pollock egg 1 0.39772280 0.922 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ CanadNA assumed by Agret pollock larvae 2 0.01706032 4.071 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ CanadNA assumed by Agret pollock juvenile 3 0.00097507 6.933 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ CanadNA assumed by Agret pollock age01 4 0.81873075 0.2 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age02 5 0.67032005 0.2 0.2 0.5 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age03 6 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age04 7 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age05 8 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age06 9 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age07 10 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age08 11 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age09 12 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age10 13 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age11 14 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age12 15 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age13 16 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age14 17 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret pollock age15 18 0.67032005 0.2 0.2 1 calculated using Se = eSaila et al., 1997; # 23746 Table2/ northeNOAA. 2002. Status of thassumed by Agret red. hake egg 1 0.29611719 1.217 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ CanadNA assumed by Agret red. hake L2.0mm 2 0.51196450 0.6695 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ CanadNA assumed by Agret red. hake L. 2.5mm 3 0.51196450 0.6695 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ CanadNA assumed by Agret red. hake L. 3.0mm 4 0.51196450 0.6695 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ CanadNA assumed by Agret red. hake L. 3.5mm 5 0.51196450 0.6695 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ CanadNA assumed by Agret red. hake L. 4.0mm 6 0.51196450 0.6695 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ CanadNA assumed by Agret red. hake L. 4.5mm 7 0.03517217 3.3475 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ CanadNA assumed by Agret red. hake juvenile 8 0.00796260 4.833 0 0 calculated using Se = eSaila et al., 1997; # 23746 Table4/ NortheNOAA. 2002. Status of thassumed by Agret red. hake age01 9 0.45384480 0.4 0.39 0.5 calculated using Se = eSaila et al., 1997; # 23746 Table3/ NortheNOAA. 2002. Status of thassumed by Agret red. hake age02 10 0.45384480 0.4 0.39 1 calculated using Se = eSaila et al., 1997; # 23746 Table3/ NortheNOAA. 2002. Status of thassumed by Agret red. hake age03 11 0.45384480 0.4 0.39 1 calculated using Se = eSaila et al., 1997; # 23746 Table3/ NortheNOAA. 2002. Status of thassumed by Agret red. hake age04 12 0.45384480 0.4 0.39 1 calculated using Se = eSaila et al., 1997; # 23746 Table3/ NortheNOAA. 2002. Status of thassumed by Agret red. hake age05 13 0.45384480 0.4 0.39 1 calculated using Se = eSaila et al., 1997; # 23746 Table3/ NortheNOAA. 2002. Status of thassumed by Agret red. hake age06 14 0.45384480 0.4 0.39 1 calculated using Se = eSaila et al., 1997; # 23746 Table3/ NortheNOAA. 2002. Status of thassumed by Agret red. hake age07 15 0.45384480 0.4 0.39 1 calculated using Se = eSaila et al., 1997; # 23746 Table3/ NortheNOAA. 2002. Status of thassumed by Agret red. hake age08 16 0.45384480 0.4 0.39 1 calculated using Se = eSaila et al., 1997; # 23746 Table3/ NortheNOAA. 2002. Status of thassumed by Agret red. hake age09 17 0.45384480 0.4 0.39 1 calculated using Se = eSaila et al., 1997; # 23746 Table3/ NortheNOAA. 2002. Status of thassumed by Agret red. hake age10 18 0.45384480 0.4 0.39 1 calculated using Se = eSaila et al., 1997; # 23746 Table3/ NortheNOAA. 2002. Status of thassumed by Agret grubby egg 1 0.10000000 2.302585093 0 0 assumed by Agret to becalculated using Se = exp ( m+ f) assumed by AGRET baseassumed by AGRET grubby larvae 2 0.00908 4.70202 0 0 see output file calculated using Se = exp ( m+ f) assumed by AGRET baseassumed by AGRET grubby age01 3 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGRET baseassumed by AGRET grubby age02 4 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGRET baseassumed by AGRET grubby age03 5 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGRET baseassumed by AGRET grubby age04 6 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGRET baseassumed by AGRET grubby age05 7 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGRET baseassumed by AGRET grubby age06 8 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGRET baseassumed by AGRET grubby age07 9 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGRET baseassumed by AGRET grubby age08 10 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGRET baseassumed by AGRET grubby age09 11 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGRET baseassumed by AGRET tautog egg 1 0.0798 2.528231775 0 0 [ 25906]; Narangansett calculated using Se = exp ( m+ f) assumed by AGREt assumed by AGREt tautog larvae 2 5.83E 05 9.750543314 0 0 [ 25906]; Narangansett calculated using Se = exp ( m+ f) assumed by AGREt assumed by AGREt tautog age01 3 0.70468809 0.06 0.29 0.5 calculated using Se = e[ 25906] p. I. 30 ( 12% higher than 0.31) : [ 27951] assumed by AGREt tautog age02 4 0.70468809 0.06 0.29 1 calculated using Se = e[ 25906] p. I. 30 ( 12% higher than 0.31) : [ 27951] assumed by AGREt tautog age03 5 0.70468809 0.06 0.29 1 calculated using Se = e[ 25906] p. I. 30 ( 12% higher than 0.31) : [ 27951] assumed by AGREt tautog age04 6 0.70468809 0.06 0.29 1 calculated using Se = e[ 25906] p. I. 30 ( 12% higher than 0.31) : [ 27951] assumed by AGREt Page 34 of 79 5 2352  lifehistory02 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 L M N O P Q R S T U V W X Y Z AA AB AC # 27295; p. 12/ Southeastern New England # 27295; p. 12/ Southeastern New England # 27295; p. 12/ Southeastern New England # 27295; p. 12/ Southeastern New England # 27295; p. 12/ Southeastern New England # 27295; p. 12/ Southeastern New England # 27295; p. 12/ Southeastern New England # 27295; p. 12/ Southeastern New England # 27295; p. 12/ Southeastern New England # 27295; p. 12/ Southeastern New England T based on Marca Hagenstadt landings data T based on Marca Hagenstadt landings data T based on Marca Hagenstadt landings data T based on Marca Hagenstadt landings data T based on Marca Hagenstadt landings data T based on Marca Hagenstadt landings data T based on Marca Hagenstadt landings data T based on Marca Hagenstadt landings data T based on Marca Hagenstadt landings data T based on Marca Hagenstadt landings data T based on Marca Hagenstadt landings data Page 35 of 79 5 2352  lifehistory02 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 AD AE AF AG AH AI AJ Page 36 of 79 5 2352  lifehistory02 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 A B C D E F G H I J K tautog age05 7 0.70468809 0.06 0.29 1 calculated using Se = e[ 25906] p. I. 30 ( 12% higher than 0.31) : [ 27951] assumed by AGREt tautog age06 8 0.70468809 0.06 0.29 1 calculated using Se = e[ 25906] p. I. 30 ( 12% higher than 0.31) : [ 27951] assumed by AGREt radiated. shanny egg 1 0.1 2.302585093 0 0 assumed by AGREt assumed by AGRET assumed by AGREt basedassumed by AGREt radiated. shanny larvae 2 0.04452 3.11175 0 0 see output file calculated using Se = exp ( m+ f) assumed by AGREt basedassumed by AGREt radiated. shanny age01 3 0.644036421 0.44 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by AGREt radiated. shanny age02 4 0.644036421 0.44 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by AGREt radiated. shanny age03 5 0.644036421 0.44 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by AGREt radiated. shanny age04 6 0.644036421 0.44 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by AGREt radiated. shanny age05 7 0.644036421 0.44 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by AGREt radiated. shanny age06 8 0.644036421 0.44 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by AGREt radiated. shanny age07 9 0.644036421 0.44 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by AGREt radiated. shanny age08 10 0.644036421 0.44 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by AGREt radiated. shanny age09 11 0.644036421 0.44 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by AGREt radiated. shanny age10 12 0.644036421 0.44 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by AGREt sculpin. spp egg 1 0.10000000 2.302585093 0 0 assumed by Agret to becalculated using Se = exp ( m+ f) NA assumed by Agret sculpin. spp larvae 2 0.00908 4.70202 0 0 see output file calculated using Se = exp ( m+ f) NA assumed by Agret sculpin. spp age01 3 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret sculpin. spp age02 4 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret sculpin. spp age03 5 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret sculpin. spp age04 6 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret sculpin. spp age05 7 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret sculpin. spp age06 8 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret sculpin. spp age07 9 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret sculpin. spp age08 10 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret sculpin. spp age09 11 0.631283646 0.46 0 0 calculated using Se = eLonghorn. sculpin. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret fourbeard. rockling egg 1 0.10000000 2.302585093 0 0 assumed by AGRET calculated using Se = exp ( m+ f) assumed by AGREt based on Marca's landing fourbeard. rockling larvae 2 0.00568 5.17090 0 0 see output file calculated using Se = exp ( m+ f) assumed by AGREt based on Marca's landing fourbeard. rockling age01 3 0.612626394 0.49 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by Agret fourbeard. rockling age02 4 0.612626394 0.49 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by Agret fourbeard. rockling age03 5 0.612626394 0.49 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by Agret fourbeard. rockling age04 6 0.612626394 0.49 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by Agret fourbeard. rockling age05 7 0.612626394 0.49 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by Agret fourbeard. rockling age06 8 0.612626394 0.49 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by Agret fourbeard. rockling age07 9 0.612626394 0.49 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by Agret fourbeard. rockling age08 10 0.612626394 0.49 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by Agret fourbeard. rockling age09 11 0.612626394 0.49 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGREt basedassumed by Agret searobin egg 1 0.10000000 2.302585093 0 0 calculated using Se = eassumed by AGRET assumed to be like hake Sassumed by Agret searobin larvae 2 0.01032 4.57327 0 0 see output file calculated using Se = exp ( m+ f) assumed to be like hake Saila et al., 1997 searobin age01 3 0.594520548 0.42 0.1 0.5 calculated using Se = eNorthern. Searobin. Froese, R. and D. Passumed to be like hake Saila et al., 1997 searobin age02 4 0.594520548 0.42 0.1 1 calculated using Se = eNorthern. Searobin. Froese, R. and D. Passumed to be like hake Saila et al., 1997 searobin age03 5 0.594520548 0.42 0.1 1 calculated using Se = eNorthern. Searobin. Froese, R. and D. Passumed to be like hake Saila et al., 1997 searobin age04 6 0.594520548 0.42 0.1 1 calculated using Se = eNorthern. Searobin. Froese, R. and D. Passumed to be like hake Saila et al., 1997 searobin age05 7 0.594520548 0.42 0.1 1 calculated using Se = eNorthern. Searobin. Froese, R. and D. Passumed to be like hake Saila et al., 1997 searobin age06 8 0.594520548 0.42 0.1 1 calculated using Se = eNorthern. Searobin. Froese, R. and D. Passumed to be like hake Saila et al., 1997 searobin age07 9 0.594520548 0.42 0.1 1 calculated using Se = eNorthern. Searobin. Froese, R. and D. Passumed to be like hake Saila et al., 1997 searobin age08 10 0.594520548 0.42 0.1 1 calculated using Se = eNorthern. Searobin. Froese, R. and D. Passumed to be like hake Saila et al., 1997 rock. gunnel egg 1 0.10000000 2.302585093 0 0 assumed by AGRET calculated using Se = exp ( m+ f) assumed by AGREt basedassumed by Agret rock. gunnel larvae 2 0.07622 2.57417 0 0 see output file calculated using Se = exp ( m+ f) assumed by AGREt basedassumed by Agret rock. gunnel age01 3 0.644036421 0.44 0 0 calculated using Se = eRadiated. shanny. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret rock. gunnel age02 4 0.644036421 0.44 0 0 calculated using Se = eRadiated. shanny. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret rock. gunnel age03 5 0.644036421 0.44 0 0 calculated using Se = eRadiated. shanny. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret rock. gunnel age04 6 0.644036421 0.44 0 0 calculated using Se = eRadiated. shanny. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret rock. gunnel age05 7 0.644036421 0.44 0 0 calculated using Se = eRadiated. shanny. Froese, R. and D. Pauassumed by AGREt basedassumed by Agret striped. bass egg 1 0.249698772 1.3875 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass ysl 2 0.108609109 2.22 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass pysl 3 0.006229869 5.0784 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass juv1 4 0.101799509 2.28475 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass juv2 5 0.366209392 1.00455 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age01 6 0.334539607 1.095 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age02 7 0.631274176 0.150015 0.31 0.06 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age03 8 0.631274176 0.150015 0.31 0.2 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age04 9 0.631274176 0.150015 0.31 0.63 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age05 10 0.631274176 0.150015 0.31 0.94 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 Page 37 of 79 5 2352  lifehistory02 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 L M N O P Q R S T U V W X Y Z AA AB AC based on Marca's landings values based on Marca's landings values based on Marca's landings values based on Marca's landings values based on Marca's landings values based on Marca's landings values based on Marca's landings values based on Marca's landings values based on Marca's landings values based on Marca's landings values based on Marca's landings values based on Marca's landings values s values s values ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F Page 38 of 79 5 2352  lifehistory02 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 AD AE AF AG AH AI AJ Page 39 of 79 5 2352  lifehistory02 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 A B C D E F G H I J K striped. bass age06 11 0.631274176 0.150015 0.31 1 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age07 12 0.631274176 0.150015 0.31 0.9 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age08 13 0.631274176 0.150015 0.31 0.9 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age09 14 0.631274176 0.150015 0.31 0.9 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age10 15 0.631274176 0.150015 0.31 0.9 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age11 16 0.631274176 0.150015 0.31 0.9 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age12 17 0.631274176 0.150015 0.31 0.9 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age13 18 0.631274176 0.150015 0.31 0.9 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age14 19 0.631274176 0.150015 0.31 0.9 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 striped. bass age15 20 0.631274176 0.150015 0.31 0.9 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachNOAA. 2002. Status of thPSEG, 1999 [ 26046 bay. anchovy egg 1 0.352043687 1.044 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 bay. anchovy ysl 2 0.20887903 1.566 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 bay. anchovy pysl 3 0.121796946 2.1054 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 bay. anchovy pysl2 4 0.01796374 4.0194 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 bay. anchovy juv1 5 0.921073907 0.082215 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 bay. anchovy juv2 6 0.917474952 0.08613 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 bay. anchovy juv3 7 0.878802582 0.129195 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 bay. anchovy juv4 8 0.369941646 0.99441 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 bay. anchovy age01 9 0.197059414 1.62425 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 bay. anchovy age02 10 0.197059414 1.62425 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 bay. anchovy age03 11 0.197059414 1.62425 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 blueback. herring egg 1 0.572352625 0.558 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring ysl 2 0.160474537 1.82962 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring pysl 3 0.176223888 1.736 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring juv1 4 0.043701188 3.13038 0 0 calculated using Se = edivided into 2 juv stages. PSEG, 1999 [ 2PSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring juv2 5 0.043701188 3.13038 0 0 calculated using Se = edivided into 2 juv stages. PSEG, 1999 [ 2PSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring age01 6 0.740795996 0.30003 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring age02 7 0.740795996 0.30003 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring age03 8 0.740795996 0.30003 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring age04 9 0.367846334 0.90009 0.1 0.45 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring age05 10 0.201866236 1.50015 0.1 0.9 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring age06 11 0.201866236 1.50015 0.1 1 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring age07 12 0.201866236 1.50015 0.1 1 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 blueback. herring age08 13 0.201866236 1.50015 0.1 1 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSE& G, 1999; # 25978; TAPSE& G, 1999; # 259 bluefish egg 1 0.10000000 2.302585093 0 0 assumed by Agret to becalculated using Se = exp ( m+ f) NA assumed by Agret bluefish larvae 2 0.00516 5.26636 0 0 see output file calculated using Se = exp ( m+ f) NA assumed by Agret bluefish juvenile 3 0.00516 5.26636 0 0 see output file calculated using Se = exp ( m+ f) NA assumed by Agret bluefish age01 4 0.47236655 0.35 0.4 0.5 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age02 5 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age03 6 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age04 7 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age05 8 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age06 9 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age07 10 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age08 11 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age09 12 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age10 13 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age11 14 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret bluefish age12 15 0.47236655 0.35 0.4 1 calculated using Se = eNOAA( 1993); [ 27015]; p. 103 NOAA. 2002. Status of thassumed by Agret butterfish egg 1 0.10000000 2.3 0 0 assumed by Agret to becalculated using Se = exp ( m+ f) assumed by Agret based on Marcas econ valu butterfish larvae 2 0.00030 8.12524 0 0 see output file calculated using Se = exp ( m+ f) assumed by Agret based on Marcas econ valu butterfish age01 3 0.31348618 0.4 0.76 0.5 calculated using Se = eNOAA. 2002. Status of the Fishery Resassumed by Agret based on Marcas econ valu butterfish age02 4 0.31348618 0.4 0.76 1 calculated using Se = eNOAA. 2002. Status of the Fishery Resassumed by Agret based on Marcas econ valu butterfish age03 5 0.31348618 0.4 0.76 1 calculated using Se = eNOAA. 2002. Status of the Fishery Resassumed by Agret based on Marcas econ valu hogchoker egg 1 0.106 2.244316185 0 0 New England Power Cocalculated using Se = exp ( m+ f) assumed by AGRET baseassumed by AGRET hogchoker larvae 2 0.00119 6.73079 0 0 see output file calculated using Se = exp ( m+ f) assumed by AGRET baseassumed by AGRET hogchoker age01 3 0.77880078 0.25 0 0 calculated using Se = eNew England Power Company ( 1994); [ assumed by AGRET baseassumed by AGRET hogchoker age02 4 0.77880078 0.25 0 0 calculated using Se = eNew England Power Company ( 1994); [ assumed by AGRET baseassumed by AGRET hogchoker age03 5 0.77880078 0.25 0 0 calculated using Se = eNew England Power Company ( 1994); [ assumed by AGRET baseassumed by AGRET hogchoker age04 6 0.77880078 0.25 0 0 calculated using Se = eNew England Power Company ( 1994); [ assumed by AGRET baseassumed by AGRET hogchoker age05 7 0.77880078 0.25 0 0 calculated using Se = eNew England Power Company ( 1994); [ assumed by AGRET baseassumed by AGRET hogchoker age06 8 0.77880078 0.25 0 0 calculated using Se = eNew England Power Company ( 1994); [ assumed by AGRET baseassumed by AGRET killifish. striped egg 1 0.1 2.3 0 0 assumed by Agret to becalculated using Se = exp ( m+ f) assumed by JHazen based on Froese, R. and Page 40 of 79 5 2352  lifehistory02 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 L M N O P Q R S T U V W X Y Z AA AB AC ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad 978; TAB18, Table 17; same than American shad ues ues ues ues ues T T T T T T T T D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Oct. 15, 2001. Huber, J. H. 1996. Killi Data 1996. Updated checklist of taxonomic names, collecting localities and bibliographic references of oviparous Cyprinodont fishes ( Atherinomorpha, Pisces)

