junk species stagege. sequence survival. bystage. fraction nat. mort. m fish. mort. f dummy dummy dummy  999  999  999  999 junk alewife egg 1 0.00001 11.51 0 junk alewife larvae 2 0.00409 5.5 0 junk alewife juv 3 0.00201 6.21 0 junk alewife age01 4 0.60653 0.5 0 junk alewife age02 5 0.60653 0.5 0 junk alewife age03 6 0.60653 0.5 0 junk alewife age04 7 0.60653 0.5 0 junk alewife age05 8 0.60653 0.5 0 junk alewife age06 9 0.60653 0.5 0 junk alewife age07 10 0.60653 0.5 0 junk black. bullhead egg 1 0.15000 1.897119985 0 junk black. bullhead larvae 2 0.01 4.605170186 0 junk black. bullhead juv 3 0.25 1.386294361 0 junk black. bullhead age01 4 0.64 0.446287103 0 junk black. bullhead age02 5 0.64 0.223143551 0.223143551 junk black. bullhead age03 6 0.64 0.223143551 0.223143551 junk black. bullhead age04 7 0.64 0.223143551 0.223143551 junk black. bullhead age05 8 0.64 0.223143551 0.223143551 junk black. bullhead age06 9 0.64 0.223143551 0.223143551 junk black. bullhead age07 10 0.64 0.223143551 0.223143551 junk black. bullhead age08 11 0.64 0.223143551 0.223143551 junk black. bullhead age09 12 0.64 0.223143551 0.223143551 junk black. crappie egg 1 0.16530 1.8 0 junk black. crappie larvae 2 0.60774 0.498 0 junk black. crappie juv 3 0.05363 2.9256 0 junk black. crappie age01 4 0.74677 0.292 0 junk black. crappie age02 5 0.55766 0.292 0.292 junk black. crappie age03 6 0.55766 0.292 0.292 junk black. crappie age04 7 0.55766 0.292 0.292 junk black. crappie age05 8 0.55766 0.292 0.292 junk black. crappie age06 9 0.55766 0.292 0.292 junk black. crappie age07 10 0.55766 0.292 0.292 junk black. crappie age08 11 0.55766 0.292 0.292 junk black. crappie age09 12 0.55766 0.292 0.292 junk bluegill egg 1 0.17764 1.728 0 junk bluegill larvae 2 0.56214 0.576 0 junk bluegill juv 3 0.00990 4.615 0 junk bluegill age01 4 0.67706 0.39 0 junk bluegill age02 5 0.8595 0.151404454 0 junk bluegill age03 6 0.23000 0.734837985 0.734837985 junk bluegill age04 7 0.23000 0.734837985 0.734837985 junk bluegill age05 8 0.23000 0.734837985 0.734837985 junk bluegill age06 9 0.23000 0.734837985 0.734837985 junk bluegill age07 10 0.23000 0.734837985 0.734837985 junk bluegill age08 11 0.23000 0.734837985 0.734837985 junk bluegill age09 12 0.23000 0.734837985 0.734837985 junk bluntnose. minnow egg 1 0.15000 1.897119985 0 junk bluntnose. minnow larvae 2 0.12727 2.061444465 0 junk bluntnose. minnow juv 3 0.12727 2.061444465 0 junk bluntnose. minnow age01 4 0.36788 1 0 junk bluntnose. minnow age02 5 0.36788 1 0 junk bluntnose. minnow age03 6 0.36788 1 0 junk brown. bullhead egg 1 0.15000 1.897119985 0 junk brown. bullhead larvae 2 0.01 4.605170186 0 junk brown. bullhead juv 3 0.25 1.386294361 0 junk brown. bullhead age01 4 0.64 0.446287103 0 junk brown. bullhead age02 5 0.64 0.223143551 0.223143551 junk brown. bullhead age03 6 0.64 0.223143551 0.223143551 junk brown. bullhead age04 7 0.64 0.223143551 0.223143551 junk brown. bullhead age05 8 0.64 0.223143551 0.223143551 junk brown. bullhead age06 9 0.64 0.223143551 0.223143551 junk bullhead. spp egg 1 0.15000 1.897119985 0 junk bullhead. spp larvae 2 0.01 4.605170186 0 junk bullhead. spp juv 3 0.25 1.386294361 0 junk bullhead. spp age01 4 0.64 0.446287103 0 junk bullhead. spp age02 5 0.64 0.223143551 0.223143551 junk bullhead. spp age03 6 0.64 0.223143551 0.223143551 junk bullhead. spp age04 7 0.64 0.223143551 0.223143551 junk bullhead. spp age05 8 0.64 0.223143551 0.223143551 junk bullhead. spp age06 9 0.64 0.223143551 0.223143551 junk bullhead. spp age07 10 0.64 0.223143551 0.223143551 junk bullhead. spp age08 11 0.64 0.223143551 0.223143551 junk bullhead. spp age09 12 0.64 0.223143551 0.223143551 junk burbot egg 1 0.15000 1.897119985 0 junk burbot larvae 2 0.000796821 7.134880127 0 junk burbot juv 3 0.4 0.916290732 0 junk burbot age01 4 0.57 0.562118918 0 junk burbot age02 5 0.57 0.562118918 0 junk burbot age03 6 0.57 0.562118918 0 junk burbot age04 7 0.57 0.562118918 0 junk burbot age05 8 0.57 0.562118918 0 junk burbot age06 9 0.57 0.562118918 0 junk burbot age07 10 0.57 0.562118918 0 junk burbot age08 11 0.57 0.562118918 0 junk burbot age09 12 0.57 0.562118918 0 junk burbot age10 13 0.57 0.562118918 0 junk carp egg 1 0.15000 1.897119985 0 junk carp larvae 2 0.01 4.605170186 0 junk carp juv 3 0.25 1.386294361 0 junk carp age01 4 0.87810 0.13 0 junk carp age02 5 0.87810 0.13 0 junk carp age03 6 0.87810 0.13 0 junk carp age04 7 0.87810 0.13 0 junk carp age05 8 0.87810 0.13 0 junk carp age06 9 0.87810 0.13 0 junk carp age07 10 0.87810 0.13 0 junk carp age08 11 0.87810 0.13 0 junk carp age09 12 0.87810 0.13 0 junk carp age10 13 0.87810 0.13 0 junk carp age11 14 0.87810 0.13 0 junk carp age12 15 0.87810 0.13 0 junk carp age13 16 0.87810 0.13 0 junk carp age14 17 0.87810 0.13 0 junk carp age15 18 0.87810 0.13 0 junk carp age16 19 0.87810 0.13 0 junk carp age17 20 0.87810 0.13 0 junk channel. catfish egg 1 0.15000 1.897119985 0 junk channel. catfish larvae 2 0.01 4.605170186 0 junk channel. catfish juv 3 0.25 1.386294361 0 junk channel. catfish age01 4 0.44 0.410490276 0.410490276 junk channel. catfish age02 5 0.44 0.410490276 0.410490276 junk channel. catfish age03 6 0.44 0.410490276 0.410490276 junk channel. catfish age04 7 0.44 0.410490276 0.410490276 junk channel. catfish age05 8 0.44 0.410490276 0.410490276 junk channel. catfish age06 9 0.44 0.410490276 0.410490276 junk channel. catfish age07 10 0.44 0.410490276 0.410490276 junk channel. catfish age08 11 0.44 0.410490276 0.410490276 junk channel. catfish age09 12 0.44 0.410490276 0.410490276 junk channel. catfish age10 13 0.44 0.410490276 0.410490276 junk channel. catfish age11 14 0.44 0.410490276 0.410490276 junk channel. catfish age12 15 0.44 0.410490276 0.410490276 junk crappie egg 1 0.16530 1.8 0 junk crappie larvae 2 0.60774 0.498 0 junk crappie juv 3 0.05363 2.9256 0 junk crappie age01 4 0.74677 0.292 0 junk crappie age02 5 0.55766 0.292 0.292 junk crappie age03 6 0.55766 0.292 0.292 junk crappie age04 7 0.55766 0.292 0.292 junk crappie age05 8 0.55766 0.292 0.292 junk crappie age06 9 0.55766 0.292 0.292 junk crappie age07 10 0.55766 0.292 0.292 junk crappie age08 11 0.55766 0.292 0.292 junk crappie age09 12 0.55766 0.292 0.292 junk emerald. shiner egg 1 0.15000 1.897119985 0 junk emerald. shiner larvae 2 0.00999 4.6058 0 junk emerald. shiner juv 3 0.46001 0.7765 0 junk emerald. shiner age01 4 0.68997 0.3711 0 junk emerald. shiner age02 5 0.01000 4.6052 0 junk emerald. shiner age03 6 0.01000 4.6052 0 junk freshwater. drum egg 1 0.10331 2.27 0 junk freshwater. drum larvae 2 0.00218 6.129 0 junk freshwater. drum juv 3 0.10066 2.296 0 junk freshwater. drum age01 4 0.73345 0.31 0 junk freshwater. drum age02 5 0.73345 0.155 0.155 junk freshwater. drum age03 6 0.73345 0.155 0.155 junk freshwater. drum age04 7 0.73345 0.155 0.155 junk freshwater. drum age05 8 0.73345 0.155 0.155 junk freshwater. drum age06 9 0.73345 0.155 0.155 junk freshwater. drum age07 10 0.73345 0.155 0.155 junk freshwater. drum age08 11 0.73345 0.155 0.155 junk freshwater. drum age09 12 0.73345 0.155 0.155 junk freshwater. drum age10 13 0.73345 0.155 0.155 junk freshwater. drum age11 14 0.73345 0.155 0.155 junk freshwater. drum age12 15 0.73345 0.155 0.155 junk gizzard. shad egg 1 0.15000 1.897119985 0 junk gizzard. shad larvae 2 0.00179 6.3257 0 junk gizzard. shad juv 3 0.60002 0.5108 0 junk gizzard. shad age01 4 0.23524 1.44715 0 junk gizzard. shad age02 5 0.28037 1.27165 0 junk gizzard. shad age03 6 0.38056 0.9661 0 junk gizzard. shad age04 7 0.41784 0.87265 0 junk gizzard. shad age05 8 0.73853 0.3031 0 junk gizzard. shad age06 9 0.73853 0.3031 0 junk golden. redhorse egg 1 0.10016 2.301 0 junk golden. redhorse larvae 2 0.10016 2.301 0 junk golden. redhorse juv 3 0.05034 2.989 0 junk golden. redhorse age01 4 0.57839 0.5475 0 junk golden. redhorse age02 5 0.57839 0.5475 0 junk golden. redhorse age03 6 0.57839 0.5475 0 junk golden. redhorse age04 7 0.57839 0.5475 0 junk golden. redhorse age05 8 0.57839 0.5475 0 junk golden. redhorse age06 9 0.57839 0.5475 0 junk golden. redhorse age07 10 0.57839 0.5475 0 junk logperch egg 1 0.15000 1.897119985 0 junk logperch larvae 2 0.149067545 1.903355754 0 junk logperch juv 3 0.149067545 1.903355754 0 junk logperch age01 4 0.49659 0.7 0 junk logperch age02 5 0.49659 0.7 0 junk logperch age03 6 0.49659 0.7 0 junk muskellunge egg 1 0.34000 1.078809661 0 junk muskellunge larvae 2 0.004138381 5.48745063 0 junk muskellunge juv 3 0.004138381 5.48745063 0 junk muskellunge age01 4 0.86071 0.15 0 junk muskellunge age02 5 0.86071 0.15 0 junk muskellunge age03 6 0.86071 0.15 0 junk muskellunge age04 7 0.86071 0.15 0 junk muskellunge age05 8 0.86071 0.15 0 junk muskellunge age06 9 0.86071 0.15 0 junk muskellunge age07 10 0.86071 0.15 0 junk muskellunge age08 11 0.86071 0.15 0 junk muskellunge age09 12 0.86071 0.15 0 junk muskellunge age10 13 0.86071 0.075 0.075 junk muskellunge age11 14 0.86071 0.075 0.075 junk muskellunge age12 15 0.86071 0.075 0.075 junk muskellunge age13 16 0.86071 0.075 0.075 junk muskellunge age14 17 0.86071 0.075 0.075 junk muskellunge age15 18 0.86071 0.075 0.075 junk muskellunge age16 19 0.86071 0.075 0.075 junk muskellunge age17 20 0.86071 0.075 0.075 junk muskellunge age18 21 0.86071 0.075 0.075 junk muskellunge age19 22 0.86071 0.075 0.075 junk muskellunge age20 23 0.86071 0.075 0.075 junk muskellunge age21 24 0.86071 0.075 0.075 junk muskellunge age22 25 0.86071 0.075 0.075 junk muskellunge age23 26 0.86071 0.075 0.075 junk muskellunge age24 27 0.86071 0.075 0.075 junk muskellunge age25 28 0.86071 0.075 0.075 junk muskellunge age26 29 0.86071 0.075 0.075 junk muskellunge age27 30 0.86071 0.075 0.075 junk shiner. spp egg 1 0.15000 1.897119985 0 junk shiner. spp larvae 2 0.0100 4.6058 0 junk shiner. spp juv 3 0.4600 0.7765 0 junk shiner. spp age01 4 0.6900 0.3711 0 junk shiner. spp age02 5 0.0100 4.6052 0 junk shiner. spp age03 6 0.0100 4.6052 0 junk smallmouth. bass egg 1 0.15000 1.897119985 0 junk smallmouth. bass larvae 2 0.06721 2.7 0 junk smallmouth. bass juv 3 0.64 0.446287103 0 junk smallmouth. bass age01 4 0.42316 0.86 0 junk smallmouth. bass age02 5 0.22466 1.1711 0.3220525 junk smallmouth. bass age03 6 0.38188 0.755022 0.20763105 junk smallmouth. bass age04 7 0.26251 1.049 0.288475 junk smallmouth. bass age05 8 0.33107 0.867 0.238425 junk smallmouth. bass age06 9 0.33107 0.867 0.238425 junk smallmouth. bass age07 10 0.33107 0.867 0.238425 junk smallmouth. bass age08 11 0.33107 0.867 0.238425 junk smallmouth. bass age09 12 0.33107 0.867 0.238425 junk rainbow. smelt egg 1 0.00001 11.51 0 junk rainbow. smelt larvae 2 0.00409 5.5 0 junk rainbow. smelt juv 3 0.40000000 0.916290732 0 junk rainbow. smelt age01 4 0.67032 0.4 0 junk rainbow. smelt age02 5 0.65051 0.4 0.03 junk rainbow. smelt age03 6 0.65051 0.4 0.03 junk rainbow. smelt age04 7 0.65051 0.4 0.03 junk rainbow. smelt age05 8 0.65051 0.4 0.03 junk rainbow. smelt age06 9 0.65051 0.4 0.03 junk