3:13-17)
15 (1;0.1;12) 30.

17 (2) 4; 7-9) 18 (3;0.1;7-12)

20 (2;0.1;11-12) 25 (24;0.6;6-17)
27 (1;0.1;7) 31 (2;0.1;4-8)
32 (4:0.1;4-7) 35 (5:0.2;5-7)
36 (2;0.1;7-9) 39 (6;0.1;4-7)
40 (5;0.1;3-8) 43 (1;0.1;9)

44 (2:0.1:7-11) 52 (1;0.1:6)



Page 36

Appendix B (Continued)

GADIDAE

Atlantic Cod Gadus morhua

198 (1;1.0;44)
508 (1;5.0;75)
826 (1;0.3;29)

493 (1;2.8;65)
550 (1;3.4;63)
854 (1;0.3;29)

Haddock Melanogrammus aeglefinus

1 (1;0.1;10)

76 (1;0.1;13)
114 (1;0.1;14)
306 (7;0.1;6-8)
326 (1;0.1;7)
338 (1;0.1;10)
362 (2:0.1;10)
419 (1:0.1:13)
429 (1;0.1;14)
439 (5;0.1;14-16)
452 (4;0.1:17-21)
471 (1;0.1;19)
546 (2:0.3;23-24)
646 (1;0.1;18)
670 (1;0.1;10).
855 (1;0.1;19)

25 (10;0.2;9-11)
117 (7,0.2:12-15)
320 (2;0.1:7-8)
327 (1;0.1;6)
343 (2;0.1;9-11)
366 (1;0.1;10)
421 (2;0.1;14)
431 (3;0.2;15-17)
440 (1;0.1;14)
453 (2;0.1;18-20)
482 (1:0.1;17)
566 (2;0.3;24-28)
658 (1;0.1;9)
713 (1;0.1;13)
881 (2;0.5;28-31)

Silver Hake Mertuccius bilinearis

1 (1;0.1;20)

21 (1;0.1;16)
26 (3;0.1;19)

35 (1;0.1;21)

45 (1;0.1;17)

49 (4;0.2;16-18)
54 (3;0.1;12-20)
59 (5;0.1;7-9)
63 (2;0.1;10)

70 (6;0.1;7-9)
76 (26;0.1;7-13)
80 (2;0.1;9-13)
86 (2;0.1;9-10)
91. (15;0.2;8-17)
95 (1:0.1:14)

99 (4;0.1;15-16)
103 (4;0.1:8-11)
107 (2:0.1;16-18)
114 (20;0.3;9-21)
119 (41;0.6;7-18)

162 (10:2.7:27-37)
171 (10;2.9;23-45)
175 (25;3.8;14-36)
179 (15;2.0;15-34)

4 (4:0.2:16-17)

71 Golri3

77 (14;0.1;7-10)
81 (6:0.1:8-10)
87 (4;0.1;7-10)
92 (2;0.1;10-11)
96 (3;0.1;14-15)
100 (3;0.1;8-14)
104 (2;0.1
111 (21:14
116 (3;0.1;9-11)
120 (1;0.1;19)
127 (1;0.1;19)
136 (2:0.3;24-26)
141 (2;0.2;19-25)
147 (1;0.3;33)
151 (2;0.3;21-29)
159 (3;0.8;28-35)
163 (26;8.5;28-41)
172 (1;0.2;22)
176 (4;0.5;21-29)
180 (5:0.7:14-30)

501 (2;5.6;58-60)
807 (1:4.5;69)

57 (4;0.1;10-11)
91 (1;0.1;13)

351 (1:0.1;10)

388 (1;0.1;9)

422 (3;0.1;14-15)
10.1513)

925 (1:0.1:4)

18 (1;0.1;13)

47 (1:0.1:9)
51 (1:0.4;20)

61 (11;0.1 rat}
66 (1210.28.11)
30.19)

88 (14;0.1;8-18)
93 (14;0.1;8-12)
97 (1;0.1;11)

101 (i 0.3;12-20)

177 (15;1.4;19-27)
181 (12;1.6;13-40)

506 (1;2.5;60)
810 (1;1.8;55)

63 (150.1; 10)

361 (1; ‘0.1; 10)
405 (1;0.1;14)
423 (2;0.1;13-14)
438 (1;0.1;17)
451 {3:04 15-18)

804 (02: 19-20)

19 (2;0.1;8-17)
25 (5:0.1;16-19)
a (2;0.1;8-10)
43 (2:0.1;10-19)
48 (5;0.1;8-16)
53 (3;0.2;12-21)

113 (1:0.1:10)
118 (24:0.3:8-17)

139 (2:0.4:26-28)

145 (2;0.3;25-26)
149 (1:0.1;26)
154 (15

161 (2;0.7;27-29)
170 (3;0.5;24-31)
174 (13;1.5;17-33)
178 (20;2.8;11-38)
182 (1;0.1;20)


Appendix B (Continued)

Page 51

Gulf Stream Flounder Citharichthys arctifrons (Continued)

153 (1;0.1;15)
160 (2;0.1;14-15)
177 (1;0.1;13)
263 (2;0.1;14-15)
274 (1;0.1;16)
278 (5;0.2;13-18)
290 (1;0.1;15)
297 (1;0.1;16)
305 (2;0.1;13-16)
310 (2;0.1;12-15)
317 (13;0.4;12-16)
338 (2;0.3;13-16)
350 (2;0.1;14-15)
358 (1;0.1;16)
420 (1;0.1;12)
432 (1;0.1;12)
493 (1;0.1;10)
545 (2;0.1;14-16)
550 (2:0.1;16-17)
554 (3;0.1;13-18)
558 (1;0.1;12)
562 (2;0.1;15-18)
566 (3;0.1;14-16)
572 (2;0.1;13)
576 (2;0.1;12-17)
582 (1;0.1;12)
600 (1;0.1;15)
604 (1;0.1;13)
616 (5;0.1;12-17)
622 (9;0.1;11-16)
628 (2;0.1;12-13)
639 (1;0.1;4)
646 (3;0.1;13-15)
650 (3;0.1;12-14)
654 (3;0.1;11-13)
659 (1;0.1;14)
664 (13;0.1;12-17)
670 (8;0.2;12-15)
675 (1;0.1;15)
681 (3;0.1;12-15)
689 (6;0.1;12-14)
695 (1;0.1;12)
703 (1;0.1;12)
714 (1;0.1;15)
733 (1;0.1;14)
762 (2;0.1;14-16)
772 (2;0.1;12-15)
779 (1;0.1;18)
787 (1;0.1;15)
804 (5;0.1;13-15)
809 (1;0.1;14)
816 (1;0.1;15)
829 (2;0.1;13-15)
879 (1;0.1;11)
888 (2;0.1;15)
901 (5;0.1;13-14)

154 (2;0.1;13-15)
164 (1;0.1;15)
200 (8;0.8;13-16)
265 (1;0.1;14)
275 (2;0.1;14-15)
279 (2;0.1;14-17)
291 (2;0.1;12-15)
299 (1:0.1:14)
306 (7;0.2;13-16)
314 (2;0.1;13-15)
322 (3;0.1;12-15)
341 (4;0.1;12-13)
351 (3;0.2;14-16)
362 (2;0.5;14-15)
425 (1;0.1;13)
470 (1;0.1;13)
500 (4;0.1;12-16)
546 (1;0.1;15)
551 (5;0.1;14-16)
555 (1;0.1;15)
559 (3;0.1:13-16)
563 (2;0.1;14-15)
567 (3;0.1:13-17)
573 (4;0.1:13-15)
578 (2;0.1:12-16)
584 (1;0.1;15)
601 (1;0.1;17)
610 (3;0.1:13-16)
617 (7:0.2;13-17)
623 (5;0.1;14-16)
632 (1;0.1;15)
640 (1;0.1;18)
647 (2;0.1;13)
651 (1:0.1:14)
655 (1;0.1;16)
660 (2;0.1;15-16)
667 (1:0.1;14)
671 (1;0.1;11)
676 (2;0.1;13)
684 (2;0.1;12)
690 (2;0.1;14-15)
696 (1;0.1;13)
706 (1;0.1;13)
715 (1;0.1;14)
741 (2;0.1;13-15)
767 (2;0.1;13-14)
776 (1;0.1;11)
781 (1;0.1;14)
794 (2:0.1;15-16)
805 (2;0.1;14)
812 (1:0.1:15)
817 (1;0.1:15)
830 (3;0.1;14-16)
881 (3;0.1;15)
889 (1;0.1;14)
902 (2;0.1;13-14)

185 (4;0.1;14-16)

903 (2; Ot: 14-15)

187 (1; o.4; 312)
:13-17)

(1,0.
907 (210.1:13-16)


Page 24

Appendix A (Continued)

7 Mega- Hydrographic

Station Location Fish invertebrates Observations
Sta. Sta. Date Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.

No. Code M/D Lat.(N) Long.(W) —_Lat.(N) Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) ('
1988

719 NY6 11/7 40°24.5' 73°45.7' = 40°25.1' 73°45.9' 1258 171 1274 7 37 45 5 90 113 328
720 NY6 11/7 40°25.0' 73°45.3' 40°25.1' 73°46.0’ 1402 246 2906 8 12 29° 4 95 11.3 328
721 NY11 11/8 40°19.1' 73°45.8' = 40°18.6' —_73°46.6" 1047 43 283 7 46 46 5 106 11.1 33.1
722 NY11 11/8 40°18.4' 73°46.0' 40°19.1' 73°46.0' 1145 49 248° 8 51 43°65 97 110 33.1
723° -R2 11/8 40°27.4' 73°46.3' 40°26.8' = 73°46.6' «1321-281 310 8 71 6.2 6 90 103 332
724 R2 11/8 40°27.3' =73°47.2' 40°27.0' 73°46.6' 1407 185 286 11 45 3.3 4 90 103 33.1
725 NY6 11/9 40°25.0' 73°45.8' 40°25.3' 73°46.4' 1116 80 559 7 19 57 5 101 105 334
726 NY6 11/9 40°24.5' 73°46,.3' 40°25.1' 73°46.1' 1221 108 49.8 6 12 35 5 103 102 33.2
727 NY11 11/9 40°18.6' 73°45.3' 40°19.0'73°45,9' 1342 30 76 7 40 1.8 3 93 611.1 33.0
728 NY11 11/9 40°19.2' 73°45.5' 40°18.9' 73°46.2' 1444 15 81 4 40 47 3 95 11.1 33.0
729 NY11 11/14 40°19.4' 40°18,8' = =73°45.8' «1058 «196 3108 2 825 35 4 100 117 326
730 NY11 11/14 40°19.3' 40°18.8' = 73°46.2' 1241 55 679 «4 4a 34° °5 95 117 326
731 NY6 11/14 40°25.5' 73°46.1' 1435113 49.1 13 7 20 #5 98 113 328
732 NY6 11/14 40°25.7' 73°45.6' 1540 39 492 8 21 Oo6 4 94 11.1 329
733 NY6 11/15 40°25.6' 73°46.1' 1125 = 169 206 9 25 6.1 5 103 106 33.5
734 NY6 11/15 40°24.9' 73°45.5' 1159 188 190 7 23 30 5 102 106 335
735 R2 11/15 40°27.2' 73°46.3' 1412151 153° 6 52 34 4 92 10.7 33.5
736 R2 11/15 40°27.0' 73°46.3' «91517130 146° 8 64 83° 5 91 106 334
737 ~R2 11/16 40°27.1' 73°46.2' 1033 105 235 9 7 1110 5 94 111 33.3
40°27.1' 73°46.1' 1109 96 23.1 12 26 5.7 5 95 111 33.3
.: 73°46.1' 1210 51 63.9 3 47 49° 3 98 107 333
73°45.7' 1311 21 13.20 7 51 40 4 98 110 33.0
73°47.7' 0952 51 118 10 26 88 4 81 108 34.5
73°45.7' 1053. 85 25.1 7 48 #192 6 77 108 34.2
73°44.0' 1206 62 198 5 39 42 3 85 106 333
73°40.9' 1307 23 10.1004 17 06 3 67 105 33.5
73°40.6' = 1412 25 106 7 25 34° °4 69 99 334
a 73°43.6' 1037 28 162 6 4 28 4 85 99 329
40°22.2' =73°40.0' = 1143 19 54° 4 15 o6 3 80 10.0 329
40°22.6' 73°41.9' 1245, 28 141° 6 14 04 4 78 99 33.1
40°24.6' 73°42.1' 1345, 32 140 6 22 27 5 7 10.2 33.0
40°24.8' —73°44.3' 1448 44 84 7 14 57 4 88 104 33.2
40°26.8' 73°46.7' 1000 81 29.1 10 2 119 6 92 109 336
40°26.1'  73°44.5' = 1103 70 156 5 7 12 3 91 105 33.2
40°24.2' = 73°44.3' = 1207 64 328 6 16 16063 78 10.1 333
40°24.1'  73°45.8' 1315 86 39.9 11 2 02 2 87 109 33.4
40°25.5'  73°46.1' 1417 82 228 8 10 13° 6 100 110 335
40°27.1' 73°48.8' 1005 97 195 6 30 229 5 101 109 336
40°25.4' 73°47.6' 1136 338 «57.7 11 21 59 3 114 113 344
40°18.3' = 73°45.8' 1159. 22 53 6 52 22 5 95 68 326
40°23.9' 73°47.1' 1306 349 626 13 9 44 3 115 1130 341
40°20.9' 73°46.6' 1410 20 64 7 1 O1 1 105 10.6 33.4
40°18.7'  73°44.1' = 1052 27 10 8 34 23° 4 85 68 329
40°18.8' = 73°47.3' 1324 86 398 = 69 53 AT 6 199 7.14 32.8
40°18.7'  73°45.8' 1111 55 229 8 5 02 2 101 60 0
40°19.2' -73°45.6' 1146 88 50.1. 7 28 23 3 99 60 330
40°24.8' 73°46.0' = 1501 86 207 9 5 07 2 104 63 332
40°25.0' 73°45.6' 1604 88 180 68 6 12004 99 63 335

. . 40°25.1' 73°45.9' 1109 53 93 9 6 07 3 98 6.2 .