Page 41 of 79 5 2352  lifehistory02 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 AD AE AF AG AH AI AJ Société Française d'Ichtyologie, Muséum National d'Histoire Naturelle, Paris, France, 399 p. Page 42 of 79 5 2352  lifehistory02 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 346 347 348 349 350 351 352 353 354 355 356 357 358 359 360 361 362 363 364 365 366 367 368 369 370 371 372 373 374 375 376 377 378 A B C D E F G H I J K killifish. striped larvae 2 0.05 3 0 0 calculated from reporte calculated using Se = exp ( m+ f) assumed by JHazen based on Froese, R. and killifish. striped age01 3 0.46 0.776528789 0 0 reported survival rate o calculated using Se = exp ( m+ f) assumed by JHazen based on Froese, R. and killifish. striped age02 4 0.46 0.776528789 0 0 reported survival rate o calculated using Se = exp ( m+ f) assumed by JHazen based on Froese, R. and killifish. striped age03 5 0.46 0.776528789 0 0 reported survival rate o calculated using Se = exp ( m+ f) assumed by JHazen based on Froese, R. and killifish. striped age04 6 0.46 0.776528789 0 0 reported survival rate o calculated using Se = exp ( m+ f) assumed by JHazen based on Froese, R. and killifish. striped age05 7 0.46 0.776528789 0 0 reported survival rate o calculated using Se = exp ( m+ f) assumed by JHazen based on Froese, R. and killifish. striped age06 8 0.46 0.776528789 0 0 reported survival rate o calculated using Se = exp ( m+ f) assumed by JHazen based on Froese, R. and killifish. striped age07 9 0.46 0.776528789 0 0 reported survival rate o calculated using Se = exp ( m+ f) assumed by JHazen based on Froese, R. and lumpfish egg 1 0.10000000 2.302585093 0 0 assumed by Agret to becalculated using Se = exp ( m+ f) assumed by AGRET base1 because of surviva lumpfish larvae 2 0.00008 9.39428 0 0 see output file calculated using Se = exp ( m+ f) assumed by AGRET base1 because of surviva lumpfish age01 3 0.82695913 0.19 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGRET base1 because of surviva lumpfish age02 4 0.82695913 0.19 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGRET base1 because of surviva lumpfish age03 5 0.82695913 0.19 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGRET base1 because of surviva lumpfish age04 6 0.82695913 0.19 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGRET base1 because of surviva lumpfish age05 7 0.82695913 0.19 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Fassumed by AGRET base1 because of surviva white. perch egg 1 0.063696542 2.753625 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch ysl 2 0.122701586 2.098 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch pysl 3 0.037897126 3.27288 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch juv1 4 0.387816496 0.947223 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch juv2 5 0.467911548 0.759476 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch age01 6 0.50000609 0.693135 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch age02 7 0.50000609 0.693135 0 0 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch age03 8 0.430352775 0.693135 0.150015 0.0008 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch age04 9 0.432084115 0.68912 0.150015 0.0266 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch age05 10 0.177720178 1.57753 0.150015 0.2119 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch age06 11 0.185000824 1.53738 0.150015 0.4804 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch age07 12 0.195198166 1.483725 0.150015 0.8376 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch age08 13 0.200030585 1.45927 0.150015 1 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch age09 14 0.200030585 1.45927 0.150015 1 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 white. perch age10 15 0.200030585 1.45927 0.150015 1 calculated using Se = ePSEG, 1999 [ 26046]; appendix F, AttachPSEG, 1999 [ 26046]; app PSEG, 1999 [ 26046 northern. pipefish egg 1 0.10000000 2.302585093 0 0 assumed by Agret to becalculated using Se = exp ( m+ f) assumed by AGRET base1 because needed to northern. pipefish larvae 2 0.03645 3.31181 0 0 see output file calculated using Se = exp ( m+ f) assumed by AGRET base1 because needed to northern. pipefish age01 3 0.47236655 0.75 0 0 calculated using Se = eBroad nosed. pipefish. Froese, R. and D assumed by AGRET base1 because needed to northern. pipefish age02 4 0.47236655 0.75 0 0 calculated using Se = eBroad nosed. pipefish. Froese, R. and D assumed by AGRET base1 because needed to northern. pipefish age03 5 0.47236655 0.75 0 0 calculated using Se = eBroad nosed. pipefish. Froese, R. and D assumed by AGRET base1 because needed to northern. pipefish age04 6 0.47236655 0.75 0 0 calculated using Se = eBroad nosed. pipefish. Froese, R. and D assumed by AGRET base1 because needed to northern. pipefish age05 7 0.47236655 0.75 0 0 calculated using Se = eBroad nosed. pipefish. Froese, R. and D assumed by AGRET base1 because needed to threespine. stickleback egg 1 0.10000000 2.3 0 0 assumed by Agret to becalculated using Se = exp ( m+ f) according to Marca's land assumed by AGRET threespine. stickleback larvae 2 0.02919 3.53400 0 0 see output file calculated using Se = exp ( m+ f) according to Marca's land assumed by AGRET threespine. stickleback age01 3 0.40656966 0.9 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Faccording to Marca's land assumed by AGRET threespine. stickleback age02 4 0.40656966 0.9 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Faccording to Marca's land assumed by AGRET threespine. stickleback age03 5 0.40656966 0.9 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Faccording to Marca's land assumed by AGRET threespine. stickleback age04 6 0.40656966 0.9 0 0 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. Faccording to Marca's land assumed by AGRET windowpane egg 1 0.07115 2.642964954 0 0 # 25906 ( Brayton Annuacalculated using Se = exp ( m+ f) assumed by AGREt assumed by AGREt windowpane larvae 2 0.00155 6.46635 0 0 see output file calculated using Se = exp ( m+ f) assumed by AGREt assumed by AGREt windowpane age01 3 0.136695425 0.39 1.6 0.02 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thlike winter flounder.

windowpane age02 4 0.136695425 0.39 1.6 0.25 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thlike winter flounder.

windowpane age03 5 0.136695425 0.39 1.6 0.61 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thlike winter flounder.

windowpane age04 6 0.136695425 0.39 1.6 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thlike winter flounder.

windowpane age05 7 0.136695425 0.39 1.6 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thlike winter flounder.

windowpane age06 8 0.136695425 0.39 1.6 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thlike winter flounder.

windowpane age07 9 0.136695425 0.39 1.6 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thlike winter flounder.

windowpane age08 10 0.136695425 0.39 1.6 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thlike winter flounder.

