0.000000 # NUM! Page 25 of 46 5 2341  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 california. halibut age07 10 813.0 NA 5,549.874 12.23747143 california. halibut NA Kucas and HNA TL 1.10559E 05 2.989835 california. halibut age08 11 876.5 NA 6,949.207 15.32300038 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age09 12 940.0 NA 8,565.530 18.88699392 california. halibut NA Kucas and HNA TL 1.10559E 05 2.989835 california. halibut age10 13 978.0 NA 9,643.003 21.26282155 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age11 14 1016.0 NA 10,807.085 23.82962312 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age12 15 1054.0 NA 12,061.108 26.59474204 california. halibut NA Kucas and HNA TL 1.10559E 05 2.989835 california. halibut age13 16 1080.1 NA 12,976.651 28.61351548 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age14 17 1106.2 NA 13,937.312 30.73177197 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age15 18 1132.3 NA 14,944.169 32.95189174 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age16 19 1158.4 NA 15,998.301 35.27625443 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age17 20 1184.6 NA 17,100.789 37.70723913 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age18 21 1210.7 NA 18,252.709 40.24722438 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age19 22 1236.8 NA 19,455.142 42.89858818 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age20 23 1262.9 NA 20,709.165 45.66370802 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age21 24 1289.0 NA 22,015.855 48.54496089 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age22 25 1315.1 NA 23,376.292 51.54472326 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age23 26 1341.2 NA 24,791.552 54.66537112 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age24 27 1367.3 NA 26,262.712 57.90927997 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age25 28 1393.4 NA 27,790.850 61.27882486 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age26 29 1419.6 NA 29,377.043 64.77638036 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age27 30 1445.7 NA 31,022.368 68.4043206 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age28 31 1471.8 NA 32,727.900 72.16501926 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age29 32 1497.9 NA 34,494.716 76.06084958 california. halibut NA Calculated bNA TL 1.10559E 05 2.989835 california. halibut age30 33 1524.0 NA 36,323.893 80.09418438 california. halibut Cailliet, 2Cailliet, 2000NA TL 1.10559E 05 2.989835 croakers egg 1 2.2673 0.000327 0.000328 white. croaker NA Represents vCalculate na . 0.000033 2.804 croakers larvae 2 4.4000 NA 0.002103 white. croaker NA # 30009 p. 3# 30009 p unsp 0.000033 2.804 croakers juvenile 3 17.2000 NA 0.096147 white. croaker NA Cailliet, 2000NA SL 0.000033 2.804 croakers age01 4 165.0000 NA 54.492774 white. croaker NA # 22499, pg. CNA . 0.000033 2.804 croakers age02 5 181.0000 NA 70.639020 white. croaker NA # 22499, pg. CNA TL 0.000033 2.804 croakers age03 6 196.0000 NA 88.307983 white. croaker NA # 22499, pg. CNA TL 0.000033 2.804 croakers age04 7 211.0000 NA 108.593028 white. croaker NA # 22499, pg. CNA TL 0.000033 2.804 croakers age05 8 225.0000 NA 130.027053 white. croaker NA # 22499, pg. CNA TL 0.000033 2.804 croakers age06 9 239.0000 NA 154.007423 white. croaker NA # 22499, pg. CNA TL 0.000033 2.804 croakers age07 10 253.0000 NA 180.660780 white. croaker NA # 22499, pg. CNA TL 0.000033 2.804 croakers age08 11 266.0000 NA 207.913193 white. croaker NA # 22499, pg. CNA TL 0.000033 2.804 croakers age09 12 278.0000 NA 235.296544 white. croaker NA # 22499, pg. CNA TL 0.000033 2.804 croakers age10 13 290.0000 NA 264.897540 white. croaker NA # 22499, pg. CNA TL 0.000033 2.804 croakers age11 14 301.0000 NA 294.045403 white. croaker NA # 22499, pg. CNA TL 0.000033 2.804 croakers age12 15 313.0000 NA 328.110601 white. croaker # 22499, # 22499, pg. CNA TL 0.000033 2.804 delta. smelt egg 1 6.4295 0.000524 0.000524 1.15454E 06 delta. smelt NA Represents vCalculated as V= Pi x diam 0.0022 1.2371509E 06 3.25 delta. smelt larvae 2 6.5000 NA 0.000542 1.19619E 06 delta. smelt NA http:// dlp. cs. NA 1.2371509E 06 3.25 delta. smelt age01 3 80.0000 NA 1.894371 0.004177089 delta. smelt max age# 26892; p. 6NA 1.2371509E 06 3.25 dungeness1 egg 1 0.3549 0.000069 0.000069 dungeness. crab NA Represents vCalculate na . 0.001249797 2.80100000 dungeness1 zoea 2 4.0000 NA 0.060703 dungeness. crab NA Based on meNA na 0.001249797 2.80100000 dungeness1 megalopae 3 80.0000 NA 267.543634 dungeness. crab NA http:// fwie. fwNA 0.001249797 2.80100000 dungeness1 age01 4 100.0000 NA 499.849852 dungeness. crab NA Pauley et al. NA na 0.001249797 2.80100000 dungeness1 age02 5 108.0000 NA 620.096824 dungeness. crab NA http:// fwie. fwNA na 0.001249797 2.80100000 dungeness1 age03 6 133.5000 NA 1122.826344 dungeness. crab NA Average of aNA na 0.001249797 2.80100000 dungeness1 age04 7 159.0000 NA 1832.115772 dungeness. crab NA Pauley et al. NA na 0.001249797 2.80100000 dungeness1 age05 8 164 NA 1998.099847 dungeness. crab NA Calculated bNA na 0.001249797 2.80100000 dungeness1 age06 9 169 NA 2173.452873 dungeness. crab NA Calculated bNA na 0.001249797 2.80100000 dungeness1 age07 10 174 NA 2358.402968 dungeness. crab NA Calculated bNA na 0.001249797 2.80100000 dungeness1 age08 11 179 NA 2553.176909 dungeness. crab NA Calculated bNA na 0.001249797 2.80100000 dungeness1 age09 12 184 NA 2758.000182 dungeness. crab NA Calculated bNA na 0.001249797 2.80100000 dungeness1 age10 13 189 NA 2973.097021 dungeness. crab http:// fwi http:// fwie. fwNA unsp 0.001249797 2.80100000 dungeness2 egg 1 0.3549 0.000069 0.000069 dungeness. crab NA Represents vCalculate na . 0.001249797 2.80100000 dungeness2 larvae 2 4.0000 NA 0.060703 dungeness. crab NA Based on meNA na 0.001249797 2.80100000 dungeness2 age01 3 100.0000 NA 499.849852 dungeness. crab NA Pauley et al. NA na 0.001249797 2.80100000 dungeness2 age02 4 108.0000 NA 620.096824 dungeness. crab NA http:// fwie. fwNA na 0.001249797 2.80100000 dungeness2 age03 5 133.5000 NA 1122.826344 dungeness. crab NA Average of aNA na 0.001249797 2.80100000 dungeness2 age04 6 159.0000 NA 1832.115772 dungeness. crab NA Pauley et al. NA na 0.001249797 2.80100000 dungeness2 age05 7 164 NA 1998.099847 dungeness. crab NA Calculated bNA na 0.001249797 2.80100000 dungeness2 age06 8 169 NA 2173.452873 dungeness. crab NA Calculated bNA na 0.001249797 2.80100000 Page 26 of 46 5 2341  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 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.855 0.000327 0.0003276 2.2673 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

1 0.000524 0.0005236 6.4295 0.000000 # NUM!

0.000000 # NUM!