768 NY6 1/11 40°24.9' . 7% 4° 40°25.4'  73°46.7' 1254 69 106 12 7 02 2 102 62 *
769 R2 1/11 40°26.7'  73°46.5' 40°27.3'  73°46.8' 1412 35 108 7 7 14,6 92 64 33.0
770 R2 1/11 40°26.9' 73°45.6' 40°26.9'  73°46.4' 1448 43 143065 8 05 2 9S 63 33.0
771 ~R2 1/17 40°27.2' 73°46.7'  40°26.6' _73°46.4' = 1008 26 92° =7 4 08 2 9167.3 «33.4
772 ~R2 1/17 40°27.0' 73°46.1' 40°27.1' 73°47.0' 1042 B 97°09 9 35 2 92.73 33.4
773 NY11 1/18 40°19.0' 73°46.5' 40°19.2' 73°45.6’ 1044 B 104 4 13 15 °° 2 100 73 34.0
774 NY11 1/18 40°18.4" 73°45.9' 40°19.1"_73°45.9' 1140141 465 7 7 25 4 9 74 335
775 NY11 1/18 40°19.4"  73°45.9' 40°18.9' 73°46, 1223 39 135 6 24 Ww 3 6 73° 35
776 NY11 1/18 40°19.6' 73°46.0' 40°19.1' 1320 29 85 8 30 19°°«S 95 73 335
777 Re 1/18 40°27.4' 73°46.3' 40°26.9' 1454 35 98 9 12 21 3 93 73 «336
778 R2 1/18 40°27.2' 73°47.2' 40°26.9' 73°46.5' = 1539 32 97 6 4 05 2 9 73 35
779 ~NY6 1/19 40°24.9' 73°46.0' 40°25.4’ 73°46.2' 1015 62 97° 9 3 03 2 102 72 335
780 NY6 1/19 40°24.2' 73°46.2'  40°24.8" —73°46.3' 1112 51 103° 6 5 170-3 «108 7.200 «(33.5
781 NY11 1/19 40°18.6' 73°45.2"  40°19.0' 73°46.0' 1301 15 53 6 13 03 2 6 75 338
782 NY11 1/19 40°19.2' 73°45.3' 40°19.0' 73°46.0' = 1351 18 70 #7 26 08 2 4 75 335


Page 54

Appendix B (Continued)

Fourspot Flounder Paralichthys oblongus (Continued)

639 (4;0.6;25-28) 640 (4;0.7;25-28)
5 645 (4;0.7;26-30)
650 (5;0.8;25-28)
654 (3;0.3;25-27)
662 (1;0.2;27)
666 (3;0.5;25-30)
672 (6;1.0;25-32)
678 (3;0.4;26-30)
686 (1;0.1:28)
693 (4;0.6;26-33)
699 (8;0.9;12-27)
706 (1;0.1;13)
710 (1;0.1;28)
718 (1;0.1;13)
723 (1;0.1;15)
728 (1;0.1;15)
741 (1;0.1;12)
749 (3;0.1;13-16)
753 (2;0.1;14-17)
762 (2;0.1;13-17)
789 (1;0.1;15)
839 (2;0.3;13-33)
851 (1;1.0;25)
856 (2;0.1;28-32)
860 (3;0.6;28-32)
863 (59;11.3;22-35) 864 (58;10.2;24-34)
868 (20;4.1;21-35)
872 (1;0.1;19)
876 (5;1.1;27-32)
881 (1;0.2:31)
886 (3;0.5;26)
890 (5;1.0;24-38)
894 (3;0.8;28-35)
900 (3;0.8;30-33)
904 (8;1.4;22-33)
914 (3;0.5;23-31)
920 (4;0.6;22-33)

927 (12:1.9;20-33) 928 (5;0.6:
931 6: i 8:21. -31) 932 (4;0.5;22-26)
940 (1;0.1;23)
950 (1;0.1;27)
955 (5;0.5;23-27)
959 (7:0.7:23-27)
964 (2;0.2;24-25)
971 (1;0.2;28)
977 (2;0.1;10-24)
. 986 (1;0.1;20)
990 (3: 0.1: 11-19) 991: (2;0.3;25-30)

Windowpane Scophthalmus aquosus
16 (1;0.3;29)

641 (2;0.3;26-27)
646 (1;0.1;20)
651 (3;0.6;26-32)
655 (1;0.2;28)
663 (6;1.1;24-32)
669 (1;0.2;28)
673 (1;0.2;27)
680 (1;0.1;25)
688 (1;0.1;27)
694 (1;0.1:28)
700 (1;0.1:28)
707 (2;0.3;14-30)
711 (2;0.3;29)
719 (2;0.1;12)
724 (2;0.1;12-14)
731 (1;0.1;14)
743 (1;0.1;13)
750 (2;0.1;14)
754 (2;0.1;14-16)
767 (2;0.1;13-15)
822 (1;0.1;15)
840 (4;0.5;28-33)
852 (1;0.1;31)
857 (4;1.0;28-35)
861 (9;1.4:23-30)
865 (2;0.4;25-33)

877 (7;1.4;25-32)
883 (1;0.3:30)
887 (5;0.7;24-32)
891 (8;1.3;23-33)
896 (5;0.6;21-29)
901 (2;0.5;25-32)
909 (1;0.2;28)
915 (1;0.2;26)
921 (1;0.3;30)
925 (1;0.3;32)
929 (5;0.7;21-28)
933 (8;0.6;16-24)
945 (2;0.2;24-25)
952 (5;0.6:23-27)
956 (1;0.1;22)
960 (3;0.6;33-35)
965 (1;0.1;24)
974 (1;0.2;30)
982 (2;0.3;27-33)
988 (2;0.1;12-26)

19 (1;0.2;24)
30 (1;0.2;30)
72 (1;0.1;26)
78 (4;0.7;21-27)

643 (6;1.1;25-30)

862 (7:1.2: 33. 34)
866 (6,0.6;15-29)

870 (31;6.1;24-36)
874 (24;4.5,25-32)

897 (3;0.4;23-31)
902 (1;0.2;32)
0.

26 (1;0.3;29)
39 (9;1.5;23-29)
75 (3;1.0;29-32)
80 (1;0.2;26)


Appendix B (Continued)

Page 63

LOLIGINIDAE

Longfin Squid Loligo pealei

1 (6;0.3;8-22)
12 (3;0.1;8-12)
19 (2;0:1;10-17)

7)
45 (7;0.1;5-7)

71 (5:0.1;7-8)
76 (1;0.1;10)
81 (3:0.4:8-26)
85 (1;

117 (8:0. 6-13)

122 (5;0.1;5-8)

126 (209;7.3;6-12)
0.

189 (43;2.6;5-20)
163 (17;1.4;9-22)
0.7;6-34)

16)
;25:6-2)

314 tao:
331 (42:2. i 6-20)
336 (84;3.3;4-24)
340 (34;2.5:4-16)
350 (1;0.2;15)
358 (20;2.0;14-26)
362 (35;0.5;5-8)
367 (32;0.6;5-14)
371 (26;1.0;6-15)
376 (3;0.1;4-6)
380 (1;0.1;10)
384 (33;3.8;4-17)

2 (3;0.1;8-10)
15 (11;0.5;7-14)
20 (1;0.2;24)
26 (3;0.1;6-10)
30 (42;0.2;3-6)
34 (4;0.4;18-20)
38 (57;0.6;3-15)
42 (3;0.1;4-6)
46 (2:0.1;6-7)

)
82 (32;1.0;6-11)
87 (3;0.1;5-6)
92 (1;0.1;11)
0;5-13)

114 (17;0.5;5-14)
118 (6;0.1;7-10)
123 (6;0.2;7-11)
127 (48;2.0;5-14)
131 (1;0.2;22)
135 (66;2.3;3-13)
140 (31;4.8;4-17)
144 (66;4.4;7-24)
148 (19;0.9;9-12)
152 (14;0.8;9-12)
156 (12;1.3:9-25)
160 (12;0.9;4-19)
164 (17;1.3;8-18)
171 (1;0.1;15)
261 (6;0.8;14-24)

332 (9:1.0:9-21)
337 (40;1.6;5-15)
346 (1,0.1;16)

354 (4;0.2;13-22)

< 359 (132;4.0;5-15)
0.

372 (12;0.2:7-14)
377 (5;0.1;4)

381 (2;0.1;4-10)
385 (81;2.7;4-15)

4 (2:0.1;7)

16 (4;0.1;6-13)
22 (6;0.1;7-16)
27 (44;0.7:4-14)
31 (45;0.7:2-23)
35 (62;1.7;3-23)
39 (3;0.2;14-24)
43 (0: 0.1;4-8)

128 (1;0.3;25)
132 (60.5; 6-21)

141 (3;0. a 0-15)
8-20)
8-20)
7-18)
3-24)

10-14)
255 (1:0.1;18)
265 (1;0.1;18)
274 (9;0.8;9-27)
278 (2;0.4;19-26)
288 (8;0.5;6-16)
299 (3;0.1;6-8)

5:

2.5;
338 (1;0.5;12)

347 (5:0.7;12-23)
355 (6,0.5;11-24)
360 (80:2.5:5-16)

386 (2;0.1;5-11)

11 (1;0.1;9)

17 (130.1;

23 (5;0.3;9-15)

28 (23;0.3;4-6)

“3-12)

36 (94;1.4;2-23)

40 (20;0.2;3-6)
:0.

64 (13:0.2:5-7)
70 (10;0.2;4-8)
75 (2;0.1;4-5)
79 (2;0.1;6-7)
84 (68;1.2;5-11)
89 (10;0.3;5-12)

0.

100 (19;0.8;6-14)
104 (23:0.6:5-13)
108 (18:0:

_ 112 (29;1.0;6-13)

116 (44;0.8;4-16)
121 (70;2.1;4-12)
125 (30;0.9;3-33)

166 (1:0.1:16)
257 (1;0.1;21)
266 (4;0.5;11-22)
275 (9;1.0;11-19)
281 (1;0.1;15)
289 (1;0.1:17)
301 (2:0.1;6-7)
313 (4;0.1;8-10)
324 (2;0.1;6-22)
335 (114;1.5;3-14)
339 (20;4.0;9-24)
349 (1;0.1;12)
0;

)
387 (10;0.1;4-8)


Page iv

74°00'

Nautical Mile
10

Long Island Sound

Long Island

Christiaensen
Basin

12-MILE
Hudson- | i<—_ SLUDGE
Raritan _ fh OUMPSITE NEW YORK
Estuary t NS BIGHT

NEW CELLAR DIRT
DREDGED DUMPSITE

JERSEY MATERIAL
DUMPSITE

40°00' 4

NEW YORK »

BIGHT APEX

Figure 1. New YorkBight (NYB) segment of the Middle Atlantic Continental Shelf including outline of NYB apex as well as locations
of various designated dumpsites within the apex.


Appendix B (Continued)

Page 43

Northern Searobin Prionotus carolinus (Continued)

704 (1;0.1;13)
750 (1;0.1;12)
855 (1;0.1;10)
861 (2;0.1;10-12)
876 (2;0.1;9-19)

710 (1;0.1;18)
754 (1;0.1;10)
858 (2;0.1;11-14)
864 (3;0.1;12-14)
883 (1:0.1;13)

Striped Searobin Prionotus evolans

71 (1;0.1;9)

85 (3;0.1;9-10)
98 (1;0.1;15)
116 (2;0.1;12-13)
132 (1;0.1;12)
148 (1;0.1;10)
183 (1;0.1;12)
395 (2;0.8;29-32)
402 (2;0.1;13-15)
408 (4;1.0;20-33)
424 (1;0.1;13)
431 (3;0.6;12-30)
695 (3;0.2;13-15)
805 (1;0.1;13)

COTTIDAE

72 (2;0.1;9-10)
86 (2;0.1;11-13)
100 (1;0.1;17)
418 (7;1.5;12-29)
139 (1;0.3;25)
161 (1;0.1;11)
490 (1;0.1;12)
398 (6;0.8;10-34)
404 (1;0.1;23)
409 (1;0.5;31)
426 (2;0.1;12)
443 (1;0.1;12)
705 (2;0.1;13)

Sea Raven Hemitripterus americanus

2 (1;0.1;18)
176 (1;0.2;23)
207 (1;1.7;34)
234 (1;0.5;26)
261 (1:0.1;19)
384 (1;1.0;32)
501 (1;0.5;29)
555 (1;0.7;33)
716 (1;1.5;39)
763 (1;0.2;24)
794 (1;0.3;29)
834 (1;0.2;20)
854 (1;0.6;29)
936 (1;0.3;25)

25 (1;0.2;20)
177 (1;0.3;21)
211 (1;0.7;34)
238 (1;0.5;24)
273 (1;0.1;19)
474 (3;2.2;35-63)
507 (1;0.2;26)
591 (1;0.4;27)
727 (1;0.8;37)
764 (1;0.5;30)
805 (2;1.5;33)
840 (1;0.1;16)
867 (1;1.0;36)

894 (1;0.1;12)

78 (2;0.1;9-12)

119 (16;3.9;11-29)
441 (1;0.1;12)

163 (2;0.1;13-14)
340 (1;0.4:16)
399 (2;0.1;13-15)

212 (1;0.5;26)
244 (1:0.1;17)
288 (1;0.1;19)
476 (1;0.1;24)
508 (1:0.7;32)
611 (1;0.2;22)
754 (1:0.7;34)
785 (1;0.8:32)
823 (1;0.1;14)
851 (1;1.0;40)
873 (1;0.8;34)

Longhorn Sculpin Myoxocephalus octodecemspinosus

154 (1;0.1;29)
189 (1;0.3;28)
202 (1;1.1;32)
212 (1;0.3;29)
237 (1;0.3;24)
471 (1;0.5;33)
480 (3;1.1;30-35)
497 (3;1.3;26-34)
506 (1;0.1;33)
527 (1;0.3;30)
571 (1;0.1;26)
768 (1;0.1;34)
784 (1;0.2;30)

172 (2;0.8;29-32)
192 (1;0.5;30)
206 (1;0.6;36)
213 (1;0.4;29)
247 (1;0.4:32)
476 (1;0.3;33)
481 (1;0.2;23)
498 (1;0.4;32)
507 (1;0.3;29)
533 (1;0.3;29)
713 (2;0.5;32-35)
777 (1;0.6;34)

> 788 (1;0.3;30)

182 (1;0.5;30)
193 (3;1.2;30-32)
208 (1;0.5;31)

478 (2;0.5:30)
485 (1;0.5;31)
500 (1;0.4;32)
508 (2;0.6;29-32)
548 (1;0.2;26)
724 (1;0.1;20)
778 (2;0.1;11-16)
791 (1;0.2;33)

(4
875 (1;0.1;10)
896 (2;0.1;11-19)

20 (2:01:91)