atlantic. cod egg 1 0.00770000 4.86653495 0 0 NA 25834, pg 70 NOAA. 2002. Status of thAssumed atlantic. cod larvae 2 0.00117108 6.749832471 0 0 NA see output file NOAA. 2002. Status of thAssumed atlantic. cod age01 3 0.67032005 0.4 0 0 NA calculated using Se = exp ( m f) NOAA. 2002. Status of thAssumed atlantic. cod age02 4 0.61262639 0.2 0.29 0.5 NA calculated using Se = exp ( m f) NOAA. 2002. Status of thAssumed atlantic. cod age03 5 0.61262639 0.2 0.29 1 NA calculated using Se = exp ( m f) NOAA. 2002. Status of thAssumed atlantic. cod age04 6 0.61262639 0.2 0.29 1 NA calculated using Se = exp ( m f) NOAA. 2002. Status of thAssumed atlantic. cod age05 7 0.61262639 0.2 0.29 1 NA calculated using Se = exp ( m f) NOAA. 2002. Status of thAssumed atlantic. cod age06 8 0.61262639 0.2 0.29 1 NA calculated using Se = exp ( m f) NOAA. 2002. Status of thAssumed scup egg 1 0.1 2.302585093 0 0 assumed by Agret to becalculated using Se = exp ( m f) assumed by AGRET assumed by AGRET scup larvae 2 0.00421 5.47045 0 0 see output file calculated using Se = exp ( m f) assumed by AGRET assumed by AGRET Page 43 of 79 5 2352  lifehistory02 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 346 347 348 349 350 351 352 353 354 355 356 357 358 359 360 361 362 363 364 365 366 367 368 369 370 371 372 373 374 375 376 377 378 L M N O P Q R S T U V W X Y Z AA AB AC D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Oct. 15, 2001. Huber, J. H. 1996. Killi Data 1996. Updated checklist of taxonomic names, collecting localities and bibliographic references of oviparous Cyprinodont fishes ( Atherinomorpha, Pisces)

D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Oct. 15, 2001. Huber, J. H. 1996. Killi Data 1996. Updated checklist of taxonomic names, collecting localities and bibliographic references of oviparous Cyprinodont fishes ( Atherinomorpha, Pisces)

D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Oct. 15, 2001. Huber, J. H. 1996. Killi Data 1996. Updated checklist of taxonomic names, collecting localities and bibliographic references of oviparous Cyprinodont fishes ( Atherinomorpha, Pisces)

D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Oct. 15, 2001. Huber, J. H. 1996. Killi Data 1996. Updated checklist of taxonomic names, collecting localities and bibliographic references of oviparous Cyprinodont fishes ( Atherinomorpha, Pisces)

D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Oct. 15, 2001. Huber, J. H. 1996. Killi Data 1996. Updated checklist of taxonomic names, collecting localities and bibliographic references of oviparous Cyprinodont fishes ( Atherinomorpha, Pisces)

D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Oct. 15, 2001. Huber, J. H. 1996. Killi Data 1996. Updated checklist of taxonomic names, collecting localities and bibliographic references of oviparous Cyprinodont fishes ( Atherinomorpha, Pisces)

D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Oct. 15, 2001. Huber, J. H. 1996. Killi Data 1996. Updated checklist of taxonomic names, collecting localities and bibliographic references of oviparous Cyprinodont fishes ( Atherinomorpha, Pisces)

D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Oct. 15, 2001. Huber, J. H. 1996. Killi Data 1996. Updated checklist of taxonomic names, collecting localities and bibliographic references of oviparous Cyprinodont fishes ( Atherinomorpha, Pisces)

al estimations al estimations al estimations al estimations al estimations al estimations al estimations ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F ]; appendix F, Attachment F o estimate survival rates o estimate survival rates o estimate survival rates o estimate survival rates o estimate survival rates o estimate survival rates o estimate survival rates T ( 1 for modeling purposes)

T ( 1 for modeling purposes)

T ( 1 for modeling purposes)

T ( 1 for modeling purposes)

T ( 1 for modeling purposes)

T ( 1 for modeling purposes)

from Steve Corriea ( Mass. marine fisheries), cited in rm 27309 p6 14 from Steve Corriea ( Mass. marine fisheries), cited in rm 27309 p6 14 from Steve Corriea ( Mass. marine fisheries), cited in rm 27309 p6 14 from Steve Corriea ( Mass. marine fisheries), cited in rm 27309 p6 14 from Steve Corriea ( Mass. marine fisheries), cited in rm 27309 p6 14 from Steve Corriea ( Mass. marine fisheries), cited in rm 27309 p6 14 from Steve Corriea ( Mass. marine fisheries), cited in rm 27309 p6 14 from Steve Corriea ( Mass. marine fisheries), cited in rm 27309 p6 14 Assumed Assumed Assumed based on 25834, pg 69 http:// www. nefsc. nmfs. gov/ sos/ spsyn/ pg/ cod/; Georges Bank http:// www. nefsc. nmfs. gov/ sos/ spsyn/ pg/ cod/; Georges Bank http:// www. nefsc. nmfs. gov/ sos/ spsyn/ pg/ cod/; Georges Bank http:// www. nefsc. nmfs. gov/ sos/ spsyn/ pg/ cod/; Georges Bank http:// www. nefsc. nmfs. gov/ sos/ spsyn/ pg/ cod/; Georges Bank T based on Marcas data T based on Marcas data Page 44 of 79 5 2352  lifehistory02 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 346 347 348 349 350 351 352 353 354 355 356 357 358 359 360 361 362 363 364 365 366 367 368 369 370 371 372 373 374 375 376 377 378 AD AE AF AG AH AI AJ Société Française d'Ichtyologie, Muséum National d'Histoire Naturelle, Paris, France, 399 p.

Société Française d'Ichtyologie, Muséum National d'Histoire Naturelle, Paris, France, 399 p.

Société Française d'Ichtyologie, Muséum National d'Histoire Naturelle, Paris, France, 399 p.

Société Française d'Ichtyologie, Muséum National d'Histoire Naturelle, Paris, France, 399 p.

Société Française d'Ichtyologie, Muséum National d'Histoire Naturelle, Paris, France, 399 p.

Société Française d'Ichtyologie, Muséum National d'Histoire Naturelle, Paris, France, 399 p.

Société Française d'Ichtyologie, Muséum National d'Histoire Naturelle, Paris, France, 399 p.

Société Française d'Ichtyologie, Muséum National d'Histoire Naturelle, Paris, France, 399 p. Page 45 of 79 5 2352  lifehistory02 379 380 381 382 383 384 385 386 387 388 389 390 391 392 393 394 395 396 397 398 399 400 401 402 403 404 405 406 407 408 409 410 411 412 A B C D E F G H I J K scup age01 3 0.65050909 0.29 0.14 0.5 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age02 4 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age03 5 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age04 6 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age05 7 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age06 8 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age07 9 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age08 10 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age09 11 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age10 12 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age11 13 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age12 14 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET scup age13 15 0.65050909 0.29 0.14 1 calculated using Se = eFroese, R. and D. Pauly ( eds.). 2001. FNOAA. 2002. Status of thassumed by AGRET little. skate egg 1 0.05 2.940266493 0 0 assumed by AGREt to calculated using Se = exp ( m f) assumed by AGREt assumed by AGRET little. skate larvae 2 0.73566 0.25152 0 0 see output file calculated using Se = exp ( m f) assumed by AGREt assumed by AGRET little. skate age01 3 0.44932896 0.4 0.4 0.5 calculated using Se = e[ 27015], p. 107 NOAA. 2002. Status of thassumed by AGRET little. skate age02 4 0.44932896 0.4 0.4 1 calculated using Se = e[ 27015], p. 107 NOAA. 2002. Status of thassumed by AGRET little. skate age03 5 0.44932896 0.4 0.4 1 calculated using Se = e[ 27015], p. 107 NOAA. 2002. Status of thassumed by AGRET little. skate age04 6 0.44932896 0.4 0.4 1 calculated using Se = e[ 27015], p. 107 NOAA. 2002. Status of thassumed by AGRET little. skate age05 7 0.44932896 0.4 0.4 1 calculated using Se = e[ 27015], p. 107 NOAA. 2002. Status of thassumed by AGRET little. skate age06 8 0.44932896 0.4 0.4 1 calculated using Se = e[ 27015], p. 107 NOAA. 2002. Status of thassumed by AGRET little. skate age07 9 0.44932896 0.4 0.4 1 calculated using Se = e[ 27015], p. 107 NOAA. 2002. Status of thassumed by AGRET little. skate age08 10 0.44932896 0.4 0.4 1 calculated using Se = e[ 27015], p. 107 NOAA. 2002. Status of thassumed by AGRET blue. mussel age02 4 0.30000000000 0.601986402 0.601986402 1 asssumed by AGRET bcalculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET blue. mussel age03 5 0.89500 0.05546578 0.05546578 1 : blue. mussel biologica calculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET blue. mussel age04 6 0.89500 0.05546578 0.05546578 1 : blue. mussel biologica calculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET blue. mussel age05 7 0.89500 0.05546578 0.05546578 1 : blue. mussel biologica calculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET blue. mussel age06 8 0.89500 0.05546578 0.05546578 1 : blue. mussel biologica calculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET blue. mussel age07 9 0.89500 0.05546578 0.05546578 1 : blue. mussel biologica calculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET blue. mussel age08 10 0.89500 0.05546578 0.05546578 1 : blue. mussel biologica calculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET blue. mussel age09 11 0.89500 0.05546578 0.05546578 1 : blue. mussel biologica calculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET blue. mussel age10 12 0.09000 1.203972804 1.203972804 1 : blue. mussel biologica calculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET blue. mussel age11 13 0.09000 1.203972804 1.203972804 1 : blue. mussel biologica calculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET blue. mussel age12 14 0.09000 1.203972804 1.203972804 1 : blue. mussel biologica calculated using Se = exp ( m+ f); half nacalculated using Se = exp assumed by AGRET Page 46 of 79 5 2352  lifehistory02 379 380 381 382 383 384 385 386 387 388 389 390 391 392 393 394 395 396 397 398 399 400 401 402 403 404 405 406 407 408 409 410 411 412 L M N O P Q R S T U V W X Y Z AA AB AC T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas data T based on Marcas landings data T based on Marcas landings data T based on Marcas landings data T based on Marcas landings data T based on Marcas landings data T based on Marcas landings data T based on Marcas landings data T based on Marcas landings data T based on Marcas landings data T based on Marcas landings data T based on Marcas landings data Page 47 of 79 5 2352  lifehistory02 379 380 381 382 383 384 385 386 387 388 389 390 391 392 393 394 395 396 397 398 399 400 401 402 403 404 405 406 407 408 409 410 411 412 AD AE AF AG AH AI AJ Page 48 of 79 5 2352  lifehistory02 123456789 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 A B C D E F G H I J K L M N O species alpha. mm. to. gm beta. mm. to. gm notes egg. diameter. mweight. g virtual. egg. len virtual. egg. val notes. egg. diameter winter. flounder 0.00000659 3.10890 Colarusso, 20 1 0.0005236 4.08473471 4.08473471 Able and Fahay, 1998; # 25580; p. 247 herring. atlantic 0.00000122 3.32800 Froese, R. and 1.74 0.00275833 10.1792759 10.1792759 Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 7, 2001. Russell, F. S., 1 atlantic. mackerel 0.00000304 3.18000 Froese, R. and 1.15 0.00079633 5.76090906 5.76090906 Froese & Pauly, 2003. Mod. value.

menhaden. atlantic 0.00000602 3.21600 Froese, R. and 1.61 0.00218512 6.25130407 6.25130407 Froese & Pauly, 2003. Mod. value.

cunner 0.00000600 3.22143 Serchuk and C 0.88 0.00035682 3.55387187 3.55387187 Able and Fahay, 1998; # 25580; p. 207 rainbow. smelt 0.00003903 2.81000 Froese, R. and 0.95 0.00044892 2.38505576 2.38505576 Froese & Pauly, 2003. avg. of min & max.

plaice. american 0.00000050 3.34500 Froese, R. and 2 0.00418879 14.9142464 14.9142464 Scott and Scott ( 1988); # 26762; p. 545/ Southwest Grand Bank silverside. atlantic 0.00000569 3.02300 Froese, R. and 1.6 0.00214466 7.11545203 7.11545203 Froese & Pauly, 2003. avg. of min & max.

american. sand. lance 0.00000032 3.49100 Froese, R. and 1.03 0.00057215 8.54361077 8.54361077 Froese & Pauly, 2003. Mod. Value from lesser sand eel ( assumed to be similar).

alewife 1.00000000 1.00000 assumed to be 1.035 0.00058052 0.00058052 0.00058052 Froese & Pauly, 2003. avg. of min & max.

blue. mussel 1.00000000 1.00000 assumed to be 0.069 1.7201E 07 1.7201E 07 1.7201E 07 Newell, 1989.

atlantic. cod 0.00000885 3.03100 Froese, R. and 1.7 0.00257244 6.49843297 6.49843297 Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 7, 2001. Russell, F. S., 1 pollock 0.00000689 3.04800 Froese, R. and 1.1 0.00069691 4.5468617 4.5468617 Able and Fahay, 1998; # 25580; p. 81 red. hake 0.00000269 3.17200 White Hake. F 0.75 0.00022089 4.01276497 4.01276497 Able and Fahay, 1998; # 25580; p. 83 grubby 0.00001034 3.00250 Longhorn. scul 2.15 0.00520372 7.94135767 7.94135767 http:// filaman. uni kiel. de/ Reproduction/ FishEggMeristicSummary. cfm?& GenusName= Myoxocephalus& Species tautog 0.00003318 2.94 Froese, R. and 1.02 0.00055565 2.60792925 2.60792925 Froese & Pauly, 2003. avg. of min & max.