0.51 0.000069 0.0000686 0.3549 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.51 0.000069 0.3549 0.0000686 0.0000686 0.3549 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM! Page 27 of 46 5 2341  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 dungeness2 age07 9 174 NA 2358.402968 dungeness. crab NA Calculated bNA na 0.001249797 2.80100000 dungeness2 age08 10 179 NA 2553.176909 dungeness. crab NA Calculated bNA na 0.001249797 2.80100000 dungeness2 age09 11 184 NA 2758.000182 dungeness. crab NA Calculated bNA na 0.001249797 2.80100000 dungeness2 age10 12 189 NA 2973.097021 dungeness. crab http:// fwi http:// fwie. fwNA unsp 0.001249797 2.80100000 flounders egg 1 1.7703 0.000137 0.000137 speckled. sanddab NA Represents vCalculate na . 0.000019188 3.44488 flounders larvae 2 19.6500 NA 0.547657 speckled. sanddab NA Cailliet 2000 NA unsp 0.000019188 3.44488 flounders juvenile 3 35.0000 NA 4.000910 speckled. sanddab NA Cailliet 2000 NA unsp 0.000019188 3.44488 flounders age01 4 63.0900 NA 30.456341 speckled. sanddab NA # 30009 p. 4 NA SL 0.000019188 3.44488 flounders age02 5 89.7280 NA 102.478386 speckled. sanddab NA Calculated bNA SL 0.000019188 3.44488 flounders age03 6 116.3660 NA 250.930092 speckled. sanddab NA Calculated bNA SL 0.000019188 3.44488 flounders age04 7 143.0040 NA 510.441019 speckled. sanddab # 25738 # 30009 p. 4 2NA SL 0.000019188 3.44488 gobies egg 1 8.6019 0.005204 0.005204 blackeye. goby NA Represents vCalculate na 0.0083 6.5929E 06 3.1 gobies larvae 2 10.1250 NA 0.008626 blackeye. goby NA # 25738 p. 5 3NA unsp 0.0083 6.5929E 06 3.1 gobies juvenile 3 20.5000 NA 0.076827 blackeye. goby NA # 25738 p. 5 3NA unsp 0.0083 6.5929E 06 3.1 gobies age01 4 45.0000 NA 0.879097 blackeye. goby NA # 25738 p. 5 3NA unsp 0.0083 6.5929E 06 3.1 gobies age02 5 57.5000 NA 1.879526 blackeye. goby NA Calculated bNA check 0.0083 6.5929E 06 3.1 gobies age03 6 70.0000 NA 3.458454 blackeye. goby NA # 25738 p. 5 3NA SL 0.0083 6.5929E 06 3.1 gobies age04 7 110.0000 NA 14.040915 blackeye. goby NA Calculated bNA check 0.0083 6.5929E 06 3.1 gobies age05 8 150.0000 NA 36.724932 blackeye. goby # 25738 Froese & PaNA TL 0.0083 6.5929E 06 3.1 herrings1 egg 1 7.5947 0.001767 0.001767 pacific. herring NA Represents vCalculate na 0.0043 2.52039E 06 3.232 herrings1 larvae 2 17.7750 NA 0.027596 pacific. herring NA # 30009 p. 5 NA unsp 0.0043 2.52039E 06 3.232 herrings1 juvenile 3 92.5000 NA 5.702149 pacific. herring NA # 30009 p. 3 NA unsp 0.0043 2.52039E 06 3.232 herrings1 age01 4 133.1341 18.500000 18.500000 pacific. herring NA Calculated b Lassuy, D SL 0.0043 2.52039E 06 3.232 herrings1 age02 5 189.4969 57.900000 57.900000 pacific. herring NA # 25876, p. CLassuy, D unsp 0.0043 2.52039E 06 3.232 herrings1 age03 6 206.0520 75.900000 75.900000 pacific. herring NA # 25876, p. CLassuy, D unsp 0.0043 2.52039E 06 3.232 herrings1 age04 7 221.3015 95.600000 95.600000 pacific. herring NA # 25876, p. CLassuy, D SL 0.0043 2.52039E 06 3.232 herrings1 age05 8 235.4496 116.800000 116.800000 pacific. herring NA # 25876, p. CLassuy, D SL 0.0043 2.52039E 06 3.232 herrings1 age06 9 243.6696 130.500000 130.500000 pacific. herring NA # 25876, p. CLassuy, D SL 0.0043 2.52039E 06 3.232 herrings1 age07 10 254.2935 149.800000 149.800000 pacific. herring NA # 25876, p. CLassuy, D SL 0.0043 2.52039E 06 3.232 herrings1 age08 11 257.8105 156.600000 156.600000 pacific. herring NA # 25876, p. CLassuy, D SL 0.0043 2.52039E 06 3.232 herrings1 age09 12 259.5295 160.000000 160.000000 pacific. herring NA Calculated bNA Assumed SL 0.0043 2.52039E 06 3.232 herrings1 age10 13 262.0123 165.000000 165.000000 pacific. herring NA Calculated bNA Assumed SL 0.0043 2.52039E 06 3.232 herrings1 age11 14 264.4436 170.000000 170.000000 pacific. herring # 30009 # 30009 p. 3 NA unsp 0.0043 2.52039E 06 3.232 herrings2 egg 1 7.5947 0.001767 0.001767 NA pacific. herring NA Represents vCalculated as V= Pi x diam 0.0043 2.52039E 06 3.232 herrings2 larvae. 6mm 2 6.0000 NA 0.000825 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 7mm 3 7.0000 NA 0.001358 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 8mm 4 8.0000 NA 0.002091 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 9mm 5 9.0000 NA 0.003059 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 10mm 6 10.0000 NA 0.004300 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 11mm 7 11.0000 NA 0.005851 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 12mm 8 12.0000 NA 0.007751 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 13mm 9 13.0000 NA 0.010040 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 14mm 10 14.0000 NA 0.012757 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 15mm 11 15.0000 NA 0.015944 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 16mm 12 16.0000 NA 0.019642 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 17mm 13 17.0000 NA 0.023893 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 18mm 14 18.0000 NA 0.028741 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 19mm 15 19.0000 NA 0.034229 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 20mm 16 20.0000 NA 0.040401 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 21mm 17 21.0000 NA 0.047302 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 22mm 18 22.0000 NA 0.054977 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 23mm 19 23.0000 NA 0.063471 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 24mm 20 24.0000 NA 0.072830 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 25mm 21 25.0000 NA 0.083102 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 26mm 22 26.0000 NA 0.094333 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 27mm 23 27.0000 NA 0.106570 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 28mm 24 28.0000 NA 0.119862 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 29mm 25 29.0000 NA 0.134258 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 larvae. 30mm 26 30.0000 NA 0.149804 NA pacific. herring NA # 25876, p. CNA 0.0043 2.52039E 06 3.232 herrings2 juvenile 27 92.5000 NA 5.702149 NA pacific. herring NA # 30009 p. 3 NA unsp 0.0043 2.52039E 06 3.232 herrings2 age01 28 133.1341 18.500000 18.500000 NA pacific. herring NA Calculated b Lassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings2 age02 29 189.4969 57.900000 57.900000 NA pacific. herring NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings2 age03 30 206.0520 75.900000 75.900000 NA pacific. herring NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 Page 28 of 46 5 2341  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 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.64 0.000137 0.0001373 1.7703 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

2.15 0.005204 0.0052037 8.6019 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

1.5 0.001767 0.0017671 7.5947 0.000000 # NUM!

0.000000 # NUM!

0.000000 18.500000 133.1341 0.000000 57.900000 189.4969 0.000000 75.900000 206.0520 0.000000 95.600000 221.3015 0.000000 116.800000 235.4496 0.000000 130.500000 243.6696 0.000000 149.800000 254.2935 0.000000 156.600000 257.8105 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

1.5 0.001767 0.0017671 7.5947 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM! Page 29 of 46 5 2341  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 herrings2 age04 31 221.3015 95.600000 95.600000 NA pacific. herring NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings2 age05 32 235.4496 116.800000 116.800000 NA pacific. herring NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings2 age06 33 243.6696 130.500000 130.500000 NA pacific. herring NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings2 age07 34 254.2935 149.800000 149.800000 NA pacific. herring NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings2 age08 35 257.8105 156.600000 156.600000 NA pacific. herring NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings2 age09 36 259.5295 160.000000 160.000000 NA pacific. herring NA # 25876, p. CAssumed based on weigh 0.0043 2.52039E 06 3.232 herrings2 age10 37 262.0123 165.000000 165.000000 NA pacific. herring NA # 25876, p. CAssumed based on weigh 0.0043 2.52039E 06 3.232 herrings2 age11 38 264.4436 170.000000 170.000000 NA pacific. herring # 30009 # 30009 p. 3 Assumed based on weigh 0.0043 2.52039E 06 3.232 herrings3 egg 1 7.5947 0.001767 0.001767 NA pacific. herring NA Represents vCalculated as V= Pi x diam 0.0043 2.52039E 06 3.232 herrings3 larvae. 6mm 2 6.0000 NA 0.000825 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 7mm 3 7.0000 NA 0.001358 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 8mm 4 8.0000 NA 0.002091 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 9mm 5 9.0000 NA 0.003059 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 10mm 6 10.0000 NA 0.004300 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 11mm 7 11.0000 NA 0.005851 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 12mm 8 12.0000 NA 0.007751 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 13mm 9 13.0000 NA 0.010040 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 15mm 10 15.0000 NA 0.015944 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 16mm 11 16.0000 NA 0.019642 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 17mm 12 17.0000 NA 0.023893 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 18mm 13 18.0000 NA 0.028741 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 19mm 14 19.0000 NA 0.034229 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 20mm 15 20.0000 NA 0.040401 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 21mm 16 21.0000 NA 0.047302 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 22mm 17 22.0000 NA 0.054977 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 23mm 18 23.0000 NA 0.063471 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 24mm 19 24.0000 NA 0.072830 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 25mm 20 25.0000 NA 0.083102 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 47mm 21 47.0000 NA 0.639276 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 larvae. 48mm 22 48.0000 NA 0.684290 NA NA Based on EANA 0.0043 2.52039E 06 3.232 herrings3 age01 23 133.1341 18.500000 18.500000 NA NA . Lassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings3 age02 24 189.4969 57.900000 57.900000 NA NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings3 age03 25 206.0520 75.900000 75.900000 NA NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings3 age04 26 221.3015 95.600000 95.600000 NA NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings3 age05 27 235.4496 116.800000 116.800000 NA NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings3 age06 28 243.6696 130.500000 130.500000 NA NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings3 age07 29 254.2935 149.800000 149.800000 NA NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings3 age08 30 257.8105 156.600000 156.600000 NA NA # 25876, p. CLassuy, Dennis R. 1989. S 0.0043 2.52039E 06 3.232 herrings3 age09 31 259.5295 160.000000 160.000000 NA NA . Assumed based on weigh 0.0043 2.52039E 06 3.232 herrings3 age10 32 262.0123 165.000000 165.000000 NA NA . Assumed based on weigh 0.0043 2.52039E 06 3.232 herrings3 age11 33 264.4436 170.000000 170.000000 NA # 30009 # 30009 p. 3 Assumed based on weigh 0.0043 2.52039E 06 3.232 longfin. smelt egg 1 7.6079 0.000905 0.000905 NA longfin. smelt NA Represents vCalculated as V= Pi x diam 0.0022 1.2371509E 06 3.25 longfin. smelt larvae 2 9.0000 NA 0.001562 NA longfin. smelt NA http:// dlp. cs. NA 0.0022 1.2371509E 06 3.25 longfin. smelt age01 3 66.0000 NA 1.013772 NA longfin. smelt NA Interpolated NA 0.0022 1.2371509E 06 3.25 longfin. smelt age02 4 133.0000 NA 9.884177 NA longfin. smelt NA Interpolated NA 0.0022 1.2371509E 06 3.25 longfin. smelt age03 5 200.0000 NA 37.219468 NA longfin. smelt FishBas Interpolated NA 0.0022 1.2371509E 06 3.25 rock. crabs1 egg 1 0.3549 0.000069 0.000069 dungeness. crab NA Represents vCalculate na . 0.001249797 2.80100000 rock. crabs1 zoea. 1 2 2.3 NA 0.012633 brown. rock. crab NA Calculated bNA na . 0.001249797 2.80100000 rock. crabs1 zoea. 2 3 4.2 NA 0.070194 brown. rock. crab NA Calculated bNA na . 0.001249797 2.80100000 rock. crabs1 zoea. 3 4 6.1 NA 0.201783 brown. rock. crab NA Calculated bNA na . 0.001249797 2.80100000 rock. crabs1 zoea. 4 5 8.1 NA 0.433650 brown. rock. crab NA Calculated bNA na . 0.001249797 2.80100000 rock. crabs1 zoea. 5 6 3.0000 NA 0.027118 porcelain. crab NA Based on poNA na . 0.001249797 2.80100000 rock. crabs1 megalopae 7 4.0000 NA 0.060703 unknown. crab NA Based on meNA na . 0.001249797 2.80100000 rock. crabs1 age01 8 62.0000 NA 131.017314 brown. rock. crab NA # 25738 p. 5 NA CW . 0.001249797 2.80100000 rock. crabs1 age02 9 83.0000 NA 296.604206 brown. rock. crab NA # 25738 p. 5 NA CW . 0.001249797 2.80100000 rock. crabs1 age03 10 105.0000 NA 573.047728 brown. rock. crab NA # 25738 p. 5 NA CW . 0.001249797 2.80100000 rock. crabs1 age04 11 123.0000 NA 892.614187 brown. rock. crab NA # 25738 p. 5 NA CW . 0.001249797 2.80100000 rock. crabs1 age05 12 135.0000 NA 1158.522449 brown. rock. crab NA # 25738 p. 5 NA CW . 0.001249797 2.80100000 rock. crabs1 age06 13 143.0000 NA 1361.243469 brown. rock. crab # 25738 # 25738 p. 5 NA CW . 0.001249797 2.80100000 rock. crabs2 egg 1 0.3549 0.000069 0.000069 dungeness. crab NA Represents vCalculated as V= Pi x diam . 0.001249797 2.80100000 rock. crabs2 larvae 2 2.0000 NA 0.008710 brown. rock. crab NA Assumed baNA . 0.001249797 2.80100000 rock. crabs2 age01 3 62.0000 NA 131.017314 brown. rock. crab NA # 25738 p. 5 NA . 0.001249797 2.80100000 rock. crabs2 age02 4 83.0000 NA 296.604206 brown. rock. crab NA # 25738 p. 5 NA . 0.001249797 2.80100000 Page 30 of 46 5 2341  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 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