731 (1;0.2:28)

166 (1;0.5;37)

247 (1:0.1:12)
317 (1;0.2;21)
498 (1;1.0;33)
517 (2;1.7;34-38)
676 (1;0.2;24)
757 (3;3.5;32-47)
791 (1; 0. 5:33)

923 (1:0.8;31)

188 (1;0.4;32)
201 (2:2.7;32)
210 (1;0.4;30)
233 (2;1.0;33-34)

766 (1;0.1;22)
782 (1;0.1;22)
792 (1;0.1;23)


Page 41

Appendix B (Continued)

Red Hake Urophycis chuss (Continued)

933 (1;0.1;20) 935 (115;13.0;5-28)
944 (1;0.1;17) 949 (1;0.1;17)
8 969 (27;2.8;19-42)
973 (3;0.2;25-30)

976 (3:0.3:22-30) 977 (1;0.1;22) 978 (1:0.1:21)

Spotted Hake Urophycis regia

4 (2;0.2;18-22) 8
27 (1;0.1;20) 30
43 (1;0.1;22) 48

60
7

58 (3;0.6;18-29)
72 (3;0.3;22) 5 (1;0.2;20)
83 (1;0.1;23) 85 (2;0.1;20-23)
at (3;0.3;21) 92 (1;0.1;23)
96 (2:0.2:21-23) 97 (7;0.8;21-29) 0.
100 (2;0.1;21-24) 101 (5;0.5;20-25) 103 (1;0.2;29)
F 107 (2;0.3;21-29) 108 (1;0.1;20)
115 (1;0.1;25) 116 (2;0.2;21-24)
145 (1:0.3;28) 147 (1;0.3;25)
152 (2:0.4;25-28) 161 (2;0.2;22-24)
304 (2:0.6;18-35) 307 (3;0.2;16-20)
337 (4;0.8;17-18) 341 (2;0.2;15-17)
348 (3:0.4;16-18) 351 (2;0.2;16-20)
372 (1;0.1;20) 397 (1;0.1;20-40)
400 (1;0.1;20) 401 (2;0.3;22-24)
405 (1;0.1;26) 408 (1;0.1;22)
423 (1;0.2;27) 427 (1;0.2;29)
433 (2;29.0;22-29) 456 (6;1.0;21-28)
583 (1:0.1;23) 618 (1;0.1:20)
629 (3;0.3;19-24) 630 (1;0.1;19)
667 (1;0.1;28) 692 (1;0.1;28)
698 (2;0.2;23-24) 699 (1;0.1;21)
708 (2;0.1;21-22) 709 (2;0.2;23-25)
738 (1;0.3;30) 748 (1;0.2;31)
759 (2:0.3;24-27) 762 (1;0.2;27)
883 (1;0.3;33) 916 (1;0.1;20) -
925 (1;0.1;20) 926 (2;0.4:26-27)
935 (6;0.8;24-25) 944 (1;0.1;23)
947 (2:0.2;17-19) 949 (1;0.1:21)
324) 961 (1;0.1;19)
969 (10;0.9;21-28)
972 (2;0.3;24-28) 974 (4;0.4;20-25)
978 (2;0.1;19-27) 979 (2;0.6;25-36)
987 (2;0.2;22-25) 988 (2;0.1;23) 989 (1;0.1;26)

OPHIDIIDAE
Cusk-eel sp. Ophidion sp.

150 (1; 0.3; 33)


Page 66

Appendix B (Continued)

Horseshoe Crab Limulus polyphemus (Continued)

227 (1;1.2;40)
36-41)

44)
873 (1:2.8;66)
PANDALIDAE

Bristled Longbeak Dichelopandalus leptocerus

423 (1;0.1;2)
450 (1;0.1;1)
674 (2:0.1;1
702 (10:0.1:1)

NEPHROPSIDAE

229 (2:3.3;45)
235 (4;7.0;35-53)
240 (16;24.5;37-59)
247 (1;1.0;38)
257 (1;0.8;38)
267 (2; 2. 4;40-44)
1.6;

401 (2: '3.0;42-53)
410 (2;4.1;48-59)
422 (2;3.5;41-48)
428 (1;3.0;54)

482 (2;3.1;42-49)
444 (2;3.5;42-45)
454 (5;8.5;42-58)
463 (1;1.6;48)

500 (3:4.0;36-46)
545 (1; 1 3:43)

717 (9:13.5;35-65)
.9;45)

834 (4;6.0;39-49)
845 (1;1.1;38)

876 (8:14.0;39-62)

American Lobster Homarus americanus

3 (2; 0. 4;9-10)

66 (3;1.3;10)

4 (1.0.1.7)

+7
29 (15;3.8;7-11)
47 (8;1.7;6-10)

67 (3;0.7;5-10)

230 (1;0.5;56) 231 (1;2.1;52)
236 (4;7.1;40-49) 237 (3;5.3;41-47)
241 (1;2.1;44) 242 (1;0.7;39)
252 (1;1.0;39) 254 (1;2.8;51)
258 (1;1.6;50) 259 (2;2.0;35-42)
268 (1;1.1;39) 269 (1;2.8;56)
276 (2;4.0;43-55) 277 (2;2.9;35-50)
285 (1;0.4;28) 327 (1;0.3;33)
~398 (3;4.5;41-45) 399 (6;7.5;37-53)
403 (1;2.5;52) 405 (2;3.3;44-46)
417 (1:1.7;48) 420 (1;2.1;46)
423 (1;0.8;35) 426 (1;1.1;40)
429 (5:9.5;37-57) 430 (2;2.5;36-44)
438 (4;7.0;40-54) 439 (1;2.7;59)
447 (1;0.5;33) 448 (1;1.0;40)
455 (1;1.5;49) 456 (2;4.0;41-54)
467 (1;1.7:50) 470 (1;1.2;41)
515 (3;7.5;40-58) 520 (5;7.5;40-58)
550 (1;1.0;43) 552 (2;3.0;43-47)
558 (2;2.0;37-40) 559 (3;7.0;40-60)
600 (1;2.4;56) 695 (7;12.0;38-58)
702 (21;31.5;34-52) . 703 (2;2.0;39-44)
718 (3;4.5;35-56) 719 (1:0.8;39)
724 (1;0:6;34) 725 (1;1.1;41)
731 (1;0.8;36) 733 (2;3.5;42-55)
738 (3;2.4;37-40) 741 (4;6.5;31-50)
746 (1;2.5;54) 750 (2;4.0;49-53)
755 (1;1.0;42) 756 (14;22.5;36-54)
762 (1;1.2;38) 766 (1;0.9;44)
783 (2;3.4;41-45) 784 (1;0.7;41)
816 (1;2.4;51) 826 (3;4.7;37-53)
835 (3;5.0;38-48) 843 (5;7.5;40-53)
846 (1;1.5;45) 848 (2;3.0;43-51)
861 (8;10.5;34-55) 862 (3;4.5;38-49)
867 (1;1.5:47) 869 (1;0.9;39)

891 (1:2.4:50)

429 (1:0.1:1) 447 (15;0.1;2)
505 (1;0.1;1) 672 (1;0.1;1)
687 (2;0.1;1-2) 688 (4;0.1;1)

5 (2;0.6;9) 6 (3;0.8;8-9)
13 (1;0.2;8) 15 (1;0.5;10)
22 (3;1.3;9-11) 25 (3;0.9;10-11)
40 (1;0.1;6)

48 (6:1.9:8-12)
55 (6;2.5;8-13)
60 (4;1.5;8-11) .
69 (1;0.5:8) 71 (1;0.2;9)



A NUMBER

ALL OTHERS 10%
RED HAKE 8%

WINTER FLOUNOER 11% SILVER HAKE 6x

ees FOURSPOT FLOUNDER 3%

SPINY DOGFISH 3%,
CUNNER 3%

‘OCEAN POUT 3%
WINDOWPANE 1%

LITTLE SKATE 20%

BUTTERFISH 27%,

B WEIGHT

ALL OTHERS 10%
OCEAN POUT 7%.

WINTER FLOUNDER 10%,
RED HAKE 6%

SILVER HAKE 3%

SPINY DOGFISH 18% FOURSPOT FLOUNDER 2%

WINDOWPANE 2%.
SCUP TX.

LITLE SKATE 37%

Figure 8. Percent contribution, based on total catch, of fish
species collected in and around the 12-Mile Dumpsite,
July 1986 - September 1989 (A = total number, B =
total weight).

Page 11

A NUMBER,

LONGFIN SQUID 25%) IN. SHORTFIN SQUID 1,

STARFISH SP, 14%

ALL OTHERS 1%
AMERICAN LOBSTER 4%
CRAB IX
LADY CRAB 2%.
CRAB 1%
ATLANTIC ROCK CRAB 51%
B WEIGHT
HORSESHOE CRAB 15%, AMERICAN LOBSTER 11%
ALL OTHERS 1% LONGFIN SQUID 9x

N.SHORTFIN SQUID 1%
STARFISH SP 9x,

LADY CRAB 2%
JONAH GRAB 2x.

ATLANTIC ROCK CRAB 56%

Figure 9. Percent contribution, based on total catch, of
megainvertebrate species collected in and around the
12-Mile Dumpsite, July 1986 - September 1989 (A =
total number, B = total weight).

REFERENCES CITED

Devine, M.; Simpson, D. 1985. Impact of and recovery
from sewage sludge dumping at the Philadelphia
dumpsite. NOAA Technical Memorandum NOS OMA-
15; 37 p. Available from: National Ocean Service,
Rockville, MD.

Environmental Processes Division, Northeast Fisheries
Center. 1988. A plan for study: response of the habitat
and biota of the inner New York Bight to abatement of
sewage sludge dumping. NOAA Technical Memoran-
dum NMFS-F/NEC-55; 34 p. Available from: National
Marine Fisheries Service, Highlands, NJ.

Gosner, K.L. 1978. A field guide to the Atlantic seashore.
Boston, MA: Houghton Mifflin Co.; 329 p.

Gross, M.G. 1972. Geologic aspects of waste solids and
marine waste deposits, New York metropolitan region
--amajor sediment source. Water Resour. Res. 6: 927-
931.

Gross, M.G., editor. 1976. Middle Atlantic Continental
Shelf and the New York Bight. Am. Soc. Limnol.
Oceanogr. Spec. Symp. 2; 441 p.

Lear, D.W.; O'Malley, M.L. 1983. Effects of sewage
sludge dumping on continental shelf benthos. Jn:
Duedall, 1.W.; Ketchum, B.H.; Park, P.K.; Kester,
D.R., eds. Wastes in the ocean: vol. 1. Industrial and
sewage wastes in the ocean. New York: Wiley-
Interscience; p. 293-311.

Leschine, T.M.; Broadus, J.M. 1985. Economic and
operational consideration of offshore disposal of sew-
age sludge. In: Kester, D.R.; Burt, W.V.; Capuzzo,
J.M.; Park, P.K.; Ketchum, B.H.; Duedall, I.W., eds.
Waste in the ocean: vol. 5. Deep-sea waste disposal.”
New York: Wiley-Interscience, p. 287-315.

Mayer, G.F., editor. 1982. Ecological stress and the New
York Bight: science and management. Columbia,SC:
Estuarine Research Federation; 715 p.”

National Oceanic and Atmospheric Administration. 1986.
Federal action plan for ocean dumping research and
monitoring: municipal and industrial wastes; 78 p.
Available from: National Ocean Service, Rockville,
MD.



Appendix B (Continued)

Page 53

Fourspot Flounder Paralichthys oblongus (Continued)

75 (1;0.1;12)

81 (1;0.1:27)

87 (1:0.1:12)

99 (1:0.1;28)
112 (1;0.1;9)

130 (1;0.3;29)
138 (1;0.1;14)
143 (1;0.1;28)
155 (1;0.1;16)
251 (1;0.2;29)
258 (11:1.8;22-32)
262 (3;0.5;26-29)
266 (9;1.6;22-30)
270 (1;0.2;30)
275 (7;1.4;23-31)
279 (7;1.7;26-34)
284 (9;1.3;23-29)
290 (2;0.3;24-29)
295 (1;0.2;27)
301 (4;0.7;24-30)
305 (3:0.6;27-30)
310 (1;0.1;25)
314 (6;1.0;26-29)
319 (2;0.2;24)
326 (1;0.1;27)
331 (1;0.1;29)
346 (1;0.1;26)
351 (1;0.1;24)
359 (2;0.2;24-27)
379 (1;0.1;25)
396 (1;0.2;29)
403 (2;0.1;12-15)
413 (1;0.1;15)
421 (1:0.1;12)
427 (1;0.1;17)
436 (2:0.1;15-18)
536 (1;0.2;29)
548 (1;0.3;32)
552 (1;0.3;29)
556 (8;1.5;24-32)
560 (15;3.8;25-35)
564 (6;1.5;25-33)
568 (4;1.0:26-33)
572 (11;2.0;25-30)
579 (2;0.2;26)

635 (1;0.1;26)

76 (2,0.1;12-14)

255 (5:0.8:24-29)
259 (3:0.5;26-29)
263 (4:0.8;24-31)
267 (10;2.2;23-31)

544 (2:0.7:29-34)
549 (1;0.1;27)

557 (12;4.1;26-38)
561 (16;3.8;26-34)
565 (12;2.5:24-32)
569 (3;0.8;28-35)

636 (2;0.5;30-32)

458 (1 0.1: 12)
545 (1;0.2;29)

550 (2;0.5;28-29)
554 (4;0.6;20-31)
558 (18;3.8;24-32)
562 (1;0.2;32)
566 (7;1.9;25-35)
570 (18;4.0;26-34)
577 (3;0.7;25-34)
581 (3;0.5;25-32)
585 (7;1.5;25-35)
589 (1;0.1;26)
594 (1:0.1:27)
605 (4;0.8;26-32)
609 (1;0.2;16)
613 (4;0.5;25-28)
617 (9;1.5;24-36)
621 (11;2.1;26-35)
625 (10;2.5,26-36)
633 (2;0.5;29-32)
637 (6;1.0;23-31)

79 (1;0.2;28)

86 (1;0.2;29)

97 (4;0.4;14-28)
110 (1;0.2;27)
128 (1;0.3;25)
136 (2;0.1;11-18)
142 (1;0.1;14)
154 (1;0.1;15)
247 (1;0.2;30)
257 (3;0.5;20-30)
261 (2;0.5;25-31)
265 (5;0.9;25-31)
269 (3;0.8;29-32)
274 (21 22-34)