radiated. shanny 0.00000413 3.01800 rock gunnel. F 2.55 0.00868199 12.6219073 12.6219073 http:// filaman. uni kiel. de/ Reproduction/ FishEggMeristicSummary. cfm?& GenusName= Chirolophis& SpeciesNam sculpin. spp 0.00001034 3.00250 Longhorn. scul 2.15 0.00520372 7.94135767 7.94135767 http:// filaman. uni kiel. de/ Reproduction/ FishEggMeristicSummary. cfm?& GenusName= Myoxocephalus& Species fourbeard. rockling 0.00000274 3.106 Froese, R. and 0.82 0.0002887 4.47834882 4.47834882 Froese & Pauly, 2003. avg. of min & max.

searobin 0.00001034 3.00250 Longhorn. scul 1.045 0.00059751 3.86218854 3.86218854 Froese & Pauly, 2003. avg. of min & max.

rock. gunnel 0.00000413 3.018 Froese, R. and 2 0.00418879 9.91388981 9.91388981 Scott and Scott( 1988); [ 26762]; p. 428/ New Hampshire striped. bass 1.00000000 1.00000000 assumed to be 3.3 0.01881657 0.01881657 0.01881657 http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp striped bass. html bay. anchovy 1.00000000 1.00000000 assumed to be 0.765 0.00023441 0.00023441 0.00023441 Froese & Pauly, 2003. avg. of min & max. based on deep body anchovy ( assumed to be similar).

blueback. herring 1.00000000 1.00000000 assumed to be 1 0.0005236 0.0005236 0.0005236 Froese & Pauly, 2003. Mod. value.

bluefish 0.00001749 2.77000 Froese, R. and 1 0.0005236 3.41128815 3.41128815 Wang ( 1979); [ 25577]; p. 207 butterfish 0.00000360 3.26000 Froese, R. and 0.7 0.00017959 3.31784354 3.31784354 Able and Fahay, 1998; # 25580; p. 229 hogchoker 0.00019473 2.65800 Froese, R. and 0.75 0.00022089 1.04857144 1.04857144 Froese & Pauly, 2003. avg. of min & max.

killifish. striped 0.00002600 2.96 Carlander, 196 2.5 0.00818123 6.98018054 6.98018054 Able and Fahay, 1998; # 25580; p. 110 lumpfish 0.00006755 2.93900 Froese, R. and 1.4 0.00143676 2.82990476 2.82990476 Rock. gunnel. Able and Fahay, 1998; # 25580; p. 211 white. perch 1.00000000 1.00000000 assumed to be 0.9 0.0003817 0.0003817 0.0003817 Stanley and Danie, 1983 northern. pipefish 0.00000941 2.66000 Sargassum pi 0.9 0.0003817 4.02353925 4.02353925 Scott and Scott ( 1988); # 26762; p. 350 threespine. stickleback 0.00000210 3.00000 Sea Stickleba 1.7 0.00257244 10.6997927 10.6997927 http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp threespine stickleback. html windowpane 0.00001094 3.012 [ 27296] , Fishe 1.1 0.00069691 3.97188156 3.97188156 Froese & Pauly, 2003. avg. of min & max.

scup 0.00016485 2.666 Sheepshead p 0.875 0.00035077 1.32741261 1.32741261 Froese & Pauly, 2003. avg. of min & max.

little. skate 0.00000832 2.972 Fishbase ( our 36 24.4290245 150.054492 150.054492 Scott and Scott ( 1988); # 26762; p. 44 ( Round skate)

Page 49 of 79 5 2352  lbs. from. mm03 123456789 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 P Q R S T U V W 976. The eggs and planktonic stages of British marine fishes. Academic Press, London, UK/ Baltic sea 976. The eggs and planktonic stages of British marine fishes. Academic Press, London, UK/ Baltic sea sName= scorpius& stockcode= 1347. Used values for shorthorn sculpin.

me= ascanii& stockcode= 67. Yarrell's blenny sName= scorpius& stockcode= 1347. Used values for shorthorn sculpin. Page 50 of 79 5 2352  lbs. from. mm03 123456789 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 A B C D E F G H I J K L M N O species stage stage. se total. len. mm weight. g weight. g. calc weight. lbs notes. maximu note. length note. weight atlantic. cod age01 3 100 NA NA NA assumed by atlantic. cod age02 4 220 NA NA NA Scott and Scott ( 1988); # 26762; p. 267/ Gulf of Lawrence atlantic. cod age03 5 300 NA NA NA Scott and Scott ( 1988); # 26762; p. 267/ Gulf of Lawrence atlantic. cod age04 6 380 NA NA NA Scott and Scott ( 1988); # 26762; p. 267/ Gulf of Lawrence atlantic. cod age05 7 470 NA NA NA Scott and Scott ( 1988); # 26762; p. 267/ Gulf of Lawrence atlantic. cod age06 8 520 NA NA Entergy NucleScott and Scott ( 1988); # 26762; p. 267/ Gulf of Lawrence atlantic. cod egg 1 6.49843297 0.00257244 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

atlantic. cod larvae 2 4.5 NA NA NA Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 7, 2001. Russell, F. S., 1976. The eggs and herring. atlantic egg 1 10.1792759 0.00275833 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

herring. atlantic larvae 2 30 NA NA NA Reid et al., 1999 herring. atlantic age01 3 123 NA NA NA ASMFC ( 2001), http:// www. asmfc. org/ Programs/ Fish% 20Mgnt/ AHERRING1. html, accessed 6 June 2001: mean of larvae and ag herring. atlantic age02 4 216 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age03 5 259.5 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age04 6 289.5 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age05 7 299 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age06 8 311.5 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age07 9 323.5 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age08 10 333 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age09 11 342.5 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age10 12 340 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age11 13 353 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age12 14 365 NA NA NA Scott and Scott ( 1988); # 26762; p. 115/ Gulf of Lawrence herring. atlantic age13 15 366 NA NA NA assumed by AGRET to be higher than last stage herring. atlantic age14 16 367 NA NA NA assumed by AGRET to be higher than last stage herring. atlantic age15 17 368 NA NA NA assumed by AGRET to be higher than last stage herring. atlantic age16 18 369 NA NA Froese, R. andassumed by AGRET to be higher than last stage atlantic. mackerel egg 1 5.76090906 0.00079633 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

atlantic. mackerel larvae 2 4.5 NA NA NA Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 7, 2001. Russell, F. S., 1976. The eggs and atlantic. mackerel age01 3 257 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age02 4 301 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age03 5 323 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age04 6 340 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age05 7 350 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age06 8 362 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age07 9 374 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age08 10 383 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age09 11 386 NA NA NA assumed by AGREt to be higher than last stage atlantic. mackerel age10 12 389 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age11 13 396 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age12 14 396.1 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age13 15 396.2 NA NA NA Scott and Scott ( 1988); # 26762; p. 453/ North American coast atlantic. mackerel age14 16 396.3 NA NA Scott and Sco Scott and Scott ( 1988); # 26762; p. 453/ North American coast menhaden. atlantic egg 1 6.25130407 0.00218512 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

menhaden. atlantic larvae 2 3.4 NA 0.000308227 NA NA Able and Fahay, 1998; # 25580; p. 59 menhaden. atlantic age01 3 233 NA 247.2016509 NA NA Durbin( 1983) # 26382; Table 1/ Narragansett Bay menhaden. atlantic age02 4 268 NA 387.7182309 NA NA Durbin( 1983) # 26382; Table 1/ North Atlantic menhaden. atlantic age03 5 288 NA 488.6984543 NA NA Durbin( 1983) # 26382; Table 1/ North Atlantic menhaden. atlantic age04 6 306 NA NA NA Durbin( 1983) # 26382; Table 1/ North Atlantic menhaden. atlantic age05 7 317 NA NA NA Durbin( 1983) # 26382; Table 1/ North Atlantic menhaden. atlantic age06 8 325 NA NA NA Durbin( 1983) # 26382; Table 1/ North Atlantic menhaden. atlantic age07 9 410 NA NA NA estimated by Agret menhaden. atlantic age08 10 470 NA NA Scott and Sco Scott and Scott ( 1988); # 26762; p. 113/ North American coast cunner egg 1 3.55387187 0.00035682 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

cunner larvae 2 5 NA NA NA Able and Fahay, 1998; # 25580; p. 207 cunner age01 3 46.5 NA NA NA Serchuk and Cole ( 1974); # 26388; Table 7 Weweantic River estuary in Massachusetts cunner age02 4 88.3 NA NA NA Serchuk and Cole ( 1974); # 26388; Table 7 Weweantic River estuary in Massachusetts cunner age03 5 124.8 NA NA NA Serchuk and Cole ( 1974); # 26388; Table 7 Weweantic River estuary in Massachusetts cunner age04 6 153.1 NA NA NA Serchuk and Cole ( 1974); # 26388; Table 7 Weweantic River estuary in Massachusetts cunner age05 7 176.5 NA NA NA Serchuk and Cole ( 1974); # 26388; Table 7 Weweantic River estuary in Massachusetts cunner age06 8 241 NA NA Froese, R. andScott and Scott( 1988)# 26762; p. 399/ Gulf of St. Lawrence alewife egg 1 0.00058052 0.00058052 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

alewife larvae 2 3 3 0.006615 NA these are not length but gram data, becauassumed by Agret based on the size, Able and Fahay, 1998; # 25580; p. 52 Page 51 of 79 5 2352  species. growth04 123456789 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 P Q R S T U planktonic stages of British marine fishes. Academic Press, London, UK/ Baltic sea e2 planktonic stages of British marine fishes. Academic Press, London, UK/ Baltic sea Page 52 of 79 5 2352  species. growth04 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 A B C D E F G H I J K L M N O alewife juvenile 3 10 10 0.02205 NA these are not length but gram data, becauassumed by Agret based on the size, Able and Fahay, 1998; # 25580; p. 52 alewife age01 4 13.73 13.73 0.03027465 NA these are not length but gram data, becauPSE& G, 1999; # 25978; TAB18, Table 17; obtained from length age and length weight alewife age02 5 56.85 56.85 0.12535425 NA these are not length but gram data, becauPSE& G, 1999; # 25978; TAB18, Table 17; obtained from length age and length weight alewife age03 6 158 158 0.34839 NA these are not length but gram data, becauScott and Sco calculated by multiplying gram by 0.00205 alewife age04 7 201 201 0.443205 NA these are not length but gram data, becauScott and Sco calculated by multiplying gram by 0.00205 alewife age05 8 225 225 0.496125 NA these are not length but gram data, becauScott and Sco calculated by multiplying gram by 0.00205 alewife age06 9 243 243 0.535815 NA these are not length but gram data, becauScott and Sco calculated by multiplying gram by 0.00205 alewife age07 10 271 271 0.597555 NA these are not length but gram data, becauScott and Sco calculated by multiplying gram by 0.00205 alewife age08 11 328 328 0.72324 Froese, R. andthese are not length but gram data, becauScott and Sco calculated by multiplying gram by 0.00205 silverside. atlantic egg 1 7.11545203 0.00214466 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g. NA silverside. atlantic larvae 2 20 NA NA NA Able and Fahay, 1998; # 25580; p. 121 NA NA silverside. atlantic age01 3 90 5.8 0.012789 NA Scott and Scott ( 1988); # 26762; p. 317/ Annapolis River silverside. atlantic age02 4 110 7.7 0.0169785 Scott and Sco Scott and Scott ( 1988); # 26762; p. 317/ Annapolis River: little bigger than in August blue. mussel egg 1 1.7201E 07 1.7201E 07 NA 2 Represents virtual. length as calculated in 1 cm^ 3 = 1 g. lengths from # 28133; Figure 5 blue. mussel larvae 2 1 1 NA 28.5 these are not lenghts, but weights. assumassumed by Alengths from # 28133; Figure 5 plaice. american egg 1 14.9142464 0.00418879 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

plaice. american larvae 2 18 NA NA NA Scott and Scott ( 1988); # 26762; p. 545/ Southwest Grand Bank plaice. american age01 3 100 NA NA NA assumed by AGRET plaice. american age02 4 200 NA NA NA assumed by AGRET plaice. american age03 5 254 NA NA NA www. kenschultz. com plaice. american age04 6 300 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age05 7 340 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age06 8 380 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age07 9 420 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age08 10 450 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age09 11 480 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age10 12 510 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age11 13 540 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age12 14 570 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age13 15 600 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age14 16 620 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age15 17 640 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age16 18 660 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age17 19 680 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age18 20 700 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age19 21 720 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age20 22 740 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age21 23 760 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age22 24 780 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age23 25 800 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age24 26 810 NA NA NA assumed by AGRET, extrapolated between age 2 and age 25 plaice. american age25 27 813 NA NA Scott and Sco Kenshultz. com/ www. kenschultz. com/ template2. asp? fishname= Plaice,% 20American. Accessed 06/ 30/ 01 winter. flounder egg 1 4.08473471 0.0005236 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