1.5 0.001767 0.0017671 7.5947 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 18.500000 133.1341 0.000000 57.900000 189.4969 0.000000 75.900000 206.0520 0.000000 95.600000 221.3015 0.000000 116.800000 235.4496 0.000000 130.500000 243.6696 0.000000 149.800000 254.2935 0.000000 156.600000 257.8105 0.000000 160.000000 259.5295 0.000000 165.000000 262.0123 0.000000 170.000000 264.4436 1.2 0.000905 0.0009048 7.6079 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.51 0.000069 0.0000686 0.3549 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.51 0.000069 0.0000686 0.3549 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM! Page 31 of 46 5 2341  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 rock. crabs2 age03 5 105.0000 NA 573.047728 brown. rock. crab NA # 25738 p. 5 NA . 0.001249797 2.80100000 rock. crabs2 age04 6 123.0000 NA 892.614187 brown. rock. crab NA # 25738 p. 5 NA . 0.001249797 2.80100000 rock. crabs2 age05 7 135.0000 NA 1158.522449 brown. rock. crab NA # 25738 p. 5 NA . 0.001249797 2.80100000 rock. crabs2 age06 8 143.0000 NA 1361.243469 brown. rock. crab # 25738 # 25738 p. 5 NA . 0.001249797 2.80100000 rockfishes larvae 1 17.8785 NA 0.000000 kgb. rockfish NA Viviparous. CNA TL rockfishes juvenile 2 59.1840 NA 0.000000 kgb. rockfish NA # 30009 p. 4 NA TL rockfishes age01 3 104.2000 NA 0.000000 kgb. rockfish NA Calculated uNA rockfishes age02 4 153.9000 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age03 5 193.7000 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age04 6 220.0000 NA 0.000000 kgb. rockfish NA Cailliet 2000 NA TL rockfishes age05 7 250.7805 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age06 8 271.0545 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age07 9 287.2556 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age08 10 300.2020 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age09 11 310.5476 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age10 12 318.8148 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age11 13 325.4212 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age12 14 330.7004 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age13 15 334.9191 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age14 16 338.2902 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age15 17 340.9842 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age16 18 343.1369 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age17 19 344.8572 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age18 20 346.2318 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age19 21 347.3303 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age20 22 348.2082 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age21 23 348.9097 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age22 24 349.4702 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age23 25 349.9182 NA 0.000000 kgb. rockfish NA Calculated uNA TL rockfishes age24 26 350.2761 NA 0.000000 kgb. rockfish CDFG, 2Calculated uNA TL sacramento. splittail egg 1 3.8584 0.001767 0.001767 NA sacramento. splittail NA Represents vCalculated as V= Pi x diam 0.028 3.5070000E 05 2.903 sacramento. splittail larvae 2 7.5000 NA 0.012169 NA sacramento. splittail NA # 21986; p. 1NA 0.028 3.5070000E 05 2.903 sacramento. splittail age01 3 111.8000 NA 31.014324 NA sacramento. splittail NA # 26896; p. 6NA 0.028 3.5070000E 05 2.903 sacramento. splittail age02 4 175.3000 NA 114.454973 NA sacramento. splittail NA # 26896; p. 6NA 0.028 3.5070000E 05 2.903 sacramento. splittail age03 5 218.9000 NA 218.106803 NA sacramento. splittail NA # 26896; p. 6NA 0.028 3.5070000E 05 2.903 sacramento. splittail age04 6 249.7000 NA 319.625775 NA sacramento. splittail NA # 26896; p. 6NA 0.028 3.5070000E 05 2.903 sacramento. splittail age05 7 286.8000 NA 477.846082 NA sacramento. splittail # 26896; # 26896; p. 6NA 0.028 3.5070000E 05 2.903 salmon egg 1 0.0042 0.004188 0.004188 NA chinook. salmon NA Represents vCalculated as V= Pi x diam . 1 1 salmon larvae 2 10.0000 NA 10.000000 NA chinook. salmon NA These are noNA . 1 1 salmon age01 3 180.0000 180.000000 180.000000 NA chinook. salmon NA These are noFish and Wildlife Service. . 1 1 salmon age02 4 2040.0000 2040.000000 2040.000000 NA chinook. salmon NA These are noFish and Wildlife Service. . 1 1 salmon age03 5 5530.0000 5530.000000 5530.000000 NA chinook. salmon NA These are noFish and Wildlife Service. . 1 1 salmon age04 6 10790.0000 10790.000000 10790.000000 NA chinook. salmon NA These are noFish and Wildlife Service. . 1 1 salmon age05 7 15330.0000 15330.000000 15330.000000 NA chinook. salmon NA These are noFish and Wildlife Service. . 1 1 salmon age06 8 17200.0000 17200.000000 17200.000000 NA chinook. salmon NA assumed by assumed by AGRET to sh . 1 1 salmon age07 9 18200.0000 18200.000000 18200.000000 NA chinook. salmon NA assumed by assumed by AGRET to sh . 1 1 salmon age08 10 19000.0000 19000.000000 19000.000000 NA chinook. salmon NA assumed by assumed by AGRET to sh . 1 1 salmon age09 11 19500.0000 19500.000000 19500.000000 NA chinook. salmon NA assumed by assumed by AGRET to sh . 1 1 sculpins egg 1 1.6916 0.001531 0.001531 pacific. staghorn. sculpinNA Represents vCalculate na . 0.000284192 3.2037 sculpins larvae 2 1.6161 NA 0.001323 pacific. staghorn. sculpinNA Cailliet 2000 NA TL . 0.000284192 3.2037 sculpins juvenile 3 7.6042 NA 0.188908 pacific. staghorn. sculpinNA Cailliet 2000 NA TL . 0.000284192 3.2037 sculpins age01 4 5.3923 NA 0.062806 pacific. staghorn. sculpinNA Cailliet 2000 NA TL . 0.000284192 3.2037 sculpins age02 5 101.3462 NA 757.909352 pacific. staghorn. sculpinNA Calculated aNA TL . 0.000284192 3.2037 sculpins age03 6 197.3000 NA 6404.880052 pacific. staghorn. sculpinCailliet 2Cailliet 2000 NA TL . 0.000284192 3.2037 sea. basses egg 1 1.6161 0.000456 0.000456 kelp. bass NA Represents vCalculate na . 0.000123 2.73 sea. basses larvae 2 9.4000 NA 0.055788 kelp. bass NA Cailliet 2000 NA unsp . 0.000123 2.73 sea. basses juvenile 3 16.6000 NA 0.263512 kelp. bass NA Cailliet 2000 NA SL . 0.000123 2.73 sea. basses age01 4 71.4616 14.175000 14.175000 kelp. bass NA Input paramehttp:// www SL 0.000123 2.73 sea. basses age02 5 92.1170 28.350000 28.350000 kelp. bass NA Input paramehttp:// www SL 0.000123 2.73 sea. basses age03 6 118.7428 56.700000 56.700000 kelp. bass NA Input paramehttp:// www SL 0.000123 2.73 sea. basses age04 7 166.0798 141.700000 141.700000 kelp. bass NA Input paramehttp:// www SL 0.000123 2.73 sea. basses age05 8 201.7451 241.000000 241.000000 kelp. bass NA Input paramehttp:// www SL 0.000123 2.73 sea. basses age06 9 235.6982 368.500000 368.500000 kelp. bass NA Input paramehttp:// www SL 0.000123 2.73 Page 32 of 46 5 2341  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 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

1.5 0.001767 0.0017671 3.8584 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

6.5 0.143793 0.1437933 0.1438 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

1.43 0.001531 0.0015311 1.6916 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.955 0.000456 0.0004560 1.6161 0.000000 # NUM!

0.000000 # NUM!