288 (2:0.4:28-29)
293 (4;0.8;26-30)
300 (2;0.5;23-33)
304 (3;0.5;23-29)
308 (2:0.4:27-32)
313 (1;0.1;26)
317 (7;1.0;24-28)
325 (3;0.5;28-33)
330 (3;0.4;23-31)
345 (3;0.4;22-29)
349 (3;0.6;21-25)
358 (7;0.6;23-30)
372 (1;0.1;27)
386 (1;0.1;13)
401 (1;0.1;13)
410 (2;0.1;13-14)
419 (1;0.1;18)
426 (2;0.1;15-17)
435 (1;0.1;15)
463 (1;0.1;13)
546 (1;0.4;32)

555 (1;0.3;30)
559 (14;3.0;26-34)

578 (2;0.4;28-29)
582 (10;1.6;23-31)
586 (4;0.5;21-28)
590 (2;0.3;25-29)
596 (1;0.1;25)

606 (3;0.6;27-31)
610 (5;0.8;25-29)
614 (6;1.5;27-32)
618 (9;1.8;24-32)
622 (11;1.5;22-30)
626 (3;0.6;25-32)
634 (1;0.2;31)
638 (4;0.7;25-31)



Appendix B (Continued)

Page 59

Winter Flounder Pleuronectes americanus (Continued)

36:27 99)

17-28)
230 (11;3.2;16-32)
236 (15;4.1;23-35)
240 (22;4.7;17-90)
20-38)

264 (10;2.5;15-36)
268 (10;1.1;14-27)
272 (5;1.0;16-28)
276 (11;1.5;13-33)
281 (5;1.2;13-40)

‘0.
366 (2:0.1:18-20)
380 (1 a 20)

428 (16;4.4;21-36)
432 (17;5.0;22-34)
438 (25;5:7;20-37)
444 (19;6.4;20-34)
450 (9;2.0;19-30)
454 (96;28.8;21-37)
461 (23;5.0;13-35)
465 (23;4.6;21-30)

201 (2;0.4;14-27)

245 (3:0.7:23-30)
253 (1:0.2:25)
257 (15;6.1;15-41)
261 (5;1.0;17-30)
265 (6;0.7;15-27)
9;22-39)

296 (5;3.8;30-50)
302 (17;3. , 14-34)

918.29)
314 (10;3.1;19-39)
318 (6;1.3;18-29)
323 (2;0.3;20-26)
327 (2;0.2;20-26)
337 (5;0.8;20-30)
342 (4;0.5;17-25)
347 (2:0.3;18-20)
351 (5;0.9;15-27)
319)

18-27)

386 (1:0.4:29)
393 (1;0.1;20)
403 (9;1.9;22-29)

425 (2; 1
429 (39;8.2;17-35)
433 (2;0.5;23-29)
439 (39;11.9;18-39)
445 (13;3.2;21-31)
451 (2;0.5;25-29)
456 (1;0.4;32)
462 (24;4.8;21-30)
466 (2;0,5;23-26)
470 (6;1.1;14-31)
475 (2;0.3;25)

3;

202 (3;0.6;22-27)
206 (7;1.0;12-28)

223 (7; 1. a 14-35)
228 (5;0.8;14-28)
234 (6;0.6;12-27)
238 (13;2.6;19-31)
242 (2;0.7;24-33)
246 (1;0.1;21)
254 (3;0.4;14-29)

266 (5;0.6;15-24)
270 (4;0.2;12-16)
274 (8:2.5;16-36)
279 (3;1.1;23-34)
283 (6;1.4;16-35)
287 (1;0.3;28)

291 (4;1.2;17-30)
297 (13;2.1;14-32)

303 (6;2.7;26-37)
307 (5;1.9;18-28)

315 (20;3.6;16-30)
319 (7;1.0;16-26)
324 (1;0.2;28)
328 (1;0.2;26)
338 (1;0.1;17)
343 (5;0.4;17-21)
348 (1;0.3;19)
352 (1;0.2;18)
358 (3;0.5;19-26)

382 (1;0.2; 26)
387 (4;0.6;19-29)
397 (1;0.5;31)
405 (5;1.1;20-29)
410 (9;0.1;21-29)

440 (5;2.1;22-42)
448 a 1.3; 12.32)

4, 20. -34)
467 (9;2.4;22-37)
471 (9;2.5;13-32)
476 (6;2.0;26-36)
480 (21;3.1;13-35)
484 (9;2.2;10-35)

203 (1;0.3;28)
207 (10;1.4;13-29)
212 (12;1.9;14-30)
216 (2;0.5;24-26)

259 (18; or 16-37)
263 (23; 0; 12-36)

3.0;16-28)
312 (4;1.5;26-34)
316 (10;1.7;18-26)

384 (1
388 (1;0.
398 (7;2.5;25-34)

412 (1;0.2;25)
419 (12;2.1;21-26)
423 (19;4.4;19-31)
427 (6;2.4;26-37)
431 (21;6.1;20-38)
435 (1;0.1;23)

441 (13;3.6;19-43)
449 (16;4.0;22-32)
453 (22;6.7,23-37)

481 (12; 1. 0;12-28)
485 (13;2.1;13-32)


Page 13

Appendix Table A. Bottom trawl stations made in and around the 12-Mile Dumpsite, July 1986 - September 1989, including location, catch
of fish and megainvertebrates, and bottom hydrographic observations (* = no data)

Mega- Hydrographic

Station Location Fish invertebrates Observations
Sta. Sta. Date Start Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal.
No. Code M/D Lat.(N) Long.(W) Lat.(N) _Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (°/-)

1 NY11 7/16 40°19.5' 73°46,1' 40°18.9' _73°45.8' 1054 24 5.1 8 13 120 2 95 109 32.9
2 NY11) 7/16 40°19.2' 40°19.2'  73°45.1' 1208. 7 1.2 5 10 1.4 2 92 108 329
3 NYG 7/16 40°25.4’ 40°24.8' =73°46.0' = 1402 20 36 4 312 314 2 103 11.7 32.4
4 NY6 7/16 40°25.5’ 40°24.9' 73°45.9' 1523. 42° 5.2 9 640 726 5 99 11.8 324
5 NY6 7/17 40°25.2" 40°25.1'  73°45.7' 1036 10 24 2 51 92 3 99 120 329
6 NY6 7/17 40°24.7' 40°25.4'  -73°46.1' 1138 1 o5 1 61 106 3 102, 11.9 329
7 Re 7/17 40°26.8' 40°26.9' 73°45.9' = 1333. 9 19° 4 9 120071 94 125 328
8 R2 7/17 (40°27.0' 40°26.9' 73°46.9' 1434 2 5.1 5 27 49 2 95 127 328
g R2 7/18 40°26.5' 40°27.3'  73°46.8' = 1027 10 19° 3 16 1500641 94 13.1 32.8
10 R2 7/18 40°26.5' 40°26.7'  73°46.9' = 1128 13 19° 4 13 WwW 1 90 129 328
11 NY11 7/18 = 40°19.2" 6°  73°46.2' 1351 12 Va 4 24 20 4 99 123 329
12 NY11 7/18 40°19,7' 40°19.0' 73°46.5' = 1552. 8 03 3 18 14 5 101 113 329
13 NY11 7/22 40°19.1' 40°19.1'  73°45.7' 1244 2 O31 17 18° °3 95 112 329
14 NY11 7/22 40°18.6' 40°19.3'  -73°46.1' 1413. oO 00 60 9 08 2 9-119 328
15 R2 7/22 40°27.4' 40°26.9' 73°46.7' 1645, 47 106 4 27 32 66 89 130 325
16 R2 7/22 40°27.3' 40°27.3' = 73°46.2' = 1743. 54 159 5 24 35 5 91 13.0 326
17 NY6 7/23 40°25.0' 40°24.6' §=73°45.0' = 1051 78 170 2 44 54 0 4 89 136 32.5
18 NY6 7/23 40°24.5' 73°46.3' 1306 19 46 6 149 131 3 106 136 33.2
19 NY11 7/23 40°18.6' 73°45.9' = 1403. 8 06 4 20 52 3 92 13.2 324
20 NY11 7/23 40°19.1' 73°46.3' 1506 2 0.4 1 7 48 65 92 13.2 324
21 NY6 7/24 40°25.1" 73°45.7' 1039 15 02 3 121 121 3 102 135 323
22 -R2 7/24 40°26.7" 73°46.3' 1039 29 24° °5 7 5.1004 96 134 324
23° «R2 7/24 40°26.8' 73°45.8' 1147 5 23 3 19 20 2 95 137 32.4
24 NY6 7/24 40°25.1' 73°46.1' 1414 7 09 3 147 156 3 95 134 323
25 AS6 8/6 40°17.9' 73°47.1' 1308 70 88 11 151 147 4 170 93 337
26 NY11 8/6 40°19.6' 73°45.9' = 1451 KX} 86 6 9 192 93 105 33.1
27 M54) =8/6 = 40°19.3' 73°44,0' 1620 29 36 46 51 21 3 82 159 323
28 ASA 8/7 40°21.7' 73°50.6' 1136 52 35 6 28 Os 4 81 12.8 *
29 PA 8/7 40°21.5' 73°46,9' 1350 52 89 9 38 48 4 105 125 .
30 NY3 8/8 40°28.4' 73°43.8' 1128144 26 5 47 og 2 86 155 32.3
31. RS 8/8 40°28.7' “ . 73°40.7' 1241 6 13°04 49 o8 4 71° (17.4 32.3
32 NY22 8/8 40°25.6' 73°40.1' 40°24.9' 73°39.7' 1409 74 09 3 150 18°64 75 164 32.2
33) «M31 8/8 40°25.5' 73°42.3' 40°24.9' 73°42.0' 1530 127 43° 8 27 10° =«5 80 165 32.1
34 -A20 8/8 40°26.6' 73°44.5' 40°25.9' 73°44.1' 1655 82 1504 64 50 5 91 129 32.8
35° «RS 8/12 40°22.1' 73°43.4' 40°21.5' 73°43.4' 1252 190 38 64 76 33 5 87 129 328
36 M49 8/12 40°22.4' 73°40.2" 40°21.7' 73°40.0' 1416 143 Vt 2 96 14° 2 83 125 328
37 «ASO 8/12 40°23.4' 73°42.0' 40°22.7' 73°41.6' 1533 142 06 1 5s6°C«d 4 80 137 326
38 «ORI 8/13 40°29.4' 73°47.9' 40°28.8' 73°47.7' 1032 Ka 28 4 64 14°°4 81 12.1 32.6
39 M109 8/13 40°23.7' 73°51.7' 40°23.1' 73°51.6’ 1052 32 60 6 at 05 5 64 165 31.9
40 AB 8/13 40°30.0' 73°45.9' 40°29,.6' =73°45.7' 1157 13 15 3 35 10° #5 78 13.2 324
41 RE 8/13 40°27.0' 73°48.8' 40°26.4' 73°48,5' = 1234 51 34,6 & 23°56 98 116 327
42 AI9 8/13 40°25.4' 73°45.1' 40°24.8' _73°44.8' = 1335 84 120 2 28 32 «3 87 13.1 32.4
43° R2 73°46.8' = 1351 20 32 8 177 126 4 94 116 32.7
44 AMA 73°44.0' = 1446 29 02 1 9 03 3 79 14.2 323
45 NY6 73°46.1' 1511 4a 72° #7 «+118 #105 5 103 121 32.6
46 AA2 73°46.3' 1631 22 61 6 26 330 4 110 109 327
47 (AAI 73°47.0' 1037 47 35 8 110 126 6 120 11.2 328
48 NYS 73°47.4' 1220 53 71 9 146 147 5 114 121 325
49 (NY11 73°45.6' 1101 117 210 6 153 116 6 100 134 325
50 (NY11 5 5 73°46.2' 12138112 153 6 111 105 5 98 140 322
51 NY11 1s 5! 19.3' 73°46.0' 1326 141 35 5 126 48 3 93 150 327
52 NY11 73°45.4' —40°19.1'-73°46.4' 1441 69 34°04 69 43° 3 92 15.7 322
53. NY6 73°46.0' 40°24.4' 73°45.7' 1621 = 134 66 8 54 38 65 9 195 323
54 NY6 73°46.1' 40°25.0' 73°45.5' 1753 86 62 9 51 31 5 101 19.7 *
55 NY11 73°46.3' 40°19.0' 73°45.9' 1133 46 52 3 22 35 6 99 125 326
56 NY11 73°45.9' 40°18.8' = 73°46.2' 1230111 58 4 44 156 5 101 125 326
57 NY6 73°45.8' 40°24.5' 73°45.4' = 1425 36 36 7 56 5.2 5 100 108 328
58 NY6 73°45.7' 40°25.1'_73°45.9' 1551 71 24 6 142 146 6 93 11.3 32.4
59 NY6 73°46.2' 40°24.6' 73°46.0" 1111 13 120 3 181 62 6 101 107 328
60 NY11 73°46.1' 40°18.8' 73°45.8' 1358 53 69 6 42 320 °4 95 108 33.0
61 NY6 73°45.1'  40°24.7'  73°45.8' = 1416 35 19 4 168 60 5 99 10.7 *
62 R2 73°46.0' 40°26.9' 73°46.7' 1530 28 o6 3 44 28 4 93 107 329


Page iii

TABLE OF CONTENTS

Abstract ....
Introduction
Survey Design
Station Selectior
Sampling Schedule
Collection of Fish and Megainvertebrates «
Data Tabulations and Summaries
Acknowledgments ..
References Cited
Appendix ....

Bed AR RR WEE

LIST OF TABLES

Table 1.° Station sequence and associated tow type(s) for the sampling days and photoperiods
of the replicate portion of a bottom trawl survey conducted in and around the 12-Mile
Dumpsite, July 1986 - September 1989

Table 2. Consecutive station numbers, sampling dates, number of stations, and survey type for
bottom trawl surveys conducted in and around the 12-Mile Dumpsite, July 1986 -
September 1989 .