winter. flounder larvae1 2 3 NA NA NA Saila et al.( 1997); [ 23746]; Table 7; based on Pilgrim division of larval stages p. 6[ 25834]

winter. flounder larvae2 3 4 NA NA NA Saila et al.( 1997); [ 23746]; Table 7; based on Pilgrim division of larval stages p. 6[ 25834]

winter. flounder larvae3 4 8 NA NA NA Saila et al.( 1997); [ 23746]; Table 7; based on Pilgrim division of larval stages p. 6[ 25834]

winter. flounder larvae4 5 9 NA NA NA Saila et al.( 1997); [ 23746]; Table 7; based on Pilgrim division of larval stages p. 6[ 25834]

winter. flounder juvenile 6 20 NA NA NA assumed by Agret based on last larval stage and age01 winter. flounder age01 7 80 NA NA NA Colarusso, 2000; # 27295; p. 6/ naragansett ay ( Barry et al., 1965)

winter. flounder age02 8 192 NA NA NA Colarusso, 2000; # 27295; p. 6/ naragansett ay ( Barry et al., 1965)

winter. flounder age03 9 252 NA NA NA Colarusso, 2000; # 27295; p. 7/ south of cape cod, Howe and Coates, 1974 winter. flounder age04 10 301 NA NA NA Colarusso, 2000; # 27295; p. 7/ south of cape cod, Howe and Coates, 1976 winter. flounder age05 11 340 NA NA NA Colarusso, 2000; # 27295; p. 7/ south of cape cod, Howe and Coates, 1977 winter. flounder age06 12 370 NA NA NA Colarusso, 2000; # 27295; p. 7/ south of cape cod, Howe and Coates, 1978 winter. flounder age07 13 393 NA NA NA Colarusso, 2000; # 27295; p. 7/ south of cape cod, Howe and Coates, 1979 winter. flounder age08 14 411 NA NA NA Colarusso, 2000; # 27295; p. 7/ south of cape cod, Howe and Coates, 1980 winter. flounder age09 15 425 NA NA NA Colarusso, 2000; # 27295; p. 7/ south of cape cod, Howe and Coates, 1981 winter. flounder age10 16 436 NA NA NA Colarusso, 2000; # 27295; p. 7/ south of cape cod, Howe and Coates, 1982 winter. flounder age11 17 445 NA NA NA Colarusso, 2000; # 27295; p. 7/ south of cape cod, Howe and Coates, 1983 winter. flounder age12 18 452 NA NA Colarusso, 20 Colarusso, 2000; # 27295; p. 7/ south of cape cod, Howe and Coates, 1984 american. sand. lance egg 1 8.54361077 0.00057215 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

american. sand. lance larvae 2 47 NA NA NA Scott and Scott( 1988); [ 26762]; p. 439Larvae hatch out at 4 mm, average of 4mm & 90 mm ( age 1) is 47.

american. sand. lance age01 3 90 NA NA NA Scott and Scott( 1988); [ 26762]; p. 441 ( northern Sand lance)

Page 53 of 79 5 2352  species. growth04 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 P Q R S T U relationships relationships Page 54 of 79 5 2352  species. growth04 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 A B C D E F G H I J K L M N O american. sand. lance age02 4 155 NA NA NA Scott and Scott( 1988); [ 26762]; p. 441 ( northern Sand lance)

american. sand. lance age03 5 190 NA NA NA Scott and Scott( 1988); [ 26762]; p. 441 ( northern Sand lance)

american. sand. lance age04 6 220 NA NA NA Scott and Scott( 1988); [ 26762]; p. 441 ( northern Sand lance)

american. sand. lance age05 7 240 NA NA NA assumed by AGRET based on age 8 and age 6 american. sand. lance age06 8 260 NA NA NA Scott and Scott( 1988); [ 26762]; p. 441 ( northern Sand lance)

american. sand. lance age07 9 275 NA NA NA assumed by AGRET based on age 11 and age 8 american. sand. lance age08 10 280 NA NA NA assumed by AGRET based on age 11 and age 8 american. sand. lance age09 11 285 NA NA NA Scott and Scott( 1988); [ 26762]; p. 441 ( northern Sand lance)

rainbow. smelt egg 1 2.38505576 0.00044892 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

rainbow. smelt larvae 2 40 NA 1.239330469 NA Able and Fahay, 1998; # 25580; p. 71 NA rainbow. smelt age01 3 100 NA 16.27041204 NA assumed by AGRET NA rainbow. smelt age02 4 160 NA 60.95027965 NA assumed by AGRET NA rainbow. smelt age03 5 210 NA 130.868393 NA assumed by AGRET NA rainbow. smelt age04 6 270 NA 265.1738711 NA assumed by AGRET NA rainbow. smelt age05 7 320 NA 427.4349108 NA assumed by AGRET NA rainbow. smelt age06 8 356 NA 576.7306676 NA Froese, R. and D. Pauly ( eds.). 2001. FisNA blue. mussel age01 3 30 30 NA 30 these are not lenghts, but weights. assumassumed by Alengths from # 28133; Figure 5 pollock egg 1 4.5468617 0.00069691 NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

pollock larvae 2 4 NA NA Saila et al., 1997; # 23746 Table8/ Northea NA pollock juvenile 3 45 NA NA Able and Fahay, 1998; # 25580; p. 81 NA pollock age01 4 320 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age02 5 400 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age03 6 440 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age04 7 540 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age05 8 620 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age06 9 650 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age07 10 690 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age08 11 740 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age09 12 780 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age10 13 830 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age11 14 890 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age12 15 920 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age13 16 950 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age14 17 980 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA pollock age15 18 1000 NA NA Saila et al., 1997; # 23746 Table2/ Northea NA red. hake egg 1 4.01276497 0.00022089 NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

red. hake L2.0mm 2 2.00 NA NA Saila et al., 1997; # 23746 NA red. hake L. 2.5mm 3 2.50 NA NA Saila et al., 1997; # 23746 NA red. hake L. 3.0mm 4 3.00 NA NA Saila et al., 1997; # 23746 NA red. hake L. 3.5mm 5 3.50 NA NA Saila et al., 1997; # 23746 NA red. hake L. 4.0mm 6 4.00 NA NA Saila et al., 1997; # 23746 NA red. hake L. 4.5mm 7 4.50 NA NA Saila et al., 1997; # 23746 NA red. hake juvenile 8 50.00 NA NA Saila et al., 1997; # 23746 NA red. hake age01 9 203.2 NA NA Saila et al., 1997; # 23746 NA red. hake age02 10 308 NA NA Scott and Scott( 1988); [ 26762]; p291 NA red. hake age03 11 330 NA NA Scott and Scott( 1988); [ 26762]; p291 NA red. hake age04 12 354 NA NA Scott and Scott( 1988); [ 26762]; p291 NA red. hake age05 13 383 NA NA Scott and Scott( 1988); [ 26762]; p291 NA red. hake age06 14 412 NA NA assumed by AGRET NA red. hake age07 15 441 NA NA assumed by AGRET NA red. hake age08 16 470 NA NA assumed by AGRET NA red. hake age09 17 499 NA NA assumed by AGRET NA red. hake age10 18 510 NA NA Scott and Scott( 1988); [ 26762]; p291 NA tautog egg 1 2.60792925 0.00055565 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

tautog larvae 2 3 NA 0.000838737 NA NA Able and Fahay, 1998; # 25580; p. 202 tautog age01 3 56.5 NA 4.697988043 NA NA Scott and Scott( 1988); [ 26762]; p. 397 tautog age02 4 150 NA 82.90825456 NA NA assumed by AGRET tautog age03 5 300 NA 636.2473103 NA NA assumed by AGRET tautog age04 6 400 NA 1482.333232 NA NA assumed by AGRET tautog age05 7 450 NA 2095.72484 NA NA assumed by AGRET tautog age06 8 500 NA 2856.677955 NA NA Scott and Scott, p. 397 radiated. shanny egg 1 12.6219073 0.00868199 NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

radiated. shanny larvae 2 10 NA NA assumed by AGRET Page 55 of 79 5 2352  species. growth04 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 P Q R S T U Page 56 of 79 5 2352  species. growth04 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 A B C D E F G H I J K L M N O radiated. shanny age01 3 40 NA NA assumed by AGRET radiated. shanny age02 4 75 NA NA assumed by AGRET radiated. shanny age03 5 95 NA NA assumed by AGRET radiated. shanny age04 6 115 NA NA assumed by AGRET radiated. shanny age05 7 125 NA NA assumed by AGRET radiated. shanny age06 8 135 NA NA assumed by AGRET radiated. shanny age07 9 145 NA NA assumed by AGRET radiated. shanny age08 10 150 NA NA Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 7, 2001.

sculpin. spp egg 1 7.94135767 0.00520372 NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

sculpin. spp larvae 2 25 NA NA assumed by AGRET NA sculpin. spp age01 3 56 NA NA Longhorn. sculpin. Clayton et al. ( 1978); # 2NA sculpin. spp age02 4 182 NA NA Longhorn. sculpin. Clayton et al. ( 1978); # 2NA sculpin. spp age03 5 243 NA NA Longhorn. sculpin. Clayton et al. ( 1978); # 2NA sculpin. spp age04 6 263 NA NA Longhorn. sculpin. Clayton et al. ( 1978); # 2NA sculpin. spp age05 7 274 NA NA Longhorn. sculpin. Clayton et al. ( 1978); # 2NA sculpin. spp age06 8 286 NA NA Longhorn. sculpin. Clayton et al. ( 1978); # 2NA sculpin. spp age07 9 292 NA NA Longhorn. sculpin. Clayton et al. ( 1978); # 2NA sculpin. spp age08 10 298 NA NA Longhorn. sculpin. Clayton et al. ( 1978); # 2NA sculpin. spp age09 11 302 NA NA Longhorn. sculpin. Clayton et al. ( 1978); # 2NA fourbeard. rockling egg 1 4.47834882 0.0002887 NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

fourbeard. rockling larvae 2 5 NA NA assumed by AGRET fourbeard. rockling age01 3 75 NA NA assumed by AGRET fourbeard. rockling age02 4 150 NA NA assumed by AGRET fourbeard. rockling age03 5 200 NA NA assumed by AGRET fourbeard. rockling age04 6 240 NA NA assumed by AGRET fourbeard. rockling age05 7 280 NA NA assumed by AGRET fourbeard. rockling age06 8 310 NA NA assumed by AGRET fourbeard. rockling age07 9 350 NA NA assumed by AGRET fourbeard. rockling age08 10 380 NA NA assumed by AGRET fourbeard. rockling age09 11 410 NA NA Northern searobin. Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 7, 2001.

searobin egg 1 3.86218854 0.00059751 NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

searobin larvae 2 10 NA NA assumed by AGRET searobin age01 3 100 NA NA assumed by AGRET searobin age02 4 200 NA NA assumed by AGRET searobin age03 5 250 NA NA assumed by AGRET searobin age04 6 290 NA NA assumed by AGRET searobin age05 7 320 NA NA assumed by AGRET searobin age06 8 350 NA NA assumed by AGRET searobin age07 9 370 NA NA assumed by AGRET searobin age08 10 380 NA NA Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 7, 2001.