0.000000 14.2 71.4616 0.000000 28.4 92.1170 0.000000 56.7 118.7428 0.000000 141.7 166.0798 0.000000 241.0 201.7451 0.000000 368.5 235.6982 Page 33 of 46 5 2341  species. growth04 379 380 381 382 383 384 385 386 387 388 389 390 391 392 393 394 395 396 397 398 399 400 401 402 403 404 405 406 407 408 409 410 411 412 413 414 415 416 417 418 419 420 421 422 423 424 425 426 427 428 429 430 431 432 433 434 435 436 437 438 439 440 441 A B C D E F G H I J K L M N O sea. basses age07 10 265.5502 510.300000 510.300000 kelp. bass NA Input paramehttp:// www SL 0.000123 2.73 sea. basses age08 11 295.0610 680.400000 680.400000 kelp. bass NA Input paramehttp:// www SL 0.000123 2.73 sea. basses age09 12 320.1916 850.500000 850.500000 kelp. bass NA Input paramehttp:// www SL 0.000123 2.73 sea. basses age10 13 338.7603 992.000000 992.000000 kelp. bass NA Input paramehttp:// www SL 0.000123 2.73 sea. basses age11 14 336.8 NA 976.419024 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age12 15 351.0 NA 1092.872861 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age13 16 364.4 NA 1210.255439 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age14 17 376.9 NA 1327.830308 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age15 18 388.8 NA 1444.948322 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age16 19 400.0 NA 1561.043306 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age17 20 410.5 NA 1675.626832 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age18 21 420.4 NA 1788.282512 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age19 22 429.7 NA 1898.660050 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age20 23 438.5 NA 2006.469285 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age21 24 446.8 NA 2111.474358 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age22 25 454.5 NA 2213.488101 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age23 26 461.9 NA 2312.366723 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age24 27 468.8 NA 2408.004829 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age25 28 475.3 NA 2500.330796 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age26 29 481.4 NA 2589.302519 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age27 30 487.2 NA 2674.903516 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age28 31 492.6 NA 2757.139392 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age29 32 497.7 NA 2836.034636 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age30 33 502.6 NA 2911.629748 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age31 34 507.1 NA 2983.978661 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age32 35 511.4 NA 3053.146448 kelp. bass NA Input parameNA SL 0.000123 2.73 sea. basses age33 36 515.4 NA 3119.207282 kelp. bass Cailliet 2Input parameNA SL 0.000123 2.73 silversides egg 1 7.6042 0.004189 0.004189 jacksmelt NA Represents vCalculate na . 0.00000886 3.03574 silversides larvae 2 13.5000 NA 0.023924 jacksmelt NA Cailliet 2000 NA unsp . 0.00000886 3.03574 silversides juvenile 3 27.7950 NA 0.214260 jacksmelt NA http:// dlp. cs. NA SL . 0.00000886 3.03574 silversides age01 4 96.5450 NA 9.387659 jacksmelt NA M. Barron: AvNA SL . 0.00000886 3.03574 silversides age02 5 165.2950 NA 48.027886 jacksmelt NA Cailliet 2000 NA SL . 0.00000886 3.03574 silversides age03 6 191.7765 NA 75.406167 jacksmelt NA Calculated bNA SL . 0.00000886 3.03574 silversides age04 7 218.2580 NA 111.670589 jacksmelt NA Calculated bNA SL . 0.00000886 3.03574 silversides age05 8 244.7394 NA 158.094919 jacksmelt NA Calculated bNA SL . 0.00000886 3.03574 silversides age06 9 271.2209 NA 215.958487 jacksmelt NA Calculated bNA SL . 0.00000886 3.03574 silversides age07 10 297.7024 NA 286.545599 jacksmelt NA Calculated bNA SL . 0.00000886 3.03574 silversides age08 11 324.1839 NA 371.145065 jacksmelt NA Calculated bNA SL . 0.00000886 3.03574 silversides age09 12 350.6654 NA 471.049809 jacksmelt NA Calculated bNA SL . 0.00000886 3.03574 silversides age10 13 377.1469 NA 587.556544 jacksmelt NA Calculated bNA SL . 0.00000886 3.03574 silversides age11 14 403.6283 NA 721.965492 jacksmelt Cailliet 2Cailliet 2000 NA SL . 0.00000886 3.03574 smelts egg 1 5.3923 0.000697 0.000697 surf. smelt NA Represents vCalculate na . 0.00000237 3.3732 smelts larvae 2 27.8205 NA 0.176555 surf. smelt NA Cailliet 2000 NA TL . 0.00000237 3.3732 smelts juvenile 3 60.0000 NA 2.359436 surf. smelt NA Cailliet 2000 NA TL . 0.00000237 3.3732 smelts age01 4 106.8000 NA 16.501556 surf. smelt NA Cailliet 2000 NA TL . 0.00000237 3.3732 smelts age02 5 161.5500 NA 66.651418 surf. smelt NA Avg. of ages 1 and 3. TL . 0.00000237 3.3732 smelts age03 6 216.3000 NA 178.386095 surf. smelt NA Cailliet 2000. ( Schaefe TL . 0.00000237 3.3732 smelts age04 7 260.6500 NA 334.652658 surf. smelt NA Avg. of ages 3 and 5. TL . 0.00000237 3.3732 smelts age05 8 305.0000 NA 568.576053 surf. smelt Cailliet 2Cailliet 2000. ( Love et TL . 0.00000237 3.3732 striped. bass egg 1 32.0244 0.280000 0.280000 NA striped. bass NA Represents v# 26888; p. 15 0.0095 1.17686E 05 2.907 striped. bass L5. to. 6mm 2 5.5000 NA 0.001671 NA striped. bass NA # 26888; p. 1NA 0.0095 1.17686E 05 2.907 striped. bass L7. to. 10mm 3 8.5000 NA 0.005923 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L11. to. 14mm 4 12.5000 NA 0.018174 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L15. to. 18mm 5 16.5000 NA 0.040733 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L19mm 6 19.0000 NA 0.061385 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L20. to. 24mm 7 22.0000 NA 0.094004 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L25. to. 29mm 8 27.5000 NA 0.179831 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L30. to. 34mm 9 32.0000 NA 0.279380 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L35. to. 39mm 10 37.5000 NA 0.443029 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L40. to. 44mm 11 42.0000 NA 0.615899 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L45. to. 49mm 12 47.5000 NA 0.880789 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L51. to. 75mm 13 62.0000 NA 1.910760 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 striped. bass L76. to. 100mm 14 85.0000 NA 4.781283 NA striped. bass NA Table 5 15 oNA 0.0095 1.17686E 05 2.907 Page 34 of 46 5 2341  species. growth04 379 380 381 382 383 384 385 386 387 388 389 390 391 392 393 394 395 396 397 398 399 400 401 402 403 404 405 406 407 408 409 410 411 412 413 414 415 416 417 418 419 420 421 422 423 424 425 426 427 428 429 430 431 432 433 434 435 436 437 438 439 440 441 P Q R S T U 0.000000 510.3 265.5502 0.000000 680.4 295.0610 0.000000 850.5 320.1916 0.000000 992.0 338.7603 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

2 0.004189 0.0041888 7.6042 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

1.1 0.000697 0.0006969 5.3923 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 0.2800000 32.0244 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM! Page 35 of 46 5 2341  species. growth04 442 443 444 445 446 447 448 449 450 451 452 453 454 455 456 457 458 459 460 461 462 463 464 465 466 467 468 469 470 471 472 473 474 475 476 477 478 479 480 481 482 483 484 485 486 487 488 489 490 491 492 493 494 495 496 497 498 499 500 501 502 503 504 A B C D E F G H I J K L M N O striped. bass age01 15 104.0000 NA 8.594874 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass age02 16 249.0000 NA 108.761480 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass age03 17 388.0000 NA 394.872993 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass age04 18 497.0000 NA 811.020118 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass age05 19 562.0000 NA 1159.330001 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass age06 20 647.0000 NA 1745.911997 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass age07 21 709.0000 NA 2277.992086 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass age08 22 758.0000 NA 2766.444654 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass age09 23 799.0000 NA 3224.238004 NA striped. bass # 26888; # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass2 egg 1 32.0244 0.280000 0.280000 NA striped. bass NA Represents v# 26888; p. 15 0.0095 1.17686E 05 2.907 striped. bass2 larvae 2 22.0000 NA 0.094004 NA striped. bass NA see note NA 0.0095 1.17686E 05 2.907 striped. bass2 age01 3 104.0000 NA 8.594874 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass2 age02 4 249.0000 NA 108.761480 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass2 age03 5 388.0000 NA 394.872993 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass2 age04 6 497.0000 NA 811.020118 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass2 age05 7 562.0000 NA 1159.330001 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass2 age06 8 647.0000 NA 1745.911997 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass2 age07 9 709.0000 NA 2277.992086 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass2 age08 10 758.0000 NA 2766.444654 NA striped. bass NA # 26888; pp. NA 0.0095 1.17686E 05 2.907 striped. bass2 age09 11 799.0000 NA 3224.238004 NA striped. bass # 26888; # 26888; pp. NA 0.0095 1.17686E 05 2.907 surfperches juvenile 1 40.0000 NA 0.000000 walleye. surfperch NA Cailliet 2000 NA SL surfperches age01 2 85.3714 NA 0.000000 walleye. surfperch NA Input parameNA SL surfperches age02 3 122.1236 NA 0.000000 walleye. surfperch NA Input parameNA SL surfperches age03 4 143.5838 NA 0.000000 walleye. surfperch NA Input parameNA SL surfperches age04 5 156.1147 NA 0.000000 walleye. surfperch NA Input parameNA SL surfperches age05 6 163.4317 NA 0.000000 walleye. surfperch NA Input parameNA SL surfperches age06 7 167.7042 NA 0.000000 walleye. surfperch Cailliet 2Input parameNA SL chinook. salmon egg 1 2 NA chinook. salmon larvae 2 10 NA chinook. salmon age01 3 180 180 chinook. salmon age02 4 2040 2040 chinook. salmon age03 5 5530 5530 chinook. salmon age04 6 10790 10790 chinook. salmon age05 7 15330 15330 chinook. salmon age06 8 17200 17200 chinook. salmon age07 9 18200 18200 chinook. salmon age08 10 19000 19000 chinook. salmon age09 11 19500 19500 northern. anchovy egg 1 1.06 NA northern. anchovy larvae. 5mm 2 5 NA northern. anchovy larvae. 6mm 3 6 NA northern. anchovy larvae. 7mm 4 7 NA northern. anchovy larvae. 8mm 5 8 NA northern. anchovy larvae. 9mm 6 9 NA northern. anchovy larvae. 10mm 7 10 NA northern. anchovy larvae. 11mm 8 11 NA northern. anchovy larvae. 12mm 9 12 NA northern. anchovy larvae. 13mm 10 13 NA northern. anchovy larvae. 14mm 11 14 NA northern. anchovy larvae. 15mm 12 15 NA northern. anchovy larvae. 16mm 13 16 NA northern. anchovy larvae. 17mm 14 17 NA northern. anchovy larvae. 18mm 15 18 NA northern. anchovy larvae. 19mm 16 19 NA northern. anchovy larvae. 20mm 17 20 NA northern. anchovy larvae. 21mm 18 21 NA northern. anchovy larvae. 22mm 19 22 NA northern. anchovy larvae. 23mm 20 23 NA Page 36 of 46 5 2341  species. growth04 442 443 444 445 446 447 448 449 450 451 452 453 454 455 456 457 458 459 460 461 462 463 464 465 466 467 468 469 470 471 472 473 474 475 476 477 478 479 480 481 482 483 484 485 486 487 488 489 490 491 492 493 494 495 496 497 498 499 500 501 502 503 504 P Q R S T U 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 0.2800000 32.0244 0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM!