LIST OF FIGURES

Figure 1. New York Bight (NYB) segment of the Middle Atlantic Continental Shelf including’
outline of NYB apex as well as locations of various designated dumpsites within the apex ..
Figure 2. Estimated amounts of sewage sludge dumped in the New York Bight apex annually
during 1972-87 and quarterly during 1986-88 ......
Figure 3. Location of bottom trawl stations sampled during a fish-megainvertebrate survey
conducted in and around the 12-Mile Dumpsite, July 1986 - September 1989 .......
Figure 4. Monthly combined catch of fish and megainvertebrates collected in and around the
12-Mile Dumpsite, July 1986 - September 1989
Figure 5. Monthly individual and combined catch of fish and megainvertebrates collected during
replicate surveys in and around the 12-Mile Dumpsite, July 1986 - September 1989......
Figure 6. Monthly individual and combined catch of fish and megainvertebrates collected during
broadscale surveys in and around the 12-Mile Dumpsite, July 1986 - September. 1989 .......
Figure 7. Contribution by categories of fish and megainvertebrates collected during broadscale
and replicate surveys in and around the 12-Mile Dumpsite, July 1986 - September 1989 ....
Figure 8. Percent contribution, based on total catch, of fish species collected in and around the
12-Mile Dumpsite, July 1986 - September 1989
Figure 9. Percent contribution, based on total catch, of megainvertebrate species collected in and
around the 12-Mile Dumpsite, July 1986 - September 1989 .......

APPENDIX TABLES

Appendix Table A. Bottom trawl stations made in and around the 12-Mile Dumpsite, July 1986
- September 1989, including location, catch of fish and megainvertebrates,
and bottom hydrographic observations

Appendix Table B. Phylogenetic listing of fish and megainvertebrates collected in and around the
12-Mile Dumpsite, July 1986 - September 1989. For each station of occurrence,

the number caught, weight, and size range are included ..



Page 34

Appendix B (Continued)

Winter Skate Raja ocellata

128 (1;0.4;38) 148 (3;1.7;43-45) 163 (1;6.0;85)
273 (1;1.4;53) 347 (1;1.0:48)

355 (2:0.7;29-55) 425 (2:1.9;42-58) :

436 (5;2.8:37-49) 438 (2:0.9;37-43) 460 (1;6.0;83)

467 (1:8.0;93) 473 (1;2.5:68) 478 (1:0.2;36) :

506 (2;8.0;60-61) 508 (2;1.0;36-43) 516 (1;0.2;35) 525 (1:4.0:71)
527 (1;1.6;61) 540 (2;1.8;31-48) 559 (2:0.5;33-37) 573 (1;0.5;43)
606 (1;0.6;45) 731 (1;0.2;41) 737 (2;8.5;60-61) 738 (2;3.5;45-46)
739 (4:9.0:62-67) 740 (3;6.2;56-66) 746 (2;8.0;75-87) 6.

749 (1:4.0:77) 751 (1;2.0;61) 753 (5;12.0;61-83)

755 (4;5.0;30-44) 757 (1;3.5;77) 759 (3;3.2;41-57)

761 (1;1.9;58) 764 (4;2.5;34-54) 5.

790 (3;12.0;66-82) 816 (1:2.8;66) 841 (1;10.0;:97)
845 (1;1.8;61) 847 (1;1.2;54) 853 (4:8.0;41-61)
856 (1;1.4;43) 863 (1:2.9;70) 870 (1;4.0;78)

ACIPENSERIDAE
Atlantic Sturgeon Acipenser oxyrhynchus

432 (1; 6.0; 103)

ANGUILLIDAE
American Eel Anguilla rostrata

401 (1; 0.1; 26)

CONGRIDAE
Conger Eel Conger oceanicus

671 (1; 0.1; 33)
CLUPEIDAE : +

Blueback Herring Alosa aestivalis
178 (1;0.4;26) 179 (11;0.5;14-17) 180 (1;0.1;16)
182 (9;0.5;15-19) 183 (52;3.4;15-19) 10.2;

194 (4;0.4;18-25) 211 (15;1.4;15-24) 290 (1;0.1;12)

431 (2;0.1;15-22) 444 (1;0.1;14) 471 (2;0.1;23-28)

474 (1;0.1;18) 488 (5;0.1;12-17) 489 (14;0.4;12-18) 536 (1;0.1;9)
875 (1;0.1;17) 881 (1;0.1;24)

Hickory Shad Alosa mediocris

190 (1;0:2;16) 194 (1;0.1;14) 207 (1;0.1;11) 211 (3;0.2;12-21)
212 (1;0.1;16) 264 (1;0.1;25) 278 (1;0.1;15)

Alewife Alosa pseudoharengus
174 (2;0.5;25) 175 (1;0.3;25) 184 (3;0.3;16-18) 186 (1;0.1;10)
187 (2;0.1;10-11) 189 (10;0.6;15-18) 490 (9;0.9;15-18) 192 (18;0.7;11-16)

194 (3;0.4;15-25) 195 (1;0.1;15) 196 (5;0.3;15-17)
203 (1;0.1:13) 204 (1:0.1;17) 205 (1;0.1:9)
207 (19;0.9;15-17) 209 (1:0.1;11) 211 (38;1.7;10-18)
216 (2;0.1;9-10) 220 (1;1.0;16) 10-16)
226 (1;0.1;16) 227 (5;0.2;10-18) 16)

229 (3;0.2;16) 230 (4;0.2;10-15) 231 (4;0.2;15-16) 253 (1;0.1:20)


Page 76

Appendix B (Continued)

Starfish Asterias sp. (Continued)

53 (3;0.1;5-8)
:0.1;8)

103 (16:0. 1;4-8)

107 (13;0.1;3-9)

111 (2;0.2;6)

115 (1:0.

122 (39;1.3;6-19)
:0.

286 (4;0.1; 64 9)
295 (6;0.1;4-8)
301 (5;0.1:4-6)
306 (4;0.1;6-10)
315 (10;0.2;6-16)
319 (3;0.1;9-10)
328 (1;0.1;10)
332 (3;0.1;7-9)
338 (11;0.2;3-7)
7.

378 (6,0.1 a1)
385 (34;1.5:5-20)

54 (9;0.1;3-9) ,

58 (16;0.4;3-14)

62 (1;0.1;14)

66 (1;0.1;10)

71 (3;0.1;4-12)
:0.

81 (20.1182)
4

138 (7;0.3;5-19)
142 (2;0.1:5-6)
147 (4;0.1;5-7)
152 (3;0.1;6)
157 (2;0.1;11-15)
161 (2;0.1;5-9)
167 (3;0.1;9-15)
172 (2;0.1;8-12)
183 (1;0.1;7)
189 (1;0.1;5)
197 (9;0.1;4-10)
201 (7;0.1;4-12)
205 (4;0.1;6-9)
213 (2;0.1;8-9)
217 (4;0.1;8-10)
225 (2;0.1;9-11)
236 (1;0.1;7)
245 (2;0.1:5-9)
254 (1;0.1;5)
260 (4:0.1;7-11)
271 (2;0.1;10-11)
282 (1;0.1;19)
287 (4;0.1;8-10)
296 (3:0.1;7-8)
302 (57;1

316 (28:1
320 (1;0.1;5)
329 (3;0.1;7-13)
335 (3;0.1;7-8)

368 (1;0.1:5)
373 (6;0.5;9-20)
379 (1;0.1;8)
386 (5;0.1;6-9)

55 (4,0.1;4-11)

105 (2:0.1:6)
109 (2:0.1;7-8)
113 (4;0.1;4-17)

144 (3;0.1;5-8)
148 (5;0.1;4-9)
154 (4;0.1;4-5)
158 (5;0.1;5-15)
162 (4;0.1;6-8)
168 (1;0.1;12)
177 (4;0.1;8-11)
184 (1;0.1;6)
190 (3;0.1;4-8)
198 (14;0.6;7-18)
202 (2;0.1;5-6)
208 (1;0.1;11)
214 (3;0.1;4-7)
218 (1:0.1;12)
232 (2;0.1;8-10)
238 (1;0.1;6)
246 (2;0.1;5-6)
257 (16;0.6;7-15)
266 (1:0.1;11)
274 (1;0.1;7)
283 (1;0.1;7)
288 (6;0.1;5-11)
299 (1:0.1;8)
303 (8;0.3;8-11)
313 (6;0.1;7-8)
317 (2;0.1;9-10)
323 (1;0.1;5)
330 (9;0.5;8-27)
336 (6;0.3;6-9)
340 (6;0.1;6-7)

380 (1;0.1;8)
392 (5;0.1;7-8)

78 ebreae

304 (0 :0.1;12)

314 (14;0.1;6-17)

318 (12;0.4;8-16)

324 (2;0

331 (12;1.0;6-8)
0.

)
371 (4a 0.3;4-14)
375 (4:0.1;6-11)
384 (23;0.5;5-12)
393 (9;0.1;3-10)



Page 22

Appendix A (Continued)

Mega- Hydrographic
Station Location Fish invertebrates Observations
Sta. Sta. Start Finish Finish Start Wt. No. Wt. No. Depth Temp. Sal
No. Code Long.(W) Lat.(N). _Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) )
587 M31 73°41.6' 40°25.0' 1504 54 7.0 7 118 90 5 79 10.1 31.7
588 ASE 73°47.5' 40°18.5' . 1042) 156 155 15 23 13° 3 #187 64 326
589 M54 73°44.2' 40°18.8' 7 8’ 1153 10 10° 6 17 06 2 88 84 = 32.0
590 R3 73°43.6' 40°21.3' 73°43.4' 1259 14 08 4 16 og 5 8 99 318
591 M49 73°39.9' 40°22.1'  73°40.1' 1429 9 28 5 48 14,3 85 10.2 317
592 ASO 73°42.2' 40°22.6' 73°42.0' 1034 18 11 3 47 «#148 «#1 7 97 348
593 A43 73°45.8' 40°23.5' 73°45.5' 1142 18 16004 7 08 4 83 76 (32.5
594 Ad4 73°44.4' 40°23.7'  73°44.1' 1239 14 19 7 23 26 3 76 94 318
595 AIS 73°45.0' 40°24.8' 73°44.6' = 1355, 6 08 3 17 o6 3 82 85 32.0
596 A20 73°43.8' 40°26.2' 73°44.7' 1451 9 08 4 W 03 3 95 81 32.0
597 R6 73°48.6' 40°27.0' 73°48.9' 0950 0 00 60 3 01 2 95 78 322
598 NYS 73°47.4' 40°25.4' 73°47.8' 1104 2 O41 1 7 0.1 1 120 7.2 32.3
599 A41 73°47.3' 40°23.1'  73°47.1" 1210 3 02 3 2 0.1 2 130 70 323
600 R4 73°46,9' —40°21.0' . 1305 23 14° 6 32 41 5 110 74 322
601 NY11 : 73°46.2' = 40°18.7" 1342 10 41 6 45 14 4 100 92 325
602 NY6 5.4' 73°46.0' 40°24.7' 7: 8’ 1503 7 04 4 16 1.2 5 99 82 323
603 R2 40°27.2' 73°46.7'  40°26.5' 73°46.5' 1558 19 18°05 80 61 3 93 81 323
604 NY11 7/11 40°19.0' 73°46.4' 40°19.1'-73°45.5' = 1036. 7 1.0 4 17% 7.3 4 9 73 324
605 NY11 7/11 40°19.5' 73°46.0' 40°18.9' . 73°45.6’ 1112 18 27 6 338 16 3 95 73 324
606 NY6 7/11 40°25.5'_  73°46.0' 40°25.0' 73°45.6' 1413 39 108 8 62 55 3 92 79 322
607 NY6 7/11 40°25.7'° 73°45.7' 40°25.2' 73°46.0' "1521 40 14.1 8 96 77 2 100 77 322
608 R2 7/12 40°26.9' 73°47.1' 40°26.9' 73°46.1' 1017 75 145 8 158 133 4 92 76 322
609 R2 7/12 40°27.3' = 73°46.7'  40°27.7'  73°46.4' = 1101 50 139° 6 112 82 5 90 76 32.2
610 NY11 7/12 40°19.5' 73°45.7' 40°18.9' 73°46.0' 1342 18 31 6 44 23 3 92 76 327
611 NY11 7/12 40°19.6' 73°46.0' 40°19." 1442 26 29° 7 73 48 3 6 7.3 *
73°45.8' —40°25.4' 1045 46 95 7 80 6.1 4 97° 7.3 32.5
73°45.4' — 40°25.2' 1122 45 90 7 48 37° 3 100 73 325
73°46.8' —40°26.6' 1358 53 139 7 122 94 3 90 7.7 323
73°45.6' 40°27.0' 1434 44 87 6 178 130 4 90 7.8 323
73°45.8' 40° 18.6" 1245 16 19° 4 «59 24° 55 82 8.1 32.2
73°45.4' 40°19.1' 1336 cal 41 5 91 3.7 5 93 82 323
73°47.2' 40°27.0' 1028 98 202 8 S67 246 3 91 8.9 32.3
73°46.1' 40°27.0' 1129 50 8.1 8 268 150 3 9 9.2 32.2
73°45.8' 40°25.1' 1246 68 104 6 179 122 5 94 83 324
73°45.9' 40°25.0' 1342 39 98 7 206 125 4 98 85 323
73°45.6' 40°18.6' 1100 34 38 #8 7 49 3 100 78 324
73°45.8' —40°19.1' 1200 16 24 3 6 54° 2 99 78 32.4
73°46.3' 40°26.7' 1409 59 77 7 7 89 3 92 83 325
73°46.5' —40°27.2' 1456 78 260 8 332 206 4 92 82 323
73°46.6' —40°25.1' 1058 44 113° 6 39 50 4 104 78 323
73°45.9' 40°24.7' 1140 42 92 7 38 38 83 106 8.1 32.3
73°48.0' —40°28.8' 0956 ral 55° 6 15 29 3 85 125 31.9
73°45,.8' 40°29.7' 1104 19 15 7 45 29° 65 75 13.0 31.9
73°41.2' 40°28.0' 73°41.1' 1228 4 35 5 47 ral 4 68 13.0 32.0
73°44,.2' 40°27.9' 73°43.9' 1336 20 55° 5 129 93 2 86 10.0 31.9
73°44.2' =40°18.7'  73°43.8' = 1202 3 07 3 8 0.6 3 83 10.0 32.0
73°43.5' 40°21.4' = 73°43.3' = 1322 10 Wt 4 15 19 4 8 99 32.1
73°40.3' 40°21.8' = 73°39.9' 1433 9 13°65 39 16004 79 12.2 32.0
73°40.1' 40°24.9' 73°39.6' 1544 16 120 6 28 08 3 79 129 33.0
73°42.2' 40°22.6' 73°42.0' 1043 2 05 1 1 0.1 1 78 1110 31.9
73°44.4' —40°23.8' 73°44.2' 1148 14 24° °4 6 04 3 79 107 32.0
73°45.9' 40°23.6' 73°45.8' 1246 46 91 7 2 44 4 89 10.1 31.9
73°45.0' 40°25.0'  73°44.9' = 1348 4a W707 21 36 63 8 9.9 320
73°42.2' 40°24.9' 73°42.2' 1452 21 87 7 2 50 1 78 12.1 320
73°44,.3' 40°25.9' _73°44.3' 1236 25 28 4 39 22 4 9 99 320
73°49.0' 40°26.5' 73°48.9' 1352 42 150° 4 18 19°05 92 103 31.9
73°47.5' 40°18.5' 73°47.5' = 1101 22 63 5 18 38 3 199 68 324
73°46.8' 40°21.0'  73°46.7' 1218 19 39° 5 35 32 3 104 90 320
73°47.2' =40°23.0' 73°47.1' = 1338 w 62 8 26 32° °4 128 7.8 32.2
73°47.6' 40°25.0' 73°47.4" 1459 26 116 31 40. 4 12 98 320
73°46.0' 40°24.9'73°45.9' 1105 15 40 5 43 39 4 101 75 322
73°45.5' 40°25.1'  73°46.2' 1142 29 55 6 23 33° 44 #100 75 322
73°46.8' 40°26.7'  73°46.3' 1417 32 97° 7 90 74° 3 9 75 323
73°45.6' 40°26.9'  73°46.3' 1455, 68 208 6 127 110 3 9 7.4 323
73°46.1'  40°26.8' . 1033 0 61 6 73 52 4 9 7.1 32.5
73°46.5' — 40°27.1' 1108 37 140 6 154 109 4 ge 7.4 32.5