grubby egg 1 7.94135767 0.00520372 NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

grubby larvae 2 25 NA NA assumed by AGRET NA grubby age01 3 56 NA NA assumed by AGRET NA grubby age02 4 182 NA NA assumed by AGRET NA grubby age03 5 243 NA NA assumed by AGRET NA grubby age04 6 263 NA NA assumed by AGRET NA grubby age05 7 274 NA NA assumed by AGRET NA grubby age06 8 286 NA NA assumed by AGRET NA grubby age07 9 292 NA NA assumed by AGRET NA grubby age08 10 298 NA NA assumed by AGRET NA grubby age09 11 302 NA NA Longhorn. sculpin. Clayton et al. ( 1978); # 2NA rock. gunnel egg 1 9.91388981 0.00418879 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

rock. gunnel larvae 2 10 NA NA NA assumed by AGRET rock. gunnel age01 3 73 NA NA NA Scott and Scott( 1988); [ 26762]; p. 428/ New Hampshire rock. gunnel age02 4 109 NA NA NA Scott and Scott( 1988); [ 26762]; p. 428/ New Hampshire rock. gunnel age03 5 131 NA NA NA Scott and Scott( 1988); [ 26762]; p. 428/ New Hampshire rock. gunnel age04 6 155 NA NA NA Scott and Scott( 1988); [ 26762]; p. 428/ New Hampshire rock. gunnel age05 7 170 NA NA Scott and Scott( 1988); [ 26762]; p. 428/ New Hampshire striped. bass egg 1 0.01881657 0.01881657 0.000 NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

striped. bass ysl 2 6.98018054 0.00818123 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

striped. bass pysl 3 88.01 44.0081812 0.097 NA these are not lengths, but weights; becausextrapolated from egg to age01 striped. bass juv1 4 132.01 88.0081812 0.194 NA these are not lengths, but weights; becausextrapolated from egg to age01 striped. bass juv2 5 176.01 132.008181 0.291 NA these are not lengths, but weights; becausextrapolated from egg to age01 Page 57 of 79 5 2352  species. growth04 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 P Q R S T U Page 58 of 79 5 2352  species. growth04 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 A B C D E F G H I J K L M N O striped. bass age01 6 220 220 0.485 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age02 7 933 933 2.057 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age03 8 1503 1503 3.314 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age04 9 2237 2237 4.933 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age05 10 2947 2947 6.498 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age06 11 3890 3890 8.577 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age07 12 5570 5570 12.282 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age08 13 6490 6490 14.310 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age09 14 7290 7290 16.074 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age10 15 8530 8530 18.809 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age11 16 8870 8870 19.558 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age12 17 10170 10170 22.425 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age13 18 12233 12233 26.974 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age14 19 15670 15670 34.552 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F striped. bass age15 20 18820 18820 41.498 PSEG, 1999 [ these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F bay. anchovy egg 1 0.00023441 0.00023441 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

bay. anchovy ysl 2 0.25 0.24023441 0.001 NA these are not lengths, but weights; becausextrapolated from egg to age01 bay. anchovy pysl 3 0.49 0.48023441 0.001 NA these are not lengths, but weights; becausextrapolated from egg to age01 bay. anchovy pysl2 4 0.73 0.72023441 0.002 NA these are not lengths, but weights; becausextrapolated from egg to age01 bay. anchovy juv1 5 0.97 0.96023441 0.002 NA these are not lengths, but weights; becausextrapolated from egg to age01 bay. anchovy juv2 6 1.21 1.20023441 0.003 NA these are not lengths, but weights; becausextrapolated from egg to age01 bay. anchovy juv3 7 1.45 1.44023441 0.003 NA these are not lengths, but weights; becausextrapolated from egg to age01 bay. anchovy juv4 8 1.69 1.68023441 0.004 NA these are not lengths, but weights; becausextrapolated from egg to age01 bay. anchovy age01 9 1.73 1.73 0.004 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F bay. anchovy age02 10 2.25 2.25 0.005 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F bay. anchovy age03 11 2.29 2.29 0.005 PSEG, 1999 [ these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F blueback. herring egg 1 0.0005236 0.0005236 0.000 NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

blueback. herring ysl 2 1.456 1.4465236 0.003 NA these are not lengths, but weights; becausextrapolated from egg to age01 blueback. herring pysl 3 2.902 2.8925236 0.006 NA these are not lengths, but weights; becausextrapolated from egg to age01 blueback. herring juv1 4 4.348 4.3385236 0.010 NA these are not lengths, but weights; becausextrapolated from egg to age01 blueback. herring juv2 5 5.794 5.7845236 0.013 NA these are not lengths, but weights; becausextrapolated from egg to age01 blueback. herring age01 6 7.24 7.24 0.016 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F blueback. herring age02 7 41.06 41.06 0.091 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F blueback. herring age03 8 92.33 92.33 0.204 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F blueback. herring age04 9 144.31 144.31 0.318 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F blueback. herring age05 10 187.96 187.96 0.414 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F blueback. herring age06 11 221.11 221.11 0.488 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F blueback. herring age07 12 244.84 244.84 0.540 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F blueback. herring age08 13 261.25 261.25 0.576 PSEG, 1999 [ these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F bluefish egg 1 3.41128815 0.0005236 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

bluefish larvae 2 5 NA NA NA Wang ( 1979); [ 25577]; p. 208 NA bluefish juvenile 3 18 NA NA NA Wang ( 1979); [ 25577]; p. 209 NA bluefish age01 4 380 NA NA NA Clayton et al. ( 1978); # 27296; p. 103 NA bluefish age02 5 435 NA NA NA Clayton et al. ( 1978); # 27296; p. 103 NA bluefish age03 6 600 NA NA NA Clayton et al. ( 1978); # 27296; p. 103 NA bluefish age04 7 656 NA NA NA using age 3 and 12 NA bluefish age05 8 711 NA NA NA using age 3 and 12 NA bluefish age06 9 767 NA NA NA using age 3 and 12 NA bluefish age07 10 822 NA NA NA using age 3 and 12 NA bluefish age08 11 878 NA NA NA using age 3 and 12 NA bluefish age09 12 933 NA NA NA using age 3 and 12 NA bluefish age10 13 989 NA NA NA using age 3 and 12 NA bluefish age11 14 1044 NA NA NA using age 3 and 12 NA bluefish age12 15 1100 7000 NA Clayton et al. Clayton et al. ( 1978); # 27296; p. 103 Clayton et al. ( 1978); # 27296; p. 103 butterfish egg 1 3.31784354 0.00017959 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

butterfish larvae 2 5 NA NA NA Able and Fahay, 1998; # 25580; p. 230 butterfish age01 3 101 NA NA NA Scott and Scott ( 1988); # 26762; p. 475/ eastern USA butterfish age02 4 150 NA NA NA Scott and Scott ( 1988); # 26762; p. 475/ eastern USA butterfish age03 5 300 NA NA assumed by AScott and Scott ( 1988); # 26762; p. 475/ eastern USA hogchoker egg 1 1.04857144 0.00022089 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

hogchoker larvae 2 20 NA 0.559204416 NA NA Able and Fahay, 1998; # 25580; p. 251 hogchoker age01 3 40 NA 3.529460459 NA NA Able and Fahay, 1998; # 25580; p. 251/ Patuxent River hogchoker age02 4 66 NA 13.35920593 NA NA Able and Fahay, 1998; # 25580; p. 251/ Patuxent River Page 59 of 79 5 2352  species. growth04 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 268 269 270 271 272 273 274 275 276 277 278 279 280 281 282 283 284 285 286 287 288 289 290 291 292 293 294 295 296 297 298 299 300 301 302 303 304 305 306 307 308 309 310 311 312 313 314 315 P Q R S T U Page 60 of 79 5 2352  species. growth04 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 346 347 348 349 350 351 352 353 354 355 356 357 358 359 360 361 362 363 364 365 366 367 368 369 370 371 372 373 374 375 376 377 378 A B C D E F G H I J K L M N O hogchoker age03 5 99.5 NA 39.77833606 NA NA extrapolated by AGRET based on ages around it hogchoker age04 6 133 NA 86.02615764 NA NA extrapolated by AGRET based on ages around it hogchoker age05 7 180 NA 192.2857863 NA NA extrapolated by AGRET based on ages around it hogchoker age06 8 200 NA 254.4313325 NA Froese, R. andFroese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 20.

killifish. striped egg 1 6.98018054 0.00818123 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

killifish. striped larvae 2 7 NA NA NA Able and Fahay, 1998; # 25580; p. 110 ( 7  11 mm at hatching, larvae are 11.8  23.8mm from Hardy 1978.)

killifish. striped age01 3 63 NA NA NA Carlander, 1969. P. 567, MD  average of males and females killifish. striped age02 4 88 NA NA NA Carlander, 1969. P. 567, MD  average of males and females killifish. striped age03 5 105 NA NA NA Carlander, 1969. P. 567, MD  average of males and females killifish. striped age04 6 118 NA NA NA Carlander, 1969. P. 567, MD  average of males and females killifish. striped age05 7 127 NA NA NA Carlander, 1969. P. 567, MD  average of males and females killifish. striped age06 8 134 NA NA NA Carlander, 1969. P. 567, MD  average of males and females killifish. striped age07 9 150 NA NA Carlander, 196Carlander, 1969. P. 567, MD  females only lumpfish egg 1 2.82990476 0.00143676 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

lumpfish larvae 2 20 NA NA NA Rock. gunnel. Able and Fahay, 1998; # 255NA lumpfish age01 3 50 NA NA NA Scott and Scott ( 1988); # 26762; p. 519/ BayNA lumpfish age02 4 80 NA NA NA extrapolated by AGRET NA lumpfish age03 5 110 NA NA NA Scott and Scott ( 1988); # 26762; p. 519/ BayNA lumpfish age04 6 185 NA NA NA extrapolated by AGRET NA lumpfish age05 7 260 NA NA Scott and Sco Scott and Scott ( 1988); # 26762; p. 519/ BayNA white. perch egg 1 0.0003817 0.0003817 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

white. perch ysl 2 4.29 4.2803817 0.009 NA these are not lengths, but weights; becausextrapolated from egg to age01 white. perch pysl 3 8.57 8.5603817 0.019 NA these are not lengths, but weights; becausextrapolated from egg to age01 white. perch juv1 4 12.85 12.8403817 0.028 NA these are not lengths, but weights; becausextrapolated from egg to age01 white. perch juv2 5 17.13 17.1203817 0.038 NA these are not lengths, but weights; becausextrapolated from egg to age01 white. perch age01 6 21.41 21.4003817 0.047 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F white. perch age02 7 25.7 25.7 0.057 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F white. perch age03 8 46.5 46.5 0.103 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F white. perch age04 9 68.1 68.1 0.150 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F white. perch age05 10 97.2 97.2 0.214 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F white. perch age06 11 120 120 0.265 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F white. perch age07 12 161.4 161.4 0.356 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F white. perch age08 13 175.5 175.5 0.387 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F white. perch age09 14 234.1 234.1 0.516 NA these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F white. perch age10 15 280.7 280.7 0.619 PSEG, 1999 [ these are not lengths, but weights; becausPSEG, 1999 [ 26046]; appendix F, Attachment F northern. pipefish egg 1 4.02353925 0.0003817 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

northern. pipefish larvae 2 70 NA NA NA Scott and Scott ( 1988); # 26762; p. 351 NA northern. pipefish age01 3 130 NA NA NA extrapolated by AGRET NA northern. pipefish age02 4 148.25 NA NA NA extrapolated by AGRET NA northern. pipefish age03 5 166.5 NA NA NA extrapolated by AGRET NA northern. pipefish age04 6 184.75 NA NA NA extrapolated by AGRET NA northern. pipefish age05 7 203 NA NA Broad nosed. pScott and Scott ( 1988); # 26762; p. 351 NA threespine. stickleback egg 1 10.6997927 0.00257244 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

threespine. stickleback larvae 2 6.5 NA 0.000576713 NA NA http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp threespine stickleback. html. Accessed June 22 threespine. stickleback age01 3 24 NA 0.0290304 NA NA Scott and Scott( 1988); [ 26762]; p. 339 threespine. stickleback age02 4 37.5 NA 0.110742188 NA NA Scott and Scott( 1988); [ 26762]; p. 339 threespine. stickleback age03 5 45 NA 0.1913625 NA NA Scott and Scott( 1988); [ 26762]; p. 339 threespine. stickleback age04 6 76 NA 0.9218496 NA Froese, R. andScott and Scott( 1988); [ 26762]; p. 339 windowpane egg 1 3.97188156 0.00069691 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

windowpane larvae 2 7 NA NA NA [ 27296] , Fishes of Massachussets, p. 150/ New England ( 4 10)

windowpane age01 3 63 NA NA NA [ 27296] , Fishes of Massachussets, p. 149/ New England windowpane age02 4 117 NA NA NA [ 27296] , Fishes of Massachussets, p. 149/ New England windowpane age03 5 194 NA NA NA [ 27296] , Fishes of Massachussets, p. 149/ New England windowpane age04 6 246 NA NA NA [ 27296] , Fishes of Massachussets, p. 149/ New England windowpane age05 7 277 NA NA NA [ 27296] , Fishes of Massachussets, p. 149/ New England windowpane age06 8 295 NA NA NA [ 27296] , Fishes of Massachussets, p. 149/ New England windowpane age07 9 315 NA NA NA [ 27296] , Fishes of Massachussets, p. 149/ New England windowpane age08 10 460 NA NA NA [ 27296] , Fishes of Massachussets, p. 149/ New England scup egg 1 1.32741261 0.00035077 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

scup larvae 2 20 NA NA NA [ 27296]; p. 107 scup age01 3 97.5 NA NA NA [ 27296]; p. 106 scup age02 4 153.3 NA NA NA [ 27296]; p. 106 scup age03 5 200 NA NA NA assumed by AGRET based on other ages Page 61 of 79 5 2352  species. growth04 316 317 318 319 320 321 322 323 324 325 326 327 328 329 330 331 332 333 334 335 336 337 338 339 340 341 342 343 344 345 346 347 348 349 350 351 352 353 354 355 356 357 358 359 360 361 362 363 364 365 366 367 368 369 370 371 372 373 374 375 376 377 378 P Q R S T U Page 62 of 79 5 2352  species. growth04 379 380 381 382 383 384 385 386 387 388 389 390 391 392 393 394 395 396 397 398 399 400 401 402 403 404 405 406 407 408 409 A B C D E F G H I J K L M N O scup age04 6 240 NA NA NA assumed by AGRET based on other ages scup age05 7 270 NA NA NA assumed by AGRET based on other ages scup age06 8 300 NA NA NA assumed by AGRET based on other ages scup age07 9 330 NA NA NA assumed by AGRET based on other ages scup age08 10 360 NA NA NA assumed by AGRET based on other ages scup age09 11 390 NA NA NA assumed by AGRET based on other ages scup age10 12 420 NA NA NA assumed by AGRET based on other ages scup age11 13 450 NA NA NA assumed by AGRET based on other ages scup age12 14 470 NA NA NA assumed by AGRET based on other ages scup age13 15 475 NA NA http:// www. nef[ 27296]; p. 106 little. skate egg 1 150.054492 24.4290245 NA NA Represents virtual. length as calculated in 1 cm^ 3 = 1 g.