spotted. sucker egg 1 0.16629 1.794 0 junk spotted. sucker larvae 2 0.06017 2.8106 0 junk spotted. sucker juv 3 0.05003 2.9952 0 junk spotted. sucker age01 4 0.57839 0.5475 0 junk spotted. sucker age02 5 0.57839 0.5475 0 junk spotted. sucker age03 6 0.57839 0.5475 0 junk spotted. sucker age04 7 0.57839 0.5475 0 junk spotted. sucker age05 8 0.57839 0.5475 0 junk spotted. sucker age06 9 0.57839 0.5475 0 junk sucker. spp egg 1 0.12925 2.046 0 junk sucker. spp larvae 2 0.07750 2.5575 0 junk sucker. spp juv 3 0.09986 2.304 0 junk sucker. spp age01 4 0.76071 0.2735 0 junk sucker. spp age02 5 0.76071 0.2735 0 junk sucker. spp age03 6 0.76071 0.2735 0 junk sucker. spp age04 7 0.76071 0.2735 0 junk sucker. spp age05 8 0.76071 0.2735 0 junk sucker. spp age06 9 0.76071 0.2735 0 junk sunfish egg 1 0.18000 1.714798428 0 junk sunfish larvae 2 0.5033317 0.686505883 0 junk sunfish juv 3 0.5033317 0.686505883 0 junk sunfish age01 4 0.2 1.609437912 0 junk sunfish age02 5 0.2 1.609437912 0 junk sunfish age03 6 0.05 1.497866137 1.497866137 junk sunfish age04 7 0.05 1.497866137 1.497866137 junk sunfish age05 8 0.05 1.497866137 1.497866137 junk sunfish age06 9 0.05 1.497866137 1.497866137 junk sunfish age07 10 0.05 1.497866137 1.497866137 junk sunfish age08 11 0.05 1.497866137 1.497866137 junk walleye egg 1 0.35000 1.049822124 0 junk walleye larvae 2 0.02866 3.5522 0 junk walleye juv 3 0.14450 1.9345 0 junk walleye age01 4 0.65 0.430782916 0.00 junk walleye age02 5 0.65 0.160782916 0.27 junk walleye age03 6 0.65 0.160782916 0.27 junk walleye age04 7 0.65 0.160782916 0.27 junk walleye age05 8 0.65 0.160782916 0.27 junk walleye age06 9 0.65 0.160782916 0.27 junk walleye age07 10 0.65 0.160782916 0.27 junk walleye age08 11 0.65 0.160782916 0.27 junk walleye age09 12 0.65 0.160782916 0.27 junk white. bass egg 1 0.15000 1.897119985 0 junk white. bass larvae 2 0.01 4.605170186 0 junk white. bass juv 3 0.25 1.386294361 0 junk white. bass age01 4 0.65705 0.42 0 junk white. bass age02 5 0.32628 0.42 0.7 junk white. bass age03 6 0.32628 0.42 0.7 junk white. bass age04 7 0.32628 0.42 0.7 junk white. bass age05 8 0.32628 0.42 0.7 junk white. bass age06 9 0.32628 0.42 0.7 junk white. bass age07 10 0.32628 0.42 0.7 junk white. perch egg 1 0.06370 2.753625 0 junk white. perch larvae 2 0.00465 5.37088 0 junk white. perch juv 3 0.18146 1.706699 0 junk white. perch age01 4 0.50001 0.693135 0 junk white. perch age02 5 0.50001 0.693135 0 junk white. perch age03 6 0.50001 0.693135 0 junk white. perch age04 7 0.50202 0.68912 0 junk white. perch age05 8 0.20648 1.57753 0 junk white. perch age06 9 0.21494 1.53738 0 junk white. perch age07 10 0.22679 1.483725 0 junk white. perch age08 11 0.23241 1.45927 0 junk white. perch age09 12 0.23241 1.45927 0 junk white. perch age10 13 0.23241 1.45927 0 junk whitefish egg 1 0.15000 1.897119985 0 junk whitefish larvae 2 0.00027 8.2 0 junk whitefish juv 3 0.77880 0.25 0 junk whitefish age01 4 0.28737 0.25 0.997 junk whitefish age02 5 0.28737 0.25 0.997 junk whitefish age03 6 0.28737 0.25 0.997 junk whitefish age04 7 0.28737 0.25 0.997 junk whitefish age05 8 0.28737 0.25 0.997 junk whitefish age06 9 0.28737 0.25 0.997 junk whitefish age07 10 0.28737 0.25 0.997 junk whitefish age08 11 0.28737 0.25 0.997 junk whitefish age09 12 0.28737 0.25 0.997 junk whitefish age10 13 0.28737 0.25 0.997 junk whitefish age11 14 0.28737 0.25 0.997 junk whitefish age12 15 0.28737 0.25 0.997 junk whitefish age13 16 0.28737 0.25 0.997 junk whitefish age14 17 0.28737 0.25 0.997 junk whitefish age15 18 0.28737 0.25 0.997 junk whitefish age16 19 0.28737 0.25 0.997 junk yellow. perch egg 1 0.06370 2.753625 0 junk yellow. perch larvae 2 0.02849 3.5582 0 junk yellow. perch juv 3 0.08000 2.5257 0 junk yellow. perch age01 4 0.69698 0.361 0 junk yellow. perch age02 5 0.77997 0.2485 0 junk yellow. perch age03 6 0.29999 0.844 0.36 junk yellow. perch age04 7 0.29999 0.844 0.36 junk yellow. perch age05 8 0.29999 0.844 0.36 junk yellow. perch age06 9 0.29999 0.844 0.36 junk non. ris. forage egg 1 0.35204 1.044 0 junk non. ris. forage larvae 2 0.00045 7.70000000 0 junk non. ris. forage juv 3 0.27527 1.29000000 0 junk non. ris. forage age01 4 0.19706 1.62425 0 junk non. ris. forage age02 5 0.19706 1.62425 0 junk non. ris. forage age03 6 0.19706 1.62425 0 junk non. ris. rec egg 1 0.12500000 2.079441542 0 junk non. ris. rec larvae 2 0.00331649 5.708847403 0 junk non. ris. rec juv 3 0.05758900 2.854423702 0 junk non. ris. rec age01 4 0.63763 0.45 0 junk non. ris. rec age02 5 0.28650 0.45 0.8 junk non. ris. rec age03 6 0.28650 0.45 0.8 junk non. ris. rec age04 7 0.28650 0.45 0.8 junk non. ris. rec age05 8 0.28650 0.45 0.8 junk non. ris. rec age06 9 0.28650 0.45 0.8 from phase3 sculpin. spp egg 1 0.099958518 2.303 0 from phase3 sculpin. spp larvae 2 0.022686165 3.7860 0 from phase3 sculpin. spp juv 3 0.40011631 0.9160 0 from phase3 sculpin. spp age01 4 0.398519041 0.4200 0.5 from phase3 sculpin. spp age02 5 0.398519041 0.4200 0.5 from phase3 sculpin. spp age03 6 0.398519041 0.4200 0.5 from phase3 bullhead. spp egg 1 0.15000 1.897119985 0 from phase3 bullhead. spp larvae 2 0.01 4.605170186 0 from phase3 bullhead. spp juv 3 0.25 1.386294361 0 from phase3 bullhead. spp age01 4 0.64 0.446287103 0 from phase3 bullhead. spp age02 5 0.64 0.223143551 0.223143551 from phase3 bullhead. spp age03 6 0.64 0.223143551 0.223143551 from phase3 bullhead. spp age04 7 0.64 0.223143551 0.223143551 from phase3 bullhead. spp age05 8 0.64 0.223143551 0.223143551 from phase3 bullhead. spp age06 9 0.64 0.223143551 0.223143551 from phase3 bullhead. spp age07 10 0.64 0.223143551 0.223143551 from phase3 bullhead. spp age08 11 0.64 0.223143551 0.223143551 from phase3 bullhead. spp age09 12 0.64 0.223143551 0.223143551 from phase3 burbot egg 1 0.15000 1.897119985 0 from phase3 burbot larvae 2 0.000796821 7.134880127 0 from phase3 burbot juv 3 0.4 0.916290732 0 from phase3 burbot age01 4 0.57 0.562118918 0 from phase3 burbot age02 5 0.57 0.562118918 0 from phase3 burbot age03 6 0.57 0.562118918 0 from phase3 burbot age04 7 0.57 0.562118918 0 from phase3 burbot age05 8 0.57 0.562118918 0 from phase3 burbot age06 9 0.57 0.562118918 0 from phase3 burbot age07 10 0.57 0.562118918 0 from phase3 burbot age08 11 0.57 0.562118918 0 from phase3 burbot age09 12 0.57 0.562118918 0 from phase3 burbot age10 13 0.57 0.562118918 0 from phase3 herrings egg 1 0.1 2.3026 0 from phase3 herrings larvae 2 0.01 4.6052 0 from phase3 herrings juv 3 0.5 0.6931 0 from phase3 herrings age01 4 0.623 0.4732 0 from phase3 herrings age02 5 0.6225 0.4740 0 from phase3 herrings age03 6 0.6225 0.4740 0 from phase3 herrings age04 7 0.62249 0.4740 0 from phase3 herrings age05 8 0.622452 0.4741 0 from phase3 herrings age06 9 0.62272 0.4737 0 from phase3 herrings age07 10 0.622503 0.4740 0 from phase3 herrings age08 11 0.62246 0.4741 0 from phase3 herrings age09 12 0.62246 0.4741 0 from phase3 herrings age10 13 0.62246 0.4741 0 from phase3 herrings age11 14 0.62246 0.4741 0 from phase3 chinook. salmon egg 1 0.1 2.3026 0 from phase3 chinook. salmon larvae 2 0.006479153 5.0392 0 from phase3 chinook. salmon juv 3 0.4 0.9163 0 from phase3 chinook. salmon age01 4 0.852143789 0.16 0 from phase3 chinook. salmon age02 5 0.852143789 0.16 0 from phase3 chinook. salmon age03 6 0.852143789 0.16 0 from phase3 chinook. salmon age04 7 0.852143789 0.16 0 from phase3 chinook. salmon age05 8 0.852143789 0.16 0 from phase3 other. forage egg 1 0.35204 1.044 0 from phase3 other. forage larvae 2 0.00045 7.70000000 0 from phase3 other. forage juv 3 0.27527 1.29000000 0 from phase3 other. forage age01 4 0.19706 1.62425 0 from phase3 other. forage age02 5 0.19706 1.62425 0 from phase3 other. forage age03 6 0.19706 1.62425 0 from phase3 hogchoker egg 1 0.106 2.244316185 0 from phase3 hogchoker larvae 2 0.00119 6.73079203 0 from phase3 hogchoker juv 3 0.40000 0.916290732 0 from phase3 hogchoker age01 4 0.778800783 0.25 0 from phase3 hogchoker age02 5 0.778800783 0.25 0 from phase3 hogchoker age03 6 0.778800783 0.25 0 from phase3 hogchoker age04 7 0.778800783 0.25 0 from phase3 hogchoker age05 8 0.778800783 0.25 0 from phase3 hogchoker age06 9 0.778800783 0.25 0 from phase3 other. rec egg 1 0.12500000 2.079441542 0 from phase3 other. rec larvae 2 0.00331649 5.708847403 0 from phase3 other. rec juv 3 0.05758900 2.854423702 0 from phase3 other. rec age01 4 0.63763 0.45 0 from phase3 other. rec age02 5 0.28650 0.45 0.8 from phase3 other. rec age03 6 0.28650 0.45 0.8 from phase3 other. rec age04 7 0.28650 0.45 0.8 from phase3 other. rec age05 8 0.28650 0.45 0.8 from phase3 other. rec age06 9 0.28650 0.45 0.8 from phase3 other. rec. com egg 1 0.12500000 2.079441542 0 from phase3 other. rec. com ysl 2 0.05758900 2.854423702 0 from phase3 other. rec. com pysl 3 0.05758900 2.854423702 0 from phase3 other. rec. com juv1 4 0.239977082 1.427211851 0 from phase3 other. rec. com juv2 5 0.239977082 1.427211851 0 from phase3 other. rec. com age01 6 0.63762815 0.45 0 from phase3 other. rec. com age02 7 0.28650480 0.45 0.8 from phase3 other. rec. com age03 8 0.28650480 0.45 0.8 from phase3 other. rec. com age04 9 0.28650480 0.45 0.8 from phase3 other. rec. com age05 10 0.28650480 0.45 0.8 from phase3 other. rec. com age06 11 0.28650480 0.45 0.8 from phase3 salmon egg 1 0.1 2.3026 0 from phase3 salmon larvae 2 0.006479153 5.0392 0 from phase3 salmon juv 3 0.4 0.9163 0 from phase3 salmon age01 4 0.726149037 0.16 0.16 from phase3 salmon age02 5 0.726149037 0.16 0.16 from phase3 salmon age03 6 0.726149037 0.16 0.16 from phase3 salmon age04 7 0.726149037 0.16 0.16 from phase3 salmon age05 8 0.726149037 0.16 0.16 from phase3 silversides egg 1 0.512 0.6694 0 from phase3 silversides larvae 2 0.000340 7.9868 0 from phase3 silversides juv 3 0.65704682 0.42 0 from phase3 silversides age01 4 0.65704682 0.42 0 from phase3 silversides age02 5 0.65704682 0.42 0 from phase3 silversides age03 6 0.65704682 0.42 0 from phase3 silversides age04 7 0.65704682 0.42 0 from phase3 silversides age05 8 0.65704682 0.42 0 from phase3 silversides age06 9 0.65704682 0.42 0 from phase3 silversides age07 10 0.65704682 0.42 0 from phase3 silversides age08 11 0.65704682 0.42 0 from phase3 silversides age09 12 0.65704682 0.42 0 from phase3 silversides age10 13 0.65704682 0.42 0 from phase3 silversides age11 14 0.65704682 0.42 0 from phase3 smelts egg 1 0.05522 2.8964 0 from phase3 smelts larvae 2 0.000340 7.9868 0 from phase3 smelts juv 3 0.410655753 0.74 0.15 from phase3 smelts age01 4 0.410655753 0.74 0.15 from phase3 smelts age02 5 0.410655753 0.74 0.15 from phase3 smelts age03 6 0.410655753 0.74 0.15 from phase3 smelts age04 7 0.410655753 0.74 0.15 from phase3 smelts age05 8 0.410655753 0.74 0.15 from phase3 threespine. sticklebegg 1 0.7500 0.2877 0 from phase3 threespine. stickleblarvae 2 0.1200 2.1203 0 from phase3 threespine. sticklebjuv 3 0.1818 1.7048 0 from phase3 threespine. sticklebage01 4 0.2420 1.4188 0 from phase3 