0.000000 # NUM! Page 37 of 46 5 2341  species. growth04 505 506 507 508 509 510 511 512 513 514 515 516 517 518 519 520 521 522 523 524 525 526 527 528 529 530 531 532 533 534 535 536 537 538 539 540 541 542 543 544 545 546 547 548 549 550 551 552 553 554 555 556 557 558 559 560 561 562 A B C D E F G H I J K L M N O northern. anchovy larvae. 24mm 21 24 NA northern. anchovy larvae. 25mm 22 25 NA northern. anchovy larvae. 26mm 23 26 NA northern. anchovy larvae. 27mm 24 27 NA northern. anchovy larvae. 28mm 25 28 NA northern. anchovy larvae. 29mm 26 29 NA northern. anchovy larvae. 30mm 27 30 NA northern. anchovy larvae. 31mm 28 31 NA northern. anchovy larvae. 32mm 29 32 NA northern. anchovy larvae. 33mm 30 33 NA northern. anchovy larvae. 34mm 31 34 NA northern. anchovy larvae. 35mm 32 35 NA northern. anchovy larvae. 36mm 33 36 NA northern. anchovy larvae. 37mm 34 37 NA northern. anchovy age01 35 121 12.2 northern. anchovy age02 36 133 17.2 northern. anchovy age03 37 140 20.5 northern. anchovy age04 38 146 23.4 northern. anchovy age05 39 152 26.9 northern. anchovy age06 40 154 30.4 pacific. herring egg 1 1.45 NA pacific. herring larvae. 6mm 2 6 NA pacific. herring larvae. 7mm 3 7 NA pacific. herring larvae. 8mm 4 8 NA pacific. herring larvae. 9mm 5 9 NA pacific. herring larvae. 10mm 6 10 NA pacific. herring larvae. 11mm 7 11 NA pacific. herring larvae. 12mm 8 12 NA pacific. herring age01 9 110 18.5 pacific. herring age02 10 159 57.9 pacific. herring age03 11 176 75.9 pacific. herring age04 12 186 95.6 pacific. herring age05 13 197 116.8 pacific. herring age06 14 204 130.5 pacific. herring age07 15 214 149.8 pacific. herring age08 16 220 156.6 american. shad egg 1 0.01 0.01 american. shad larvae 2 42 42 american. shad juv1 3 84.01 84.01 american. shad age01 4 140 140 american. shad age02 5 530 530 american. shad age03 6 1050 1050 american. shad age04 7 1590 1590 american. shad age05 8 2070 2070 american. shad age06 9 2480 2480 american. shad age07 10 2810 2810 american. shad age08 11 3070 3070 starry. flounder egg 1 0.8 NA starry. flounder larvae 2 20 NA starry. flounder age01 3 40 NA starry. flounder age02 4 300 NA starry. flounder age03 5 350 NA starry. flounder age04 6 375 NA starry. flounder age05 7 380 NA starry. flounder age06 8 385 NA junk. species egg 1 1 NA junk. species larvae 2 6.5 NA junk. species age01 3 80 NA Page 38 of 46 5 2341  species. growth04 505 506 507 508 509 510 511 512 513 514 515 516 517 518 519 520 521 522 523 524 525 526 527 528 529 530 531 532 533 534 535 536 537 538 539 540 541 542 543 544 545 546 547 548 549 550 551 552 553 554 555 556 557 558 559 560 561 562 P Q R S T U Page 39 of 46 5 2341  species. growth04 123456789 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 A B C D E F G H I species stage fraction. mature mean. fecundity species. used notes. fraction. mature notes. mean. fecundity lifetime. fecundity notes. lifetime. fecundity croakers age01 0.8 41400 white. croaker # 22499, pg C 27 # 22499, pg C 28 535400 # 22499, pg C 27 croakers age02 0.95 73800 white. croaker # 22499, pg C 27 # 22499, pg C 28 croakers age03 1 160800 white. croaker # 22499, pg C 27 # 22499, pg C 28 croakers age04 1 252000 white. croaker # 22499, pg C 27 # 22499, pg C 28 croakers age05 1 372000 white. croaker # 22499, pg C 27 # 22499, pg C 28 croakers age06 1 535200 white. croaker # 22499, pg C 27 # 22499, pg C 28 croakers age07 1 758400 white. croaker # 22499, pg C 27 # 22499, pg C 28 croakers age08 1 888000 white. croaker # 22499, pg C 27 # 22499, pg C 28 croakers age09 1 888000 white. croaker # 22499, pg C 27 # 22499, pg C 28 croakers age10 1 888000 white. croaker # 22499, pg C 27 # 22499, pg C 28 croakers age11 1 888000 white. croaker # 22499, pg C 27 # 22499, pg C 28 croakers age12 1 888000 white. croaker # 22499, pg C 27 # 22499, pg C 28 cabezon age01 0 0 cabezon # 22499 p. C 38 Assumed by Agage based on216200 # 22499 p. C 38 cabezon age02 0 0 cabezon # 22499 p. C 38 Assumed by Agage based on # 22499 p. C 38.

cabezon age03 0.6 41900 cabezon # 22499 p. C 38 # 22499 p. C 38 cabezon age04 0.8 51900 cabezon # 22499 p. C 38 # 22499 p. C 38 cabezon age05 1 64000 cabezon # 22499 p. C 38 # 22499 p. C 38 cabezon age06 1 68600 cabezon # 22499 p. C 38 # 22499 p. C 38 cabezon age07 1 74700 cabezon # 22499 p. C 38 # 22499 p. C 38 cabezon age08 1 77800 cabezon # 22499 p. C 38 # 22499 p. C 38 cabezon age09 1 85400 cabezon # 22499 p. C 38 # 22499 p. C 38 cabezon age10 1 91600 cabezon # 22499 p. C 38 # 22499 p. C 38 cabezon age11 1 97700 cabezon # 22499 p. C 38 # 22499 p. C 38 cabezon age12 1 106900 cabezon # 22499 p. C 38 # 22499 p. C 38 cabezon age13 1 119100 cabezon # 22499 p. C 38 # 22499 p. C 38 Page 40 of 46 5 2341  fecundity05 123456789 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 A B C D Grouped Life History Data for Northern California Amy Gage, 11/ 15/ 02 Last updates were made on 2/ 5/ 03.

Life history data for species groups chosen for northern California.

Worksheet Description life. history02 Includes survival, natural mortality, and fishing mortality parameters for each group lbs. from. mm03 Includes length weight conversion equations for each group species. growth04 Includes growth parameters for each group fecundity05 Includes fecundity parameters for each group length. wt. calculator Calculations to determine length needed for model to calculate reported weight.

length. conversions Worksheet used to convert length from TL to SL or vice versa to match length type used in L W equation.

Several criteria were used to choose the species groupings and representative species for each group. The groupings are based on the groups used in the recreational landings database of the NMFS, with the addition of the invertebrate groups. Groups that had less than 1% impingement and entrainment were dropped if they were not deemed recreationally or commercially significant.

Recreational significance was determined by Elena Besedin of Abt, and commercial significance was determined by Stratus Consulting using the spreadsheet Q:/ Elibrary/ Intake/ Database/ CA. commercial. landings. xls.

Notes:

The mean annual temperature for northern California used to determine several natural mortality rates was 13 degrees C based on page 21 of the report " California's Living Marine Resources", California Dept. of Fish & Game, 2001 ( http:// www. dfg. ca. gov/ mrd/ status/). Page 41 of 46 5 2341  ReadMe 123456789 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 A B C D E F G H I species alpha. cm. to. gm alpha. mm. to. gm beta. mm. to. gm MM GM GM MM anchovies1 0.0117 1.31276E 05 2.95000000 35 0.47118 0.015 10.87872756 bay. shrimps . 4.9923E 07 3.42 35 0.095283 0.47118 55.85250167 cabezon . 1.85225E 05 2.9836 35 0.749172 0.47118 29.96177362 california. halibut 0.000939 3.088 35 55.04878 0.47118 7.490678059 croakers . 0.000033 2.804 35 0.704824 0.47118 30.31761584 delta. smelt 0.0022 1.2371509E 06 3.25 35 0.129016 0.47118 52.1384607 dungeness2 . 0.001249797 2.80100000 35 26.41035 0.47118 8.31372261 flounders . 0.000019188 3.44488 35 4.00091 0.47118 18.81051127 gobies 0.0083 6.59292E 06 3.1 35 0.403356 0.47118 36.79946747 herrings3 0.0043 2.52039E 06 3.232 35 0.246545 0.47118 42.76623201 rock. crabs2 . 0.001249797 2.80100000 35 26.41035 0.47118 8.31372261 rockfishes . 1.01503E 05 3.121 35 0.66914 0.47118 31.27951616 sacramento. splittail 0.028 3.5070000E 05 2.903 35 1.065038 0.47118 26.42796697 salmon . 1 1 35 35 0.47118 0.47118 sculpins . 0.000284192 3.2037 35 25.13872 0.47118 10.11474757 sea. basses . 0.000123 2.73 35 2.019347 0.47118 20.53796515 silversides . 0.00000886 3.03574 35 0.431343 0.47118 36.03342056 smelts . 0.00000237 3.3732 35 0.383 0.47118 37.21734901 surfperches . 0.000032 2.99467 35 1.346245 0.47118 24.65008497 striped. bass2 0.0095 1.17686E 05 2.907 35 0.362518 0.47118 38.30316749 monkeyface. prickleback 0.01289 1.62275E 05 2.9 35 0.487585 0.47118 34.58937658 kelpfish 0.00310456 1.77419E 06 3.243 35 0.180473 0.47118 47.05253619 painted. greenling . 0.0000036 3.221 35 0.334883 0.47118 38.91416212 Page 42 of 46 5 2341  length. wt. calculator 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 64 A B C D E F G H I J K species stage stage. seque nce total. len. mm. TL total. len. mm. SL species. used note. length Length conversion equations flounders2 egg 1 0.78 california. halibut Cailliet 2000 ( Ahlstrom et al 1984; avg. of range limits Cailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 larvae 2 5.70 california. halibut Cailliet 2000 ( Ahlstrom et al 1984; avg. of range limits Cailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 juvenile 3 90.00 72.4 california. halibut Cailliet 2000 ( Kramer and Sunada 1992). Assumed TLCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age01 4 97.9 79.4 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age02 5 245.5 210.1 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age03 6 373.7 323.5 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age04 7 484.9 421.9 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age05 8 581.5 507.4 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age06 9 665.4 581.6 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age07 10 738.2 646.1 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age08 11 801.4 702.0 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age09 12 856.3 750.5 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age10 13 903.9 792.7 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age11 14 945.3 829.3 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age12 15 981.2 861.1 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age13 16 1012.3 888.6 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age14 17 1039.4 912.6 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age15 18 1062.9 933.4 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age16 19 1083.3 951.4 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age17 20 1101.0 967.1 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age18 21 1116.3 980.7 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age19 22 1129.7 992.5 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age20 23 1141.2 1002.7 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age21 24 1151.3 1011.6 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age22 25 1160.0 1019.4 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age23 26 1167.6 1026.1 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age24 27 1174.2 1031.9 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age25 28 1179.9 1037.0 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age26 29 1184.9 1041.3 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age27 30 1189.2 1045.1 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age28 31 1192.9 1048.5 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age29 32 1196.1 1051.3 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL flounders2 age30 33 1199.0 1053.8 california. halibut Input parameters from Cailliet, 2000 ( Reed and MaccaCailliet, 2000 ( Haaker, 1975) . TL= 8.15+ 1.13 SL sea. basses egg 1 0.955 . kelp. bass Cailliet 2000. ( Butler et al. 1982) .

