***** Draft Confidential and Deliberative ; Do not Cite or Quote *****

junk dummy 1 1 DCTM_ ARP. xls ; placeholder01 page 1 of 48 6/ 29/ 2006 species stagege. sequencesurvival. bystage. fraction nat. mort. m fish. mort. fn. vulnerable notes. survivaltes. nat. mort notes. fish. mort nerable dummy dummy  999  999  999  999  999 dummy dummy dummydummy bay. anchovy. gulf egg 1 0.14370395 1.94 0 0ing Se = exp (( m+ f)) [ 26554] Based on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf prolarvae 2 0.20887903 1.566 0 0ing Se = exp (( m+ f)) ]; appendix LBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf postlarvae 3 0.002198456 6.12 0 0ing Se = exp (( m+ f)) ]; appendix LBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf juv 4 0.274734528 1.292 0 0dix F, Attachment F. exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf age01 5 0.197059414 1.62425 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf age02 6 0.197059414 1.62425 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf age03 7 0.197059414 1.62425 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). blue. crab. gulf zoeae 1 0.000001 13.816 0 0 2 for zoae and juv1 exp (( m+ f)) hment 12; Table 10 2/ Cheasapeake Bay mean, 1999 blue. crab. gulf megalops 2 0.273837066 1.295 0 0f " Survival ( per mm)" exp (( m+ f)) hment 12; Table 10 2/ Cheasapeake Bay mean, 1999 blue. crab. gulf juv1 3 0.110208858 1.725 0.48 0.5f " Survival ( per mm)" exp (( m+ f)) hment 12; Table 10 2/ Cheasapeake Bay mean, 1999 blue. crab. gulf age01 4 0.13533528 1 1 1th. increment^ 0.9656 = exp ( m+ f) target level of fishing mortality. P24 [ 27982], 1999 blue. crab. gulf age02 5 0.13533528 1 1 1th. increment^ 0.9656 = exp ( m+ f) target level of fishing mortality. P24 [ 27982], 1999 blue. crab. gulf age03 6 0.13533528 1 1 1th. increment^ 0.9656 = exp ( m+ f) target level of fishing mortality. P24 [ 27982], 1999 pink. shrimp egg 1 0.04 3.218875825 0 0 [ 21805]. Pg. 5.2 8 exp (( m+ f)) Bielsa et al., 1983. ., 1983. pink. shrimp prolarvae 2 0.182683524 1.7 0 0ing Se = exp (( m+ f)) s postlarvae) Bielsa et al., 1983. ., 1983. pink. shrimp postlarvae 3 0.182683524 1.7 0 0ing Se = exp (( m+ f)) s postlarvae) Bielsa et al., 1983. ., 1983. pink. shrimp juv 4 0.755783741 0.14 0.14 1ing Se = exp (( m+ f)) was fishing.) r fishing mortality and 50% of total was fishing.) ., 1983. pink. shrimp age01 5 0.755783741 0.14 0.14 1ing Se = exp (( m+ f)) was fishing.) r fishing mortality and 50% of total was fishing.) ., 1983. pink. shrimp2 egg 1 0.04 3.218875825 0 0 [ 21805]. Pg. 5.2 8 exp (( m+ f)) Bielsa et al., 1983. ., 1983. pink. shrimp2 larvae 2 0.03337327 3.4 0 0ing Se = exp (( m+ f)) s postlarvae) Bielsa et al., 1983. ., 1983. pink. shrimp2 juv 3 0.755783741 0.14 0.14 1ing Se = exp (( m+ f)) was fishing.) r fishing mortality and 50% of total was fishing.) ., 1983. pink. shrimp2 age01 4 0.755783741 0.14 0.14 1ing Se = exp (( m+ f)) was fishing.) r fishing mortality and 50% of total was fishing.) ., 1983. silver. perch. gulf egg 1 0.063696542 2.753625 0 0ing Se = exp (( m+ f)) ttachment F6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch. gulf prolarvae 2 0.122701586 2.098 0 0ing Se = exp (( m+ f)) ttachment F6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch. gulf postlarvae 3 0.037897126 3.27288 0 0ing Se = exp (( m+ f)) ttachment F6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch. gulf juv 4 0.181463817 1.706699 0 0ing Se = exp (( m+ f)) ttachment F6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch. gulf age01 5 0.021493601 3.84 0 0ing Se = exp (( m+ f)) 01. ( Growth) 6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch. gulf age02 6 0.019448215 3.84 0.1 0.5ing Se = exp (( m+ f)) 01. ( Growth) 6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch. gulf age03 7 0.019448215 3.84 0.1 1ing Se = exp (( m+ f)) 01. ( Growth) 6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. black. drum egg 1 0.10331218 2.27 0 0ing Se = exp (( m+ f)) med 10 daysBased on fishery landings data ( NOAA, 2003). rposes) black. drum prolarvae 2 0.046677175 3.0645 0 0ing Se = exp (( m+ f)) med 27daysBased on fishery landings data ( NOAA, 2003). rposes) black. drum postlarvae 3 0.046677175 3.0645 0 0ing Se = exp (( m+ f)) med 27daysBased on fishery landings data ( NOAA, 2003). rposes) black. drum juv 4 0.273077402 1.148 0.15 0.5ing Se = exp (( m+ f)) and fish mort p a. pdf; divided between nat. mort and fish mort rposes) black. drum age01 5 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age02 6 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age03 7 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age04 8 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age05 9 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age06 10 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age07 11 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age08 12 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age09 13 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age10 14 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age11 15 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age12 16 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age13 17 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age14 18 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age15 19 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age16 20 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age17 21 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age18 22 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age19 23 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age20 24 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age21 25 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age22 26 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age23 27 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age24 28 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age25 29 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age26 30 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age27 31 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age28 32 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age29 33 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age30 34 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age31 35 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age32 36 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age33 37 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age34 38 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age35 39 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age36 40 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age37 41 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age38 42 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age39 43 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum age40 44 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 pinfish egg 1 0.1 2.302585093 0 0 assumed by AGreted by AGret Assumed by A. Gage. ssumed pinfish larvae 2 0.000614573 7.394583055 0 0 see output file exp (( m+ f)) Assumed by A. Gage. ssumed pinfish juv 3 0.14793238 1.911 0 0ing Se = exp (( m+ f)) = 31, jun= 30) Assumed by A. Gage. ssumed pinfish age01 4 0.506616992 0.34 0.34 0.5ing Se = exp (( m+ f)) f fish half nat Assumed to be equal to natural mortality ssumed pinfish age02 5 0.506616992 0.34 0.34 1ing Se = exp (( m+ f)) f fish half nat Assumed to be equal to natural mortality ssumed stone. crab stage. 1 1 0.1389495 1.973644721 0 0om Lindberg, 1984)) exp (( m+ f)) nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. stone. crab stage. 2 2 0.1389495 1.973644721 0 0om Lindberg, 1984)) exp (( m+ f)) nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. stone. crab stage. 3 3 0.1389495 1.973644721 0 0om Lindberg, 1984)) exp (( m+ f)) nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. stone. crab stage. 4 4 0.1389495 1.973644721 0 0om Lindberg, 1984)) exp (( m+ f)) nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. stone. crab stage. 5 5 0.1389495 1.973644721 0 0om Lindberg, 1984)) exp (( m+ f)) nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. stone. crab megalops 6 0.1389495 1.973644721 0 0om Lindberg, 1984)) exp (( m+ f)) nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. stone. crab juv 7 0.1389495 1.973644721 0 0om Lindberg, 1984)) exp (( m+ f)) nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. stone. crab age01 8 0.184519524 0.939 0.751 0.5ing Se = exp (( m+ f)) ( 2): 311 323. nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. stone. crab age02 9 0.184519524 0.939 0.751 1ing Se = exp (( m+ f)) ( 2): 311 323. nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. stone. crab age03 10 0.184519524 0.939 0.751 1ing Se = exp (( m+ f)) ( 2): 311 323. nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. stone. crab age04 11 0.184519524 0.939 0.751 1ing Se = exp (( m+ f)) ( 2): 311 323. nal Park, Florida. Bull. Mar. Sci. 46( 2): 311 323. vesting. scaled. sardine egg 1 0.12 2.120263536 0 0 lower survival rate.) exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). ssumed scaled. sardine prolarvae 2 0.571209064 0.56 0 0ing Se = exp (( m+ f)) = 2d [ 21805] Based on fishery landings data ( NOAA, 2003). ssumed scaled. sardine postlarvae 3 0.003647515 6.53 0 0ing Se = exp (( m+ f)) see outputBased on fishery landings data ( NOAA, 2003). ssumed scaled. sardine juvenile 4 0.4 0.916290732 0 0ssumed ( D. Cacela) exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). ssumed scaled. sardine age01 5 0.36059494 1.02 0 0ing Se = exp (( m+ f)) g. Key facts. Based on fishery landings data ( NOAA, 2003). ssumed spotted. seatrout egg 1 0.1 2.302585093 0 0 [ 21805]; p. 7.2 20 exp (( m+ f)) Assumed by A. Gage. ssumed spotted. seatrout prolarvae 2 0.22313016 1.5 0 0ing Se = exp (( m+ f)) d on [ 21805] 01 in Norhteast and F0.1 from Murphy's e mail inches. spotted. seatrout postlarvae 3 0.000985462 6.9224 0 0ing Se = exp (( m+ f)) see output01 in Norhteast and F0.1 from Murphy's e mail inches. spotted. seatrout juv 4 0.58 0.2724 0.2724 0.5thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout age01 5 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout age02 6 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout age03 7 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout age04 8 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout age05 9 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout age06 10 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout age07 11 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout age08 12 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. tidewater. silverside egg 1 0.10000000 2.302585093 0 0f 10 becomes larva) exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). , 2003). tidewater. silverside prolarvae 2 0.23398700 1.452489721 0 0 pro and postlarvae) exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). , 2003). tidewater. silverside postlarvae 3 0.23398700 1.452489721 0 0 pro and postlarvae) exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). , 2003). tidewater. silverside juvenile 4 0.40000000 0.916290732 0 0ssumed ( D. Cacela) exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). , 2003). tidewater. silverside age01 5 0.122456428 2.1 0 0ing Se = exp (( m+ f)) . 1694. 41 p. Based on fishery landings data ( NOAA, 2003). , 2003). tidewater. silverside age02 6 0.122456428 2.1 0 0ing Se = exp (( m+ f)) . 1694. 