threespine. sticklebage02 5 0.2420 1.4188 0 from phase3 threespine. sticklebage03 6 0.2420 1.4188 0 from phase3 menhaden. spp egg 1 0.12500000 2.079441542 0 from phase3 menhaden. spp larvae 2 0.00331649 5.708847403 0 from phase3 menhaden. spp juv 3 0.05758900 2.854423702 0 from phase3 menhaden. spp age01 4 0.637628152 0.45 0 from phase3 menhaden. spp age02 5 0.286504797 0.45 0.8 from phase3 menhaden. spp age03 6 0.286504797 0.45 0.8 from phase3 menhaden. spp age04 7 0.286504797 0.45 0.8 from phase3 menhaden. spp age05 8 0.286504797 0.45 0.8 from phase3 menhaden. spp age06 9 0.286504797 0.45 0.8 from phase3 pallid. sturgeon egg 1 0.10000 2.302585093 0 from phase3 pallid. sturgeon larvae 2 0.04000 3.218875825 0 from phase3 pallid. sturgeon juv 3 0.40000 0.916290732 0 from phase3 pallid. sturgeon age01 4 0.6000 0.5108 0 from phase3 pallid. sturgeon age02 5 0.7000 0.3567 0 from phase3 pallid. sturgeon age03 6 0.8000 0.2231 0 from phase3 pallid. sturgeon age04 7 0.7000 0.3567 0 from phase3 pallid. sturgeon age05 8 0.6000 0.5108 0 from phase3 pallid. sturgeon age06 9 0.8000 0.2231 0 from phase3 pallid. sturgeon age07 10 0.9000 0.1054 0 from phase3 pallid. sturgeon age08 11 0.9000 0.1054 0 from phase3 pallid. sturgeon age09 12 0.9000 0.1054 0 from phase3 pallid. sturgeon age10 13 0.9000 0.1054 0 from phase3 pallid. sturgeon age11 14 0.9000 0.1054 0 from phase3 pallid. sturgeon age12 15 0.9000 0.1054 0 from phase3 pallid. sturgeon age13 16 0.9000 0.1054 0 from phase3 pallid. sturgeon age14 17 0.9000 0.1054 0 from phase3 pallid. sturgeon age15 18 0.9000 0.1054 0 from phase3 pallid. sturgeon age16 19 0.9000 0.1054 0 from phase3 pallid. sturgeon age17 20 0.9000 0.1054 0 from phase3 pallid. sturgeon age18 21 0.9000 0.1054 0 from phase3 pallid. sturgeon age19 22 0.9000 0.1054 0 from phase3 pallid. sturgeon age20 23 0.9000 0.1054 0 from phase3 pallid. sturgeon age21 24 0.9000 0.1054 0 from phase3 pallid. sturgeon age22 25 0.9000 0.1054 0 from phase3 pallid. sturgeon age23 26 0.9000 0.1054 0 from phase3 pallid. sturgeon age24 27 0.9000 0.1054 0 from phase3 pallid. sturgeon age25 28 0.9000 0.1054 0 from phase3 pallid. sturgeon age26 29 0.9000 0.1054 0 from phase3 pallid. sturgeon age27 30 0.9000 0.1054 0 from phase3 pallid. sturgeon age28 31 0.9000 0.1054 0 from phase3 pallid. sturgeon age29 32 0.9000 0.1054 0 from phase3 pallid. sturgeon age30 33 0.9000 0.1054 0 from phase3 pallid. sturgeon age31 34 0.9000 0.1054 0 from phase3 pallid. sturgeon age32 35 0.9000 0.1054 0 from phase3 pallid. sturgeon age33 36 0.9000 0.1054 0 from phase3 pallid. sturgeon age34 37 0.9000 0.1054 0 from phase3 pallid. sturgeon age35 38 0.9000 0.1054 0 from phase3 pallid. sturgeon age36 39 0.9000 0.1054 0 from phase3 pallid. sturgeon age37 40 0.9000 0.1054 0 from phase3 pallid. sturgeon age38 41 0.9000 0.1054 0 from phase3 pallid. sturgeon age39 42 0.9000 0.1054 0 from phase3 pallid. sturgeon age40 43 0.9000 0.1054 0 from phase3 pallid. sturgeon age41 44 0.9000 0.1054 0 from phase3 pallid. sturgeon age42 45 0.9000 0.1054 0 from phase3 pallid. sturgeon age43 46 0.9000 0.1054 0 from phase3 pallid. sturgeon age44 47 0.9000 0.1054 0 from phase3 pallid. sturgeon age45 48 0.9000 0.1054 0 from phase3 pallid. sturgeon age46 49 0.9000 0.1054 0 from phase3 pallid. sturgeon age47 50 0.9000 0.1054 0 from phase3 pallid. sturgeon age48 51 0.9000 0.1054 0 from phase3 pallid. sturgeon age49 52 0.9000 0.1054 0 from phase3 pallid. sturgeon age50 53 0.9000 0.1054 0 from phase3 sturgeon. spp egg 1 0.10000 2.302585093 0 from phase3 sturgeon. spp larvae 2 0.04000 3.218875825 0 from phase3 sturgeon. spp juv 3 0.40000 0.916290732 0 from phase3 sturgeon. spp age01 4 0.6000 0.4608 0.05 from phase3 sturgeon. spp age02 5 0.7000 0.3067 0.05 from phase3 sturgeon. spp age03 6 0.8000 0.1731 0.05 from phase3 sturgeon. spp age04 7 0.7000 0.3067 0.05 from phase3 sturgeon. spp age05 8 0.6000 0.4608 0.05 from phase3 sturgeon. spp age06 9 0.8000 0.1731 0.05 from phase3 sturgeon. spp age07 10 0.9000 0.0554 0.05 from phase3 sturgeon. spp age08 11 0.9000 0.0554 0.05 from phase3 sturgeon. spp age09 12 0.9000 0.0554 0.05 from phase3 sturgeon. spp age10 13 0.9000 0.0554 0.05 from phase3 sturgeon. spp age11 14 0.9000 0.0554 0.05 from phase3 sturgeon. spp age12 15 0.9000 0.0554 0.05 from phase3 sturgeon. spp age13 16 0.9000 0.0554 0.05 from phase3 sturgeon. spp age14 17 0.9000 0.0554 0.05 from phase3 sturgeon. spp age15 18 0.9000 0.0554 0.05 from phase3 sturgeon. spp age16 19 0.9000 0.0554 0.05 from phase3 sturgeon. spp age17 20 0.9000 0.0554 0.05 from phase3 sturgeon. spp age18 21 0.9000 0.0554 0.05 from phase3 sturgeon. spp age19 22 0.9000 0.0554 0.05 from phase3 sturgeon. spp age20 23 0.9000 0.0554 0.05 from phase3 sturgeon. spp age21 24 0.9000 0.0554 0.05 from phase3 sturgeon. spp age22 25 0.9000 0.0554 0.05 from phase3 sturgeon. spp age23 26 0.9000 0.0554 0.05 from phase3 sturgeon. spp age24 27 0.9000 0.0554 0.05 from phase3 sturgeon. spp age25 28 0.9000 0.0554 0.05 from phase3 sturgeon. spp age26 29 0.9000 0.0554 0.05 from phase3 sturgeon. spp age27 30 0.9000 0.0554 0.05 from phase3 sturgeon. spp age28 31 0.9000 0.0554 0.05 from phase3 sturgeon. spp age29 32 0.9000 0.0554 0.05 from phase3 sturgeon. spp age30 33 0.9000 0.0554 0.05 from phase3 sturgeon. spp age31 34 0.9000 0.0554 0.05 from phase3 sturgeon. spp age32 35 0.9000 0.0554 0.05 from phase3 sturgeon. spp age33 36 0.9000 0.0554 0.05 from phase3 sturgeon. spp age34 37 0.9000 0.0554 0.05 from phase3 sturgeon. spp age35 38 0.9000 0.0554 0.05 from phase3 sturgeon. spp age36 39 0.9000 0.0554 0.05 from phase3 sturgeon. spp age37 40 0.9000 0.0554 0.05 from phase3 sturgeon. spp age38 41 0.9000 0.0554 0.05 from phase3 sturgeon. spp age39 42 0.9000 0.0554 0.05 from phase3 sturgeon. spp age40 43 0.9000 0.0554 0.05 from phase3 sturgeon. spp age41 44 0.9000 0.0554 0.05 from phase3 sturgeon. spp age42 45 0.9000 0.0554 0.05 from phase3 sturgeon. spp age43 46 0.9000 0.0554 0.05 from phase3 sturgeon. spp age44 47 0.9000 0.0554 0.05 from phase3 sturgeon. spp age45 48 0.9000 0.0554 0.05 from phase3 sturgeon. spp age46 49 0.9000 0.0554 0.05 from phase3 sturgeon. spp age47 50 0.9000 0.0554 0.05 from phase3 sturgeon. spp age48 51 0.9000 0.0554 0.05 from phase3 sturgeon. spp age49 52 0.9000 0.0554 0.05 from phase3 sturgeon. spp age50 53 0.9000 0.0554 0.05 from phase3 rec. sea. basses egg 1 0.75 0.287682072 0 from phase3 rec. sea. basses larvae 2 0.3679 1.0000 0 from phase3 rec. sea. basses juv 3 0.826959134 0.19 0 from phase3 rec. sea. basses age01 4 0.826959134 0.19 0 from phase3 rec. sea. basses age02 5 0.826959134 0.19 0 from phase3 rec. sea. basses age03 6 0.826959134 0.19 0 from phase3 rec. sea. basses age04 7 0.826959134 0.19 0 from phase3 rec. sea. basses age05 8 0.639543908 0.19 0.257 from phase3 rec. sea. basses age06 9 0.639543908 0.19 0.257 from phase3 rec. sea. basses age07 10 0.580421915 0.287 0.257 from phase3 rec. sea. basses age08 11 0.580421915 0.287 0.257 from phase3 rec. sea. basses age09 12 0.580421915 0.287 0.257 from phase3 rec. sea. basses age10 13 0.580421915 0.287 0.257 from phase3 rec. sea. basses age11 14 0.580421915 0.287 0.257 from phase3 rec. sea. basses age12 15 0.580421915 0.287 0.257 from phase3 rec. sea. basses age13 16 0.580421915 0.287 0.257 from phase3 rec. sea. basses age14 17 0.580421915 0.287 0.257 from phase3 rec. sea. basses age15 18 0.580421915 0.287 0.257 from phase3 rec. sea. basses age16 19 0.580421915 0.287 0.257 from phase3 rec. sea. basses age17 20 0.580421915 0.287 0.257 from phase3 rec. sea. basses age18 21 0.580421915 0.287 0.257 from phase3 rec. sea. basses age19 22 0.580421915 0.287 0.257 from phase3 rec. sea. basses age20 23 0.580421915 0.287 0.257 from phase3 rec. sea. basses age21 24 0.580421915 0.287 0.257 from phase3 rec. sea. basses age22 25 0.580421915 0.287 0.257 from phase3 rec. sea. basses age23 26 0.580421915 0.287 0.257 from phase3 rec. sea. basses age24 27 0.580421915 0.287 0.257 from phase3 rec. sea. basses age25 28 0.580421915 0.287 0.257 from phase3 rec. sea. basses age26 29 0.580421915 0.287 0.257 from phase3 rec. sea. basses age27 30 0.580421915 0.287 0.257 from phase3 rec. sea. basses age28 31 0.580421915 0.287 0.257 from phase3 rec. sea. basses age29 32 0.580421915 0.287 0.257 from phase3 rec. sea. basses age30 33 0.580421915 0.287 0.257 from phase3 rec. sea. basses age31 34 0.580421915 0.287 0.257 from phase3 rec. sea. basses age32 35 0.580421915 0.287 0.257 from phase3 rec. sea. basses age33 36 0.580421915 0.287 0.257 fraction. vulnerable notes. survival. rate notes. nat. mort notes. fish. mort tes. fraction. vulnerableoriginal. source  999 dummy dummy dummy dummy dummy 0culated using Se = exp (( m+ f)) [ 21960]; lake Michigan data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) [ 21960]; lake Michigan data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) d to be the same as larvae. data for the Great Lakesta for the Great Lakes . 0culated using Se = exp (( m+ f)) [ 21960]; lake Michigan data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) [ 21960]; lake Michigan data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) [ 21960]; lake Michigan data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) [ 21960]; lake Michigan data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) [ 21960]; lake Michigan data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) [ 21960]; lake Michigan data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) [ 21960]; lake Michigan data for the Great Lakesta for the Great Lakes monroe 0other species in this ecosystem Calculated using Se = exp f)); half nat., half fish. mort enter fishery at age02 wh. sammis 0age0* Sage0 age1* Sage1 age2 Calculated using Se = exp f)); half nat., half fish. mort enter fishery at age02 wh. sammis 0age0* Sage0 age1* Sage1 age2 Calculated using Se = exp f)); half nat., half fish. mort enter fishery at age02 wh. sammis 0Clear Lk. And Folsom Lake, CA Calculated using Se = expAssumed to enter fishery enter fishery at age02 wh. sammis 0.5Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 37 days Assumed to be 0enter fishery at age02 wh. sammis 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 10 days Assumed to be 0enter fishery at age02 wh. sammis 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf Assumed to be 0enter fishery at age02 wh. sammis 0culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 wh. sammis 0.5culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 wh. sammis 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 wh. sammis 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 wh. sammis 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 wh. sammis 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 wh. sammis 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 wh. sammis 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 wh. sammis 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 wh. sammis 