sea. basses larvae 2 9.4 . kelp. bass Cailliet 2000. ( Butler et al. 1982; Emmett et al. 1991; W.

sea. basses juvenile 3 16.6 . kelp. bass Cailliet 2000. ( Butler et al. 1982) .

sea. basses age01 4 165 136.5 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age02 5 196 162.3 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age03 6 225 186.7 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age04 7 253 209.6 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age05 8 279 231.2 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age06 9 303 251.5 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age07 10 326 270.7 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age08 11 348 288.7 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age09 12 368 305.7 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age10 13 387 321.7 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age11 14 406 336.8 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age12 15 423 351.0 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age13 16 439 364.4 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age14 17 454 376.9 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age15 18 468 388.8 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age16 19 481 400.0 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age17 20 494 410.5 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age18 21 506 420.4 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age19 22 517 429.7 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age20 23 528 438.5 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age21 24 538 446.8 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age22 25 547 454.5 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age23 26 556 461.9 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age24 27 564 468.8 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age25 28 572 475.3 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age26 29 579 481.4 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age27 30 586 487.2 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

Page 43 of 46 5 2341  length. conversions 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 64 L 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL 2SL Page 44 of 46 5 2341  length. conversions 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 A B C D E F G H I J K sea. basses age28 31 593 492.6 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age29 32 599 497.7 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age30 33 604 502.6 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age31 34 610 507.1 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age32 35 615 511.4 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

sea. basses age33 36 620 515.4 kelp. bass Input parameters from Cailliet, 2000 ( Love, Brooks, BuCailliet, 2000 ( Love, Brooks, Busatto, Stephens, & Gregory 1996a) . TL= 1.41 + 1.

silversides egg 1 2 jacksmelt Cailliet, 2000. M Barron: Average of all data listed for Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides larvae 2 16 jacksmelt Cailliet 2000 ( Emmett et al., 1991). Avg. of 7.5 ( min) aCailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides juvenile 3 35 27.8 jacksmelt http:// dlp. cs. berkeley. edu/ kopec/ tr9/ html/ 337. html TL Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age01 4 117.5 96.5 jacksmelt M. Barron: Average of juv. and age02 Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age02 5 200 165.3 jacksmelt Cailliet 2000 ( Emmett et al., 1991). Based on age & leCailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age03 6 232 191.8 jacksmelt Calculated based on ages 2 and 11. Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age04 7 264 218.3 jacksmelt Calculated based on ages 2 and 11. Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age05 8 295 244.7 jacksmelt Calculated based on ages 2 and 11. Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age06 9 327 271.2 jacksmelt Calculated based on ages 2 and 11. Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age07 10 359 297.7 jacksmelt Calculated based on ages 2 and 11. Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age08 11 391 324.2 jacksmelt Calculated based on ages 2 and 11. Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age09 12 422 350.7 jacksmelt Calculated based on ages 2 and 11. Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age10 13 454 377.1 jacksmelt Calculated based on ages 2 and 11. Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 silversides age11 14 486 403.6 jacksmelt Cailliet 2000. Maximum reported length. TL Cailliet, 2000 ( Karpov and Kwiecien 1988) . TL= 1.646 x SL( 1.200); SE: 2.841 smelts larvae 2 27.8 21.5 surf. smelt Cailliet 2000. ( Moser, 1996a) 21.5 SL calculated to T Cailliet, 2000 ( Karpov and Kwiecien 1988). TL= 3.031 x SL( 1.153); SE: 2.426 smelts age01 4 106.8 90 surf. smelt Cailliet 2000. ( Schaefer 1936) 90 SL calculated to TL Cailliet, 2000 ( Karpov and Kwiecien 1988). TL= 3.031 x SL( 1.153); SE: 2.426 smelts age01 4 216.3 185 surf. smelt Cailliet 2000. ( Schaefer 1936) 90 SL calculated to TL Cailliet, 2000 ( Karpov and Kwiecien 1988). TL= 3.031 x SL( 1.153); SE: 2.426 Page 45 of 46 5 2341  length. conversions 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 L 2SL 2SL 2SL 2SL 2SL 2SL Page 46 of 46 5 2341  length. conversions


[Federal Register: October 29, 2008 (Volume 73, Number 210)]
[Proposed Rules]
[Page 64293-64294]
[DOCID:fr29oc08-30]

-----------------------------------------------------------------------

ENVIRONMENTAL PROTECTION AGENCY

40 CFR Part 52

[EPA-R03-OAR-2008-0656; FRL-8735-5]

Approval and Promulgation of Air Quality Implementation Plans;
Virginia; Movement of Richmond and Hampton Roads 8-Hour Ozone Areas
From the Nonattainment Area List to the Maintenance Area List

AGENCY: Environmental Protection Agency (EPA).

ACTION: Proposed rule.

-----------------------------------------------------------------------

SUMMARY: EPA is proposing to approve the State Implementation Plan
(SIP) revision submitted by the Commonwealth of Virginia for the
purpose of moving the Richmond and the Hampton Roads 8-Hour Ozone
Nonattainment Areas from the nonattainment areas list to the
maintenance areas list. In the Final Rules section of this Federal
Register, EPA is approving the Commonwealth's SIP submittal as a direct
final rule without prior proposal because the Agency views this as a
noncontroversial submittal and anticipates no adverse comments. A
detailed rationale for the approval is set forth in the direct final
rule. If no adverse comments are received in response to this action,
no further activity is contemplated. If EPA receives adverse comments,
the direct final rule will be withdrawn and all

public comments received will be addressed in a subsequent final rule
based on this proposed rule. EPA will not institute a second comment
period. Any parties interested in commenting on this action should do
so at this time.

DATES: Comments must be received in writing by November 28, 2008.

ADDRESSES: Submit your comments, identified by Docket ID Number EPA-
R03-OAR-2008-0656 by one of the following methods:
    A. www.regulations.gov. Follow the on-line instructions for
submitting comments.
    B. E-mail<EMAIL_ADDRESS>    C. Mail: EPA-R03-OAR-2008-0656, Cristina Fernandez, Chief, Air
Quality Planning Branch, Mailcode 3AP21, U.S. Environmental Protection
Agency, Region III, 1650 Arch Street, Philadelphia, Pennsylvania 19103.
    D. Hand Delivery: At the previously-listed EPA Region III address.
Such deliveries are only accepted during the Docket's normal hours of
operation, and special arrangements should be made for deliveries of
boxed information.
    Instructions: Direct your comments to Docket ID No. EPA-R03-OAR-
2008-0656. EPA's policy is that all comments received will be included
in the public docket without change, and may be made available online
at www.regulations.gov, including any personal information provided,
unless the comment includes information claimed to be Confidential
Business Information (CBI) or other information whose disclosure is
restricted by statute. Do not submit information that you consider to
be CBI or otherwise protected through www.regulations.gov or e-mail.
The www.regulations.gov Web site is an anonymous access system, which
means EPA will not know your identity or contact information unless you
provide it in the body of your comment. If you send an e-mail comment
directly to EPA without going through www.regulations.gov, your e-mail
address will be automatically captured and included as part of the
comment that is placed in the public docket and made available on the
Internet. If you submit an electronic comment, EPA recommends that you
include your name and other contact information in the body of your
comment and with any disk or CD-ROM you submit. If EPA cannot read your
comment due to technical difficulties and cannot contact you for
clarification, EPA may not be able to consider your comment. Electronic
files should avoid the use of special characters, any form of
encryption, and be free of any defects or viruses.
    Docket: All documents in the electronic docket are listed in the
www.regulations.gov index. Although listed in the index, some
information is not publicly available, i.e., CBI or other information
whose disclosure is restricted by statute. Certain other material, such
as copyrighted material, is not placed on the Internet and will be
publicly available only in hard copy form. Publicly available docket
materials are available either electronically in www.regulations.gov or
in hard copy during normal business hours at the Air Protection
Division, U.S. Environmental Protection Agency, Region III, 1650 Arch
Street, Philadelphia, Pennsylvania 19103. Copies of the State submittal
are available at the Virginia Department of Environmental Quality, 629
East Main Street, Richmond, Virginia 23219.

FOR FURTHER INFORMATION CONTACT: Patrick Egan,<PHONE_NUMBER>, or by e-
mail at<EMAIL_ADDRESS>
SUPPLEMENTARY INFORMATION: For further information, please see the
information provided in the direct final action, Approval of Virginia's
Revision to move the Richmond and the Hampton Roads 8-Hour Ozone
Nonattainment Areas from the list of nonattainment areas to the list of
maintenance areas that is located in the ``Rules and Regulations''
section of this Federal Register publication.

    Dated: October 20, 2008.
Donald Welsh,
Regional Administrator, Region III.
[FR Doc. E8-25671 Filed 10-28-08; 8:45 am]

BILLING CODE 6560-50-P


[Federal Register: September 19, 2007 (Volume 72, Number 181)]
[Proposed Rules]
[Page 53489-53491]
[DOCID:fr19se07-21]

-----------------------------------------------------------------------

DEPARTMENT OF TRANSPORTATION

Federal Aviation Administration

14 CFR Part 39

[Docket No. FAA-2007-27257; Directorate Identifier 2006-NM-131-AD]
RIN 2120-AA64

Airworthiness Directives; Airbus Model A300 Series Airplanes and
Model A300-600 Series Airplanes

AGENCY: Federal Aviation Administration (FAA), Department of
Transportation (DOT).