Page 46

Appendix B (Continued)

Tautog Tautoga onitis (Continued)
462 (5;1.3;20-27) 463 (1;0.3;25)
551 (1;0.5;29) 557 (1;0.9;32)
805 (1:0.7:31)

Cunner Tautogolabrus adspersus

503 (1;0.2;24)
774 (1:0.2:23)

46 (1;0.1;20) 48 (1;0.1;18)
77 (2;0.3;19-24) 110 (4,0.3;14-17)
114 (1;0.1:20) 135 (2;0.3;19)
159 (2;2.5;13-22) 160 (21;2.5;15-23) 167. (4;0.4;14-21)
174 (1;0.2;19) 175 (10;1.4;15-24) 182 (1;0.1;20)
188 (1;0.3;20) 189 (4;0.6;18-21) 190 (16;2.5;18-23)
198 (9;1.4;15-24) 200 (5;1.5;16-23) 207 (138;13.8;14-22)
215 (9;1.6;15-27) 218 (1; 03:21)
236 (2;0.4;19-23)

256 (3;0.4;18-20)

268 (42;5.5;15-22) 269 (1;0.1;18)
299 (1;0.1;17)
362 (1:0.1:19)
410 (1;0.1:17)
427 a 1 0: 14- 421)

275 (1:0.1:20)
302 (1:0.2:23)

364 (15;1.3;13-20)
416 (1:0.1:21)
440 (64;26.5;15-22)
454 (43;4.8;15-24)
464 (26;2.8;16-24)
468 (1,0.2:24)

462 (17;2.1;14-25)
466 (15;1.9;17-22) : 47.21)
471 (1;0.1;17) 474 (67:12.0;15-28)
483 (32;4.5;16-23) 484 (30;16.8;15-22)
498 (10;1.9;15-26) 502 (1;0.1;16)

510 (44;4.1;13-23) 511 (2;0.3;16-21)

512 (7;1.2;18-24) 517 (2;0.4;21-23) 519 (2;0.5;24) 529 (5;0.3;15-18)
536 (4;0.5;17-19) 544 (14;2.2;18-24) 545 (2;0.3;17-23) 547 (1;0.2;21)
550 (4;0.3;11-20) 551 (72;9.4;14-25) 554 (7;1.1;18-24) 555 (21;2.8;14-23)
556 (72;8.6;12-22) 557 (r 7.9;13-23) 561 (1;0.1;18) 565 (6;1.2;17-22)
576 (1;0.2;24) 644 (2;0.2:17-19) 645 (2:0.2;17-18)
648 (2;0.2;17-23) 712 (3;0.5;14-27) 714 (1;0.1;22)
715 (3;0.1;17-19) 726 (1,0.1;18) 727 (8;2.6;23-29)
731 (2;0.1;19) 738 (20;2.0;14-22) 754 (6;0.8;15-25)
755 (4;1.0;19-24) 757 (42;5.3;16-23) 758 (5;1.1;20-25)
759 (46;5.8;15-25) 763 (14;2.2;16-27) 765 (14;2.5;20-26)
768 (3;0.7;23-26) 775 (6;1.2;19-23) 779 (3;0.3;17-21)
780 (3;0.5;21-23) 785 (3;0.6;21-24) 786 (1;0.1;19)
801 (25;2.9;16-26) 805 (48;6.8:14-26)

807 (5;0.5;12-22) 827 (1;0. -
830 (3;0.6;20-22) 851 (or 6.5;13- 24)
853 (4:0.5;18-22) 856 (2;0.5;23-26)
857 (15;2.5;18-24) 861 (4;1.0;21-28)
862 (1;0.2;23) 864 0; 2.0;19-29) 867 (2;0.6;22-23)
868 (1;0.1;21) . 918 (1;0.4;24) 939 (1;0.1;18)
941 (1;0.2;18) 987 (ity 30. 7 13-24) 989 (3;0.1;16-18)

ZOARCIDAE

Ocean Pout Macrozoarces americanus

159 (1;0.5;45) 160 (1;0.1;19) 164 (1;0.4;43) 166 (12;11.5;47-67)
167 (5;3.8;42-63) 168 (9;3.6;33-55) 169 (8;3.0;31-50) 170 (4;1.7;40-49)

171 (5;3.4;41-56) 172 (6;3.0;32-56) 173 (4;2.6;44-59) 174 (1:0.3;39)


Page 30

Appendix B (Continued)

Little Skate Aaja erinacea

1 (7;3.3;25-48)
9 (1;0.7;46)

18 (4;2.3;43-47)
25 (2;0.8;32-45)
29 (3;1.6;39-48)
35 (3;1.6;37-50)
40 (2;1.2;41-42)
46 (12;5.2;34-49)
50 (26;9.5;26-45)
54 (5;2.2;25-46)
59 (2;1.1;31-43)
66 (12;7.0;36-50)

78 (28: 14. 5; 532-49)
82 (24;13.0;28-49)
86 (24;11.0;32-46)
90 (10;3.8;33-46)

107 (1 7.6:31-49)
111 (4;2.1;41-46)
116 (10;3.4;31-45)
120 (43;19.0;32-46)

128 (31;5. 3; 29-46)
132 (12;11.2;31-44)
136 (12;5.8;31-47)
140 (45;22,5;24-49)
144 (3;2.5;32-43)
148 (24;18.3;27-49)
152 (11:4.9;28-46)
156 (19;8.5;28-47)
161 (21;0.5;27-47)
165 (10;3.5;31-43)
169 (9;3.1;30-40)
173 (18;8.0;30-47)
177 (41;9.5;23-50)
181 (21;9.0;29-49)
185 (4;1.8;28-43)
189 (12;5.2;30-47)
193 (74;25.5;23-48)
197 (35;16.
201 (11;4.1;26-45)
205 (56;13.5;23-46)

224 (32:37.
228 (43:14.
232 (43;10.8;
236 (14;6.0;26-50)
240 (7;3.5;34-47)

244 (87;31.5;22-48)
248 (77;17.3;20-48)

4 (1;0.7;46)
10 (2;1.0;38-47)

22 (3:1.3;39-44)

79 (28;14.5:31-51)
83 (16;7.0;28-46)
87 (13;8.5;31-46)
91 (39;20.5;32-51)
96 (50;22.0;29-47)

137 (18: 9.5;32-52)
141 (59;23.5;30-48)
145 (3;1.5;40-46)
149 (29;13.0;30-50)
153 (2

174 (4;1.7;32-45)

178 (34;12.0;22-47)

182 (30;12.0;22-48)
0.4:

215 (4;1 r38 40)
221 (15;8.1;22-49)
225 (23;7.1;26-44)
229 (9;2.3;31-46)
233 (49;14.5;11-57)
237 (4;1.0;31-38)
241 (14;7.0;31-55)
245 (54:17.3;22-50)
249 (24;8.0;22-48)

7 (1;0.7;43)
15 (12;8,0;32-46)

80 (19,10.
84 (29:14.0;26-48)
88 (1;0.6;43)

92 (47;21.0;27-50)
97 (8;3.1;28-46)
101 (11;5.4;37-47)

105 (11;4.5;34-46)

109 (5;1.7;32-44)

114 (6;3.5;44-46)

118 (41;19.0;30-48)
4,

134 (31;11.5;31-48)
138 (9;5.3;27-46)

142 (19;7.0;28-48) .
146 (28;13.5;30-50)
150 (32:13.0;31-49)
154 (14;9.8;26-46)
159 (37:10.0;27-46)
163 (56;15.5;12-46)
167 (31:12.0:27-46)
171 (11;3.9;28-41)
175 (2;0.5;34-38)

179 (25;11.0;30-51)
183 (21;10.0;17-48)
187 (11:3.4;30-47)
191 (3;1.6;42-45)

195 (25; 10.9:31-47)

217 Ga 1.4;39-42)
222 (4;2.5;37-47)
226 (20;11.4;36-48)

230 (10:5.3;27-46)
234 (27;10.8;25-50)
238 (13:7.0;29-50)
242 (1;0.7;45)

246 (44;10.0;16-46)
250 (59;10.0;11-42)

8 (5;2.4;34-48)
16 (16;10.5;39-49)
24 (2; 0. 8;35-45)
28 (2;1.0;44-50)
33 (3;1.7;41-47)
39 (2;1.0;41-44)
45 (8;4.8;41-49)
49 (46;19.0;23-49)
53 (8;3.4;31-50)
57 (3;2.1;44-47)
65 (4;2.4;44-48)
69 (7;3.2;39-48)
73 (33;15.0;21-48)

85 (31;15.0;30-48)
89 (23;10.5;31-50)
93 (2;1.5;45-46)
98 (9;3.7; 32-48)

110 (10;3.4:29-48)
115 (11 “4.5:29-48)
119 (8;3.5;34-46)
123 (8;3.1;30-44)
127 (17;8.0;33-47)
131 (17;6.5;31-45)
135 (34;12.0;32-45)
139 (7;1.6;30-42)
143 (9;3.3;31-45)
147 (10;3.0;24-46)
151 (10;4.8;30-47)
155 (28;11.0;32-46)
160 (12;4.6;26-47)
164 (71;20.8;23-46)
168 (23;11.5;28-47)
172 (12;4.2;26-46)
176 (46;10.5;23-47)
180 (33;12.5;30-47)
184 (12;1.4;30-44)
188 (12;5.5;30-46)
192 (7;1.7;24-39)
196 (22;8.5;23-50)
200 (3;2.1;27-44)
204 (20;9.0;30-47)
208 (27;12.0;28-52)
212 (1;0.4;38)

231 (23;6.5;27-49)
235 (15;8.5;33-46)
239 (12;5.0;33-48)
243 (18;6.0;22-46)
247 (72;16.5;21-46)
251 (37;11.5;23-50)


Appendix B (Continued)

Page 39

Silver Hake Merfuccius bilinearis (Continued)

961 (4;0.1;18-20)

970 (7;0.2;20-21)

977 (6;0.3;19-22)

982 (7;0.4;20-23)
Pollock Pollachius virens

54 (1;0.1;19)

Red Hake Urophycis chuss

114 (2;0.3;24-29)

124 (1;0.2;26)

146 (9;1.9;25-35)

153 (10;3.0;26-41)

163 (9;2.0;23-31)

169 (1:0.1;23)

176 (8;1.0;21-30)

180 (2;0.3;19-21)

186 (1;0.2;24)

194 (1;0.1;19)

200 (297;33.5;16-32)

213 (1;0.1;16)

224 (2;0.3;22-26)

229 (7;0.6;18-26)

6;17-38)

239 (1:0.3;29)

244 (10;2.2;19-38)

.6;31-33)

252 (1;0.1;11)

257 (13;2.2;23-36)
68

296 (1;0.1;12)
303 (1;0.1;19)
320 (1;0.1;13)
332 (1;0.1;19)
341 (2;0.2;14)
347 (2;0.2;18-20)
352 (3;0.1;14-21)
361 (4;0.1;14-21)
- 376 (1;0.1;16)
388 (1;0.1;20)
419 (2;0.2;24)
428 (1;0.1;17)

965 (2;0.1;18-20)
972 (2;0.2:19-20)
978 (2;0.1;20-21)
983 (9;0.6;21-24)

652 (1;0.1;17)

3 (1;0.5;18)

21 (1:0.1;16)

33 (1;0.1;18)

45 (6;0.3;14-21)
49 (1;0.1;21)

58 (2;0.1;18-20)
68 (1;0.1;20)

76 (1;0.3;32)

86 (3;0.1;19-21)
101 (2;0.2;23-24)
117 (146;18.5;19-39)
127 (3;0.3;17-24)
148 (1;0.2;31)
155 (1;0.3;33)
164 (2;0.4;28-30)
170 (4;0.5;19-25)
177 (4;0.3;23-24)
181 (7;0.6;17-34)
188 (4;0.2;15-19)
195 (56;12.0;16-42)
201 (1,0.1;25)
218 (1:0.1;12)
226 (9;1.3;18-33)
230 (19;2.1;15-30)
235 (12:3.0:21-48)
240 (102;13.3;16-40)
245 (1;0.1;14)
249 (4;0.7;23-33)
253 (1;0.1;19)
258 (6;1.5;19-33)
264 (6;0.7;20-33)
269 (5;0.7;14-32)
277 (37;13.0;18-40)
299 (1;0.1;17)
307 (2:0.1;13-17)
325 (1;0.1;17)
333 (4;0.5;17-20)
342 (3;0.1;10-22)
349 (1;0.1;18)
354 (2;0.1;17-18)
364 (1:0.1;20)
377 (1;0.1;16)

400 (1;0.3;34)
421 (1:0.2;28)
431 (2;0.5;14-36)

967 (2;0.1;20-21)
973 (1;0.1;21)
979 (4;0.3;21-23)
986 (1;0.1;22)

4 (10;0.6;14-32)
24 (1;0.1;16)

34 (1:0.1;14)

46 (2;0.2:21-26)

53 (11:0.6;16-28)
61 (1;0.1;16)

70 (2;0.2;21)

78 (2;0.4;18-35)

91 (3;0.1;20-24)

161 (10;3.7;25-48)
165 (8;1.4;23-38)

174 (48;5.6;18-33)
178 (57;7.5;16-36)
182 (11;2.0;18-44)

227 (18;3.6;19-39)
231 (5;0.3;17-21)
0.