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 30 days Assumed to be 0enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 10 days Assumed to be 0enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf Assumed to be 0enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) er, K. D., 1950 / 5 lakes, IL Assumed to be 0enter fishery at age02 monroe 0 S536; as cited in Carlander, KCalculated using Se = expAssumed to be 0 Assumed to enter fismonroe 0.5 Calculated using Se = exp (( mMult. refs; as cited in Carlamult. refs; as cited in CaAssumed to enter fismonroe 1culated using Se = exp (( m+ f)) lf mortality nat., half fishing mortality nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) lf mortality nat., half fishing mortality nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) lf mortality nat., half fishing mortality nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) lf mortality nat., half fishing mortality nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) lf mortality nat., half fishing mortality nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) lf mortality nat., half fishing mortality nat., half fishingenter fishery at age02 monroe 0other species in this ecosystemted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0t to get survival larvae and age0ted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0t to get survival larvae and age1ted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) 2001. Mortality at 11.7 cm. data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) 2001. Mortality at 11.7 cm. data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) 2001. Mortality at 11.7 cm. data for the Great Lakesta for the Great Lakes monroe 0other species in this ecosystem Calculated using Se = exp f)); half nat., half fish. mort enter fishery at age02 wh. sammis 0age0* Sage0 age1* Sage1 age2 Calculated using Se = exp f)); half nat., half fish. mort enter fishery at age02 wh. sammis 0age0* Sage0 age1* Sage1 age2 Calculated using Se = exp f)); half nat., half fish. mort enter fishery at age02 wh. sammis 0Clear Lk. And Folsom Lake, CA Calculated using Se = expAssumed to enter fishery enter fishery at age02 wh. sammis 0.5Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 wh. sammis 0other species in this ecosystemted using Se = exp (( m+ f)) to enter fishery at age02enter fishery at age02 monroe 0age0* Sage0 age1* Sage1 age2ted using Se = exp (( m+ f)) to enter fishery at age02enter fishery at age02 monroe 0age0* Sage0 age1* Sage1 age2ted using Se = exp (( m+ f)) to enter fishery at age02enter fishery at age02 monroe 0Clear Lk. And Folsom Lake, CA Calculated using Se = expAssumed to enter fishery enter fishery at age02 monroe 0.5Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 monroe 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 monroe 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 monroe 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 monroe 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 monroe 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 monroe 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 monroe 1Clear Lk. And Folsom Lake, CA+ f)); half nat., half fish. mort f)); half nat., half fish. mort enter fishery at age02 monroe 0other species in this ecosystemys at 6.1 degrees C ( F& P)) to enter fishery at age02enter fishery at age02 monroe 003187) divided by juv. survival. ys at 6.1 degrees C ( F& P)) to enter fishery at age02enter fishery at age02 monroe 0 Assumed ( D. Cacela). ys at 6.1 degrees C ( F& P)) to enter fishery at age02enter fishery at age02 . 0congress/ 1998/ BURBINT. PDFted using Se = exp (( m+ f)) ess/ 1998/ BURBINT. PDFenter fishery at age02 monroe 0congress/ 1998/ BURBINT. PDFted using Se = exp (( m+ f)) ess/ 1998/ BURBINT. PDFenter fishery at age02 monroe 0congress/ 1998/ BURBINT. PDFted using Se = exp (( m+ f)) ess/ 1998/ BURBINT. PDFenter fishery at age02 monroe 0congress/ 1998/ BURBINT. PDFted using Se = exp (( m+ f)) ess/ 1998/ BURBINT. PDFenter fishery at age02 monroe 0congress/ 1998/ BURBINT. PDFted using Se = exp (( m+ f)) ess/ 1998/ BURBINT. PDFenter fishery at age02 monroe 0congress/ 1998/ BURBINT. PDFted using Se = exp (( m+ f)) ess/ 1998/ BURBINT. PDFenter fishery at age02 monroe 0congress/ 1998/ BURBINT. PDFted using Se = exp (( m+ f)) ess/ 1998/ BURBINT. PDFenter fishery at age02 monroe 0congress/ 1998/ BURBINT. PDFted using Se = exp (( m+ f)) ess/ 1998/ BURBINT. PDFenter fishery at age02 monroe 0congress/ 1998/ BURBINT. PDFted using Se = exp (( m+ f)) ess/ 1998/ BURBINT. PDFenter fishery at age02 monroe 0congress/ 1998/ BURBINT. PDFted using Se = exp (( m+ f)) ess/ 1998/ BURBINT. PDFenter fishery at age02 monroe 0other species in this ecosystemted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0age0* Sage0 age1* Sage1 age2ted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0age0* Sage0 age1* Sage1 age2ted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ina; half fish, half nat. mort data for the Great Lakesta for the Great Lakes monroe 0other species in this ecosystemted using Se = exp (( m+ f)) s hake ( Saila et al., 1997) fished recreationally) monroe 0age0* Sage0 age1* Sage1 age2ted using Se = exp (( m+ f)) s hake ( Saila et al., 1997) fished recreationally) monroe 0age0* Sage0 age1* Sage1 age2ted using Se = exp (( m+ f)) s hake ( Saila et al., 1997) fished recreationally) monroe 0.5ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 1ssumed same pct. for all ages) + f)); half nat., half fish. mort f)); half nat., half fish. mort fished recreationally) monroe 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 37 days Assumed to be 0enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 10 days Assumed to be 0enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf Env16 Ch/ app a. pdfenter fishery at age02 monroe 0culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 monroe 0.5culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) o be fish. mort, half nat. mort be fish. mort, half nat. mort enter fishery at age02 monroe 0other species in this ecosystemted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) d larvae: [ 26887]; Table 16 data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) [ 26887]; Table 16 data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) [ 26887]; Table 16 data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) [ 26887]; Table 16 data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) umed to be same as age02 data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) pp a. pdf assumed 10 daysorts/ Env16 Ch/ app a. pdf; enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) app a. pdf assumed 27daysorts/ Env16 Ch/ app a. pdf; enter fishery at age02 monroe 0 Calculated using Se = exp (( mhttp:// www. mvr. usace. armAssumed to enter fisheryAssumed to enter fismonroe 0 Calculated using Se = exp (( mFroese, R. and D. Pauly ( eAssumed to enter fisheryAssumed to enter fismonroe 0.5 Calculated using Se = exp (( mFroese, R. and D. Pauly ( eFroese, R. and D. PaulyAssumed to enter fismonroe 1culated using Se = exp (( m+ f)) 8 Lm; half nat., half fishing Lm; half nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 8 Lm; half nat., half fishing Lm; half nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 8 Lm; half nat., half fishing Lm; half nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 8 Lm; half nat., half fishing Lm; half nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 8 Lm; half nat., half fishing Lm; half nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 8 Lm; half nat., half fishing Lm; half nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 8 Lm; half nat., half fishing Lm; half nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 8 Lm; half nat., half fishing Lm; half nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 8 Lm; half nat., half fishing Lm; half nat., half fishingenter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 8 Lm; half nat., half fishing Lm; half nat., half fishingenter fishery at age02 monroe 0other species in this ecosystemted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) [ 26887]; Table 14 data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) [ 26887]; Table 14 data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)), hlaf nat., half fishing. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)), hlaf nat., half fishing. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)), hlaf nat., half fishing. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)), hlaf nat., half fishing. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)), hlaf nat., half fishing. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)); half nat., half fishing. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 30 days data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 30 days data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes monroe 0other species in this ecosystemted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0t to get survival larvae and age0ted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0t to get survival larvae and age0ted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) . Accessed June 20, 2001. data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) . Accessed June 20, 2001. data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) . Accessed June 20, 2001. data for the Great Lakesta for the Great Lakes monroe 069, pg362/ Fertile eggs in lakested using Se = exp (( m+ f)) d not earlier than age 10) ot earlier than age 10) monroe 0t to get survival larvae and age0ted using Se = exp (( m+ f)) d not earlier than age 10) ot earlier than age 10) monroe 0t to get survival larvae and age0ted using Se = exp (( m+ f)) d not earlier than age 10) ot earlier than age 10) monroe 0culated using Se = exp (( m+ f)) 88. Lake St. Claire Michigand not earlier than age 10) ot earlier than age 10) monroe 0culated using Se = exp (( m+ f)) 88. Lake St. Claire Michigand not earlier than age 10) ot earlier than age 10) monroe 0culated using Se = exp (( m+ f)) 88. Lake St. Claire Michigand not earlier than age 10) ot earlier than age 10) monroe 0culated using Se = exp (( m+ f)) 88. Lake St. Claire Michigand not earlier than age 10) ot earlier than age 10) monroe 0culated using Se = exp (( m+ f)) 88. Lake St. Claire Michigand not earlier than age 10) ot earlier than age 10) monroe 0culated using Se = exp (( m+ f)) 88. Lake St. Claire Michigand not earlier than age 10) ot earlier than age 10) monroe 0culated using Se = exp (( m+ f)) 88. Lake St. Claire Michigand not earlier than age 10) ot earlier than age 10) monroe 0culated using Se = exp (( m+ f)) 88. Lake St. Claire Michigand not earlier than age 10) ot earlier than age 10) monroe 0culated using Se = exp (( m+ f)) 88. Lake St. Claire Michigand not earlier than age 10) ot earlier than age 10) monroe 