41 p. Based on fishery landings data ( NOAA, 2003). , 2003). hogchoker egg 1 0.106 2.244316185 0 0p. I. 34/ BMt. Hope Bay exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). , 2003). hogchoker larvae 2 0.00119 6.73079203 0 0 see output file exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). , 2003). hogchoker juvenile 3 0.40000 0.916290732 0 0ssumed ( D. Cacela) exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). , 2003). hogchoker age01 4 0.778800783 0.25 0 0ing Se = exp (( m+ f)) fish, half nat. Based on fishery landings data ( NOAA, 2003). , 2003). hogchoker age02 5 0.778800783 0.25 0 0ing Se = exp (( m+ f)) fish, half nat. Based on fishery landings data ( NOAA, 2003). , 2003). hogchoker age03 6 0.778800783 0.25 0 0ing Se = exp (( m+ f)) fish, half nat. Based on fishery landings data ( NOAA, 2003). , 2003). hogchoker age04 7 0.778800783 0.25 0 0ing Se = exp (( m+ f)) fish, half nat. Based on fishery landings data ( NOAA, 2003). , 2003). hogchoker age05 8 0.778800783 0.25 0 0ing Se = exp (( m+ f)) fish, half nat. Based on fishery landings data ( NOAA, 2003). , 2003). hogchoker age06 9 0.778800783 0.25 0 0ing Se = exp (( m+ f)) fish, half nat. Based on fishery landings data ( NOAA, 2003). , 2003). menhaden. spp egg 1 0.12500000 2.079441542 0 0 p. 66/ Pilgrim station exp (( m+ f)) rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret menhaden. spp larvae 2 0.00331649 5.708847403 0 0 provided by Entergy exp (( m+ f)) rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret menhaden. spp juv 3 0.05758900 2.854423702 0 0 provided by Entergy exp (( m+ f)) rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret menhaden. spp age01 4 0.637628152 0.45 0 0ing Se = exp (( m+ f)) ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret menhaden. spp age02 5 0.286504797 0.45 0.8 0.5ing Se = exp (( m+ f)) ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret menhaden. spp age03 6 0.286504797 0.45 0.8 1ing Se = exp (( m+ f)) ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret menhaden. spp age04 7 0.286504797 0.45 0.8 1ing Se = exp (( m+ f)) ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret menhaden. spp age05 8 0.286504797 0.45 0.8 1ing Se = exp (( m+ f)) ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret menhaden. spp age06 9 0.286504797 0.45 0.8 1ing Se = exp (( m+ f)) ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret chain. pipefish egg 1 0.10000000 2.302585093 0 0f 10 becomes larva) exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). , 2003). chain. pipefish larvae 2 0.09113 2.395519779 0 0 output fileSeabrook exp (( m+ f)) Based on fishery landings data ( NOAA, 2003). , 2003). chain. pipefish juvenile 3 0.40000 0.916290732 0 0ssumed ( D. Cacela) exp (( m+ f)) Assumed by A. Gage. ssumed chain. pipefish age01 4 0.47236655 0.75 0 0sing Se = exp ( m+ f) 00/ Baltic seaBased on fishery landings data ( NOAA, 2003). , 2003). chain. pipefish age02 5 0.472366553 0.75 0 0ing Se = exp (( m+ f)) 00/ Baltic seaBased on fishery landings data ( NOAA, 2003). , 2003). chain. pipefish age03 6 0.472366553 0.75 0 0ing Se = exp (( m+ f)) 00/ Baltic seaBased on fishery landings data ( NOAA, 2003). , 2003). chain. pipefish age04 7 0.472366553 0.75 0 0ing Se = exp (( m+ f)) 00/ Baltic seaBased on fishery landings data ( NOAA, 2003). , 2003). chain. pipefish age05 8 0.472366553 0.75 0 0ing Se = exp (( m+ f)) 00/ Baltic seaBased on fishery landings data ( NOAA, 2003). , 2003). searobin. gulf egg 1 0.1000 2.3026 0 0 assumed by AGret exp (( m+ f)) Based on hake Saila et al., 1997y Agret searobin. gulf larvae 2 0.0258 3.6570 0 0 by juv survival ( 0.4). exp (( m+ f)) Based on hake Saila et al., 1997l., 1997 searobin. gulf juvenile 3 0.4000 0.9163 0 0ssumed ( D. Cacela) exp (( m+ f)) Based on hake Saila et al., 1997l., 1997 searobin. gulf age01 4 0.5945 0.4200 0.1 0.5ing Se = exp (( m+ f)) ne 11, 2001. Based on hake Saila et al., 1997l., 1997 searobin. gulf age02 5 0.5945 0.4200 0.1 1ing Se = exp (( m+ f)) ne 11, 2001. Based on hake Saila et al., 1997l., 1997 searobin. gulf age03 6 0.5945 0.4200 0.1 1ing Se = exp (( m+ f)) ne 11, 2001. Based on hake Saila et al., 1997l., 1997 searobin. gulf age04 7 0.5945 0.4200 0.1 1ing Se = exp (( m+ f)) ne 11, 2001. Based on hake Saila et al., 1997l., 1997 searobin. gulf age05 8 0.5945 0.4200 0.1 1ing Se = exp (( m+ f)) ne 11, 2001. Based on hake Saila et al., 1997l., 1997 searobin. gulf age06 9 0.5945 0.4200 0.1 1ing Se = exp (( m+ f)) ne 11, 2001. Based on hake Saila et al., 1997l., 1997 searobin. gulf age07 10 0.5945 0.4200 0.1 1ing Se = exp (( m+ f)) ne 11, 2001. Based on hake Saila et al., 1997l., 1997 searobin. gulf age08 11 0.5945 0.4200 0.1 1ing Se = exp (( m+ f)) ne 11, 2001. Based on hake Saila et al., 1997l., 1997 gulf. killifish egg 1 0.1 2.302585093 0 0f 10 becomes larva) exp (( m+ f)) ional d'Histoire Naturelle, Paris, France, 399 p. gulf. killifish larvae 2 0.05 2.995732274 0 0 egg to larvae of 0.1 exp (( m+ f)) ional d'Histoire Naturelle, Paris, France, 399 p. gulf. killifish juvenile 3 0.4 0.916290732 0 0ssumed ( D. Cacela) exp (( m+ f)) ional d'Histoire Naturelle, Paris, France, 399 p. gulf. killifish age01 4 0.46 0.776528789 0 0979 # 23208), mean exp (( m+ f)) ional d'Histoire Naturelle, Paris, France, 399 p. gulf. killifish age02 5 0.46 0.776528789 0 0979 # 23208), mean exp (( m+ f)) ional d'Histoire Naturelle, Paris, France, 399 p. gulf. killifish age03 6 0.46 0.776528789 0 0979 # 23208), mean exp (( m+ f)) ional d'Histoire Naturelle, Paris, France, 399 p. gulf. killifish age04 7 0.46 0.776528789 0 0979 # 23208), mean exp (( m+ f)) ional d'Histoire Naturelle, Paris, France, 399 p. gulf. killifish age05 8 0.46 0.776528789 0 0979 # 23208), mean exp (( m+ f)) ional d'Histoire Naturelle, Paris, France, 399 p. gulf. killifish age06 9 0.46 0.776528789 0 0979 # 23208), mean exp (( m+ f)) ional d'Histoire Naturelle, Paris, France, 399 p. gulf. killifish age07 10 0.46 0.776528789 0 0979 # 23208), mean exp (( m+ f)) ional d'Histoire Naturelle, Paris, France, 399 p. leatherjacket egg 1 0.441811 0.816872 0 0ing Se = exp (( m+ f)) ttachment F Assumed by D. Cacela. Cacela. leatherjacket larvae 2 0.000183 8.608552396 0 0ed by 0.4 ( juv surv). exp (( m+ f)) Assumed by D. Cacela. Cacela. leatherjacket juvenile 3 0.4 0.916290732 0 0ssumed ( D. Cacela) exp (( m+ f)) Assumed by D. Cacela. Cacela. leatherjacket age01 4 0.554327285 0.34 0.25 0.5ing Se = exp (( m+ f)) eatherjacket. :// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) Cacela) leatherjacket age02 5 0.554327285 0.34 0.25 1ing Se = exp (( m+ f)) eatherjacket. :// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) Cacela) leatherjacket age03 6 0.554327285 0.34 0.25 1ing Se = exp (( m+ f)) eatherjacket. :// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) Cacela) leatherjacket age04 7 0.554327285 0.34 0.25 1ing Se = exp (( m+ f)) eatherjacket. :// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) Cacela) sheepshead egg 1 0.1 2.302585093 0 0f 10 becomes larva) exp (( m+ f)) Assumed by A. Gage. [ 27982] sheepshead larvae 2 0.000614573 7.394583055 0 0 see output file exp (( m+ f)) Assumed by A. Gage. [ 27982] sheepshead juv 3 0.14793238 1.911 0 0ing Se = exp (( m+ f)) = 31, jun= 30) Assumed by A. Gage. [ 27982] sheepshead age01 4 0.138069237 1.98 0 0ing Se = exp (( m+ f)) bream M ( l/ y) Assumed by A. Gage. [ 27982] sheepshead age02 5 0.138069237 1.98 0 0ing Se = exp (( m+ f)) bream M ( l/ y) Assumed by A. Gage. [ 27982] sheepshead age03 6 0.088036833 1.98 0.45 0.5ing Se = exp (( m+ f)) bream M ( l/ y) Assumed by A. Gage. [ 27982] sheepshead age04 7 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) bream M ( l/ y) Assumed by A. Gage. [ 27982] sheepshead age05 8 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) bream M ( l/ y) Assumed by A. Gage. [ 27982] sheepshead age06 9 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] sheepshead age07 10 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] sheepshead age08 11 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] sheepshead age09 12 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] sheepshead age10 13 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] sheepshead age11 14 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] sheepshead age12 15 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] sheepshead age13 16 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] sheepshead age14 17 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] sheepshead age15 18 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] sheepshead age16 19 0.088036833 1.98 0.45 1ing Se = exp (( m+ f)) half natural. head in Florida ( Murphy) Murphy's e mail F0.1[ 27982] goby. spp egg 1 0.750001554 0.28768 0 0ing Se = exp (( m+ f)) ge duration. # 28558, Appendix F 126x F 126 goby. spp larvae 2 0.016666743 4.09434 0 0ing Se = exp (( m+ f)) ge duration. # 28558, Appendix F 126x F 126 goby. spp juv 3 0.09998451 2.30274 0 0ing Se = exp (( m+ f)) ge duration. # 28558, Appendix F 126x F 126 goby. spp age01 4 0.078318612 2.54697 0 0ing Se = exp (( m+ f)) ge duration. # 28558, Appendix F 126rposes bay. anchovy. gulf2 egg 1 0.14370395 1.94 0 0ing Se = exp (( m+ f)) [ 26554] Based on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf2 larvae 2 0.000452827 7.7 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf2 juv1 3 0.921073907 0.082215 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf2 juv2 4 0.917474952 0.08613 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf2 juv3 5 0.878802582 0.129195 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf2 juv4 6 0.369941646 0.99441 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf2 age01 7 0.197059414 1.62425 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf2 age02 8 0.197059414 1.62425 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). bay. anchovy. gulf2 age03 9 0.197059414 1.62425 0 0ing Se = exp (( m+ f)) ttachment FBased on fishery landings data ( NOAA, 2003). , 2003). silver. perch2 egg 1 0.063696542 2.753625 0 0ing Se = exp (( m+ f)) ttachment F6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch2 larvae 2 0.004650037 5.37088 0 0ing Se = exp (( m+ f)) ttachment F6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch2 juv 3 0.181463817 1.706699 0 0ing Se = exp (( m+ f)) ttachment F6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch2 age01 4 0.021493601 3.84 0 0ing Se = exp (( m+ f)) 01. ( Growth) 6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch2 age02 5 0.019448215 3.84 0.1 0.5ing Se = exp (( m+ f)) 01. ( Growth) 6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. silver. perch2 age03 6 0.019448215 3.84 0.1 1ing Se = exp (( m+ f)) 01. ( Growth) 6 email: mike. murphy@ fwc. state. fl. us); 1/ 23/ 02on size. striped. mullet egg 1 0.150 1.897119985 0 0ies in this ecosystem exp (( m+ f)) RM# 34713. Collins, 1985., 1985. striped. mullet larvae 2 0.01 4.605170186 0 0 age1* Sage1 age2 exp (( m+ f)) RM# 34713. Collins, 1985., 1985. striped. mullet juv 3 0.4 0.916290732 0 0 sumed by D. Cacela. exp (( m+ f)) RM# 34713. Collins, 1985., 1985. striped. mullet age01 4 0.58860497 0.23 0.3 0.5ing Se = exp (( m+ f)) temp of 23.6ed to represent modest fishing, lower than spot, 1985. striped. mullet age02 5 0.58860497 0.23 0.3 1ing Se = exp (( m+ f)) temp of 23.6ed to represent modest fishing, lower than spot, 1985. striped. mullet age03 6 0.58860497 0.23 0.3 1ing Se = exp (( m+ f)) temp of 23.6ed to represent modest fishing, lower than spot, 1985. striped. mullet age04 7 0.58860497 0.23 0.3 1ing Se = exp (( m+ f)) temp of 23.6ed to represent modest fishing, lower than spot, 1985. striped. mullet age05 8 0.58860497 0.23 0.3 1ing Se = exp (( m+ f)) temp of 23.6ed to represent modest fishing, lower than spot, 1985. striped. mullet age06 9 0.58860497 0.23 0.3 1ing Se = exp (( m+ f)) temp of 23.6ed to represent modest fishing, lower than spot, 1985. spot egg 1 0.438359469 0.824716 0 0ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot prolarvae 2 0.03692509 3.298864 0 0ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot postlarvae 3 0.016186463 4.12358 0 0ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot juv 4 0.076535545 2.57 0 0ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age01 5 0.421799583 0.463185 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age02 6 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age03 7 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age04 8 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age05 9 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age06 10 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age07 11 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age08 12 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age09 13 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age10 14 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age11 15 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age12 16 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age13 17 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age14 18 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot age15 19 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F sea. basses egg 1 0.75 0.287682072 0 0 rockfish and sculpin and sculpin Assumed by A. Gage. Gage sea. basses larvae 2 0.002478752 6 0 0 rockfish and sculpin and sculpin Assumed by A. Gage. Gage sea. basses juvenile 3 0.826959134 0.19 0 0ing Se = exp (( m+ f)) p. of 13.0 C Assumed by A. Gage. Gage sea. basses age01 4 0.826959134 0.19 0 0ing Se = exp (( m+ f)) p. of 13.0 C Assumed by M. Barron. classes sea. basses age02 5 0.826959134 0.19 0 0ing Se = exp (( m+ f)) p. of 13.0 C Assumed by M. Barron. classes sea. basses age03 6 0.826959134 0.19 0 0ing Se = exp (( m+ f)) p. of 13.0 C Assumed by M. Barron. classes sea. basses age04 7 0.826959134 0.19 0 0ing Se = exp (( m+ f)) p. of 13.0 C Assumed by M. Barron. classes sea. basses age05 8 0.639543908 0.19 0.257 0.5ing Se = exp (( m+ f)) p. of 13.0 C Assumed by M. Barron. classes sea. basses age06 9 0.639543908 0.19 0.257 1ing Se = exp (( m+ f)) p. of 13.0 C Assumed by M. Barron. classes sea. basses age07 10 0.580421915 0.287 0.257 1ing Se = exp (( m+ f)) n ages 3 12.544 based on ages 3 12; Calculated F=( M  Z) classes sea. basses age08 11 0.580421915 0.287 0.257 1ing Se = exp (( m+ f)) n ages 3 12.544 based on ages 3 12; Calculated F=( M  Z) classes sea. basses age09 12 0.580421915 0.287 0.257 1ing Se = exp (( m+ f)) n ages 3 12.544 based on ages 3 12; Calculated F=( M  Z) classes sea. basses age10 13 0.580421915 0.287 0.257 1ing Se = exp (( m+ f)) n ages 3 12.544 based on ages 3 12; Calculated F=( M  Z) classes mackerels egg 1 0.09143000 2.392181627 0 0 p. 64/ Pilgrim station exp (( m+ f)) Assumed by A Gret. ckerel. mackerels larvae 2 0.00002505 10.59451698 0 0 p. 64/ Pilgrim station exp (( m+ f)) Assumed by A Gret. ckerel. mackerels juvenile 3 0.40000000 0.916290732 0 0ssumed ( D. Cacela) exp (( m+ f)) Assumed by A Gret. ckerel. mackerels age01 4 0.594520548 0.52 0 0ing Se = exp (( m+ f)) west Atlantic Assumed by A Gret. ckerel. mackerels age02 5 0.537944438 0.37 0.25 0.5ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age03 6 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age04 7 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age05 8 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age06 9 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age07 10 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age08 11 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age09 12 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age10 13 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age11 14 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age12 15 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age13 16 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. mackerels age14 17 0.537944438 0.37 0.25 1ing Se = exp (( m+ f)) west Atlantic:// www. wh. whoi. edu/ sos/ . Accessed Jan, 2002) ckerel. black. drum2 egg 1 0.10331218 2.27 0 0ing Se = exp (( m+ f)) med 10 daysBased on fishery landings data ( NOAA, 2003). rposes) black. drum2 larvae 2 0.002178759 6.129 0 0o and post sac larve exp (( m+ f)) based on black drumk drum black. drum2 juv 3 0.273077402 1.148 0.15 0.5ing Se = exp (( m+ f)) and fish mort p a. pdf; divided between nat. mort and fish mort rposes) black. drum2 age01 4 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age02 5 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age03 6 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age04 7 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age05 8 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age06 9 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age07 10 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age08 11 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age09 12 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age10 13 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age11 14 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age12 15 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age13 16 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age14 17 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age15 18 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age16 19 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age17 20 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age18 21 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age19 22 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age20 23 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age21 24 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age22 25 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age23 26 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age24 27 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age25 28 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age26 29 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age27 30 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age28 31 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age29 32 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age30 33 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age31 34 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age32 35 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age33 36 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age34 37 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age35 38 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age36 39 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age37 40 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age38 41 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age39 42 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 black. drum2 age40 43 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 spotted. seatrout2 egg 1 0.1 2.302585093 0 0 [ 21805]; p. 7.2 20 exp (( m+ f)) Assumed by A. Gage. inches. spotted. seatrout2 larvae 2 0.000219886 8.4224 0 0ing Se = exp (( m+ f)) post larvae. Based on spotted. seatrout pro & post larvae. inches. spotted. seatrout2 juv 3 0.58 0.2724 0.2724 0.5thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout2 age01 4 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout2 age02 5 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout2 age03 6 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout2 age04 7 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout2 age05 8 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout2 age06 9 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout2 age07 10 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spotted. seatrout2 age08 11 0.58 0.2724 0.2724 1thus survival is 58%. and set M= Fces. Decision: set survival to 0.58 and set M= F inches. spot2 egg 1 0.438359469 0.824716 0 0ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 larvae 2 0.000597687 7.422444 0 0ing Se = exp (( m+ f)) & post larvaeSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 juv 3 0.076535545 2.57 0 0ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age01 4 0.421799583 0.463185 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age02 5 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age03 6 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age04 7 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age05 8 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age06 9 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age07 10 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age08 11 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age09 12 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age10 13 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age11 14 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age12 15 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age13 16 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age14 17 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F spot2 age15 18 0.449293019 0.40004 0.40004 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F red. drum egg 1 0.10331218 2.27 0 0ing Se = exp (( m+ f)) med 10 daysBased on fishery landings data ( NOAA, 2003). rposes) red. drum prolarvae 2 0.046677175 3.0645 0 0ing Se = exp (( m+ f)) med 27daysBased on fishery landings data ( NOAA, 2003). rposes) red. drum postlarvae 3 0.046677175 3.0645 0 0ing Se = exp (( m+ f)) med 27daysBased on fishery landings data ( NOAA, 2003). rposes) red. drum juv 4 0.273077402 1.148 0.15 0.5ing Se = exp (( m+ f)) and fish mort p a. pdf; divided between nat. mort and fish mort rposes) red. drum age01 5 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age02 6 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age03 7 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age04 8 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age05 9 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age06 10 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age07 11 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age08 12 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age09 13 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age10 14 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age11 15 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age12 16 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age13 17 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age14 18 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age15 19 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age16 20 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age17 21 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age18 22 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age19 23 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age20 24 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age21 25 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age22 26 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age23 27 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age24 28 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age25 29 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age26 30 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age27 31 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age28 32 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age29 33 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age30 34 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age31 35 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age32 36 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age33 37 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age34 38 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age35 39 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age36 40 