980 (2;0.1;20-22)

6 (1,0.5;19)

144 (6;3.1;25-37)
151 (15:38; 27-48)

175 (41:5.0:19-36)
179 (42;6.5;21-39)
183 (31;3.8;19-48)
191 (75:95; 17-36)

221 (5;0.4:13-26)
228 (15;2.2;17-29)
0.1512)

251 (5:0.9;21-39)
256 (11;2.2;22-40)
262 (40;9.5;18-48)
267 (1; 0. 3:35)



Page 25

Appendix A (Continued)

Mega- Hydrographic
Station Location Fish invertebrates Observations

Sta. Sta. Date Start Start Finish = Finish_— Start Wt. No. Wt. No. Depth Temp. Sal.
No. Code M/D Lat(N)  Long.(W) Lat.(N)_Long.(W) Time No. (Kg) sp. No. (Kg) sp. (m) (°C) (°/..)

783 ~R2 1/20 40°27.0' 73°46.4' 40°26.8' = 73°47.2' = 1008 23 6.4
784 R2 1/20 40°26.4' 73°46.1' 40°26.7'  73°46.8' = 1057 37 21.6
785 NY6 1/20 40°24.2' 73°45.7'  40°24.8' 73°45.9' 1200 52 13.0
786 NY6 1/20 40°24.6' 73°45.6' 40°25.1' _73°45.8' 1248 52 8.6
787 Ri 2/6 40°29.3' 73°47.9' . 73°47.5' 1018 19 40
788 AG 2/6 40°30.0' 73°45.1' 73°45.9' = 1136 21 43

789 NY3 2/6 73°44,1' 73°44.2' 1237 12 5.4 55 328
790 15 2/6 73°40.5' 73°41.0' = 1341 24 23.7 56 329
791 M31 2/7 73°41.9' 73°42.7' 1034 27 79 z

792 NY22 2/7 5 73°39.5' 73°40.4' = 1129 16 5.8 5.0 33.1
793 M499 2/7 .0' —73°39.6' 73°40.3' 1233. 7 5.3 52 33.2
794 2/7 ~—40°21.8' = 73°43.0' 73°43.7' 1332 22 5.0 53 33.0

73°42.2' 1429 16 74
73°44.3' 1529 31 83
73°46.8' 1020 21 6.2
73°44.4' = 1125 34 6.9
73°45.0' 1232 29 79
73°45.9' 1327 44 8.2
73°48.8' 61443213 441

R3
795 A50 2/7 =40°23.2'  73°41.5'
A44 2/7 =—40°23.6' 73°44,3'
R2 2/10 40°27.0' 73°46.3'
798 A20 2/10 40°26.2' 73°44.0'
A19 2/10 40°24.9' 73°44.6'
800 NY6 2/10 40°24.8' 73°45.9'
801 RE 2/10 40°26.4' = —73°48.6'

SBSSSLELILSSASLSRS
2
8

©
S

ggegagaragags

8

a

802 NY11 2/13 40°19.0' 73°46.4" 73°45.6' = 1103 45 14.0 100 54 337
803 M54 2/13 40°19.0' 73°44.6" 73°43.8' 1136 15 68 89 5.5 33.5
804 ASE 2/13 40°19.2’ _73°47.5' 73°47.5' = 1251 69 5.3 199 60 33.6
805 R4 2/13 40°21.6' 73°46.9' 73°46.9' 1428 109 26.2 113 56 33.4
806 NYS 2/16 40°24.7' 73°47.4' 73°47.6' 1028 95 11.2 14 5.7 *
807 A4i 2/16 40°23.1' 73°48.0' 73°47.2' 1248 24 77 127 59 33.6
808 A43. 2/16 40°23.5' 73°45.8" 73°46.1' = 1345, 5 wt 92 53 33.7
809 NY11 3/13 40°19.0' 73°46.5’ 73°45.7' 1100 64 19.9 104 3.30 33.1
810 NY11 3/13 40°19.4" 73°46.1" 73°46.1' 1134 17 5.0 103 3.3 (33.1
811 NY6 3/13 40°25.1' 73°45.6" 73°46.4' = 1425 1 0.1 103 2.9 33.4
812 NY6 3/13 40°25.7'  73°45.8" 73°45.9' 1521 96 18.1 99 29 333
813 NY6 3/14 40°25.0’. 73°46.5' 73°45.6' = 1107 78 13.2 106 3.0 33.0
814 NY6 3/14 40°25.6’ = 73°46.1' 73°45.9' = 1142 78 15.1 103. 3.0 33.0
815 R2 3/14 40°27.3' 73°46.7' 73°46.5' 1247 57 17.1 9 29 333
816 R2 3/14 40°26.9' 73°46.5' 73°45.6' = 1331 43 15.9 98 3.0 33.4
817 R2 40°27.2' 73°46.8' 73°46.5' 1030 49 15.3 93 30 331
818 R2 1" -73°46.5' 73°46.8' = 1107 48 15.1 93 3.0 331.
819 NY11 .5'  73°46.0" 73°46.0' 1427 55 14.4 97 33 331
820 NY11 .4' — 73°45.9" 73°46.1' 1523. 45 13.2 98 33 «33.1
821 NY11 40°19.0' 73°46.4' 73°45.6' 1056 26 11.8 105 34 331
822 NY11 3/16 40°18.4' 73°46.0' 73°45.9' 1156 64 25.9 101 38 33.1
823 R2 3/16 40°27.3' 73°46.5' 73°46.6' = 1336 67 18.4 9 3.2 332
824 R2 3/16 40°27.1' 73°47.2' 73°46.4' 1425 2 0.3 95 34 329
R2 3/17 40°26.9' 73°46.6’ 73°47.2' 1000 62 22.6. 9 34 334
R2 3/17 40°26.5' 73°46.2' 73°46.8' = 1058. 44 14.3 9235 331
NY6 3/17 40°25.1' 73°45,9' 73°45.8' = 1208 54 8.7 99 35 33.2
NY6 3/17 40°25.0’ 73°45.3' 40°24.9' 73°46.1' = 1300 48 10.8 98 36 33.1
NY6 3/20 40°25.3' 73°46.4' 40°25.1' 73°45.5' 1038. 7 12.6 100 44 33.5
NY6 3/20 40°25.3' 73°46.2' 40°24.7'  73°46.3' 1135. 70 10.8 103 45 .338
73°45.8' 40°18.6' = 73°45.0' = 1328. 14 23 92 40 333
73°45.2' 40°18. 73°45.8' 1415 20 5.8 9 40 333
73°46.6' 40°26.9' 73°46.4' = 1056 73 277 91 55 35.4
73°44.1' 40°27.8' = 73°43.6' 1245, 70 27.9 84 56 33.0

73°47.8' 40°28.8' 73°47.5' 1420 73 22.7
73°45.8' 40°19.3' 73°46.6' = 1035 22 95

NZAOOVOSLZZAGVHOOONAZ ZV OVEN ONT 00200908 O=NOOVNEFOUDUDOTDAROONT SDAA
mNoVoe = Paros = mon maee

REDALBSR or vcagZaowPu gonad -nowoagZwowsRZoFevouorz~asHoouu-aaan

OANNRUGADOONONEO NN 40200 ONNNANNN AN FONENE UND HON OORONNNNNWONO=VRO8

ERSRESSLSRESS RSS RS SSESEE

73°44.2' 40°18. 73°44.0' 1119 8 34 8 60 329
73°43.5'  40°22.; 73°43.6' = 1236 25 6.2 86 55 32.8
73°47.5' 40°18.5' 9 73°47.4' = 1416 79 13.5 19 199 60 340
73°45.8' 73°46.0' 1042 165 833.8 46 100 57 329
73°44,7' 73°45.0' = 1124 70 22.4 16 84° 58 32.9
73°44,4' 73°44.2' = 1239 1 217 32 93 58 33.1
73°48.8' 73°48.5' 1411 60 13.0 Kc 100 57 329
73°45.2' 73°46.0' 1016 86 29.4 14 79 «5.5 32.7
73°40.5' 73°41.4' = 1157 wT 14.5 2 72 5.4 32.9
73°39.9' 73°40.0° = 1331 64 18.4 12 BO 56 327
73°42.2' 73°42.1' 1427 71 18.4 5 79 58 326
73°39.9' 73°40.0' 1216 25 74 9 8 55 327



Page 9

A 3° NUMBER,
ORSH
5 47] 0 MEGANVERTEBRATES
BR A
a * 8, J a iN
57) : TOTAL NUMBER
= 61 - ° SASONDJEMAMS JASONDJEMAMJ JASONDIFMAMJJAS
Qo | 1988 198; 1988 1980
< YEAR X MONTH
w 54 -
5 4
Qn 4
Qo |
z
& 34
3 ol
I 27
Fd
14
ie)

JASONDJFMAMJJASONDJFMAMJJASONDJFMAMJJAS
1986 1987 1989

YEAR X MONTH

o
HUNDREDS OF KILOGRAMS

@ TOTAL WEIGHT
J JASONDJFMAMJJASONDJFMAMJJASONOJFMAMJJAS
1986 106 1888 1989

87 1
12 YEAR X MONTH

HUNDREDS OF KILOGRAMS

JASONDJFMAMJJASONDJFMAMJJASONDJFMAMJJAS

1986 1987 1988 1989
YEAR X MONTH

Figure 6. Monthly individual and combined catch of fish and megainvertebrates collected during broadscale surveys in and around
the 12-Mile Dumpsite, July 1986 - September 1989 (A = total number, B = total weight).


Appendix B (Continued)

Page 61

Winter Flounder Pleuronectes americanus (Continued)

733 (20;6.2;20-37)
737 (24;6.9:20-35)

.2;20-36)
755 (13:3.5:20-39)
764 (10;2.5;23-27)
768 (14:2.5:20-28)
772 (17;3.5:20-28)
776 (4;0.9;24-28)
780 (21;3.6;19-31)
784 (12;2.7:19-32)
788 (7;1.0;16-28)
792 (4:1.0;25-29)
797 (3;0.6;22-27)
801 (20;4.7;23-30)
805 (28:7.5:21-35)

835 (6:2.5:24-43)
842 (10;2.1;22-29)

874 (10;3.5;19-32)
878 (9;2.1;17-33)

883 (14;1.6;11-25)
887 (19;3.7;18-34)
891 (21:3.5; 16-30)

899 (12; nta34)

911 (15;2.0;17-29)
915 (3;0.4;19-22)

931 (1;0.3;29)
940 (2;0.3;21-24)
945 (2;0.3;20-24)
949 (3;0.5;20-26)
955 (2:0.2;18-28)
961 (2;0.2;21)

966 (6;0.8;18-28)
977 (1;0.2;29)

983 (8;0.8;17-22)
988 (1;0.1;22)

734 (18;4.3;19-38)
738 (28;5.9;17-39)
744 (1;0.3;29)

819 (3;0.
823 (10:2.4:18-40)

838 to; 1.9;21-29)
843 (25:5.3:16-33)

863 OS: 3.0;14-32)
867 (14;2.3;17-27)

871 (3;1
875 (18:4.4;

0;28-30)
15-36)

934 (1:0.1;20)
941 Gas 5.4;18-33)

967 (10;1.3;20-30)
:0.6;17-27)

989 (8:1.1;18-29)

738 (34;7.5;19-34)
741 (6;1.3;19-27)
745 (6;2.3;25-36)

761 (2:0.4:24-26)
766 (18;4.4;19-39)
770 (7;1.4;22-28)

790 (1;0.2;25)
795 (1;0.4;31)
799 (2;0.5:24-30)
803 (1;0.3;27)

820 (3:0.7:23-26)
825 (9;1.0; 16: 1625)

B44 (41 0;18-95)
848 (5;0.9;16-30)
852 (1,0.1;21)

868 (8;1.7;18-30)
872 (1:0.1;15)
876 (15;3.2;17-33)
880 (19 0.2;26)

913 (18: 9:17.34)
917 (8;1.5;16-34)
921 (7;1.1;
927 (1;0.1;17)
938 (5;0.7;19-27)
943 (2;0.3;18-27)
947 (1;0.1;20)
952 (10:0.9;17-24)
959 (31;3.5;17-31)
964 (3;0.3:21)
974 (1;0.1;18)
981 (2;0.1;21)
986 (3;0.5;22-29)

736 (36;6.9;19-34)
742 (4;1.4;23-34)
746 (5;1.4;24-32)
750 (6;1. 422-32)

767 e 2.0:22-27)

771 (6;1.4;24-30)

775 (3;0.8;26-27)

779 (20;4.5;19-34)

783 (7;1.5;21-33)
5;

787 (12;

796 (19;3.9;21-28)
800 (12;2.3;20-29)
804 (1;0.2;25)

808 (3;0.5;22-26)
813 (17;3.1;15-29)
817 (8;1.5;17-26)
821 (1;0. 28)

:2.7;14-34)
841 (8;1.9;20-33)
845 (2:0.3;21-26)
849 (8;2.1;17-32)

877 (2;0.2;17-20)
882 (1;0.2;25)

886 (9;1.9;22-30)
890 (7;1.7;19-32)
894 (9:1.6:15-31)
898 (2;0.1;15-18)
902 (3;0.4;18-24)

930 (6:1.0;18-29)
939 (1;0.2;24)
944 (2,0.4;22-26)
15-27)
953 (15; 2.5; 18-32)
960 (1:0.1;21)
965 (3;0.2;18-19)
976 (2;0.2;18-25)
982 (2;0.1;17-21)
987 (2;0.3;22-28)



Appendix B (Continued)

Page 77

Starfish Asterias sp. (Continued)

394 (1;0.1;9)
399 (6;0.1;6-8)
403 (6;0.1;8-12)
409 (1;0.1;5)
415 (3;0.1;6-9)
424 (10;0.2;8-13)
429 (11;0.1;6-10)
434 (14:0.8:7-25)
438 (2;0.1:9-10)
444 (1;0.1;6)
448 (18;0.3;5-10)
454 (5;0.1;4-10)
458 (3;0.1:7-10)
465 (1;0.1;9)