little. skate larvae 2 95 NA NA NA Scott and Scott ( 1988); # 26762; p. 42 little. skate age01 3 215 NA NA NA Scott and Scott ( 1988); # 26762; p. 42 little. skate age02 4 293 NA NA NA Scott and Scott ( 1988); # 26762; p. 42 little. skate age03 5 364 NA NA NA Scott and Scott ( 1988); # 26762; p. 42 little. skate age04 6 420 NA NA NA Scott and Scott ( 1988); # 26762; p. 42 little. skate age05 7 461 NA NA NA Scott and Scott ( 1988); # 26762; p. 42 little. skate age06 8 472 NA NA NA Scott and Scott ( 1988); # 26762; p. 42 little. skate age07 9 475 NA NA NA Scott and Scott ( 1988); # 26762; p. 42 little. skate age08 10 481 NA NA Scott and Sco Scott and Scott ( 1988); # 26762; p. 42 blue. mussel age02 4 33 33 NA 45 these are not lenghts, but weights. assumed by AGRET lengths from # 28133; Figure 5 blue. mussel age03 5 36 36 NA 55 these are not lenghts, but weights. assumed by AGRET lengths from # 28133; Figure 5 blue. mussel age04 6 37.79 37.79 NA 60 these are not lenghts, but weights. blue mussel study in lengths from # 28133; Figure 5 blue. mussel age05 7 38 38 NA 65 these are not lenghts, but weights. assumed by AGRET lengths from # 28133; Figure 5 blue. mussel age06 8 38.1 38.1 NA 70 these are not lenghts, but weights. assumed by AGRET lengths from # 28133; Figure 5 blue. mussel age07 9 38.2 38.2 NA 75 these are not lenghts, but weights. assumed by AGRET lengths from # 28133; Figure 5 blue. mussel age08 10 38.21 38.21 NA 80 these are not lenghts, but weights. assumed by AGRET lengths from # 28133; Figure 5 blue. mussel age09 11 38.211 38.211 NA 83 these are not lenghts, but weights. assumed by AGRET lengths from # 28133; Figure 5 blue. mussel age10 12 38.2111 38.2111 NA 86 these are not lenghts, but weights. assumed by AGRET lengths from # 28133; Figure 5 blue. mussel age11 13 38.21111 38.21111 NA 92 these are not lenghts, but weights. assumed by AGRET lengths from # 28133; Figure 5 blue. mussel age12 14 38.2111111 38.2111111 NA 98 vassumed by AGRET lengths from # 28133; Figure 5 Page 63 of 79 5 2352  species. growth04 379 380 381 382 383 384 385 386 387 388 389 390 391 392 393 394 395 396 397 398 399 400 401 402 403 404 405 406 407 408 409 P Q R S T U Page 64 of 79 5 2352  species. growth04 123456789 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 A B C D E F G H I J K L species stage fraction. matur mean. fecundit notes. fraction. mature notes. mean. fec lifetime. fecundity notes. lifetime. fecundity atlantic. cod age01 0.00 21510 assumed to be 0 by AMay ( 1967); NA NA atlantic. cod age02 0.50 83109 NOAA. 2001. StatusMay ( 1967); NA NA atlantic. cod age03 1.00 183242 assumed to be 1 by AMay ( 1967); NA NA atlantic. cod age04 1.00 321112 assumed to be 1 by AMay ( 1967); NA NA atlantic. cod age05 1.00 496171 assumed to be 1 by AMay ( 1967); NA NA atlantic. cod age06 1.00 708003 assumed to be 1 by AMay ( 1967); NA NA atlantic. herring age01 0.00 271.0192 assumed by Agret Messieh ( 19NA NA atlantic. herring age02 0.10 625.2334 assumed by Agret Messieh ( 19NA NA atlantic. herring age03 0.50 59100 NOAA ( 1998); # 2654Messieh ( 19NA NA atlantic. herring age04 1.00 222300 NOAA ( 1998); # 2654Messieh ( 19NA NA atlantic. mackerel age01 0.00 93025.07 NOAA ( 1995); # 2654Griswold, anNA NA atlantic. mackerel age02 0.50 189013.8 NOAA ( 1995); # 2654Griswold, anNA NA atlantic. mackerel age03 1.00 286153.9 NOAA ( 1995); # 2654Griswold, anNA NA menhaden. atlantic age01 0.00 115800 Scott and Scott ( 1988Dietrich ( 197NA NA menhaden. atlantic age02 0.50 177400 Scott and Scott ( 1988Dietrich ( 197NA NA menhaden. atlantic age03 1.00 302800 Scott and Scott ( 1988Dietrich ( 197NA NA menhaden. atlantic age04 1.00 308600 Scott and Scott ( 1988Dietrich ( 197NA NA menhaden. atlantic age05 1.00 568400 Scott and Scott ( 1988Dietrich ( 197NA NA cunner age01 0.00 1409.289 Nietschke( 1998); # 27Nietschke( 1 NA NA cunner age02 0.50 7879.323 Nietschke( 1998); # 27Nietschke( 1 NA NA cunner age03 1.00 16592.01 Nietschke( 1998); # 27Nietschke( 1 NA NA cunner age04 1.00 25026.5 Nietschke( 1998); # 27Nietschke( 1 NA NA cunner age05 1.00 32190.28 Nietschke( 1998); # 27Nietschke( 1 NA NA cunner age06 1.00 37857.9 Nietschke( 1998); # 27Nietschke( 1 NA NA alewife age01 0.00 0 Scott and Scott ( 1988); # 26762; pNA NA alewife age02 0.03 1000 extrapolated by Agre extrapolatedNA NA alewife age03 0.50 10000 extrapolated by Agre extrapolatedNA NA alewife age04 1.00 131161 Scott and Scott ( 1988PSE& G, 199NA NA alewife age05 1.00 165279 Scott and Scott ( 1988PSE& G, 199NA NA alewife age06 1.00 190997 Scott and Scott ( 1988PSE& G, 199NA NA alewife age07 1.00 209484 Scott and Scott ( 1988PSE& G, 199NA NA alewife age08 1.00 222390 Scott and Scott ( 1988PSE& G, 199NA NA atlantic. silverside age01 1.00 1043 Scott and Scott ( 1988Scott and ScNA NA atlantic. silverside age02 1.00 5103 Scott and Scott ( 1988Scott and ScNA NA rainbow. smelt age01 0.00 0.00 Froese, R. and D. PaStone and WNA NA rainbow. smelt age02 1.00 11488.00 Froese, R. and D. PaStone and WNA NA rainbow. smelt age03 1.00 22847.00 Froese, R. and D. PaStone and WNA NA rainbow. smelt age04 1.00 33120.00 Froese, R. and D. PaStone and WNA NA rainbow. smelt age05 1.00 45555.00 Froese, R. and D. PaStone and WNA NA rainbow. smelt age06 1.00 59980.00 Froese, R. and D. PaStone and WNA NA winter. flounder age01 0.00 0 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age02 0.03 144000 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age03 0.32 385000 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age04 0.86 790000 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age05 0.99 1146000 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age06 1.00 1485000 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age07 1.00 1652000 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age08 1.00 1816000 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age09 1.00 1954000 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age10 1.00 2059000 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age11 1.00 2138000 Colarusso, 2000; # 27Colarusso, 2NA NA winter. flounder age12 1.00 2197000 Colarusso, 2000; # 27Colarusso, 2NA NA plaice. american age01 0 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age02 0 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA Page 65 of 79 5 2352  fecundity05 123456789 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 M N O P Q R S T U V W X Y Z AA AB AC AD Page 66 of 79 5 2352  fecundity05 123456789 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 AE AF AG AH Page 67 of 79 5 2352  fecundity05 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 A B C D E F G H I J K L plaice. american age03 0.3 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age04 0.7 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age05 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age06 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age07 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age08 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age09 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age10 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age11 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age12 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age13 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age14 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age15 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age16 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age17 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age18 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age19 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age20 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age21 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age22 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age23 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age24 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf oNA NA plaice. american age25 1 NA NOAA( 1993); [ 27015]; p. 70/ Gulf o1525000 50,000 3,000,000. Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbas silverside. atlantic age01 0.5 NA p. 3 http:// www. nwrc. usgs. gov/ wdbNA NA silverside. atlantic age02 1 NA p. 3 http:// www. nwrc. uNA 9125 4725 13525 p. 4 http:// www. nwrc. usgs. gov/ wdb/ pub/ 0117. pdf american. sand. lance age01 0.00 0 Scott and Scott ( 1988Scott and ScNA NA american. sand. lance age02 0.50 3475 Scott and Scott ( 1988Scott and ScNA NA american. sand. lance age03 1.00 3475 Scott and Scott ( 1988Scott and ScNA NA american. sand. lance age04 1.00 3475 Scott and Scott ( 1988Scott and ScNA NA american. sand. lance age05 1.00 2000 Scott and Scott ( 1988assumed byNA NA american. sand. lance age06 1.00 100 Scott and Scott ( 1988); # 26762; pNA NA american. sand. lance age07 1.00 500 Scott and Scott ( 1988); # 26762; pNA NA american. sand. lance age08 1.00 200 Scott and Scott ( 1988); # 26762; pNA NA american. sand. lance age09 1.00 100 Scott and Scott ( 1988); # 26762; pNA NA pollock age01 0.24 8115 Saila et al., 1997; # 23Saila et al., NA NA pollock age02 0.50 10142 Saila et al., 1997; # 23Saila et al., NA NA pollock age03 0.70 11156 Saila et al., 1997; # 23Saila et al., NA NA pollock age04 0.92 168750 Saila et al., 1997; # 23Saila et al., NA NA pollock age05 1.00 223192 Saila et al., 1997; # 23Saila et al., NA NA pollock age06 1.00 339827 Saila et al., 1997; # 23Saila et al., NA NA pollock age07 1.00 419460 Saila et al., 1997; # 23Saila et al., NA NA pollock age08 1.00 491383 Saila et al., 1997; # 23Saila et al., NA NA pollock age09 1.00 592362 Saila et al., 1997; # 23Saila et al., NA NA pollock age10 1.00 636344 Saila et al., 1997; # 23Saila et al., NA NA pollock age11 1.00 730744 Saila et al., 1997; # 23Saila et al., NA NA pollock age12 1.00 807372 Saila et al., 1997; # 23Saila et al., NA NA pollock age13 1.00 889185 Saila et al., 1997; # 23Saila et al., NA NA pollock age14 1.00 975156 Saila et al., 1997; # 23Saila et al., NA NA pollock age15 1.00 1037828 Saila et al., 1997; # 23Saila et al., NA NA red. hake age01 0.04 156637 Saila et al., 1997; # 23Saila et al., NA NA red. hake age02 0.73 249325 Saila et al., 1997; # 23Saila et al., NA NA red. hake age03 0.99 326692 Saila et al., 1997; # 23Saila et al., NA NA red. hake age04 1.00 462133 Saila et al., 1997; # 23Saila et al., NA NA red. hake age05 1.00 732992 Saila et al., 1997; # 23Saila et al., NA NA red. hake age06 1.00 912603 Saila et al., 1997; # 23Saila et al., NA NA Page 68 of 79 5 2352  fecundity05 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 M N O P Q R S T U V W X Y Z AA AB AC AD e. org. Accessed June 30, 2001. Muus, B. J. and J. G. Nielsen, 1999. Sea fish. Scandinavian Fishing Year Book, Hedehusene, Denmark, 340 p Page 69 of 79 5 2352  fecundity05 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 AE AF AG AH Page 70 of 79 5 2352  fecundity05 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 A B C D E F G H I J K L red. hake age07 1.00 877988 Saila et al., 1997; # 23Saila et al., NA NA red. hake age08 1.00 1449275 Saila et al., 1997; # 23Saila et al., NA NA red. hake age09 1.00 1654144 Saila et al., 1997; # 23Saila et al., NA NA red. hake age10 1.00 2293885 Saila et al., 1997; # 23Saila et al., NA NA red. hake age11 1.00 2578819 Saila et al., 1997; # 23Saila et al., NA NA red. hake age12 1.00 3021598 Saila et al., 1997; # 23Saila et al., NA NA sea. raven age01 0.5 NA NA assumed byNA NA sea. raven age02 1 NA NA assumed byNA NA sea. raven age03 1 NA NA assumed byNA NA sea. raven age04 1 NA NA assumed byNA NA sea. raven age05 1 NA NA assumed byNA NA sea. raven age06 1 NA NA assumed byNA NA sea. raven age07 1 NA NA assumed byNA NA sea. raven age08 1 NA NA assumed byNA NA sea. raven age09 1 NA NA assumed by 15000 Scott and Scott ( 1988); # 26762; p. 497/