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age37 41 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age38 42 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age39 43 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 red. drum age40 44 0.780620107 0.0977 0.15 1ing Se = exp (( m+ f)) of 45, p. 9 3. mike murphy's e mail F0.1ail F0.1 atlantic. croaker. gulf egg 1 0.441811482 0.816872 0 0ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F atlantic. croaker. gulf larvae 2 0.000303539 8.1 0 0ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F atlantic. croaker. gulf juv 3 0.034047455 3.38 0 0ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F atlantic. croaker. gulf age01 4 0.248278296 1.093175 0.30003 0.5ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F atlantic. croaker. gulf age02 5 0.548778708 0.30003 0.30003 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F atlantic. croaker. gulf age03 6 0.548778708 0.30003 0.30003 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F atlantic. croaker. gulf age04 7 0.548778708 0.30003 0.30003 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F atlantic. croaker. gulf age05 8 0.548778708 0.30003 0.30003 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F atlantic. croaker. gulf age06 9 0.548778708 0.30003 0.30003 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F atlantic. croaker. gulf age07 10 0.548778708 0.30003 0.30003 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F atlantic. croaker. gulf age08 11 0.548778708 0.30003 0.30003 1ing Se = exp (( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F non. ris. com egg 1 0.12500000 2.079441542 0 0 p. 66/ Pilgrim station exp (( m+ f)) rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. com larvae 2 0.00331649 5.708847403 0 0 Calculated based o exp (( m+ f)) rragansett Bay ( Durbin et al.; 1983) (# 26382). F; p. 14 non. ris. com juv 3 0.05758900 2.854423702 0 0 provided by Entergy exp (( m+ f)) rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. com age01 4 0.63762815 0.45 0 0 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. com age02 5 0.28650480 0.45 0.8 0.5 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. com age03 6 0.28650480 0.45 0.8 1 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. com age04 7 0.28650480 0.45 0.8 1 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. com age05 8 0.28650480 0.45 0.8 1 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. com age06 9 0.28650480 0.45 0.8 1 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. rec egg 1 0.12500000 2.079441542 0 0 p. 66/ Pilgrim station exp (( m+ f)) rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. rec larvae 2 0.00331649 5.708847403 0 0 Calculated based o exp (( m+ f)) rragansett Bay ( Durbin et al.; 1983) (# 26382). F; p. 14 non. ris. rec juv 3 0.05758900 2.854423702 0 0 provided by Entergy exp (( m+ f)) rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. rec age01 4 0.63762815 0.45 0 0 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. rec age02 5 0.28650480 0.45 0.8 0.5 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. rec age03 6 0.28650480 0.45 0.8 1 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. rec age04 7 0.28650480 0.45 0.8 1 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. rec age05 8 0.28650480 0.45 0.8 1 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. rec age06 9 0.28650480 0.45 0.8 1 Calculated using Se ssed 3/ 19/ 01rragansett Bay ( Durbin et al.; 1983) (# 26382). y Agret non. ris. forage egg 1 0.35204369 1.044 0 0ing Se = exp(( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F non. ris. forage larvae 2 0.00045283 7.70000000 0 0ing Se = exp(( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F non. ris. forage juv 3 0.27527078 1.29000000 0 0ing Se = exp(( m+ f)) on juv1 juv4SEG; 1999 [ 26046]; appendix F; Attachment Fment F non. ris. forage age01 4 0.19705941 1.62425 0 0ing Se = exp(( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F non. ris. forage age02 5 0.19705941 1.62425 0 0ing Se = exp(( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F non. ris. forage age03 6 0.19705941 1.62425 0 0ing Se = exp(( m+ f)) ttachment FSEG; 1999 [ 26046]; appendix F; Attachment Fment F species alpha. cm. to. gm alpha. mm. to. gm beta. mm. to. gm notes egg. diameter. mm dummy  999  999  999 dummy  999 bay. anchovy. gulf . 1.0 1.0 Weights are given, L: W . bay. anchovy. gulf2 . 1.0 1.0 Weights are given, L: W . black. drum 0.0114 1.01603E 05 3.05 Fishbase, 2003 0.9 blue. crab. gulf . 1.0 1.0 Weights are given, L: W . chain. pipefish . 0.00000941 2.66000 Sargassum pipefish ( a 0.9 goby. spp . 1.0 1.0 Weights are given, L: W 1.20 gulf. killifish . 0.00002600 2.96 Striped killifish. Carlan 2.5 hogchoker . 1.0 1.0 Weights are given, L: W 0.75 leatherjacket 0.009496619 9.49662E 06 3 leatherjacket. Fishbase 1 menhaden. spp . 1.0 1.0 Weights are given, L: W . pinfish 0.0103 0.000005792 3.25 Froese & Pauly, 2001. 0.975 pink. shrimp . 0.000006247 3.2896 Bielsa et al., 1983. Sp 0.28 pink. shrimp2 . 0.000006247 3.2896 Bielsa et al., 1983. Sp 0.28 scaled. sardine 0.0112 0.000006595 3.23 Mean of 3 L W equatio 1.67 searobin. gulf . 0.00000978 3.00350 http:// fwie. fw. vt. edu/ W 1.045 sheepshead . 0.00004247 2.907 RM# 28822. 0.8 silver. perch. gulf 0.0251 0.000026833 2.971 Froese & Pauly, 2001. 0.77 spotted. seatrout 0.0091 0.000009442 2.984 Assumed to be similar 0.9 stone. crab . 0.003000000 3.016 [ 26570] pg. 5 . tidewater. silverside . 0.00000569 3.02300 Froese, R. and D. Pau 0.75 silver. perch2 0.0251 0.000026833 2.971 Froese & Pauly, 2001. 0.77 striped. mullet . 1.0 1.0 Weights are given, L: W 0.775 spot . 1.0 1.0 Weights are given, L: W 1.05 sea. basses . 1.0 1.0 Weights are given, L: W 0.955 mackerels . 0.000003039 3.18 Used values from atlan 1.15 spotted. seatrout2 0.0091 0.000009442 2.984 Johnson & Seaman, 1 0.9 spot2 . 1.0 1.0 Weights are given, L: W 1.05 black. drum2 0.0114 1.01603E 05 3.05 Fishbase, 2003 0.9 red. drum 0.0114 1.01603E 05 3.05 Fishbase, 2003 0.9 atlantic. croaker. gulf . 1.0 1.0 Weights are given, L: W 0.34 non. ris. com . 1.0 1.0 Weights are given, L: W . non. ris. rec . 1.0 1.0 Weights are given, L: W . non. ris. forage . 1.0 1.0 Weights are given, L: W . weight. g virtual. egg. length notes. egg. diameter  999  999 dummy 0.0000084 0.0000084 PSEG, 1999 [ 26046]; appendix F, Attachment F 0.0000084 0.0000084 PSEG, 1999 [ 26046]; appendix F, Attachment F 0.000381704 3.283483606 Sutter et al., 1986, Species Profiles: Black Drum. TR EL 82 4. . .. 0.000381704 4.023539252 northern. pipefish Scott and Scott ( 1988); # 26762; p. 350 0.000904779 0.000904779 Assumed to be similar to naked goby. Fishbase, 2003. 0.008181231 6.980180538 striped. killifish. Able and Fahay, 1998; # 25580; p. 110 0.000221 0.000221 Froese & Pauly, 2003. avg. of min & max. 0.000523599 3.806067936 assumed by AGRET 0.000325 0.000325 Able & Fahay 1998 and USFWS 1978, L W relationship for early life stages calculated from PSE 0.000485302 3.906125828 Muncy, R. J., 1984. Species Profiles, Pinfish. Average of egg diameter. 1.1494E 05 1.203639626 [ 25601] & Bielsa et al., 1983 1.1494E 05 1.203639626 [ 25601] & Bielsa et al., 1983 0.002416803 6.22035638 [ 26662] 0.000597513 3.932228555 Froese & Pauly, 2003. avg. of min & max. 0.000268083 1.88478533 [ 21827] 0.00023904 2.087802224 [ 25580] 0.000381704 3.454882089 [ 21805]. Pg. 5.2 30 . .. 0.000220893 3.354651154 [ 21805]. Pg. 5.2 25 0.00023904 2.087802224 [ 25580] 0.000243727 0.000243727 Fishbase. Accessed 7/ 25/ 2003 0.000606131 0.000606 Wang & Kernehan, # 25577. Assumed to be similar to weakfish. 0.000456046 0.000456046 Cailliet 2000. ( Butler et al. 1982)

0.000796328 5.760909064 Froese & Pauly, 2003. Mod. value. 0.000381704 3.454882089 [ 21805]. Pg. 5.2 30 0.000606131 0.000606 Wang & Kernehan, # 25577. Assumed to be similar to weakfish. 0.000381704 3.283483606 Sutter et al., 1986, Species Profiles: Black Drum. TR EL 82 4. 0.000381704 3.283483606 Sutter et al., 1986, Species Profiles: Black Drum. TR EL 82 4. 0.000021 2.05795E 05 http:// fwie. fw. vt. edu/ WWW/ macsis/ lists/ TSNL0010. htm 0.000325 0.000325 Used values from Atlantic menhaden. Able & Fahay 1998 and USFWS 1978, L W relationship fo 0.000325 0.000325 Used values from Atlantic menhaden. Able & Fahay 1998 and USFWS 1978, L W relationship fo 0.000325 0.000325 Used values from Atlantic menhaden. Able & Fahay 1998 and USFWS 1978, L W relationship fo SE& G impingement, 1978 98 p for early life stages calculated from PSE& G impingement, 1978 98 p for early life stages calculated from PSE& G impingement, 1978 98 p for early life stages calculated from PSE& G impingement, 1978 98 species stage stage. sequencetotal. len. mm weight. g weight. lbs notes. maximum. age dummy dummy  999  999  999  999 dummy bay. anchovy. gulf egg 1 0.00001 0.00001 . . bay. anchovy. gulf prolarvae 2 0.00002 0.00002 . . bay. anchovy. gulf postlarvae 3 0.00107 0.00107 . . bay. anchovy. gulf juv 4 0.21807 0.21807 . . bay. anchovy. gulf age01 5 1.73000 1.73000 . . bay. anchovy. gulf age02 6 2.25000 2.25000 . . bay. anchovy. gulf age03 7 2.29000 2.29000 . PSEG; 1999 [ 26046] blue. crab. gulf zoeae 1 0.0000959 0.0000959 . . blue. crab. gulf megalops 2 0.00132 0.00132 . . blue. crab. gulf juv1 3 0.00133 0.00133 . . blue. crab. gulf age01 4 3.26000 3.26000 . . blue. crab. gulf age02 5 51.47000 51.47000 . . blue. crab. gulf age03 6 147.73500 147.73500 . ased on Hartman 1993 pink. shrimp egg 1 1.20364 0.00001 . . pink. shrimp prolarvae 2 5 . . . pink. shrimp postlarvae 3 10 . . . pink. shrimp juv 4 97 . . . pink. shrimp age01 5 112.5 . . Bielsa et al., 1983. pink. shrimp2 egg 1 1.20364 0.00001 . . pink. shrimp2 larvae 2 5 . . . pink. shrimp2 juv 3 97 . . . pink. shrimp2 age01 4 112.5 . . Bielsa et al., 1983. silver. perch. gulf egg 1 2.08780 0.00024 . . silver. perch. gulf prolarvae 2 2.16 0.000262944 . . silver. perch. gulf postlarvae 3 8.8 . . . silver. perch. gulf juv 4 95 . . . silver. perch. gulf age01 5 175 . . . silver. perch. gulf age02 6 201.5 . . . silver. perch. gulf age03 7 229 . . . black. drum egg 1 3.28348 0.00038 . . black. drum prolarvae 2 3.39 0.000419874 . . black. drum postlarvae 3 8.9 . . . black. drum juv 4 105 . . . black. drum age01 5 283 . . . black. drum age02 6 383 . . . black. drum age03 7 472 . . . black. drum age04 8 552 . . . black. drum age05 9 622 . . . black. drum age06 10 684 . . . black. drum age07 11 739 . . . black. drum age08 12 788 . . . black. drum age09 13 831 . . . black. drum age10 14 870 . . . black. drum age11 15 904 . . . black. drum age12 16 934 . . . black. drum age13 17 961 . . . black. drum age14 18 985 . . . black. drum age15 19 1006 . . . black. drum age16 20 1025 . . . black. drum age17 21 1042 . . . black. drum age18 22 1056 . . . black. drum age19 23 1069 . . . black. drum age20 24 1081 . . . black. drum age21 25 1091 . . . black. drum age22 26 1100 . . . black. drum age23 27 1109 . . . black. drum age24 28 1116 . . . black. drum age25 29 1122 . . . black. drum age26 30 1128 . . . black. drum age27 31 1133 . . . black. drum age28 32 1137 . . . black. drum age29 33 1141 . . . black. drum age30 34 1145 . . . black. drum age31 35 1148 . . . black. drum age32 36 1150 . . . black. drum age33 37 1153 . . . black. drum age34 38 1155 . . . black. drum age35 39 1157 . . . black. drum age36 40 1159 . . . black. drum age37 41 1160 . . . black. drum age38 42 1162 . . . black. drum age39 43 1163 . . . black. drum age40 44 1164 . . [ 26535] max age in G pinfish egg 1 3.90613 0.00049 . . pinfish larvae 2 10.15 . . . pinfish juv 3 57.5 . . . pinfish age01 4 123 . . . pinfish age02 5 168 . . . stone. crab stage. 1 1 0.25 . . . stone. crab stage. 2 2 0.4 . . . stone. crab stage. 3 3 0.55 . . . stone. crab stage. 4 4 0.7 . . .