0.5culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 1culated using Se = exp (( m+ f)) half nat. mort, half fish. mort alf nat. mort, half fish. mort ot earlier than age 10) monroe 0other species in this ecosystemted using Se = exp (( m+ f)) data for the Great Lakesta for the Great Lakes monroe 0calculated using s= exp (( m+ f)) d larvae: [ 26887]; Table 16 data for the Great Lakesta for the Great Lakes monroe 0calculated using s= exp (( m+ f)) ld shiner. [ 26887]; Table 16 data for the Great Lakesta for the Great Lakes monroe 0calculated using s= exp (( m+ f)) ld shiner. [ 26887]; Table 16 data for the Great Lakesta for the Great Lakes monroe 0calculated using s= exp (( m+ f)) ld shiner. [ 26887]; Table 16 data for the Great Lakesta for the Great Lakes monroe 0calculated using s= exp (( m+ f)) AGret to be same as age02 data for the Great Lakesta for the Great Lakes monroe 0, pg. 186/ Little Saline Cr., MO ted using Se = exp (( m+ f)) to enter fishery at age02enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) ays  mortality rate for eggs to enter fishery at age02enter fishery at age02 monroe 06/ unknown ponds ( fingerlings) ted using Se = exp (( m+ f)) to enter fishery at age02enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) 6/ Lake Michigan:  ln( 0.42) 22% = 27.5% of nat. mort enter fishery at age02 monroe 0.5culated using Se = exp (( m+ f)) 77, pg. 187/ Massie C., OH 22% = 27.5% of nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 77, pg. 187/ Massie C., OH 22% = 27.5% of nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 77, pg. 187/ Massie C., OH 22% = 27.5% of nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 77, pg. 186/ Lake Michigan 22% = 27.5% of nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 77, pg. 186/ Lake Michigan 22% = 27.5% of nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 77, pg. 186/ Lake Michigan 22% = 27.5% of nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 77, pg. 186/ Lake Michigan 22% = 27.5% of nat. mort enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) 77, pg. 186/ Lake Michigan 22% = 27.5% of nat. mort enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) [ 21960] [ 21960] enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) [ 21960] [ 21960] enter fishery at age02 monroe 0 Assumed ( D. Cacela). ted using Se = exp (( m+ f)) to be the same as larvae. enter fishery at age02 . 0culated using Se = exp (( m+ f)) [ 21960] [ 21960] enter fishery at age02 monroe 0.5culated using Se = exp (( m+ f)) [ 21960] [ 21960] enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) [ 21960] [ 21960] enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) [ 21960] [ 21960] enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) [ 21960] [ 21960] enter fishery at age02 monroe 1culated using Se = exp (( m+ f)) [ 21960] [ 21960] enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 30 days data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 47 days data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes jr. whiting 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 20 days data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) Ch/ app a. pdf using 25days data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ports/ Env16 Ch/ app a. pdf data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ; half nat. and half fish. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ; half nat. and half fish. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ; half nat. and half fish. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ; half nat. and half fish. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ; half nat. and half fish. mort data for the Great Lakesta for the Great Lakes monroe 0culated using Se = exp (( m+ f)) ; half nat. and half fish. mort data for the Great Lakesta for the Great Lakes monroe 0n Carlander, K. D., 1977, pg62/ ted using Se = exp (( m+ f)) to enter fishery at age02 half fish. Half nat. mort monroe 0 and sqaure for larvae and age 0ted using Se = exp (( m+ f)) to enter fishery at age02 half fish. Half nat. mort monroe 0 and sqaure for larvae and age 0ted using Se = exp (( m+ f)) to enter fishery at age02 half fish. Half nat. mort monroe 0 IN, assumed same as age II III ted using Se = exp (( m+ f)) to enter fishery at age02 half fish. Half nat. mort monroe 0arlander, K. D., 1977, pg61/ INted using Se = exp (( m+ f)) to enter fishery at age02 half fish. Half nat. mort monroe 0.5g61/ IN; half fish. Half nat. mort / IN; half fish. Half nat. mort IN; half fish. Half nat. mort half fish. Half nat. mort monroe 1g61/ IN; half fish. Half nat. mort / IN; half fish. Half nat. mort IN; half fish. Half nat. mort half fish. Half nat. mort monroe 1g61/ IN; half fish. Half nat. mort / IN; half fish. Half nat. mort IN; half fish. Half nat. mort half fish. Half nat. mort monroe 1g61/ IN; half fish. Half nat. mort / IN; half fish. Half nat. mort IN; half fish. Half nat. mort half fish. Half nat. mort monroe 1g61/ IN; half fish. Half nat. mort / IN; half fish. Half nat. mort IN; half fish. Half nat. mort half fish. Half nat. mort monroe 1g61/ IN; half fish. Half nat. mort / IN; half fish. Half nat. mort IN; half fish. Half nat. mort half fish. Half nat. mort monroe 0.285: mean 31 99 mortality rateted using Se = exp (( m+ f)) search/ reports/ 2054rr. pdf enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) eports/ Env16 Ch/ app a. pdf search/ reports/ 2054rr. pdf enter fishery at age02 monroe 0culated using Se = exp (( m+ f)) eports/ Env16 Ch/ app a. pdf search/ reports/ 2054rr. pdf enter fishery at age02 monroe 0bra/ research/ reports/ 2054rr. pdf ted using Se = exp (( m+ f)) h/ reports/ 2054rr. pdfenter fishery at age02 monroe 0.5bra/ research/ reports/ 2054rr. pdf ted using Se = exp (( m+ f)) search/ reports/ 2054rr. pdf enter fishery at age02 monroe 1bra/ research/ reports/ 2054rr. pdf ted using Se = exp (( m+ f)) search/ reports/ 2054rr. pdf enter fishery at age02 monroe 1bra/ research/ reports/ 2054rr. pdf ted using Se = exp (( m+ f)) search/ reports/ 2054rr. pdf enter fishery at age02 monroe 1bra/ research/ reports/ 2054rr. pdf ted using Se = exp (( m+ f)) search/ reports/ 2054rr. pdf enter fishery at age02 monroe 1bra/ research/ reports/ 2054rr. pdf ted using Se = exp (( m+ f)) search/ reports/ 2054rr. pdf enter fishery at age02 monroe 1bra/ research/ reports/ 2054rr. pdf ted using Se = exp (( m+ f)) search/ reports/ 2054rr. pdf enter fishery at age02 monroe 1bra/ research/ reports/ 2054rr. pdf ted using Se = exp (( m+ f)) search/ reports/ 2054rr. pdf enter fishery at age02 monroe 1bra/ research/ reports/ 2054rr. pdf ted using Se = exp (( m+ f)) search/ reports/ 2054rr. pdf enter fishery at age02 monroe 0other species in this ecosystemted using Se = exp (( m+ f)) Appendix Table 4[ 28091] ed on fishing mortality monroe 0age0* Sage0 age1* Sage1 age2ted using Se = exp (( m+ f)) Appendix Table 4[ 28091] ed on fishing mortality monroe 0age0* Sage0 age1* Sage1 age2ted using Se = exp (( m+ f)) Appendix Table 4[ 28091] ed on fishing mortality monroe 0culated using Se = exp (( m+ f)) r and Lake Whitney, Texas. Appendix Table 4[ 28091] ed on fishing mortality monroe 0.5culated using Se = exp (( m+ f)) r and Lake Whitney, Texas. Appendix Table 4[ 28091] ed on fishing mortality monroe 1culated using Se = exp (( m+ f)) r and Lake Whitney, Texas. Appendix Table 4[ 28091] ed on fishing mortality monroe 1culated using Se = exp (( m+ f)) r and Lake Whitney, Texas. Appendix Table 4[ 28091] ed on fishing mortality monroe 1culated using Se = exp (( m+ f)) r and Lake Whitney, Texas. Appendix Table 4[ 28091] ed on fishing mortality monroe 1culated using Se = exp (( m+ f)) r and Lake Whitney, Texas. Appendix Table 4[ 28091] ed on fishing mortality monroe 1culated using Se = exp (( m+ f)) r and Lake Whitney, Texas. Appendix Table 4[ 28091] ed on fishing mortality monroe 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F . 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F . 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0culated using Se = exp (( m+ f)) ]; appendix F, Attachment Fappendix F, Attachment Fendix F, Attachment F jr. whiting 0other species in this ecosystemted using Se = exp (( m+ f)) [ 27012] Lake Erie [ 27012] Lake Erie monroe 0culated using Se = exp (( m+ f)) of 0.2 * larval duration of 41 [ 27012] Lake Erie [ 27012] Lake Erie monroe 0culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). [ 27012] Lake Erie [ 27012] Lake Erie monroe 0.5culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 1culated using Se = exp (( m+ f)) mortality rate = 0.25 ( 22%). reational mortality ( 0.456). [ 27012] Lake Erie monroe 0046]; appendix F, Attachment F]; appendix F, Attachment Fsearch/ reports/ 2054rr. pdf assumed by AGret monroe 0culated using Se = exp (( m+ f)) ostlarvae [ 26887]; Table 12search/ reports/ 2054rr. pdf assumed by AGret monroe 0culated using Se = exp (( m+ f)) [ 26887]; Table 12search/ reports/ 2054rr. pdf assumed by AGret monroe 0culated using Se = exp (( m+ f)) [ 26887]; Table 12search/ reports/ 2054rr. pdf assumed by AGret monroe 0culated using Se = exp (( m+ f)) [ 26887]; Table 12search/ reports/ 2054rr. pdf assumed by AGret monroe 0.5culated using Se = exp (( m+ f)) mortality given in column Fsearch/ reports/ 2054rr. pdf assumed by AGret monroe 1culated using Se = exp (( m+ f)) mortality given in column Fsearch/ reports/ 2054rr. pdf assumed by AGret monroe 1culated using Se = exp (( m+ f)) mortality given in column Fsearch/ reports/ 2054rr. pdf assumed by AGret monroe 1culated using Se = exp (( m+ f)) mortality given in column Fsearch/ reports/ 2054rr. pdf assumed by AGret monroe 0culated using Se = exp (( m+ f)) ]; appendix F; Attachment Fappendix F; Attachment Fendix F; Attachment F 0culated using Se = exp (( m+ f)) ]; appendix F; Attachment Fappendix F; Attachment Fendix F; Attachment F 0culated using Se = exp (( m+ f)) lculated based on juv1 juv4appendix F; Attachment Fendix F; Attachment F 0culated using Se = exp (( m+ f)) ]; appendix F; Attachment Fappendix F; Attachment Fendix F; Attachment F 0culated using Se = exp (( m+ f)) ]; appendix F; Attachment Fappendix F; Attachment Fendix F; Attachment F 0culated using Se = exp (( m+ f)) ]; appendix F; Attachment Fappendix F; Attachment Fendix F; Attachment F 0); # 25834; p. 66/ Pilgrim station Calculated using Se = exp in et al.; 1983) (# 26382). assumed by Agret 0 Calculated based on Entergy NCalculated using Se = exp in et al.; 1983) (# 26382). pp. 4; Attchm. F; p. 14 0 0.000191) provided by Entergy Calculated using Se = exp in et al.; 1983) (# 26382). assumed by Agret 0culated using Se = exp (( m+ f)) P. HTM. Accessed 3/ 19/ 01in et al.; 1983) (# 26382). assumed by Agret 0.5culated using Se = exp (( m+ f)) P. HTM. Accessed 3/ 19/ 01in et al.; 1983) (# 26382). assumed by Agret 1culated using Se = exp (( m+ f)) P. HTM. Accessed 3/ 19/ 01in et al.; 1983) (# 26382). assumed by Agret 1culated using Se = exp (( m+ f)) P. HTM. Accessed 3/ 19/ 01in et al.; 1983) (# 26382). assumed by Agret 1culated using Se = exp (( m+ f)) P. HTM. Accessed 3/ 19/ 01in et al.; 1983) (# 26382). assumed by Agret 1culated using Se = exp (( m+ f)) P. HTM. Accessed 3/ 19/ 01in et al.; 1983) (# 26382). assumed by Agret 0.00 0 0 0.5 1 1 0 0 0 0 0.5 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.5 1 1 1 1 0 0 0 0 0 0 0.5 1 1 1 1 0 0 0 0.5 1 1 1 1 0.00 0.00 0 0 0 0 0 0 0 0 0 0 0 0 0 0.00 0.5 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0.5 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.5 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0.5 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 species alpha. cm. to. gm alpha. mm. to. gm beta. mm. to. gm notes original. source dummy  999.00  999.00  999.00 dummy dummy alewife . 