471 (10;2.3;6-14)
476 (2;0.1;8-9)
480 (1;0.1:11)
490 (7;0.1;4-8)
496 (1;0.1;10)
501 (1;0.1;7)
505 (6;0.1;5-9)
510 (1;0.1;10)
517 (2;0.1:8-15)
523 (1:0.1;6)

527 (5;0.1;4-9)
533 (1;0.1;9)
546 (1;0.1;5)
552 (2;0.1;7-8)
556 (3;0.1;5-11)
560 (1;0.1;6)
565 (1;0.1;7)
571 (1,0.1;11)
576 (6;0.6;8-26)
580 (5;0.1:9-10)

600 (6:0.1:7-12)

604 (116;3.4;6-25)
609 (14;0.2;5-13)
615 (17;0.4;6-10)
619 (23;0.5;6-13)

623 (27:0.8;6-17)

629 (9;0.1;4-8)
634 (4;0.1;7-9)
641 (1;0.1;8)
646 (9:0.2;7-12)

¢

658 (2; 0.46: -7)
662 (2:0.1:9-12)
666 (7:0.1;5-10)

;0.8;5-17)
5-15)
682 (27;0.3;4-13)
686 (11;0.2:6-10)

396 (26;0.7;6-17)
400 (2;0.1;5-7)
404 (1;0.1;6)
412 (430.1811)
0.1:8)

.1,6-8)
520 (8;0.1:7-11)
524 (1:0.1;13)
528 (13;0.3;7-20)
534 (2;0.1;9-17)
547 (2;0.1:6-7)
553 (7:0.1;5-10)
557 (3;0.1;6-10)
562 (2;0.1;9)
566 (1:0.1:7)
573 (4;0.1;6-9)
577 (4:0.1:6-13)
581 (1;0.1;8)
586 (5;0.1;4-7)
590 (1;0.1;8)
596 (1,0.1;11)
601 (10;0.2;7-12)
605 (21;0.6;7-21)
610 (26;0.6;6-13)

630 (15;0.2;5-11)
635 (3;0.1;6-9)
642 (3;0.1;5-8)
647 (1;0.1;7)
651 (1;0.1;11)
655 (55;2.0;7-19)

659 (6,0.2;8-13)
663 (41;1.4;5-27)
669 (18,0.4;7-14)

687 (30:0.5;6-13)

397 (35;1.0;5-20)
-6)

568 (9) 0.7;6-12)
574 (14;0.3;5-14)
578 (7:0.1:6-11)
582 (3:0.1;4-8)
587 (11;0.1;

591 (33;0.4;5-9)
598 (7;0.1;8-11)
602 (3;0.1:9-11)
606 (1;0.1;8)
611 (28;0.9;7-16)
617 (63;1.7:6-13)
621 (1;0.1;7)
625 (20;0.4;6-12)
631 (32;0.3;4-9)

688 (18;0.4:6-10)

443 (3;0.1;12-19)
447 (979;11.2;4-9)
453 (6;0.1;5-9)
457 (sai 0.5;6-11)

500 (11:0.2;5-14)
504 (3;0.1;5-6)
509 (8:0.1:2-19)

559 (1
564 (8.0.1:5-12)
569 (3;0.1;8-15)
575 (10;0.2:7-13)
579 (12,0.2;8-13)

608 (18;0.5;4-13)
614 (16;0.5;5-13)
618 (24;0.5;5-17)
622 (37;1.8;6-20)
626 (1;0.1;7)
632 (5;0.1;8-9)
637 go 0.1; 2



Appendix B (Continued)

Page 47

Ocean Pout Macrozoarces americanus (Continued)

175 (6;3.0;38-56)
181 (13;3,8;24-48)
185 (1;1.1;62)
192 (5;1.5;34-47)
196 (5;1.5;33-50)
200 (11;4.2;35-48)
205 (11;4.7;35-55)
209 (1;0.7;56)
213 (16;5.5;24-46)

242 (2;1.3;30-58)
246 (2;1.5;16-36)
250 (3;3.0;34-62)
255 (5;7.5;49-65)
261 (1:1.0:51)

265 (7;3.3;29-56)
271 (1;0.5;42)

449 (1;0.6;51)

455 (4;1.4;38-52)
459 (2;1.0;44-52)
463 (2;0.8;34-53)
467 (4;1.1;32-49)
471 (4;1.2:33-41)
475 (4:3.2:49-57)
479 (3;1.3;38-51)
483 (1;0.3:41)

488 (1;0.4;51)

494 (2;0.6;35-46)
500 (9;2.9;31-48)
504 (1:2.0;59)

508 (12;7.7:42-56)
519 (1;0.2:33)
523 (12;5.0;32-48)

530 (1;0.3;40)
539 (1;0.6;42)
544 (2;0.9;37-42)
548 (23;15.0;33-51)
552 (7;5.5;36-60)
557 (4;2.6;35-55)
574 (1;0.5;49)
757 (1;0.1;30)
762 (1;0.2;46)
766. (6;2.0;39-48)
5;

778 (6;2.5;33-59)
783 (1;0.5;44)
789 (1;0.4;42)
794 (1;0.1;41)
799 (5;2.6;39-55)
804 (5;1.6;28-53)
812 (2;1.0;38-39)

176 (1;0.3;41)

182 (9;3.7;28-54)
188 (1;0.4;37)

193 (4;1.9;44-52)
197 (39;19.0;31-58)
201 (6;2.4;40-55)
206 (2;0.6;30-45)
210 (2;0.9;43-49)
214 (6;3.3;40-47)
220 (2;0.4;32-35)
224 (3;2.4;45-54)
228 (1;0.3;33)

235 (9;3.0;34-45)
239 (2;1.1;45)

243 (4;0.8:31-37)
247 (2;2.0;34-35)
251 (39;35.0;20-60)
256 (1;0.7;52)

262 (2;1.0;38-49)
266 (1;0.7;49)

276 (2;0.2;29-35)
452 (3;1.1;43-47)
456 (17;4.8;34-51)
460 (4;2.0;38-60)
464 (3;2.6;53-65)
468 (12;4.0;31-59)
472 (22;22.8;51-72)
476 (13;10.8;39-70)
480 (16;5.0;32-50)
484 (1;0.3;35)

489 (1;0.7;52)

495 (1;0.6;52)

501 (1;0.3;36)

505 (2:4.0;57-59)
509 (1;0.5;48)

520 (19;10.5;34-51)
524 (2;2.8;53-62)
533 (11;6.2;36-51)
540 (1;1.1;42)

545 (28;17.0;34-53)
549 (4;2.6;40-56)
553 (3;3.3;50-56)
558 (2;1.2;40-51)
741 (1;0.3;42)

759 (2;1.0;41-52)
763 (17;14.8;50-67)
767 (3;1.5;33-54)
771 (2;2.5;47-48)
775 (3;2.8;49-60)
779 (3;0.4;31-36)
784 (1;0.3;43)

791 (4;1.5;32-57)
795 (3;1.9;47-55)
800 (3;1.0;34-41)
805 (7;2.8;32-55)
813 (6;1.2;29-38)

179 (1;0.4;41)
183 (4;1.4;28-39)

189 (2;0.6;36-43)
194 (20;7.2;30-53)
198 (10;5.4;34-56)

3731-56)

180 (10;3.7;34-51)
184 (1;1.4;67)
190 (4;1.0;33-40)
195 (4;1.3;33-40)
199 (3;2.1:51-54)
203 (9;4.8;29-52)
208 (3;1.5;39-49)

231 (6;1.5;32-40)
237 (34;11.0;28-47)
241 (3;1.1;33-46)
245 (3;4.0;32-38)
249 (7;5.5;39-62)
253 (1;0.5;43)
259 (6;2.5;29-60)
264 (6;3.0;31-56)
269 (2;0.3;26-30)
448 (1;0.4;42)
454 (1;0.1;32)
458 (1;0.5;50)
462 (3;0.5;32-36)
466 (2;1.8;51-67)
470 (16;6.1;32-45)
474 (5;5.0;49-65)
478 (5;2.0;38-50)
482 (1;1.0;54)
487 (1;0.1;35)
492 (14;7.7;37-56)
498 (2;1.6;49-55)
503 (6;1.1;29-37)
507 (5;3.2;38-53)
515 (2:1.2:44-47)
522 (64;28.5;21-44)
527 (11;7.8;43-53)
537 (2;1.4;44-50)
543 (3;3.0;37-66)
547 (1;0.5;38)

551 (4:2.0;33-57)
556 (4:3.0;30-49)
564 (2;0.6;33-39)
751 (1;0.1;27)
761 (4;2.0;36-52)
765 (3;1.5:39-50)
769 (5;3.0;47-60)
773 (6;2.5;34-49)
777 (1;0.4;44)
782 (3;3.5;40-41)
787 (3;0.8;28-44)
793 (5;1.9;40-60)
797 (1;0.4;47)



Appendix B (Continued)

Page 49

Butterfish Peprilus triacanthus (Continued)

147 (16;0.5;10-13)
151 (2;0.1;8-10)
155 (2;0.1;12)

161 (7;0.5;9-20)
279 (2;0.2;12-18)
285 (2;0.1;11)
299 (1;0.1;12)
307 (1;0.1;9)

318 (42;0.5;7-9)
322 (1;0.1:9)

326 (24;0.4;6-15)

333 (4;0.1;6-10)

337 (10;0.1;4-7)

344 (10.1; 12)
Ay

(15
361 (202;1.5;6-9)
366 (3:0.1;7)
374 (3;0.1:7)
381 (1;0.1;7)

410 (115; 2.3:9-11)
415 (2;0.1:6)

419 (49;1.0;8-12)
423 (71;2.0;8-14)
428 (3;0.1;9-11)
432 (1;0.1;10)
436 (7;0.1;7- ay

449 (6;0.1;6-12)
455 (1;0.1;11)
564 (8;0.3;12-14)
572 (1,0. ‘ 411)

590 (9:0.1:11-16)
595 (3;0.2;11-17)
600 (1;0.1;10)
605 (1;0.1;14)

93 (18;0.3;8-11)

101 (278;7.5;9-12)
105 (296:7.4;9-11)

148 (404; 11-12)
152 (2;0.1;10-11)
158 (10;0.2;9-12)
164 (1;0.2;18)
282 (4:0.1;11-12)
287 (2;0.1;11-12)
301 (4;0.1;7-11)
308 (1; iO. :9)
1.0;

334 (8:0.1;6-9)
338 (1;0.1;5)

367 (25;1.0;5-8)
375 (2;0.1;7-8)
‘0.1:6)

)
398 (151;3.4;7-12)
402 (3;0.1;9)
406 (31;0.

)
420 (125:3.3;6-16)
424 (1;0.1;11)
429 (6:0.1;7-11)

437 (4;0.1;7-11)
441 (5;0.1;7-11)
445 (3;0.3;11-19)
450 (8;0.1;6-8)

311-19)
2-13)
577 (41;1.3;11-15)
581 (1;0.1;12)
587 (6;0.4;11-17)
592 (13;0.8;10-16)
596 (4;0.2;11-17)
601 (1;0.1;14)
606 (3;0.1;12-14)

94 (4;0.1;9-10)
8.

119 (47;0.9;8-11)

125 (88;1.7;6-12)

129 (1;0.1;6)

134 (164;5.6;9-13)

140 (31;2.5;9-12)
08:

335 (29:0.5;4-10)
340 (15;0.2;6-10)
0.1;6-8)

0.1:7)
389 (27:0.2:6-8)

393 (30;0.3;6-10)
399 (71;1.5;6-11)
403 (32;0.5;5-11)
407 (4;0.1;10-11)

)
421 (183;4.3;7-14)
425 (13;0.2;7-11)
430 (73;2.0;10-13)
434 (19;0.2;7-12)
438 (132;3.5;9-14)
442 (6;0.1;5-10)
446 (1;0.1;6)
451 (8;0.1;:7-11)
463 (13;0.5;10-17)
567 (2;0.1;12-13)
578 (24;0.6;12-14)
582 (4;0.1;12-16)
588 (57;2.5;11-17)
593 (10;0.4;10-14)

0.

607 (2;0.1:13-14)

385 (1;0.1:8)
390 (31;0.4;7-10)
0.

435 (99;2.1;7-13)
439 (144;3.7;8-12)
443 (1;0.1;8)
448 (1;0.1;8)
452 (1;0.1; 12)

16)

(1,0.1;15)
608 (9;0.5;12-1)


Page 12

New York City Department of Environmental Protection.
1983. Technical information to support the redesignation
of the 12-mile site for the ocean disposal of municipal
‘sewage sludge; 750 p. Available from: New York City
Department of Environmental Protection, New York,
NY.

Pararas-Carayannis, G. 1973. Ocean dumping in the New
York Bight; an assessment of environmental studies.
U.S. Coastal Engineering Research Center Technical
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Corps of Engineers, Vicksburg, MS.

Reid, R.N.; Ingham, M.C.; Pearce, J.B., editors. 1987.
NOAA's Northeast Monitoring Program (NEMP): a
report on progress of the first five years (1979-1984)
and a plan for the future. NOAA Technical Memoran-
dum NMFS-F/NEC-44; 138 p. Available from: Na-
tional Marine Fisheries Service, Highlands, NJ.

Robins, C.R., chairman; Bailey, R.M.; Bond, C.E.; Brooker,
J.R.; Lachner, E.A.; Lea, R.N.; Scott, W.B. 1991.
Common and scientific names of fishes from the United
States and Canada. Am. Fish. Soc. Spec. Pub. 20; 183

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Santoro, E.D. 1987. Status report — phaseout of ocean
dumping of sewage sludge in the New York Bight apex.
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Squires, D.F. 1983. The ocean dumping quandary: waste
disposal in the New York Bight. Albany, NY: Sea
Grant Institute of the State University of New Yorkand
Cornell University; 226 p.

Swanson, R.L.; Champ, M.A.; O’Connor, T.; Park, P.K.;
O'Connor, J.; Mayer, G.F.; Stanford, H.M.; Erdheim,
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Turgeon, D.D., chair, Bogan, A-E.; Coan, E.V., Emerson,
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Wilk, S.J.,; Morse, W.W.; Ralph, D.E.; Azarovitz, T.R.
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Washington, DC.

Wilk, S.J.; Ralph, D.E.; Morris, A.C. 1983. Demersal fish
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Wilk, S.J.,; Pacheco, A.L.; Baker, B. 1988. Fish and
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Wilk, S.J.; Baker, B.M. 1989. Results of a fish-
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