stone. crab stage. 5 5 0.85 . . .

stone. crab megalops 6 1 . . . stone. crab juv 7 1.4 . . . stone. crab age01 8 52.5 . . . stone. crab age02 9 80 . . . stone. crab age03 10 100 . . . stone. crab age04 11 112 . . Lindberg, W. J., 1984 scaled. sardine egg 1 6.22036 0.00242 . . scaled. sardine prolarvae 2 6.407 0.002658484 . . scaled. sardine postlarvae 3 10.0 . . . scaled. sardine juvenile 4 25.1 . . . scaled. sardine age01 5 179.00 . . Pierce, et al., 2001. h spotted. seatrout egg 1 3.45488 0.00038 . . spotted. seatrout prolarvae 2 3.57 0.000419874 . . spotted. seatrout postlarvae 3 6.55 . . . spotted. seatrout juv 4 311 . . . spotted. seatrout age01 5 364 . . . spotted. seatrout age02 6 435 . . . spotted. seatrout age03 7 510 . . . spotted. seatrout age04 8 551 . . . spotted. seatrout age05 9 573 . . . spotted. seatrout age06 10 617 . . . spotted. seatrout age07 11 642 . . . spotted. seatrout age08 12 643 . . [ 26569] Ft. Myers tidewater. silverside egg 1 3.35465 0.00022 . . tidewater. silverside prolarvae 2 3.5 . . . tidewater. silverside postlarvae 3 7.5 . . . tidewater. silverside juvenile 4 13 . . . tidewater. silverside age01 5 95 . . Froese & Pauly, 2001 tidewater. silverside age02 6 117 . 0.0169785 Scott and Scott ( 1988 hogchoker egg 1 0.00022 0.00022 . . hogchoker larvae 2 0.50000 0.50000 . . hogchoker juvenile 3 0.94000 0.94000 . . hogchoker age01 4 5.13000 5.13000 . . hogchoker age02 5 14.18000 14.18000 . . hogchoker age03 6 27.68000 27.68000 . . hogchoker age04 7 44.25000 44.25000 . . hogchoker age05 8 62.39000 62.39000 . . hogchoker age06 9 80.82000 80.82000 . . menhaden. spp egg 1 0.00032 0.00032 . . menhaden. spp larvae 2 0.00092 0.00092 . . menhaden. spp juv 3 0.33843 0.33843 . . menhaden. spp age01 4 42.50000 42.50000 . . menhaden. spp age02 5 161.50000 161.50000 . . menhaden. spp age03 6 307.90000 307.90000 . . menhaden. spp age04 7 441.70000 441.70000 . . menhaden. spp age05 8 547.90000 547.90000 . . menhaden. spp age06 9 626.80000 626.80000 . . chain. pipefish egg 1 4.02354 0.00038 . . chain. pipefish larvae 2 11.0000 . . . chain. pipefish juvenile 3 125.000 . . . chain. pipefish age01 4 176.0 . . . chain. pipefish age02 5 227.0 . . . chain. pipefish age03 6 278.0 . . . chain. pipefish age04 7 329.0 . . . chain. pipefish age05 8 380.0 . . Fishbase, 2003. searobin. gulf egg 1 3.93223 0.00060 . . searobin. gulf larvae 2 4.059011072 0.0007 . . searobin. gulf juvenile 3 25 . . . searobin. gulf age01 4 140 . . . searobin. gulf age02 5 200 . . . searobin. gulf age03 6 230 . . . searobin. gulf age04 7 260 . . . searobin. gulf age05 8 290 . . . searobin. gulf age06 9 320 . . . searobin. gulf age07 10 350 . . . searobin. gulf age08 11 380 . . Froese, R. and D. Pa gulf. killifish egg 1 6.98018 0.00818 . . gulf. killifish larvae 2 7 . . . gulf. killifish juvenile 3 14.500 . . . gulf. killifish age01 4 63 . . . gulf. killifish age02 5 88 . . . gulf. killifish age03 6 105 . . . gulf. killifish age04 7 118 . . . gulf. killifish age05 8 127 . . . gulf. killifish age06 9 134 . . . gulf. killifish age07 10 150 . . . leatherjacket egg 1 3.80607 0.00052 . . leatherjacket larvae 2 3.928928248 0.00058 . . leatherjacket juvenile 3 102 . . . leatherjacket age01 4 200 . . . leatherjacket age02 5 280 . . . leatherjacket age03 6 290 . . . leatherjacket age04 7 300 . . http:// marinefisheries sheepshead egg 1 1.88479 0.00027 . . sheepshead larvae 2 6.75 . . . sheepshead juv 3 29 . . . sheepshead age01 4 260 . . . sheepshead age02 5 280 . . . sheepshead age03 6 305 . . . sheepshead age04 7 350 . . . sheepshead age05 8 355 . . . sheepshead age06 9 356 . . . sheepshead age07 10 357 . . . sheepshead age08 11 358 . . . sheepshead age09 12 359 . . . sheepshead age10 13 360 . . . sheepshead age11 14 361 . . . sheepshead age12 15 362 . . . sheepshead age13 16 363 . . . sheepshead age14 17 364 . . . sheepshead age15 18 365 . . . sheepshead age16 19 366 . . Status of sheepshead goby. spp egg 1 0.00090 0.00090 . . goby. spp larvae 2 0.001 0.001 . . goby. spp juv 3 0.22 0.22 . . goby. spp age01 4 0.93 0.93 . . bay. anchovy. gulf2 egg 1 0.00001 0.00001 . . bay. anchovy. gulf2 larvae 2 0.00072 0.00072 . . bay. anchovy. gulf2 juv1 3 0.022454962 0.022454962 4.95132E 05 . bay. anchovy. gulf2 juv2 4 0.090074319 0.090074319 0.000198614 . bay. anchovy. gulf2 juv3 5 0.241346551 0.241346551 0.000532169 . bay. anchovy. gulf2 juv4 6 0.518387836 0.518387836 0.001143045 . bay. anchovy. gulf2 age01 7 1.73 1.73 0.00381465 . bay. anchovy. gulf2 age02 8 2.25 2.25 0.00496125 . bay. anchovy. gulf2 age03 9 2.29 2.29 0.00504945 PSEG; 1999 [ 26046] silver. perch2 egg 1 2.08780 0.00024 . . silver. perch2 larvae 2 5.15 . . . silver. perch2 juv 3 95 . . . silver. perch2 age01 4 175 . . . silver. perch2 age02 5 201.5 . . . silver. perch2 age03 6 229 . . . striped. mullet egg 1 0.00024 0.00024 . . striped. mullet larvae 2 0.005 0.005 . . striped. mullet juv 3 59.6 59.6 . . striped. mullet age01 4 85 85 . . striped. mullet age02 5 172 172 . . striped. mullet age03 6 351 351 . . striped. mullet age04 7 715 715 . . striped. mullet age05 8 1456 1456 . . striped. mullet age06 9 2961 2961 . . spot egg 1 0.00006 0.00006 . . spot prolarvae 2 0.00007 0.00007 . . spot postlarvae 3 0.000387483 0.000387483 8.544E 07 . spot juv 4 0.05508323 0.05508323 . . spot age01 5 35.87891 35.87891 0.079112997 . spot age02 6 135.626 135.626 0.29905533 . spot age03 7 230.025 230.025 0.507205125 . spot age04 8 294.0677 294.0677 0.648419279 . spot age05 9 331.9867 331.9867 0.732030674 . spot age06 10 353.0627 353.0627 0.778503254 . spot age07 11 353.0628 353.0628 0.778503474 . spot age08 12 353.0629 353.0629 0.778503695 . spot age09 13 353.063 353.063 0.778503915 . spot age10 14 353.0631 353.0631 0.778504136 . spot age11 15 353.0632 353.0632 0.778504356 . spot age12 16 353.0633 353.0633 0.778504577 . spot age13 17 353.0634 353.0634 0.778504797 . spot age14 18 353.0635 353.0635 0.778505018 . spot age15 19 353.0636 353.0636 0.778505238 PSEG; 1999 [ 26046] sea. basses egg 1 0.00046 0.00046 0.000456046 . sea. basses larvae 2 0.000501651 0.000501651 0.055788432 . sea. basses juvenile 3 0.263511875 0.263511875 0.263511875 . sea. basses age01 4 14.175 14.175 . . sea. basses age02 5 28.35 28.35 . . sea. basses age03 6 56.7 56.7 . . sea. basses age04 7 141.7 141.7 . . sea. basses age05 8 241 241 . . sea. basses age06 9 368.5 368.5 . . sea. basses age07 10 510.3 510.3 . . sea. basses age08 11 680.4 680.4 . . sea. basses age09 12 850.5 850.5 . . sea. basses age10 13 992 992 . . mackerels egg 1 5.76091 0.00080 . . mackerels larvae 2 5.94 0.000875961 . . mackerels juvenile 3 15 . . . mackerels age01 4 257 . . . mackerels age02 5 301 . . . mackerels age03 6 323 . . . mackerels age04 7 340 . . . mackerels age05 8 350 . . . mackerels age06 9 362 . . . mackerels age07 10 374 . . . mackerels age08 11 383 . . . mackerels age09 12 386 . . . mackerels age10 13 389 . . . mackerels age11 14 396 . . . mackerels age12 15 396.1 . . . mackerels age13 16 396.2 . . . mackerels age14 17 396.3 . . Scott and Scott ( 1988 black. drum2 egg 1 3.28348 0.00038 . . black. drum2 larvae 2 5.7 . . . black. drum2 juv 3 105 . . . black. drum2 age01 4 283 . . . black. drum2 age02 5 383 . . . black. drum2 age03 6 472 . . . black. drum2 age04 7 552 . . . black. drum2 age05 8 622 . . . black. drum2 age06 9 684 . . . black. drum2 age07 10 739 . . . black. drum2 age08 11 788 . . . black. drum2 age09 12 831 . . . black. drum2 age10 13 870 . . . black. drum2 age11 14 904 . . . black. drum2 age12 15 934 . . . black. drum2 age13 16 961 . . . black. drum2 age14 17 985 . . . black. drum2 age15 18 1006 . . . black. drum2 age16 19 1025 . . . black. drum2 age17 20 1042 . . . black. drum2 age18 21 1056 . . . black. drum2 age19 22 1069 . . . black. drum2 age20 23 1081 . . . black. drum2 age21 24 1091 . . . black. drum2 age22 25 1100 . . . black. drum2 age23 26 1109 . . . black. drum2 age24 27 1116 . . . black. drum2 age25 28 1122 . . . black. drum2 age26 29 1128 . . . black. drum2 age27 30 1133 . . . black. drum2 age28 31 1137 . . . black. drum2 age29 32 1141 . . . black. drum2 age30 33 1145 . . . black. drum2 age31 34 1148 . . . black. drum2 age32 35 1150 . . . black. drum2 age33 36 1153 . . . black. drum2 age34 37 1155 . . . black. drum2 age35 38 1157 . . . black. drum2 age36 39 1159 . . . black. drum2 age37 40 1160 . . . black. drum2 age38 41 1162 . . . black. drum2 age39 42 1163 . . . black. drum2 age40 43 1164 . . [ 26535] max age in G spotted. seatrout2 egg 1 3.45488 0.00038 . . spotted. seatrout2 larvae 2 3.57 0.000419874 . . spotted. seatrout2 juv 4 311 . . . spotted. seatrout2 age01 5 364 . . . spotted. seatrout2 age02 6 435 . . . spotted. seatrout2 age03 7 510 . . . spotted. seatrout2 age04 8 551 . . . spotted. seatrout2 age05 9 573 . . . spotted. seatrout2 age06 10 617 . . . spotted. seatrout2 age07 11 642 . . . spotted. seatrout2 age08 12 643 . . [ 26569] Ft. Myers spot2 egg 1 0.00006 0.00006 . . spot2 larvae 2 0.000228741 0.000228741 . . spot2 juv 4 0.05508323 0.05508323 . . spot2 age01 5 35.87891 35.87891 0.079112997 . spot2 age02 6 135.626 135.626 0.29905533 . spot2 age03 7 230.025 230.025 0.507205125 . spot2 age04 8 294.0677 294.0677 0.648419279 . spot2 age05 9 331.9867 331.9867 0.732030674 . spot2 age06 10 353.0627 353.0627 0.778503254 . spot2 age07 11 353.0628 353.0628 0.778503474 . spot2 age08 12 353.0629 353.0629 0.778503695 . spot2 age09 13 353.063 353.063 0.778503915 . spot2 age10 14 353.0631 353.0631 0.778504136 . spot2 age11 15 353.0632 353.0632 0.778504356 . spot2 age12 16 353.0633 353.0633 0.778504577 . spot2 age13 17 353.0634 353.0634 0.778504797 . spot2 age14 18 353.0635 353.0635 0.778505018 . spot2 age15 19 353.0636 353.0636 0.778505238 PSEG; 1999 [ 26046] red. drum egg 1 3.28348 0.00038 . . red. drum prolarvae 2 3.39 0.000419874 . . red. drum postlarvae 3 8.9 . . . red. drum juv 4 105 . . . red. drum age01 5 283 . . . red. drum age02 6 383 . . . red. drum age03 7 472 . . . red. drum age04 8 552 . . . red. drum age05 9 622 . . . red. drum age06 10 684 . . . red. drum age07 11 739 . . . red. drum age08 12 788 . . . red. drum age09 13 831 . . . red. drum age10 14 870 . . . red. drum age11 15 904 . . . red. drum age12 16 934 . . . red. drum age13 17 961 . . . red. drum age14 18 985 . . . red. drum age15 19 1006 . . . red. drum age16 20 1025 . . . red. drum age17 21 1042 . . . red. drum age18 22 1056 . . . red. drum age19 23 1069 . . . red. drum age20 24 1081 . . . red. drum age21 25 1091 . . . red. drum age22 26 1100 . . . red. drum age23 27 1109 . . . red. drum age24 28 1116 . . . red. drum age25 29 1122 . . . red. drum age26 30 1128 . . . red. drum age27 31 1133 . . . red. drum age28 32 1137 . . . red. drum age29 33 1141 . . . red. drum age30 34 1145 . . . red. drum age31 35 1148 . . . red. drum age32 36 1150 . . . red. drum age33 37 1153 . . . red. drum age34 38 1155 . . . red. drum age35 39 1157 . . . red. drum age36 40 1159 . . . red. drum age37 41 1160 . . . red. drum age38 42 1162 . . . red. drum age39 43 1163 . . . red. drum age40 44 1164 . . [ 26535] max age in G atlantic. croaker. gulf egg 1 0.00001 0.00001 . . atlantic. croaker. gulf larvae 2 0.00007 0.00007 . . atlantic. croaker. gulf juv 3 0.02830 0.02830 . . atlantic. croaker. gulf age01 4 99.92634 99.92634 . . atlantic. croaker. gulf age02 5 304.54000 304.54000 . . atlantic. croaker. gulf age03 6 562.57900 562.57900 . . atlantic. croaker. gulf age04 7 853.18130 853.18130 . . atlantic. croaker. gulf age05 8 1100.00000 1100.00000 . . atlantic. croaker. gulf age06 9 1477.70000 1477.70000 . . atlantic. croaker. gulf age07 10 1477.70000 1477.70000 . . atlantic. croaker. gulf age08 11 1477.70000 1477.70000 . PSEG; 1999 [ 26046] non. ris. com egg 1 0.00032 0.00032 . . non. ris. com larvae 2 0.00092 0.00092 . . non. ris. com juv 3 0.33843 0.33843 . . non. ris. com age01 4 42.50000 42.50000 . . non. ris. com age02 5 161.50000 161.50000 . . non. ris. com age03 6 307.90000 307.90000 . . non. ris. com age04 7 441.70000 441.70000 . . non. ris. com age05 8 547.90000 547.90000 . . non. ris. com age06 9 626.80000 626.80000 . . non. ris. rec egg 1 0.00032 0.00032 . . non. ris. rec larvae 2 0.00092 0.00092 . . non. ris. rec juv 3 0.33843 0.33843 . . non. ris. rec age01 4 42.50000 42.50000 . . non. ris. rec age02 5 161.50000 161.50000 . . non. ris. rec age03 6 307.90000 307.90000 . . non. ris. rec age04 7 441.70000 441.70000 . . non. ris. rec age05 8 547.90000 547.90000 . . non. ris. rec age06 9 626.80000 626.80000 . . non. ris. forage egg 1 0.00001 0.00001 . . non. ris. forage larvae 2 0.00072 0.00072 . . non. ris. forage juv 3 0.21807 0.21807 . . non. ris. forage age01 4 1.73000 1.73000 . . non. ris. forage age02 5 2.25000 2.25000 . . non. ris. forage age03 6 2.29000 2.29000 . endix F; Attachment F note. length note. weight dummy dummy Based on values from PSEG, Appendix L 11. Based on values from PSEG, Appendix L 11 Based on values from PSEG, Appendix L 11. Based on values from PSEG, Appendix L 11 Average of pysl and pysl2 from bay. anchovy1 Average of pysl and pysl2 from bay. anchovy1 Average of juv1 juv4 from bay. anchovy1 Average of juv1 juv4 from bay. anchovy1 Represents weights, not lengths. PSEG, 1999 [ 26046]; appendix F, Attachmen Represents weights, not lengths. PSEG, 1999 [ 26046]; appendix F, Attachmen Represents weights, not lengths. PSEG, 1999 [ 26046]; appendix F, Attachmen Represents weights, not lengths. Mean Length for YOY and older from PSEG, Represents weights, not lengths. Mean Length for YOY and older from PSEG, Represents weights, not lengths. Mean Length for YOY and older from PSEG, Represents weights, not lengths. Mean Length for YOY and older from PSEG, Represents weights, not lengths. Mean Length for YOY and older from PSEG, Represents weights, not lengths. Mean Length for YOY and older from PSEG, Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as assumed. . [ 25601] length when postlarvae become benthic . [ 25601] average length of 6wks and emigration from nursery . [ 25601] average length of adult shrimp . Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as assumed. . [ 25601] average length of 6wks and emigration from nursery . [ 25601] average length of adult shrimp . Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as Virtual larval length based on egg wt plus 10% Calculated as 10% greater than egg weight. [ 25580] length when fin rays complete. . [ 25580] average yoy. . [ 25580] average age01 in spring. . assumed. . Author Unknown. Fishing Lines: Fish Identification Section. http:// marinefisheries. org/ fish. Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as Virtual larval length based on egg wt plus 10% Calculated as 10% greater than egg weight. Sutter et al., 1986, Species Profiles: Black Drum. TR EL 82 4. ( average of length at absor. [ 25580] average of min length in June and max length in oct. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as Muncy, R. J., 1984. Species Profiles, Pinfish. Average of min larvae and max larvae from . Muncy, R. J., 1984. Species Profiles, Pinfish. Average of min & max juv length. . Muncy, R. J., 1984. Species Profiles, Pinfish. Average of age 1 length. . Muncy, R. J., 1984. Species Profiles, Pinfish. Age 1 plus age 2 growth increment. . [ 26979] Blue Crab. Width at hatching. . [ 26979] Blue Crab. Estimated based on length as z. 1 and megalopa . [ 26979] Blue Crab. Estimated based on length as z. 1 and megalopa . [ 26979] Blue Crab. Estimated based on length as z. 1 and megalopa .