1.0 1.0 Weights are given, L: W = 1: 1 monroe black. bullhead 0.0101 0.0000087967 3.0600 Black bullhead. Froese, R. andwh. sammis black. crappie 0.0118 0.0000101364 3.0660 Froese, R. and D. Pauly ( eds.) wh. sammis bluegill 0.007 0.0000043261 3.2090 Froese, R. and D. Pauly ( eds.) monroe bluntnose. minnow 0.0977 0.0004465752 2.3400 Froese, R. and D. Pauly ( eds.) monroe brown. bullhead 0.0087 0.0000074906 3.0650 Froese, R. and D. Pauly ( eds.) wh. sammis bullhead. spp 0.0101 0.0000087967 3.0600 Black bullhead. Froese, R. andmonroe burbot . 0.000002084 3.208 Johnson in http:// www heb. pacmonroe carp 0.0116 0.0000109511 3.0250 Froese, R. and D. Pauly ( eds.) monroe channel. catfish 0.0123 0.0000136115 2.9560 Fishbase, 8/ 1/ 2003 ( Lake Eriemonroe crappie 0.0118 0.0000101364 3.0660 Black crappie. Froese, R. and monroe emerald. shiner 0.0195000 0.0000363107 2.7300000 Fuchs, 1967. [ 27527] ( was Frojr. whiting freshwater. drum . 1.0 1.0 Weights are given, L: W = 1: 1 monroe gizzard. shad . 1.0 1.0 Weights are given, L: W = 1: 1 monroe golden. redhorse 0.0132 0.0000139821 2.975 Golden redhorse. Froese, R. amonroe logperch 0.007850 0.0000064844 3.0830 Assumed to be similar to yellomonroe muskellunge 0.0058 0.0000055902 3.016 Froese, R. and D. Pauly ( eds.) monroe shiner. spp 0.0195000 0.0000363107 2.7300000 Fuchs, 1967. [ 27527] ( was Frojr. whiting smallmouth. bass 0.0206 0.0000249383 2.9170 Froese, R. and D. Pauly ( eds.) monroe rainbow. smelt . 1.0 1.0 Weights are given, L: W = 1: 1 brayton spotted. sucker 0.0077000 0.0000061304 3.0990000 River carpsucker. Froese, R. ajr. whiting sucker. spp 0.0137 0.0000142141 2.984 Fishbase, 8/ 1/ 2003. River car. sunfish 0.0061 0.0000033368 3.262 Froese, R. and D. Pauly ( eds.) monroe walleye 0.0039 0.0000022965 3.23 Froese, R. and D. Pauly ( eds.) monroe white. bass . 1.0 1.0 Weights are given, L: W = 1: 1 monroe white. perch . 1.0 1.0 Weights are given, L: W = 1: 1 jr. whiting whitefish 0.0067 0.0000047214 3.152 Froese and Pauly 2001. Lakemonroe yellow. perch . 1.0 1.0 Weights are given, L: W = 1: 1 monroe non. ris. forage . 1.0 1.0 Weights are given, L: W = 1: 1 . non. ris. rec . 1.0 1.0 Weights are given, L: W = 1: 1 . egg. diameter. weight. g virtual. egg. lennotes. egg. diameter  999.00  999.00  999.00 dummy 1.035 0.000580523 0.000580523 Froese & Pauly, 2003. avg. of min & max. 3 0.014137167 11.16158372 Scott & Crossman, 1973 as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp black bu 0.93 0.00042116 3.372157477 Marriner, 1971, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9 1.04 0.000588977 4.623861972 Toetz, 1965, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9 1 0.000523599 1.070364382 assumed by AGRET 1 0.000523599 3.997493098 assumed by AGRET based on age0 size 3 0.014137167 11.16158372 Scott & Crossman, 1973 as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp black bu 1.1 0.00069691 6.12167122 Snyder http:// www heb. pac. dfo mpo. gc. ca/ congress/ Burbot. pdf average of reported range 1.8 0.003053628 6.432545384 Slastenenko, 1958; as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ 3.6 0.024429024 12.61282154 Based on http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp channel catfish. html 0.93 0.00042116 3.372157477 black. crappie. hMarriner, 1971, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9 1.6 0.002144661 4.454886205 Based on sand shiner. Fishbase, 2003. Accessed 8/ 12/ 2003. 1 0.000523599 0.000523599 http:// fwie. fw. vt. edu/ TN/ TN00020h. htm, accessed 7/ 31/ 2003 0.75 0.000220893 0.000220893 Fishbase, 7/ 31/ 2003. 1 0.000523599 3.379731886 assumed by AGRET 1.31 0.001177098 5.403925165 logperch. W164: as cited in Carlander, K. D. 1997, p. 82/ average of 10 eggs 2.54 0.008580247 11.38648942 as cited in Carlander, K. D. 1969, p. 362 1.6 0.002144661 4.454886205 Based on sand shiner. Fishbase, 2003. Accessed 8/ 12/ 2003. 1.85 0.003315231 5.345941457 Scott & Crossman, 1973 as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9 0.95 0.000448921 0.000448921 Froese & Pauly, 2003. avg. of min & max. 1 0.000523599 4.200182081 assumed by AGRET 3 0.014137167 10.10582225 Fishbase, 7/ 31/ 2003. Longnose sucker. 1 0.000523599 4.710913012 http:// dlp. cs. berkeley. edu/ kopec/ tr9/ html/ sp pumpkinseed. html 1.75 0.002806162 9.031137714 Fishbase, 7/ 31/ 2003 0.7 0.000179594 0.000179594 http:// fwie. fw. vt. edu/ TN/ TN00222h. htm, accessed 7/ 31/ 2003 . 0.000149625 0.000149625 Length of entrainable and impingeable life stages from PSEG, Appendix L, 11; L W Regr 2.75 0.010889218 11.66586233 [ 27012] average of length at extrusion and maximum size after 24 hrs in water. . . . . 0.000325 0.000325 Used values from Atlantic menhaden. Able & Fahay 1998 and USFWS 1978, L W relationship for early 0.000325 0.000325 Used values from Atlantic menhaden. Able & Fahay 1998 and USFWS 1978, L W relationship for early  bullhead. html  bullhead. html nge gression based on arithmetic average of coefficients from Horseman & Shirey, 1974.

rly life stages calculated from PSE& G impingement, 1978 98 rly life stages calculated from PSE& G impingement, 1978 98 species stage stage. se total. len. mm weight. g weight. lbs notes. maximum. age dummy dummy  999  999  999  999 dummy alewife egg 1 0.00058 0.00058 . . alewife larvae 2 0.0006 0.0006 . . alewife juv 3 2.2 2.2 . . alewife age01 4 7.24 7.24 0.030 . alewife age02 5 22.90 22.9 0.125 . alewife age03 6 34.67 34.67 0.254 . alewife age04 7 42.66 42.66 0.379 . alewife age05 8 48.98 48.98 0.485 . alewife age06 9 58.88 58.88 0.565 . alewife age07 10 67.61 67.61 0.625 . black. bullhead egg 1 11.1616 0.014137167 . . black. bullhead larvae 2 20.00 . . . black. bullhead juv 3 38.00 . . . black. bullhead age01 4 112.00 . . . black. bullhead age02 5 145.00 . . . black. bullhead age03 6 173.00 . . . black. bullhead age04 7 206.00 . . . black. bullhead age05 8 246.00 . . . black. bullhead age06 9 292.00 . . . black. bullhead age07 10 302.00 . . . black. bullhead age08 11 310.00 . . . black. bullhead age09 12 311.00 . . . black. crappie egg 1 3.3722 0.00042116 . . black. crappie larvae 2 6.96 . . . black. crappie juv 3 74.00 . . . black. crappie age01 4 160.00 . . . black. crappie age02 5 183.00 . . . black. crappie age03 6 237.00 . . . black. crappie age04 7 272.00 . . . black. crappie age05 8 301.00 . . . black. crappie age06 9 305.00 . . . black. crappie age07 10 310.00 . . . black. crappie age08 11 321.00 . . . black. crappie age09 12 337.00 . .7, pg. 318/ MN, SD, WI bluegill egg 1 4.6239 0.000588977 . . bluegill larvae 2 4.90 . . . bluegill juv 3 70.00 24 0.052910952 . bluegill age01 4 75.00 14 0.030864722 . bluegill age02 5 108.00 113 0.249122399 . bluegill age03 6 131.00 147 0.324079581 . bluegill age04 7 156.00 110 0.24250853 . bluegill age05 8 188.00 . . . bluegill age06 9 189.00 . . . bluegill age07 10 194.00 . . . bluegill age08 11 228.00 . . . bluegill age09 12 236.00 . . D., 1977, pg. 93/ OH, IN bluntnose. minnow egg 1 1.0704 0.000523599 . . bluntnose. minnow larvae 2 12.67 . . . bluntnose. minnow juv 3 26.33 . . . bluntnose. minnow age01 4 41.00 . . . bluntnose. minnow age02 5 56.00 . . . bluntnose. minnow age03 6 64.77 . . . brown. bullhead egg 1 3.9975 0.000523599 . . brown. bullhead larvae 2 10.00 . . . brown. bullhead juv 3 48.70 . . . brown. bullhead age01 4 157.60 . . . brown. bullhead age02 5 194.80 . . . brown. bullhead age03 6 227.71 . . . brown. bullhead age04 7 241.00 . . . brown. bullhead age05 8 288.00 . . . brown. bullhead age06 9 290.00 . . . bullhead. spp egg 1 11.1616 0.014137167 . . bullhead. spp larvae 2 20.00 . . . bullhead. spp juv 3 38.00 . . . bullhead. spp age01 4 112.00 . . . bullhead. spp age02 5 145.00 . . . bullhead. spp age03 6 173.00 . . . bullhead. spp age04 7 206.00 . . . bullhead. spp age05 8 246.00 . . . bullhead. spp age06 9 292.00 . . . bullhead. spp age07 10 302.00 . . . bullhead. spp age08 11 310.00 . . . bullhead. spp age09 12 311.00 . . . burbot egg 1 6.1217 0.00069691 . . burbot larvae 2 6.20 . . . burbot juv 3 108.10 . . . burbot age01 4 210.00 . . . burbot age02 5 322.70 . . . burbot age03 6 376.50 . . . burbot age04 7 424.00 . . . burbot age05 8 492.10 . . . burbot age06 9 539.90 . . . burbot age07 10 557.80 . . . burbot age08 11 579.10 . . . burbot age09 12 590.60 . . . burbot age10 13 616.00 . . [ 27012] L. Erie, Ont. carp egg 1 6.4325 0.003053628 . . carp larvae 2 7.75 . . . carp juv 3 94.00 . . . carp age01 4 305.00 313 0.690046999 . carp age02 5 351.00 550 1.21254265 . carp age03 6 401.00 717 1.580714691 . carp age04 7 566.00 . . . carp age05 8 580.00 . . . carp age06 9 590.00 . . . carp age07 10 620.00 . . . carp age08 11 660.00 . . . carp age09 12 670.00 . . . carp age10 13 680.00 . . . carp age11 14 700.00 9980 22.00213754 . carp age12 15 710.00 . . . carp age13 16 720.00 . . . carp age14 17 730.00 . . K. D., 1969, pg. 382/ IA carp age15 18 740.00 11058 24.37872113 . carp age16 19 750.00 10101 22.26889692 Carlander, K. D., 1969 carp age17 20 760.00 15430 34/ Lake Simcoe, Canada channel. catfish egg 1 12.6128 0.024429024 . . channel. catfish larvae 2 12.80 . . . channel. catfish juv 3 94.00 9 0.019841607 . channel. catfish age01 4 163.00 36 0.079366428 . channel. catfish age02 5 241.00 91 0.200620693 . channel. catfish age03 6 315.00 227 0.500449421 . channel. catfish age04 7 368.00 608 1.340410784 . channel. catfish age05 8 437.00 1397 3.079858331 . channel. catfish age06 9 472.00 1252 2.760187996 . channel. catfish age07 10 533.00 . . . channel. catfish age08 11 561.00 2041 4.499635543 . channel. catfish age09 12 607.00 . . . channel. catfish age10 13 711.00 . . . channel. catfish age11 14 720.00 . . . channel. catfish age12 15 724.00 . . 