tautog age01 0.5 NA NA assumed byNA NA tautog age02 1 NA NA assumed byNA NA tautog age03 1 NA NA assumed byNA NA tautog age04 1 NA NA assumed byNA NA tautog age05 1 NA NA assumed byNA NA tautog age06 1 NA NA assumed by 217406 [ 25906], p. I. 31 radiated. shanny age01 0 0 assumed by AGRET assumed byNA NA radiated. shanny age02 0 0 assumed by AGRET assumed byNA NA radiated. shanny age03 0.5 1000 assumed by AGRET Froese, R. aNA NA radiated. shanny age04 1 1000 assumed by AGRET assumed byNA NA radiated. shanny age05 1 1000 assumed by AGRET assumed byNA NA radiated. shanny age06 1 1624 [ 26762], p. 423 ( arcticassumed byNA NA radiated. shanny age07 1 2000 assumed by AGRET assumed byNA NA radiated. shanny age08 1 2475 [ 26762], p. 423 ( arcticassumed byNA NA radiated. shanny age09 1 2500 assumed by AGRET assumed byNA NA radiated. shanny age10 1 2500 assumed by AGRET assumed by 8758.25129 calculated using fraction mature, survival rate, and egg production sculpin. spp age01 0.5 NA NA assumed byNA NA sculpin. spp age02 1 NA NA assumed byNA NA sculpin. spp age03 1 NA NA assumed by AGNA NA sculpin. spp age04 1 NA NA assumed by AGNA NA sculpin. spp age05 1 NA NA assumed by AGNA NA sculpin. spp age06 1 NA NA assumed by AGNA NA sculpin. spp age07 1 NA NA assumed by AGNA NA sculpin. spp age08 1 NA NA assumed by AGNA NA sculpin. spp age09 1 NA NA assumed by AG8758.25129 assume to same than radiated shanny fourbeard. rockling age01 0.5 NA NA assumed by AGNA NA fourbeard. rockling age02 1 NA NA assumed by AGNA NA fourbeard. rockling age03 1 NA NA assumed by AGNA NA fourbeard. rockling age04 1 NA NA assumed by AGNA NA fourbeard. rockling age05 1 NA NA assumed by AGNA NA fourbeard. rockling age06 1 NA NA assumed by AGNA NA fourbeard. rockling age07 1 NA NA assumed by AGNA NA fourbeard. rockling age08 1 NA NA assumed by AGNA NA fourbeard. rockling age09 1 NA NA assumed by AG25000 5000 45000Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 11, 20 searobin age01 0.5 NA NA assumed by AGNA NA searobin age02 1 NA NA assumed by AGNA NA searobin age03 1 NA NA assumed byNA NA searobin age04 1 NA NA assumed byNA NA searobin age05 1 NA NA assumed byNA NA searobin age06 1 NA NA assumed byNA NA searobin age07 1 NA NA assumed byNA NA searobin age08 1 NA NA assumed by 8758.25129 assume to same than radiated shanny grubby age01 0.5 NA NA assumed byNA NA Page 71 of 79 5 2352  fecundity05 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 M N O P Q R S T U V W X Y Z AA AB AC AD 001Cohen, D. M., T. Inada, T. Iwamoto and N. Scialabba, 1990. FAO species catalogue. Vol. 10. Gadiform fishes of the world ( Order Gadiformes). An annotated and illustrated catalogue of cods, hakes, grenadiers and other gadiform fishes known to date. FAO F Page 72 of 79 5 2352  fecundity05 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 AE AF AG AH ish. Synop. ( 125, Vol. 10): 442 p. Page 73 of 79 5 2352  fecundity05 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 A B C D E F G H I J K L grubby age02 1 NA NA assumed byNA NA grubby age03 1 NA NA assumed byNA NA grubby age04 1 NA NA assumed byNA NA grubby age05 1 NA NA assumed byNA NA grubby age06 1 NA NA assumed byNA NA grubby age07 1 NA NA assumed byNA NA grubby age08 1 NA NA assumed byNA NA grubby age09 1 NA NA assumed by 8758.25129 assume to same than radiated shanny rock. gunnel age01 0.5 80 assumed by AGRET Froese, R. aNA rock. gunnel age02 1 200 assumed by AGRET Froese, R. aNA rock. gunnel age03 1 400 assumed by AGRET Froese, R. aNA rock. gunnel age04 1 600 assumed by AGRET Froese, R. aNA rock. gunnel age05 1 800 assumed by AGRET Froese, R. aNA bluefish age01 0.41 NA NA Table 3: httpNA bluefish age02 0.98 NA NA Table 3: httpNA bluefish age03 1 NA NA Table 3: httpNA bluefish age04 1 NA NA Table 3: httpNA bluefish age05 1 NA NA Table 3: httpNA bluefish age06 1 NA NA Table 3: httpNA bluefish age07 1 NA NA Table 3: httpNA bluefish age08 1 NA NA Table 3: httpNA bluefish age09 1 NA NA Table 3: httpNA bluefish age10 1 NA NA Table 3: httpNA bluefish age11 1 NA NA Table 3: httpNA bluefish age12 1 NA NA Table 3: http2700000 northern. pipefish age01 0.5 860 Scott & Scott, 1988, pScott & Scott, 1988, pg 351 northern. pipefish age02 1 860 Scott & Scott, 1988, pScott & Scott, 1988, pg 351 northern. pipefish age03 1 860 Scott & Scott, 1988, pScott & Scott, 1988, pg 351 northern. pipefish age04 1 860 Scott & Scott, 1988, pScott & Scott, 1988, pg 351 northern. pipefish age05 1 860 Scott & Scott, 1988, pScott & Scott, 1988, pg 351 lumpfish age01 0 0 Scott & Scott, 1988, pScott & Scott, 1988, pg 519 lumpfish age02 0 0 Scott & Scott, 1988, pScott & Scott, 1988, pg 519 lumpfish age03 1 140,000 Scott & Scott, 1988, pScott & Scott, 1988, pg 519 lumpfish age04 1 140,000 Scott & Scott, 1988, pScott & Scott, 1988, pg 519 lumpfish age05 1 140,000 Scott & Scott, 1988, pScott & Scott, 1988, pg 519 lumpfish age06 1 140,000 Scott & Scott, 1988, pScott & Scott, 1988, pg 519 lumpfish age07 1 140,000 Scott & Scott, 1988, pScott & Scott, 1988, pg 519 scup egg 0 0 [ 27296]; p. 106 http:// www. nNA scup larvae 0 0 [ 27296]; p. 107 http:// www. nNA scup age01 0 0 [ 27296]; p. 108 http:// www. nNA scup age02 0.5 7000 [ 27296]; p. 109 http:// www. nNA scup age03 1 7000 [ 27296]; p. 110 http:// www. nNA scup age04 1 7000 [ 27296]; p. 111 http:// www. nNA scup age05 1 7000 [ 27296]; p. 112 http:// www. nNA scup age06 1 7000 [ 27296]; p. 113 http:// www. nNA scup age07 1 7000 [ 27296]; p. 114 http:// www. nNA scup age08 1 7000 [ 27296]; p. 115 http:// www. nNA scup age09 1 7000 [ 27296]; p. 116 http:// www. nNA scup age10 1 7000 [ 27296]; p. 117 http:// www. nNA scup age11 1 7000 [ 27296]; p. 118 http:// www. nNA scup age12 1 7000 [ 27296]; p. 119 http:// www. nNA scup age13 1 7000 [ 27296]; p. 120 http:// www. nNA little. skate egg 0 0 assumed by AGRET Fishbase ( 2000) version on our computer. Spotted. ray. Eastern Atlantic: Shetlands, southern North Sea and the western Baltic to little. skate larvae 0 0 assumed by AGRET Fishbase ( 2000) version on our computer. Spotted. ray. Eastern Atlantic: Shetlands, southern North Sea and the western Baltic to little. skate age01 0.5 42 assumed by AGRET Fishbase ( 2000) version on our computer. Spotted. ray. Eastern Atlantic: Shetlands, southern North Sea and the western Baltic to 900,000 to 4,500,000 : http:// noaa. chesapeakebay. net/ spc/ bluefish. htm Page 74 of 79 5 2352  fecundity05 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 M N O P Q R S T U V W X Y Z AA AB AC AD o Mauritania, including the western part of the Mediterranean ( to Tunisia and western Greece)

o Mauritania, including the western part of the Mediterranean ( to Tunisia and western Greece)

o Mauritania, including the western part of the Mediterranean ( to Tunisia and western Greece) Page 75 of 79 5 2352  fecundity05 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 AE AF AG AH Page 76 of 79 5 2352  fecundity05 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 A B C D E F G H I J K L little. skate age02 1 42 assumed by AGRET Fishbase ( 2000) version on our computer. Spotted. ray. Eastern Atlantic: Shetlands, southern North Sea and the western Baltic to little. skate age03 1 42 assumed by AGRET Fishbase ( 2000) version on our computer. Spotted. ray. Eastern Atlantic: Shetlands, southern North Sea and the western Baltic to little. skate age04 1 42 assumed by AGRET Fishbase ( 2000) version on our computer. Spotted. ray. Eastern Atlantic: Shetlands, southern North Sea and the western Baltic to little. skate age05 1 42 assumed by AGRET Fishbase ( 2000) version on our computer. Spotted. ray. Eastern Atlantic: Shetlands, southern North Sea and the western Baltic to little. skate age06 1 42 assumed by AGRET Fishbase ( 2000) version on our computer. Spotted. ray. Eastern Atlantic: Shetlands, southern North Sea and the western Baltic to little. skate age07 1 42 assumed by AGRET Fishbase ( 2000) version on our computer. Spotted. ray. Eastern Atlantic: Shetlands, southern North Sea and the western Baltic to little. skate age08 1 42 assumed by AGRET Fishbase ( 2000) version on our computer. Spotted. ray. Eastern Atlantic: Shetlands, southern North Sea and the western Baltic to windowpane age01 0 NA NA Scott and Sc100000 windowpane age02 0 NA NA Scott and ScNA windowpane age03 0.5 NA NA Scott and ScNA windowpane age04 1 NA NA Scott and ScNA windowpane age05 1 NA NA Scott and ScNA windowpane age06 1 NA NA Scott and ScNA windowpane age07 1 NA NA Scott and ScNA windowpane age08 1 NA NA Scott and ScNA # 25906 ( Brayton Annual Report, 1994) , p. I. 32 hogchoker egg 0 NA [ 25906], p. I. 34 NA NA hogchoker larvae 0 NA [ 25906], p. I. 34 NA NA hogchoker age01 0.5 NA [ 25906], p. I. 34 NA NA hogchoker age02 1 NA [ 25906], p. I. 34 NA NA hogchoker age03 1 NA [ 25906], p. I. 34 NA NA hogchoker age04 1 NA [ 25906], p. I. 34 NA NA hogchoker age05 1 NA [ 25906], p. I. 34 NA NA hogchoker age06 1 NA [ 25906], p. I. 34 NA 33465 New England Power Company ( 1994); [ 25906] p. I. 34 threespine. stickleback age01 0.5 600 Froese, R. and D. PaScott and ScNA threespine. stickleback age02 1 600 Froese, R. and D. PaBigelow andNA threespine. stickleback age03 1 600 Froese, R. and D. PaBigelow andNA threespine. stickleback age04 1.00 600 Froese, R. and D. PaBigelow andNA butterfish age01 0.00 NA NA Scott and ScNA butterfish age02 1.00 NA NA Scott and ScNA butterfish age03 1.00 NA NA Scott and Sc 150000 Australian ruff ( same family than butterfishes) max. 190,000: Froese and Pauly. 200 Page 77 of 79 5 2352  fecundity05 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 M N O P Q R S T U V W X Y Z AA AB AC AD o Mauritania, including the western part of the Mediterranean ( to Tunisia and western Greece)

o Mauritania, including the western part of the Mediterranean ( to Tunisia and western Greece)

o Mauritania, including the western part of the Mediterranean ( to Tunisia and western Greece)

o Mauritania, including the western part of the Mediterranean ( to Tunisia and western Greece)

o Mauritania, including the western part of the Mediterranean ( to Tunisia and western Greece)

o Mauritania, including the western part of the Mediterranean ( to Tunisia and western Greece)

o Mauritania, including the western part of the Mediterranean ( to Tunisia and western Greece)

01. Fishbase. Lenanton, R. C. J., 1978. Age, spawning time and fecundity of Australian herring ( Arripis georgianus C. & V.) ( Pisces: Arripidae) from the waters around Rottnest Island, Western Australia. Aust. J Page 78 of 79 5 2352  fecundity05 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 AE AF AG AH J. Mar. Freshwat. Res. 29( 5): 599 612 Page 79 of 79 5 2352  fecundity05