ACTION: Supplemental notice of proposed rulemaking (NPRM); reopening of
comment period.

-----------------------------------------------------------------------

SUMMARY: The FAA is revising an earlier NPRM for an airworthiness
directive (AD) that applies to all Airbus Model A300 airplanes; and all
Airbus Model A300 B4-601, A300 B4-603, A300 B4-620, A300 B4-622, A300
B4-605R, A300 B4-622R, A300 F4-605R, A300 F4-622R, and A300 C4-605R
Variant F airplanes. The original NPRM would have required inspecting
to determine the part number of the sliding rods of the main landing
gear (MLG) retraction actuators. For MLG retraction actuators equipped
with sliding rods having certain part numbers, the original NPRM would
also have required inspecting for discrepancies, including but not
limited to cracking, of the sliding rod; and performing corrective
actions if necessary. The original NPRM resulted from a report of a
failure of a sliding rod of the MLG retraction actuator before the
actuator reached the life limit established by the manufacturer. This
action revises the original NPRM by proposing to require the return of
affected sliding rods to the manufacturer. We are proposing this
supplemental NPRM to prevent failure of the sliding rod of the MLG
retraction actuator, which could result in reduced structural integrity
of the MLG.

DATES: We must receive comments on this supplemental NPRM by October
15, 2007.

ADDRESSES: Use one of the following addresses to submit comments on
this supplemental NPRM.
     DOT Docket Web site: Go to http://dms.dot.gov and follow

the instructions for sending your comments electronically.
     Government-wide rulemaking Web site: Go to http://www.regulations.gov
 and follow the instructions for sending your

comments electronically.
     Mail: U.S. Department of Transportation, Docket
Operations, M-30, West Building Ground Floor, Room W12-140, 1200 New
Jersey Avenue, SE., Washington, DC 20590.
     Fax:<PHONE_NUMBER>.
     Hand Delivery: Room W12-140 on the ground floor of the
West Building, 1200 New Jersey Avenue, SE., Washington, DC, between 9
a.m. and 5 p.m., Monday through Friday, except Federal holidays.
    Contact Airbus, 1 Rond Point Maurice Bellonte, 31707 Blagnac Cedex,
France, for service information identified in this proposed AD.

FOR FURTHER INFORMATION CONTACT: Thomas Stafford, Aerospace Engineer,
International Branch, ANM-116, FAA, Transport Airplane Directorate,
1601 Lind Avenue, SW., Renton, Washington 98057-3356; telephone (425)
227-1622; fax<PHONE_NUMBER>.

SUPPLEMENTARY INFORMATION:

Comments Invited

    We invite you to submit any relevant written data, views, or
arguments regarding this supplemental NPRM. Send your comments to an
address listed in the ADDRESSES section. Include the docket number
``FAA-2007-27257; Directorate Identifier 2006-NM-131-AD'' at the
beginning of your comments. We specifically invite comments on the
overall regulatory, economic, environmental, and energy aspects of this
supplemental NPRM. We will consider all comments received by the
closing date and may amend this supplemental NPRM in light of those
comments.
    We will post all comments submitted, without change, to http://dms.dot.gov
, including any personal information you provide. We will

also post a report summarizing each substantive verbal contact with FAA
personnel concerning this supplemental NPRM. Using the search function
of that Web site, anyone can find and read the comments in any of our
dockets, including the name of the individual who sent the comment (or
signed the comment on behalf of an association, business, labor union,
etc.). You may review the DOT's complete Privacy Act Statement in the
Federal Register published on April 11, 2000 (65 FR 19477-78), or you
may visit http://dms.dot.gov.

Examining the Docket

    You may examine the AD docket on the Internet at http://dms.dot.gov
, or in person at the Docket Operations office between 9

a.m. and 5 p.m., Monday through Friday, except Federal holidays. The
Docket Operations office (telephone<PHONE_NUMBER>) is located on the
ground floor of the West Building at the DOT street address stated in
the ADDRESSES section. Comments will be available in the AD docket
shortly after the Docket Management System receives them.

Discussion

    We proposed to amend 14 CFR part 39 with a notice of proposed
rulemaking (NPRM) for an airworthiness directive (AD) (the ``original
NPRM''). The original NPRM applies to all Airbus Model A300 airplanes;
and all Airbus Model A300 B4-601, A300 B4-603, A300 B4-620, A300 B4-
622, A300 B4-605R, A300 B4-622R, A300 F4-605R, A300 F4-622R, and A300
C4-605R Variant F airplanes. The original NPRM was published in the
Federal Register on February 14, 2007 (72 FR 6977). The original NPRM
proposed to require inspecting to determine the part number of the
sliding rods of the main landing gear (MLG) retraction actuators. For
MLG retraction actuators equipped with sliding rods having certain part
numbers, the original NPRM also proposed to require inspecting for
discrepancies, including but not limited to cracking, of the sliding
rod; and performing corrective actions if necessary.

Comments

    We have considered the following comments on the original NPRM.

Request To Require That Retraction Actuator Sliding Rods Be Returned

    Airbus, the airplane manufacturer, requests that we require that
retraction actuator sliding rods be returned to the part manufacturer
when the life limit threshold of 32,000 flight cycles is reached.
Airbus states that because the reported failure of the sliding rod of
the MLG retraction actuator was before the life limit of 32,000 flight
cycles, the part manufacturer has been requested to identify the root
cause. Airbus states that for this purpose, the part manufacturer must
be provided with any removed retraction actuator sliding rod.
    We agree with the commenter for the reasons stated by the
commenter. We have added paragraph (i) to this supplemental NPRM to
require returning the sliding rods to the part manufacturer when the
life limit is reached for the first replacement cycle only. We have
also reidentified subsequent paragraphs.

Request To Allow Records Review

    UPS requests that we allow operators to do a records review instead
of the inspection specified in paragraph (g) of the original NPRM. UPS
states that if the

records review can conclusively determine whether or not the part is
installed, it will be an equivalent level of safety to the proposed
inspection.
    We agree with the comment for the reasons stated by the commenter.
We have revised paragraph (g) of this supplemental NPRM to allow
operators to do a records review instead of the inspection.

Request To Revise Compliance Time

    An anonymous commenter requests that we revise the compliance time
specified in paragraph (g) of the original NPRM to match the compliance
time specified in the corresponding European Aviation Safety Agency
(EASA) airworthiness directive. The commenter states that the EASA
airworthiness directive 2006-0075 R2, dated January 4, 2007, specifies
doing the inspection at the accumulation of 27,000 flight cycles within
1,000 flight cycles or one year, whichever occurs first. The commenter
points out that the original NPRM would require the inspection be done
before the accumulation of 27,000 total flight cycles. The commenter
notes that the original NPRM would result in a threshold of 26,999
flight cycles whereas the EASA airworthiness directive specifies that
the inspection be done between 27,000 flight cycles and 28,000 flight
cycles.
    We agree with the commenter to revise the compliance time. We
intended to match the compliance times specified in EASA airworthiness
directive. We have revised paragraphs (g) and (h) of this supplemental
NPRM to match the intent of the EASA airworthiness directive. We have
also added new paragraph (k) to this supplemental NPRM to ensure that
any replaced parts are inspected at the compliance time specified in
paragraph (h) of this supplemental NPRM.

Explanation of Changes to NPRM

    We have revised the applicability of this supplemental NPRM to
identify model designations as published in the most recent type
certificate data sheet for the affected models.
    We have also revised this action to clarify the appropriate
procedure for notifying the principal inspector before using any
approved AMOC on any airplane to which the AMOC applies.

FAA's Determination and Proposed Requirements of the Supplemental NPRM

    Certain changes discussed above expand the scope of the original
NPRM; therefore, we have determined that it is necessary to reopen the
comment period to provide additional opportunity for public comment on
this supplemental NPRM.

Costs of Compliance

    The following table provides the estimated costs for U.S. operators
to comply with this supplemental NPRM, at an average labor rate of $80
per work hour, per inspection cycle.

                                                 Estimated Costs
----------------------------------------------------------------------------------------------------------------
                                                                                Number of U.S.-
            Action               Work hours          Parts           Cost per       registered      Fleet cost
                                                                     airplane        airplanes
----------------------------------------------------------------------------------------------------------------
Inspection to determine part                1  None.............             $80             168         $13,440
 number.
Inspections for discrepancies              11  None.............             880             168         147,840
----------------------------------------------------------------------------------------------------------------

Authority for This Rulemaking

    Title 49 of the United States Code specifies the FAA's authority to
issue rules on aviation safety. Subtitle I, Section 106, describes the
authority of the FAA Administrator. Subtitle VII, Aviation Programs,
describes in more detail the scope of the Agency's authority.
    We are issuing this rulemaking under the authority described in
Subtitle VII, Part A, Subpart III, Section 44701, ``General
requirements.'' Under that section, Congress charges the FAA with
promoting safe flight of civil aircraft in air commerce by prescribing
regulations for practices, methods, and procedures the Administrator
finds necessary for safety in air commerce. This regulation is within
the scope of that authority because it addresses an unsafe condition
that is likely to exist or develop on products identified in this
rulemaking action.

Regulatory Findings

    We have determined that this proposed AD would not have federalism
implications under Executive Order 13132. This proposed AD would not
have a substantial direct effect on the States, on the relationship
between the national Government and the States, or on the distribution
of power and responsibilities among the various levels of government.
    For the reasons discussed above, I certify that the proposed
regulation:
    1. Is not a ``significant regulatory action'' under Executive Order
12866;
    2. Is not a ``significant rule'' under the DOT Regulatory Policies
and Procedures (44 FR 11034, February 26, 1979); and
    3. Will not have a significant economic impact, positive or
negative, on a substantial number of small entities under the criteria
of the Regulatory Flexibility Act.
    We prepared a regulatory evaluation of the estimated costs to
comply with this supplemental NPRM and placed it in the AD docket. See
the ADDRESSES section for a location to examine the regulatory
evaluation.

List of Subjects in 14 CFR Part 39

    Air transportation, Aircraft, Aviation safety, Safety.

The Proposed Amendment

    Accordingly, under the authority delegated to me by the
Administrator, the FAA proposes to amend 14 CFR part 39 as follows:

PART 39--AIRWORTHINESS DIRECTIVES

    1. The authority citation for part 39 continues to read as follows:

    Authority: 49 U.S.C. 106(g), 40113, 44701.