[ 26979] Blue Crab. Estimated based on length as z. 1 and megalopa Nates, S. F. and C. L. McKenney, Jr. 2000. G [ 26979] Blue Crab. megalopal stage. . [ 26548] Juveniles. . [ 26548] Average of age 1. . [ 26548] Year 2. . [ 26548] Year 3 and 4. . [ 26548] Year 3 and 4. Assumed to be slightly larger than age 3. . Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as Virtual larval length based on egg wt plus 10% Calculated as 10% greater than egg weight. Interpolated based on prolarvae and juvenile stages. . [ 21805] pg 5.2 23. 23.0 SL converted to FL using FL= 0.5 + 1.07 * SL . Pierce, et al., 2001. http:// fishbull. noaa. gov/ 991/ 18. pdf. FL. . Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as Virtual larval length based on egg wt plus 10% Calculated as 10% greater than egg weight. [ 21805] average of absorption of yolk sac and transformation. Pg. 5.2 30 . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . Assumed to be larger. . Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as [ 26511] length at hatching of Menidia Beryllina. . [ 26705] postlarvae p. 320 . [ 26511] pg. 118, Menidia menidia. . Max length in FL waters [ 21805]. Pg. 5.2 25 . Scott and Scott ( 1988); # 26762; p. 317/ Annapolis River: little bigger than in August. Atlant. Represents virtual. length as calculated in worksheet ' lbs. from. mm03'. Calculated based on V= Pi x diameter ^ 3/ 6, as Represents weights, not lengths. assumed by AGret based on other ages Represents weights, not lengths. [ 28558]; Table F1 7 Represents weights, not lengths. [ 28558]; Table F1 7 Represents weights, not lengths. [ 28558]; Table F1 7 Represents weights, not lengths. [ 28558]; Table F1 7 Represents weights, not lengths. [ 28558]; Table F1 7 Represents weights, not lengths. [ 28558]; Table F1 7 Represents weights, not lengths. [ 28558]; Table F1 7 Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Average of ysl and pysl from atlantic. menhaden1 Average of ysl and pysl from atlantic. menhad Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as Able & Fahay, 1998, pg. 130 . Northern pipefish. Able & Fahay, 1998, pg. 130 . Interpolated based on ages 1 and 5. . Interpolated based on ages 1 and 5. . Interpolated based on ages 1 and 5. . Interpolated based on ages 1 and 5. . Fishbase, 2003. . Represents virtual. length as calculated in worksheet ' lbs. from. mm03'. Calculated based on V= Pi x diameter ^ 3/ 6, as Calculated using weight and L W equation. Calculated as 10% greater than egg weight. http:// fwie. fw. vt. edu/ WWW/ macsis/ lists/ M010501. htm . http:// fwie. fw. vt. edu/ WWW/ macsis/ lists/ M010501. htm NA http:// fwie. fw. vt. edu/ WWW/ macsis/ lists/ M010501. htm NA Interpolated based on ages 2 and 8. NA Interpolated based on ages 2 and 8. NA Interpolated based on ages 2 and 8. NA Interpolated based on ages 2 and 8. NA Interpolated based on ages 2 and 8. NA Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 7, NA Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as striped. killifish. Able and Fahay, 1998; # 25580; p. 110 ( 7  11 mm at hatching, larvae are 11. Able and Fahay, 1998; # 25580; p. 109 ( based on figure). . striped. killifish. Carlander, 1969. P. 567, MD  average of males and females . striped. killifish. Carlander, 1969. P. 567, MD  average of males and females . striped. killifish. Carlander, 1969. P. 567, MD  average of males and females . striped. killifish. Carlander, 1969. P. 567, MD  average of males and females . striped. killifish. Carlander, 1969. P. 567, MD  average of males and females . striped. killifish. Carlander, 1969. P. 567, MD  average of males and females . striped. killifish. Carlander, 1969. P. 567, MD  females only . Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as Calculated using weight and L W equation. Calculated as 10% greater than egg weight. Average of larvae & age 1. . Assumed by AGret . Assumed by AGret . Assumed by AGret . http:// marinefisheries. org/ fishinglines/ fish_ id2. pdf . Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as [ 21827] average of length at hatch and length at transition to juvenile . Status of sheepshead in Florida waters Tampa Bay ( Murphy) . status of sheepshead in Florida ( Murphy) . extrapolated . status of sheepshead in Florida ( Murphy) . status of sheepshead in Florida ( Murphy) . extrapolated . extrapolated . extrapolated . extrapolated . extrapolated . extrapolated . extrapolated . extrapolated . extrapolated . extrapolated . extrapolated . extrapolated . Represents weights, not lengths. Calculated based on V= Pi x diameter ^ 3/ 6, as Represents weights, not lengths. Calculated as 10% greater than egg weight. Represents weights, not lengths. [ 28558] Represents weights, not lengths. [ 28558] Based on values from PSEG, Appendix L 11. Length of entrainable and impingeable life sta Average of ysl, pysl, and pysl2 from bay. anchovy1 Average of ysl, pysl, and pysl2 from bay. anc Represents weights, not lengths. Length of entrainable and impingeable life sta Represents weights, not lengths. Length of entrainable and impingeable life sta Represents weights, not lengths. Length of entrainable and impingeable life sta Represents weights, not lengths. Length of entrainable and impingeable life sta Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as [ 25580] average of min length at hatching and length when fin rays complete. . [ 25580] average yoy. . [ 25580] average age01 in spring. . assumed. . Author Unknown. Fishing Lines: Fish Identification Section. http:// marinefisheries. org/ fish. Represents weights, not lengths. from virtual length calc in sheet " lbs from mm Represents weights, not lengths. Weight calculated from length ( assumed to b Represents weights, not lengths. weight estimated by regression from info in C Represents weights, not lengths. weight estimated by regression from info in C Represents weights, not lengths. weight estimated by regression from info in C Represents weights, not lengths. weight estimated by regression from info in C Represents weights, not lengths. weight estimated by regression from info in C Represents weights, not lengths. weight estimated by regression from info in C Represents weights, not lengths. weight estimated by regression from info in C Represents weights, not lengths. Size at age from PSE& G 1984; L W regress Represents weights, not lengths. Size at age from PSE& G 1984; L W regress Represents weights, not lengths. Size at age from PSE& G 1984; L W regress Average of juv1and juv2 from spot1 Average of juv1and juv2 from spot1 Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen Represents virtual. length as calculated in worksheet ' lbs. from. mm03' ( V=( Pi) x diameter^ 3Calculated as V= Pi x diameter^ 3/ 6, assuming Egg weight plus 10% Calculated as 10% greater than egg weight. Cailliet 2000. ( Butler et al. 1982). 16.6 SL. Weight based on LW euation Both: W= 0.0001. Represents weights, not lengths. http:// www. dfg. ca. gov/ mrd/ howold. pdf. Kelp b Represents weights, not lengths. http:// www. dfg. ca. gov/ mrd/ howold. pdf. Kelp b Represents weights, not lengths. http:// www. dfg. ca. gov/ mrd/ howold. pdf. Kelp b Represents weights, not lengths. http:// www. dfg. ca. gov/ mrd/ howold. pdf. Kelp b Represents weights, not lengths. http:// www. dfg. ca. gov/ mrd/ howold. pdf. Kelp b Represents weights, not lengths. http:// www. dfg. ca. gov/ mrd/ howold. pdf. Kelp b Represents weights, not lengths. http:// www. dfg. ca. gov/ mrd/ howold. pdf. Kelp b Represents weights, not lengths. http:// www. dfg. ca. gov/ mrd/ howold. pdf. Kelp b Represents weights, not lengths. http:// www. dfg. ca. gov/ mrd/ howold. pdf. Kelp b Represents weights, not lengths. http:// www. dfg. ca. gov/ mrd/ howold. pdf. Kelp b Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as Virtual larval length based on egg wt plus 10% Calculated as 10% greater than egg weight. http:// www. nefsc. noaa. gov/ nefsc/ publications/ tm/ tm141/ tm141. pdf, pg 1 . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . assumed by AGret to be higher than last stage . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Scott and Scott ( 1988); # 26762; p. 453/ North American coast . Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as Average of pro and post larvae for black drum. . [ 25580] average of min length in June and max length in oct. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as [ 21805] average of length at hatching and absorption of yolk sac. Pg. 5.2 30 . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . [ 27954] Charlotte harbor. Females. . Assumed to be larger. . Represents weights, not lengths. Size at age from PSE& G 1984; L W regress Represents weights, not lengths. Size at age from PSE& G 1984; L W regress Average of juv1and juv2 from spot1 Average of juv1and juv2 from spot1 Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen Represents weights, not lengths. PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen assumed by AGret we need increment PSEG; 1999 [ 26046]; appendix F; Attachmen Virtual length calculated using egg weight and L W relationship Calculated based on V= Pi x diameter ^ 3/ 6, as Virtual length calculated using egg weight and L W relationship Calculated as 10% greater than egg weight. Sutter et al., 1986, Species Profiles: Black Drum. TR EL 82 4. ( average of length at absor. [ 25580] average of min length in June and max length in oct. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . [ 26572] calculated with age/ TL formula on p. 133. . Represents weights, not lengths. Appendix L, 11. Average of ysl and pysl from atlantic. croaker1 atlantic. croaker1 Average of juv1and juv2 from atlantic. croaker1 atlantic. croaker1 Represents weights, not lengths. F; Attachment F Represents weights, not lengths. F; Attachment F Represents weights, not lengths. F; Attachment F Represents weights, not lengths. F; Attachment F Represents weights, not lengths. F; Attachment F Represents weights, not lengths. F; Attachment F Represents weights, not lengths. F; Attachment F Represents weights, not lengths. F; Attachment F Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Avg of ysl and pysl from atlantic. menhaden1 Average of ysl and pysl from atlantic. menhad Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Avg of ysl and pysl from atlantic. menhaden1 Average of ysl and pysl from atlantic. menhad Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W Represents weights, not lengths. Bay anchovy data. Length of entrainable and Avg of ysl, pysl1, and pysl2 from non. ris. forage1 Bay anchovy data. Length of entrainable and Avg of juv1 juv4 from non. ris. forage1 Bay anchovy data. Length of entrainable and These are not lengths but weights; model uses lengths to implement into the formula founPSEG; 1999 [ 26046]; appendix F; Attachmen These are not lengths but weights; model uses lengths to implement into the formula founPSEG; 1999 [ 26046]; appendix F; Attachmen These are not lengths but weights; model uses lengths to implement into the formula founPSEG; 1999 [ 26046]; appendix F; Attachmen 11. 11. vy1 ent F ent F ent F G, F 4 Table 4. L W Regression based on Hartman 1993 G, F 4 Table 4. L W Regression based on Hartman 1993 G, F 4 Table 4. L W Regression based on Hartman 1993 G, F 4 Table 4. L W Regression based on Hartman 1993 G, F 4 Table 4. L W Regression based on Hartman 1993 G, F 4 Table 4. L W Regression based on Hartman 1993 , assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g. , assuming 1 cm^ 3 = 1 g.

. Growth and Variations in Lipid Class and Fatty Acid Composition During Larval Development of the Stone Crab, Menippe adina William , assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g. W relationship for early life stages calculated from PSE& G impingement, 1978 98 aden1 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 , assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g. , assuming 1 cm^ 3 = 1 g.

stages from PSEG, Appendix L 11; L W Regression based on Derickson & Price 1973. nchovy1 stages from PSEG, Appendix L 11; L W Regression based on Derickson & Price 1973. stages from PSEG, Appendix L 11; L W Regression based on Derickson & Price 1973. stages from PSEG, Appendix L 11; L W Regression based on Derickson & Price 1973. stages from PSEG, Appendix L 11; L W Regression based on Derickson & Price 1973. ent F ent F ent F , assuming 1 cm^ 3 = 1 g.

mm" o be similar to carp, Wang, 1986) using the equation: ( 1.095x 10 5) x length ( mm) 3.025 = weight ( g) ( Froese and Pauly, 2003). n Collins, 1985 ( refman 34713, pg 5) n Collins, 1985 ( refman 34713, pg 5) n Collins, 1985 ( refman 34713, pg 5) n Collins, 1985 ( refman 34713, pg 5) n Collins, 1985 ( refman 34713, pg 5) n Collins, 1985 ( refman 34713, pg 5) n Collins, 1985 ( refman 34713, pg 5) ssion from Warlen et al. 1980. ssion from Warlen et al. 1980. ssion from Warlen et al. 1980.

ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ing 1cm^ 3 = 1 gram lp bass. Accessed 10/ 24/ 02 lp bass. Accessed 10/ 24/ 02 lp bass. Accessed 10/ 24/ 02 lp bass. Accessed 10/ 24/ 02 lp bass. Accessed 10/ 24/ 02 lp bass. Accessed 10/ 24/ 02 lp bass. Accessed 10/ 24/ 02 lp bass. Accessed 10/ 24/ 02 lp bass. Accessed 10/ 24/ 02 lp bass. Accessed 10/ 24/ 02 , assuming 1 cm^ 3 = 1 g.

, assuming 1 cm^ 3 = 1 g. , assuming 1 cm^ 3 = 1 g.

ssion from Warlen et al. 1980. ssion from Warlen et al. 1980.

ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F ent F , assuming 1 cm^ 3 = 1 g. W relationship for early life stages calculated from PSE& G impingement, 1978 98 aden1 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 aden1 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 W relationship for early life stages calculated from PSE& G impingement, 1978 98 nd impingeable life stages from PSEG, Appendix L 11; L W Regression based on Derickson & Price 1973. nd impingeable life stages from PSEG, Appendix L 11; L W Regression based on Derickson & Price 1973. nd impingeable life stages from PSEG, Appendix L 11; L W Regression based on Derickson & Price 1973. ent F ent F ent F ams and Felder, 1986. Invertebr. Reprod. Dev. 37( 2): 157 165. ( ERL, GB 1087). abstract. At http:// www. epa. gov/ ged/ publica/ cabprj30. ht . htm species stage fraction. mature mean. fecundity notes. fraction. mature notes. mean. fecundity silver. perch age01 0 0 assumed assumed silver. perch age02 1 52800 [ 21805] [ 21805] silver. perch age03 1 52800 [ 21805] [ 21805] black. drum age01 0 0 [ 26572] table 2 black. drum age02 0 0 [ 26572] table 2 black. drum age03 0 0 [ 26572] table 2 black. drum age04 0 0 [ 26572] table 2 black. drum age05 0.5 22,202,094 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age06 1 23,610,616 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age07 1 25,019,137 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age08 1 26,427,658 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age09 1 27,836,180 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age10 1 29,244,701 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age11 1 30,653,223 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age12 1 32,061,744 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age13 1 33,470,265 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age14 1 34,878,787 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age15 1 36,287,308 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age16 1 37,695,830 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age17 1 39,104,351 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age18 1 40,512,872 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age19 1 41,921,394 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age20 1 43,329,915 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age21 1 44,738,437 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age22 1 46,146,958 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age23 1 47,555,479 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age24 1 48,964,001 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age25 1 50,372,522 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age26 1 51,781,044 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age27 1 53,189,565 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age28 1 54,598,086 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age29 1 56,006,608 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age30 1 57,415,129 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age31 1 58,823,651 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age32 1 60,232,172 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age33 1 61,640,693 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age34 1 63,049,215 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age35 1 64,457,736 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age36 1 65,866,258 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age37 1 67,274,779 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age38 1 68,683,300 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age39 1 70,091,822 [ 26572] table 2 [ 26535] Batch fecundity calc black. drum age40 1 71,500,343 [ 26572] table 2 [ 26535] Batch fecundity calc pinfish age01 1 21600 ( Muncy, 1984, Species Pro# of eggs in 8 pinfish from 1 pinfish age02 1 21600 ( Muncy, 1984, Species Pro# of eggs in 8 pinfish from 1 hogchoker egg 0 NA [ 25906], p. I. 34 NA hogchoker larvae 0 NA [ 25906], p. I. 34 NA hogchoker age01 0.5 NA [ 25906], p. I. 34 NA hogchoker age02 1 NA [ 25906], p. I. 34 NA hogchoker age03 1 NA [ 25906], p. I. 34 NA hogchoker age04 1 NA [ 25906], p. I. 34 NA hogchoker age05 1 NA [ 25906], p. I. 34 NA hogchoker age06 1 NA [ 25906], p. I. 34 NA menhaden. spp age01 0.00 115800 Scott and Scott ( 1988); # 26Dietrich ( 1979); # 26381; Tab menhaden. spp age02 0.50 177400 Scott and Scott ( 1988); # 26Dietrich ( 1979); # 26381; Tab menhaden. spp age03 1.00 302800 Scott and Scott ( 1988); # 26Dietrich ( 1979); # 26381; Tab menhaden. spp age04 1.00 308600 Scott and Scott ( 1988); # 26Dietrich ( 1979); # 26381; Tab menhaden. spp age05 1.00 568400 Scott and Scott ( 1988); # 26Dietrich ( 1979); # 26381; Tab chain. pipefish age01 0.5 860 northern. pipefish Scott & Scnorthern. pipefish Scott & Sc chain. pipefish age02 1 860 northern. pipefish Scott & Scnorthern. pipefish Scott & Sc chain. pipefish age03 1 860 northern. pipefish Scott & Scnorthern. pipefish Scott & Sc chain. pipefish age04 1 860 northern. pipefish Scott & Scnorthern. pipefish Scott & Sc chain. pipefish age05 1 860 northern. pipefish Scott & Scnorthern. pipefish Scott & Sc searobin age01 0.5 NA NA assumed by AGRET searobin age02 1 NA NA assumed by AGRET searobin age03 1 NA NA assumed by AGRET searobin age04 1 NA NA assumed by AGRET searobin age05 1 NA NA assumed by AGRET searobin age06 1 NA NA assumed by AGRET searobin age07 1 NA NA assumed by AGRET searobin age08 1 NA NA assumed by AGRET leatherjacket age01 0 NA NA assumed by AGRET leatherjacket age02 0.5 NA NA assumed by AGRET leatherjacket age03 1 NA NA assumed by AGRET leatherjacket age04 1 NA NA assumed by AGRET ewater. silverside age01 0.5 NA Atlantic. silverside. p. 3 http:// www. nwrc. usgs. gov/ wdb/ pu ewater. silverside age02 1 NA Atlantic. silverside. p. 3 http:/ NA lifetime. fecundity notes. lifetime. fecundity alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. alculated from age with formula 49.249* age+ 530,052 and multiplied by average spawning events per season of 28.6. 111 to 152 mm SL ( Muncy, 1984, Species Profiles) 111 to 152 mm SL ( Muncy, 1984, Species Profiles) NA NA NA NA NA NA NA 33465 New England Power Company ( 1994); [ 25906] p. I. 34 NA NA NA NA NA NA NA NA NA NA Scott, 1988, pg 351 Scott, 1988, pg 351 Scott, 1988, pg 351 Scott, 1988, pg 351 Scott, 1988, pg 351 NA NA NA NA NA NA NA NA NA NA NA NA NA NA 8758.25129 assume to same than radiated shanny NA NA NA 112000 Fishbase: Atule mate ( also carangidae) NA NA 9125 4725 13525 p. 4 http:// www. nwrc. usgs. gov/ wdb/ pub/ 0117. pdf Life history dat for the Gulf of Mexico case study. Initially compiled on 11/ 28/ 2001. A. Gage, 7/ 25/ 2003 Original file: Q:\ Elibrary\ Intake\ databases\ bigbend. input. data. xls.

Worksheet Description losses01 Reported impingement & entrainment losses at Tampa Bay lifehistory02 Life history data for species impinged/ entrained lbs. from. mm03 Conversion factor ( lbs to mm) for each species species. growth04 Average growth per species per life stage fecundity05 Fecundity of each species Need to look at: lifehistory02: scaled sardine: check FA equation leatherjacket: Check econ values spotted seatrout, spotted seatrout2: Check equation for natural mortality. Need to adjust for F or F? L L equation for striped mullet TL = 0.0 + 1.1 x FL Fishbase, 7/ 25/ 2003 area age length. fl pensacola 1 142 apalachicola 1 134 cedar key 1 175 homosassa 1 178 pensacola 2 207 apalachicola 2 207 cedar key 2 258 homosassa 2 269 pensacola 3 263 apalachicola 3 271 cedar key 3 307 homosassa 3 319 pensacola 4 . apalachicola 4 . cedar key 4 . homosassa 4 366 age avg. length. fl length. tl 1 157.25 172.975 2 235.25 258.775 3 290 319 4 366 402.6