Sec.  39.13  [Amended]

    2. The Federal Aviation Administration (FAA) amends Sec.  39.13 by
adding the following new airworthiness directive (AD):

Airbus: Docket No. FAA-2007-27257; Directorate Identifier 2006-NM-
131-AD.

Comments Due Date

    (a) The FAA must receive comments on this AD action by October
15, 2007.

Affected ADs

    (b) None.

Applicability

    (c) This AD applies to all Airbus Model A300 series airplanes;
and all Airbus Model A300-600 series airplanes; certificated in any
category.

Unsafe Condition

    (d) This AD results from a report of a failure of a sliding rod
of the main landing gear (MLG) retraction actuator before the
actuator reached the life limit established by the manufacturer. We
are issuing this AD to prevent failure of the sliding rod of the MLG

retraction actuator, which could result in reduced structural
integrity of the MLG.

Compliance

    (e) You are responsible for having the actions required by this
AD performed within the compliance times specified, unless the
actions have already been done.

Service Bulletin Reference

    (f) The term ``service bulletin,'' as used in this AD, means the
Accomplishment Instructions of the service bulletins identified in
paragraphs (f)(1) and (f)(2) of this AD, as applicable.
    (1) For Model A300 series airplanes: Airbus Service Bulletin
A300-32-0450, Revision 01, excluding Appendix 01, dated May 10,
2006.
    (2) For Model A300-600 series airplanes: Airbus Service Bulletin
A300-32-6097, Revision 01, excluding Appendix 01, dated May 10,
2006.

    Note 1: The Airbus service bulletins refer to Messier-Dowty
Special Inspection Service Bulletin 470-32-806, dated October 27,
2005, as an additional source of service information for performing
detailed and high-frequency eddy current (HFEC) inspections to
detect discrepancies of the sliding rod.

Inspection To Determine Part Number (P/N) of Sliding Rod

    (g) At the applicable time specified in paragraph (g)(1) or
(g)(2) of this AD, do a one-time inspection to determine the part
number of the sliding rod of the MLG retraction actuator, in
accordance with the applicable service bulletin. If no sliding rod
having P/N C69029-2 or C69029-3 is installed, no further action is
required by this paragraph. A review of airplane maintenance records
is acceptable in lieu of this inspection if the part number of the
sliding rod of the MLG retraction actuator can be conclusively
determined from that review.
    (1) For airplanes that have accumulated less than 27,000 flight
cycles on the MLG retraction actuator as of the effective date of
this AD: After accumulating 27,000 flight cycles on the MLG
retraction actuator, do the inspection within the next 1,000 flight
cycles or 12 months, whichever occurs first.
    (2) For airplanes that have accumulated 27,000 or more flight
cycles on the MLG retraction actuator as of the effective date of
this AD: Do the inspection within 1,000 flight cycles or 12 months,
whichever occurs first, after the effective date of this AD.

Inspection for Discrepancies of Sliding Rod and Corrective Actions

    (h) For MLG retraction actuators equipped with sliding rods
having P/N C69029-2 or C69029-3: At the applicable time specified in
paragraph (h)(1) or (h)(2) of this AD, perform detailed and HFEC
inspections of the sliding rod of the MLG retraction actuators on
the left-hand and right-hand MLGs, in accordance with the applicable
service bulletin. Then, before further flight, perform all
applicable corrective actions, in accordance with the applicable
service bulletin.
    (1) For airplanes that have accumulated less than 27,000 flight
cycles on the MLG retraction actuator as of the effective date of
this AD: After accumulating 27,000 flight cycles on the MLG
retraction actuator, do the inspections within the next 1,000 flight
cycles or 12 months, whichever occurs first.
    (2) For airplanes that have accumulated 27,000 or more flight
cycles on the MLG retraction actuator as of the effective date of
this AD: Do the inspections within 1,000 flight cycles or 12 months,
whichever occurs first, after the effective date of this AD.

    Note 2: For the purposes of this AD, a detailed inspection is:
``An intensive examination of a specific item, installation, or
assembly to detect damage, failure, or irregularity. Available
lighting is normally supplemented with a direct source of good
lighting at an intensity deemed appropriate. Inspection aids such as
mirror, magnifying lenses, etc., may be necessary. Surface cleaning
and elaborate procedures may be required.''

    Note 3: Operators should note that the MLG retraction actuator
rod must be replaced with a new or serviceable actuator rod before
the 32,000-flight-cycle life limit specified in the applicable
airworthiness limitations document, regardless of the inspection
findings.

Return of MLG Retraction Actuator Sliding Rod

    (i) For airplanes having any retraction actuator sliding rods
specified in paragraphs (i)(1) and (i)(2) of this AD: After the
effective date of this AD, for the first replacement of the
retraction actuator sliding rod, return the retraction actuator
sliding rod to Messier-Dowty, SA Product Support Engineering, BP10--
78142 Velizy Cedex, France, within 30 days after the retraction
actuator sliding rod is removed from the airplane.
    (1) Any retraction actuator sliding rod that is found to have
cracking during the actions specified in paragraph (h) of this AD.
    (2) Any retraction actuator sliding rod, P/N C69029-2 or C69029-
3, removed that has accumulated between 27,000 total flight cycles
and 32,000 total flight cycles.

Parts Installation for MLG Retraction Actuator Rod

    (j) As of the effective date of this AD, no person may install,
on any airplane, an MLG retraction actuator that is equipped with a
sliding rod having P/N C69029-2 or C69029-3, and on which the
retraction actuator rod has accumulated 27,000 total flight cycles
or more, unless paragraph (h) of this AD is accomplished.
    (k) As of the effective date of this AD, any MLG retraction
actuator that is equipped with a sliding rod having P/N C69029-2 or
C69029-3, and on which the retraction actuator rod has accumulated
less than 27,000 total flight cycles, may be installed, on any
airplane, provided that the inspections specified in paragraph (h)
of this AD are accomplished at the time specified in paragraph
(h)(1) of this AD.

Actions Accomplished According to a Previous Issue of the Service
Bulletins

    (l) Inspections and corrective actions done before the effective
date of this AD in accordance with the following service bulletins
are acceptable for compliance with the corresponding requirements of
this AD:
    (1) For Model A300 series airplanes: Airbus Service Bulletin
A300-32-0450, excluding Appendix 01, dated December 1, 2005.
    (2) For Model A300-600 series airplanes: Airbus Service Bulletin
A300-32-6097, excluding Appendix 01, dated December 1, 2005.

Alternative Methods of Compliance (AMOCs)

    (m)(1) The Manager, International Branch, ANM-116, Transport
Airplane Directorate, FAA, has the authority to approve AMOCs for
this AD, if requested in accordance with the procedures found in 14
CFR 39.19.
    (2) To request a different method of compliance or a different
compliance time for this AD, follow the procedures in 14 CFR 39.19.
Before using any approved AMOC on any airplane to which the AMOC
applies, notify your appropriate principal inspector (PI) in the FAA
Flight Standards District Office (FSDO), or lacking a PI, your local
FSDO.

Related Information

    (n) European Aviation Safety Agency airworthiness directive
2006-0075R2, dated January 4, 2007, also addresses the subject of
this AD.

    Issued in Renton, Washington, on September 10, 2007.
Ali Bahrami,
Manager, Transport Airplane Directorate, Aircraft Certification
Service.
[FR Doc. E7-18448 Filed 9-18-07; 8:45 am]

BILLING CODE 4910-13-P


DRAFT DELETION DOCKET CONTENTS [FOLDER REFERENCE]

Dames & Moore.  1994.  Interim Remedial Action - Remedial Design Final Design Submittal. [6-Design Plans and Specifications]
Dames & Moore.  1997.  Revised Draft Remedial Investigation Report. [1-Remedial Investigation Feasibility Study]
Dames & Moore.  1998.  Draft Feasibility Study Report, NSA a Division of Southwire, Hawesville, Kentucky, EPA Docket #97-10-C. [1-Remedial Investigation Feasibility Study]

Kentucky Energy and Environment Cabinet, Department for Environmental Protection, Division of Waste Management.  2011.  Remedial Action Report Approval, National Southwire Aluminum Superfund Site, AI ID #1634, Hawesville, Hancock County, Kentucky.  [7-Construction Inspection Reports]

United States Department of Justice.  1994.  Consent Decree.  [3-Consent Decree]
United States Department of Justice.  2001.  Consent Decree.  [3-Consent Decree]

URS.  2006.  Remedial Design Final Design Submittal.  [6-Design Plans and Specifications]
URS.  2008.  Operations and Maintenance Manual for OU1, OU2, and South Slurry Pond Remedial Action Activities. [8-Operations and Maintenance Plan]
URS.  2011.  National Southwire Aluminum Superfund Site, Remedial Action Report for Operable Unit No. 1 (OUI) and Operable Unit No. 2 (OU2).  [7-Construction Inspection Reports]

U.S. EPA.  1993.  Interim Record of Decision, National Southwire Aluminum Company Superfund Site. [2-Record of Decision ESD SOW]
U.S. EPA.  1993.  Interim Statement of Work for the Remedial Design and Interim Remedial Action at the National Southwire Aluminum Company Superfund Site. [2-Record of Decision ESD SOW]
U.S. EPA.  1994.  Explanation of Significant Differences, National Southwire Aluminum Company Superfund Site, Hawesville, Kentucky. [2-Record of Decision ESD SOW]
U.S. EPA.  1995.  Action Memorandum for the National Southwire Aluminum Company Site, Hawesville, Kentucky. [4-Action Memoranda]
U.S. EPA.  2000.  Final Record of Decision, National Southwire Aluminum NPL Site, Hawesville, Hancock County, Kentucky. [2-Record of Decision ESD SOW]
U.S. EPA.  2000.  Statement of Work for the RD/RA at the National Southwire Aluminum CERCLA NPL Site, Hawesville, Hancock County, Kentucky Company. [2-Record of Decision ESD SOW]
U.S. EPA.  2006.  Final Remedial Design Approval, National Southwire Aluminum Superfund Site, Hawesville, Kentucky. [6-Design Plans and Specifications]
U.S. EPA.  2008.  Preliminary Close Out Report, National Southwire Aluminum Superfund Site, Hawesville, Hancock County, Kentucky. [9-Preliminary Closeout Report]
U.S. EPA.  2011.  Approval of Remedial Action Report Operable Unit One (OUI) and Two (OU2), National Southwire Aluminum Superfund Site, Hawesville, Kentucky.  [7-Construction Inspection Reports]

2010.  Recorded Environmental Covenants for Southwire Company and Century Aluminum.  [10-Institutional Controls]