6640)/ Miss. Riv., Iowa crappie egg 1 3.3722 0.00042116 . . crappie larvae 2 6.96 . . . crappie juv 3 74.00 . . . crappie age01 4 160.00 . . . crappie age02 5 183.00 . . . crappie age03 6 237.00 . . . crappie age04 7 272.00 . . . crappie age05 8 301.00 . . . crappie age06 9 305.00 . . . crappie age07 10 310.00 . . . crappie age08 11 321.00 . . . crappie age09 12 337.00 . .7, pg. 318/ MN, SD, WI emerald. shiner egg 1 4.4549 . . . emerald. shiner larvae 2 20.00 . . . emerald. shiner juv 3 41.50 . . . emerald. shiner age01 4 52.00 . . . emerald. shiner age02 5 64.00 . . . emerald. shiner age03 6 84.00 . . / Lake Simcoe, Canada. freshwater. drum egg 1 0.0005 0.00052 . . freshwater. drum larvae 2 0.00134 0.00134 2.95419E 06 . freshwater. drum juv 3 7.55 7.55 0.016644904 . freshwater. drum age01 4 22.67 22.67 0.049978803 . freshwater. drum age02 5 93.55 93.55 0.206242482 . freshwater. drum age03 6 198.44 198.44 0.437485388 . freshwater. drum age04 7 289.16 289.16 0.637488787 . freshwater. drum age05 8 360.03 360.03 0.793730419 . freshwater. drum age06 9 430.91 430.91 0.949994097 . freshwater. drum age07 10 496.11 496.11 1.093735517 . freshwater. drum age08 11 572.66 572.66 1.262499407 . freshwater. drum age09 12 652.03 652.03 1.437480335 . freshwater. drum age10 13 725.74 725.74 1.599983096 . freshwater. drum age11 14 805.12 805.12 1.77498607 . freshwater. drum age12 15 907.18 907.18 1.999989893 . gizzard. shad egg 1 0.0002 0.000220893 . . gizzard. shad larvae 2 0.0030 0.0030 1.58733E 07 . gizzard. shad juv 3 4.85 4.85 0.010692422 . gizzard. shad age01 4 63.78 63.78 0.140610855 . gizzard. shad age02 5 216.28 216.28 0.476815862 . gizzard. shad age03 6 290.39 290.39 0.640200473 . gizzard. shad age04 7 401.43 401.43 0.885001811 . gizzard. shad age05 8 528.72 528.72 1.165628273 . gizzard. shad age06 9 696.86 696.86 1.536313584 . golden. redhorse egg 1 3.3797 0.000523599 . . golden. redhorse larvae 2 5.00 . . . golden. redhorse juv 3 99.00 . . . golden. redhorse age01 4 124.00 . . . golden. redhorse age02 5 188.00 . . . golden. redhorse age03 6 264.00 . . . golden. redhorse age04 7 290.00 . . . golden. redhorse age05 8 325.00 . . . golden. redhorse age06 9 472.00 . . . golden. redhorse age07 10 488.00 . . 2513/ Des Moines River logperch egg 1 5.4039 . . . logperch larvae 2 30.00 . . . logperch juv 3 60.00 . . . logperch age01 4 86.00 . . . logperch age02 5 106.00 . . . logperch age03 6 121.00 . . 1997, p. 81/ WI central muskellunge egg 1 11.3865 0.008580247 . . muskellunge larvae 2 100.00 . . . muskellunge juv 3 150.00 . . . muskellunge age01 4 300.00 . . . muskellunge age02 5 432.00 . . . muskellunge age03 6 483.00 . . . muskellunge age04 7 584.00 . . . muskellunge age05 8 767.00 . . . muskellunge age06 9 800.00 . . . muskellunge age07 10 866.00 . . . muskellunge age08 11 963.00 . . . muskellunge age09 12 1002.00 . . . muskellunge age10 13 1064.00 . . . muskellunge age11 14 1113.00 . . . muskellunge age12 15 1206.00 . . . muskellunge age13 16 1224.00 . . . muskellunge age14 17 1295.00 . . . muskellunge age15 18 1328.00 . . . muskellunge age16 19 1354.00 . . . muskellunge age17 20 1488.00 . . . muskellunge age18 21 1490.00 . . . muskellunge age19 22 1510.00 . . . muskellunge age20 23 1521.00 . . . muskellunge age21 24 1522.00 . . . muskellunge age22 25 1523.00 . . . muskellunge age23 26 1524.00 . . . muskellunge age24 27 1525.00 . . . muskellunge age25 28 1526.00 . . . muskellunge age26 29 1527.00 . . . muskellunge age27 30 1528.00 . . cessed June 15, 2001. shiner. spp egg 1 4.4549 . . . shiner. spp larvae 2 20.00 . . . shiner. spp juv 3 41.50 . . . shiner. spp age01 4 52.00 . . . shiner. spp age02 5 64.00 . . . shiner. spp age03 6 84.00 . . / Lake Simcoe, Canada. smallmouth. bass egg 1 5.3459 0.003315231 . . smallmouth. bass larvae 2 7.53 . . . smallmouth. bass juv 3 76.00 . . . smallmouth. bass age01 4 178.00 . . . smallmouth. bass age02 5 246.00 . . . smallmouth. bass age03 6 277.00 . . . smallmouth. bass age04 7 312.00 . . . smallmouth. bass age05 8 349.00 . . . smallmouth. bass age06 9 406.00 . . . smallmouth. bass age07 10 425.30 . . . smallmouth. bass age08 11 444.70 . . . smallmouth. bass age09 12 464.00 . . s ( oldest fish in region) rainbow. smelt egg 1 0.000448921 0.000448921 . . rainbow. smelt larvae 2 0.5 0.5 . . rainbow. smelt juv 3 1.79 1.79 . . rainbow. smelt age01 4 8.25 8.25 . . rainbow. smelt age02 5 20.85 20.85 . . rainbow. smelt age03 6 38.57 38.57 . . rainbow. smelt age04 7 59.45 59.45 . . rainbow. smelt age05 8 81.55 81.55 . . rainbow. smelt age06 9 103.36 103.36 . [ 28558]; Table F1 8 spotted. sucker egg 1 4.2002 0.000523599 . . spotted. sucker larvae 2 5.00 . . . spotted. sucker juv 3 100.00 . . . spotted. sucker age01 4 157.00 . . . spotted. sucker age02 5 307.00 . . . spotted. sucker age03 6 371.00 . . . spotted. sucker age04 7 411.00 . . . spotted. sucker age05 8 427.00 . . . spotted. sucker age06 9 432.00 . . 5 506/ Mississippi River sucker. spp egg 1 10.1058 0.014137167 . . sucker. spp larvae 2 10.43 0.015550884 . . sucker. spp juv 3 20.00 . . . sucker. spp age01 4 127.00 . . . sucker. spp age02 5 221.00 . . . sucker. spp age03 6 236.00 . . . sucker. spp age04 7 295.00 . . . sucker. spp age05 8 325.00 . . . sucker. spp age06 9 338.00 . . p. 464/ Des Moines River sunfish egg 1 4.7109 0.000523599 . . sunfish larvae 2 4.80 . . . sunfish juv 3 36.00 . . . sunfish age01 4 67.00 . . . sunfish age02 5 103.00 . . . sunfish age03 6 131.00 . . . sunfish age04 7 141.00 . . . sunfish age05 8 171.00 . . . sunfish age06 9 184.00 . . . sunfish age07 10 194.00 . . . sunfish age08 11 199.00 . . r, K. D., 1977, pg. 59/ MI walleye egg 1 9.0311 0.002806162 . . walleye larvae 2 19.70 . . . walleye juv 3 125.00 . . . walleye age01 4 262.00 . . . walleye age02 5 359.00 . . . walleye age03 6 442.00 . . . walleye age04 7 482.00 . . . walleye age05 8 539.00 . . . walleye age06 9 567.00 . . . walleye age07 10 596.00 . . . walleye age08 11 630.00 . . . walleye age09 12 636.00 . . bers for river p. 225 227 white. bass egg 1 0.0002 0.000179594 . . white. bass larvae 2 0.0008 0.0008 . . white. bass juv 3 79.00 79 . . white. bass age01 4 212.00 212 0.467380076 . white. bass age02 5 292.00 292 0.643749916 . white. bass age03 6 462.00 462 1.018535826 . white. bass age04 7 526.00 526.00 . . white. bass age05 8 570.00 570 1.25663511 . white. bass age06 9 755.00 755 1.664490365 . white. bass age07 10 760.00 760 1.67551348nder, K. D., 1997, pg. 19 white. perch egg 1 0.000150 0.0001496 . . white. perch larvae 2 0.0012 0.001229827 . . white. perch juv 3 1.17 1.174920565 . . white. perch age01 4 9.00000 9.00000 . . white. perch age02 5 25.70000 25.70000 0.06 . white. perch age03 6 46.50000 46.50000 0.10 . white. perch age04 7 68.10000 68.10000 0.15 . white. perch age05 8 97.20000 97.20000 0.21 . white. perch age06 9 120.00000 120.00000 0.26 . white. perch age07 10 161.40000 161.40000 0.36 . white. perch age08 11 175.50000 175.50000 0.39 . white. perch age09 12 234.10000 234.10000 0.52 . white. perch age10 13 280.70000 280.70000 0.62pendix F, Attachment F whitefish egg 1 11.6659 0.010889218 . . whitefish larvae 2 21.75 . . . whitefish juv 3 83.00 . . . whitefish age01 4 305.00 254.011744 0.56 . whitefish age02 5 368.00 498.95164 1.1 . whitefish age03 6 445.00 907.1848 2 . whitefish age04 7 475.00 1133.981 2.5 . whitefish age05 8 508.00 1360.7772 3 . whitefish age06 9 533.00 1632.93264 3.6 . whitefish age07 10 559.00 1859.72884 4.1 . whitefish age08 11 592.00 2449.39896 5.4 . whitefish age09 12 593.00 2494.7582 5.5 . whitefish age10 13 597.00 2540.11744 5.6 . whitefish age11 14 605.00 2585.47668 5.7 . whitefish age12 15 627.00 2812.27288 6.2 . whitefish age13 16 635.00 3129.78756 6.9 . whitefish age14 17 640.00 3175.1468 7 . whitefish age15 18 641.00 3401.943 7.5 . whitefish age16 19 676.00 3991.61312 8.8 [ 27012] L. Erie. yellow. perch egg 1 0.0003 0.00030 . . yellow. perch larvae 2 0.00033 0.00033 7.27526E 07 . yellow. perch juv 3 10.54 10.54 0.023236726 . yellow. perch age01 4 11.13 11.13 0.024537454 . yellow. perch age02 5 19.74 19.74 0.043519258 . yellow. perch age03 6 44.78 44.78 0.098723018 . yellow. perch age04 7 59.77 59.77 0.131770317 . yellow. perch age05 8 75.27 75.27 0.165941973 . yellow. perch age06 9 96.85 96.85 0.213517738 . non. ris. forage egg 1 0.00001 0.00001 0 0 non. ris. forage larvae 2 0.00072 0.00072 0 0 non. ris. forage juv 3 0.21807 0.21807 0 0 non. ris. forage age01 4 1.73000 1.73000 0 1 non. ris. forage age02 5 2.25000 2.25000 0 1 non. ris. forage age03 6 2.29000 2.29000 0 1 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 . . note. length note. weight original. source dummy dummy dummy Represents virtual. length as calculated Calculated bas ayton ( modified) Values represent weights, not lengths. Calculated as 1 brayton Values represent weights, not lengths. [ 28558] brayton Represents weights, not lengths. [ 21960]; lake Mmonroe Represents weights, not lengths. [ 21960]; lake Mmonroe Represents weights, not lengths. [ 21960]; lake Mmonroe Represents weights, not lengths. [ 21960]; lake Mmonroe Represents weights, not lengths. [ 21960]; lake Mmonroe Represents weights, not lengths. [ 21960]; lake Mmonroe Represents weights, not lengths. [ 21960]; lake Mmonroe Represents virtual. length as calculated . wh. sammis assumed by AGRET based on age0 siz. wh. sammis C284; as cited in Carlander, K. D., 1969. wh. sammis M448; as cited in Carlander, K. D., 1969. wh. sammis M448; as cited in Carlander, K. D., 1969. wh. sammis M448; as cited in Carlander, K. D., 1969. wh. sammis M448; as cited in Carlander, K. D., 1969. wh. sammis F65; as cited in Carlander, K. D., 1969, . wh. sammis F65; as cited in Carlander, K. D., 1969, . wh. sammis F65; as cited in Carlander, K. D., 1969, . wh. sammis F65; as cited in Carlander, K. D., 1969, . wh. sammis assumed by AGRET, as value in Carlan. wh. sammis Represents virtual. length as calculated . wh. sammis Average of length at hatching & postlarv. wh. sammis multiple; as cited in Carlander, K. D., 19. wh. sammis U8; as cited in Carlander, K. D., 1977, p. wh. sammis U4, U8; as cited in Carlander, K. D., 197. wh. sammis mult. refs; as cited in Carlander, K. D., 1. wh. sammis mult. refs; as cited in Carlander, K. D., 1. wh. sammis mult. refs; as cited in Carlander, K. D., 1. wh. sammis mult. refs; as cited in Carlander, K. D., 1. wh. sammis assumed by Abeualieu to show increase. wh. sammis mult. refs; as cited in Carlander, K. D., 1. wh. sammis mult. refs; as cited in Carlander, K. D., 1. wh. sammis Represents virtual. length as calculated . monroe Wang and Kernehan, 1979 ( size at com. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe Represents virtual. length as calculated . monroe Keeton, 1963; as cited in Carlander, K. D. monroe Keeton, 1963; as cited in Carlander, K. D. monroe Keeton, 1963; as cited in Carlander, K. D. monroe Keeton, 1963; as cited in Carlander, K. D. monroe http:// www. dnr. state. oh. us/ wildlife/ Fishin. monroe Represents virtual. length as calculated . wh. sammis assumed by AGRET based on age0 siz. wh. sammis Brown. bullhead. mult. refs; as cited in C. wh. sammis Brown. bullhead. mult. refs; as cited in C. wh. sammis Brown. bullhead. mult. refs; as cited in C. wh. sammis Brown. bullhead. mult. refs; as cited in C. wh. sammis Brown. bullhead. mult. refs; as cited in C. wh. sammis Brown. bullhead. mult. refs; as cited in C. wh. sammis Brown. bullhead. mult. refs; as cited in C. wh. sammis Represents virtual. length as calculated . monroe assumed by AGRET based on age0 siz. monroe Black bullhead. C284; as cited in Carlan. monroe Black bullhead. M448; as cited in Carlan. monroe Black bullhead. M448; as cited in Carlan. monroe Black bullhead. M448; as cited in Carlan. monroe Black bullhead. M448; as cited in Carlan. monroe Black bullhead. F65; as cited in Carland. monroe Black bullhead. F65; as cited in Carland. monroe Black bullhead. F65; as cited in Carland. monroe Black bullhead. F65; as cited in Carland. monroe assumed by AGRET, as value in Carlan. monroe Represents virtual. length as calculated . monroe Based on Snyder http:// www heb. pac. d. monroe Average of larvae & age01. . . [ 27012] L. Erie, Ont. SL . monroe [ 27012] L. Erie, Ont. SL . monroe [ 27012] L. Erie, Ont. SL . monroe [ 27012] L. Erie, Ont. SL . monroe [ 27012] L. Erie, Ont. SL . monroe [ 27012] L. Erie, Ont. SL . monroe [ 27012] L. Erie, Ont. SL . monroe [ 27012] L. Erie, Ont. SL . monroe [ 27012] L. Erie, Ont. SL . monroe [ 27012] L. Erie, Ont. SL . monroe Represents virtual. length as calculated . monroe Jones et al. 1978, as cited in http:// elib. c. monroe multiple sources; as cited in Carlander, . monroe Iowa Conserv. Comm., 1961; as cited inIowa Conserv. Cmonroe Iowa Conserv. Comm., 1961; as cited inIowa Conserv. Cmonroe multiple sources; as cited in Carlander, multiple sourcemonroe Christenson, M., 1957; as cited in Carla. monroe assumed by AGRET to be higher than l. monroe assumed by AGRET to be higher than l. monroe multiple sources; as cited in Carlander, . monroe Lopinot, 1958; as cited in Carlander, K. D. monroe assumed by AGRET to be higher than l. monroe assumed by AGRET to be higher than l. monroe assumed by AGRET to be higher than l. monroe assumed by AGRET to be higher than l. monroe assumed by AGRET to be higher than l. monroe assumed by AGRET to be higher than l. monroe assumed by AGRET to be higher than l. monroe assumed by AGRET to be higher than l. monroe assumed by AGRET to be higher than l. monroe Represents virtual. length as calculated . monroe As cited in http:// elib. cs. berkeley. edu/ ko. monroe Davis, 1959; as cited in Carlander, K. D.. monroe multiple sources; as cited in Carlander, . monroe multiple sources; as cited in Carlander, . monroe multiple sources; as cited in Carlander, . monroe multiple sources; as cited in Carlander, . monroe multiple sources; as cited in Carlander, . monroe multiple sources; as cited in Carlander, . monroe multiple sources; as cited in Carlander, . monroe multiple sources; as cited in Carlander, . monroe multiple sources; as cited in Carlander, . monroe multiple sources; as cited in Carlander, . monroe assumed by AGRET to be higher than a. monroe multiple sources; as cited in Carlander, . monroe Represents virtual. length as calculated . monroe black. crappie. hAverage of length at hat. monroe black. crappie. hmultiple; as cited in Car. monroe black. crappie. hU8; as cited in Carlande. monroe black. crappie. hU4, U8; as cited in Carl. monroe black. crappie. hmult. refs; as cited in Ca. monroe black. crappie. hmult. refs; as cited in Ca. monroe black. crappie. hmult. refs; as cited in Ca. monroe black. crappie. hmult. refs; as cited in Ca. monroe black. crappie. hassumed by Abeualieu . monroe black. crappie. hmult. refs; as cited in Ca. monroe vmult. refs; as cited in Carlander, K. D., . monroe Represents virtual. length as calculated . jr. whiting assumed by AGRET . jr. whiting Trautman, 1981, pg 318./ OH . jr. whiting Trautman, 1981, pg 318./ OH . jr. whiting Trautman, 1981, pg 318./ OH . jr. whiting Trautman, 1981, pg 318./ OH . jr. whiting Represents virtual. length as calculated . . Represents weights, not lengths. http:// www. mvrmonroe Represents weights, not lengths. http:// www. mvrmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents weights, not lengths. Scott & Crossmmonroe Represents virtual. length as calculated Calculated usin. Represents weights, not lengths. Weight in grammonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents virtual. length as calculated . monroe assumed by AGRET . monroe L108; as cited in Carlander, K. D. 1969,. monroe M395; as cited in Carlander, K. D. 1969. monroe M395; as cited in Carlander, K. D. 1969. monroe M395; as cited in Carlander, K. D. 1969. monroe M395; as cited in Carlander, K. D. 1969. monroe M395; as cited in Carlander, K. D. 1969. monroe M395; as cited in Carlander, K. D. 1969. monroe M395; as cited in Carlander, K. D. 1969. monroe Represents virtual. length as calculated . monroe assumed by AGRET . monroe logperch. L256: as cited in Carlander, K. monroe logperch. L256: as cited in Carlander, K. monroe logperch. L256: as cited in Carlander, K. monroe logperch. L256: as cited in Carlander, K. monroe Represents virtual. length as calculated . monroe assumed by AGRET . monroe P69; as cited in Carlander, K. D. 1969, p. monroe K69; as cited in Carlander, K. D. 1969, p. monroe G152, S499; as cited in Carlander, K. D. monroe G152, S499; as cited in Carlander, K. D. monroe G152, S499; as cited in Carlander, K. D. monroe C227; M329; as cited in Carlander, K. D. monroe M329; as cited in Carlander, K. D. 1969. monroe M329; as cited in Carlander, K. D. 1969. monroe C227; M329; as cited in Carlander, K. D. monroe C227; as cited in Carlander, K. D. 1969,. monroe G23; as cited in Carlander, K. D. 1969, p. monroe J15; as cited in Carlander, K. D. 1969, p. monroe J15; as cited in Carlander, K. D. 1969, p. monroe S2; as cited in Carlander, K. D. 1969, p.. monroe S2; as cited in Carlander, K. D. 1969, p.. monroe H15; as cited in Carlander, K. D. 1969, p. monroe H15; as cited in Carlander, K. D. 1969, p. monroe S2; as cited in Carlander, K. D. 1969, p.. monroe assumed by AGREt ( higher than last st. monroe S2; as cited in Carlander, K. D. 1969, p.. monroe assumed by AGREt ( higher than last st. monroe assumed by AGREt ( higher than last st. monroe assumed by AGREt ( higher than last st. monroe assumed by AGREt ( higher than last st. monroe assumed by AGREt ( higher than last st. monroe assumed by AGREt ( higher than last st. monroe assumed by AGREt ( higher than last st. monroe assumed by AGREt ( higher than last st. monroe Represents virtual. length as calculated . monroe Emerald shiner. assumed by AGRET . monroe Emerald shiner. Trautman, 1981, pg 31. monroe Emerald shiner. Trautman, 1981, pg 31. monroe Emerald shiner. Trautman, 1981, pg 31. monroe Emerald shiner. Trautman, 1981, pg 31. monroe Represents virtual. length as calculated . monroe mean ysl and pysl: Reighard 1906, as c. monroe mult. refs; as cited in Carlander, K. D., . monroe C182; as cited in Carlander, K. D., 1977. monroe C182; as cited in Carlander, K. D., 1977. monroe C182; as cited in Carlander, K. D., 1977. monroe C182; as cited in Carlander, K. D., 1977. monroe L123, P74; as cited in Carlander, K. D., . monroe C182; as cited in Carlander, K. D., 1977. monroe assumed by Jhazen, based on age06 a. monroe assumed by Jhazen, based on age06 a. monroe multiple refs; as cited in Carlander, K. D. monroe Represents virtual. length as calculated Calculated bas. assumed by AGret based on other weigNA . Values represent weights; not lengths. [ 28558]; Tablebrayton Values represent weights; not lengths. [ 28558]; Tablebrayton Values represent weights; not lengths. [ 28558]; Tablebrayton Values represent weights; not lengths. [ 28558]; Tablebrayton Values represent weights; not lengths. [ 28558]; Tablebrayton Values represent weights; not lengths. [ 28558]; Tablebrayton Values represent weights; not lengths. [ 28558]; Tablebrayton Represents virtual. length as calculated . jr. whiting assumed by AGRET . jr. whiting assumed by Agret to be lower than next. jr. whiting C270; as cited in Carlander, K. D. 1969,. jr. whiting C270; as cited in Carlander, K. D. 1969,. jr. whiting C270; as cited in Carlander, K. D. 1969,. jr. whiting C270; as cited in Carlander, K. D. 1969,. jr. whiting C270; as cited in Carlander, K. D. 1969,. jr. whiting C270; as cited in Carlander, K. D. 1969,. jr. whiting Represents virtual. length as calculated . . Calculated based on weight. Assumed to be. M215; as cited in Carlander, K. D. 1969. monroe B180; as cited in Carlander, K. D. 1969,. monroe B180; as cited in Carlander, K. D. 1969,. monroe B180; as cited in Carlander, K. D. 1969,. monroe B180; as cited in Carlander, K. D. 1969,. monroe B180; as cited in Carlander, K. D. 1969,. monroe B180; as cited in Carlander, K. D. 1969,. monroe Represents virtual. length as calculated . monroe http:// dlp. cs. berkeley. edu/ kopec/ tr9/ htm. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe mult. refs; as cited in Carlander, K. D., 1. monroe Represents virtual. length as calculated . . N97; as cited in Carlander, K. D. 1997, p. monroe mult. references; as cited in Carlander, K. monroe 4S; as cited in Carlander, K. D. 1997, p.. monroe 4S; as cited in Carlander, K. D. 1997, p.. monroe 4S; as cited in Carlander, K. D. 1997, p.. monroe 4S; as cited in Carlander, K. D. 1997, p.. monroe 4S; as cited in Carlander, K. D. 1997, p.. monroe 4S; as cited in Carlander, K. D. 1997, p.. monroe 4S; as cited in Carlander, K. D. 1997, p.. monroe assumed by agret ( higher than last stag. monroe 4S; as cited in Carlander, K. D. 1997, p.. monroe Represents virtual. length as calculated . . Represents weights, not lengths. calculated frommonroe Represents weights, not lengths. multiple, as citemonroe Represents weights, not lengths. multiple, as citemonroe Represents weights, not lengths. multiple, as citemonroe Represents weights, not lengths. multiple, as citemonroe Represents weights, not lengths. multiple, as citemonroe Represents weights, not lengths. multiple, as citemonroe Represents weights, not lengths. multiple, as citemonroe Represents weights, not lengths. assumed to bemonroe Represents virtual. length as calculated . mid. atlantic. LH. data. xls Represents weights, not lengths. extrapolated fromid. atlantic. LH. data. xls Represents weights, not lengths. extrapolated fromid. atlantic. LH. data. xls Represents weights, not lengths. PSEG, 1999 [ 2mid. atlantic. LH. data. xls Represents weights, not lengths. PSEG, 1999 [ 2mid. atlantic. LH. data. xls Represents weights, not lengths. PSEG, 1999 [ 2mid. atlantic. LH. data. xls Represents weights, not lengths. PSEG, 1999 [ 2mid. atlantic. LH. data. xls Represents weights, not lengths. PSEG, 1999 [ 2mid. atlantic. LH. data. xls Represents weights, not lengths. PSEG, 1999 [ 2mid. atlantic. LH. data. xls Represents weights, not lengths. PSEG, 1999 [ 2mid. atlantic. LH. data. xls Represents weights, not lengths. PSEG, 1999 [ 2mid. atlantic. LH. data. xls Represents weights, not lengths. PSEG, 1999 [ 2mid. atlantic. LH. data. xls Represents weights, not lengths. PSEG, 1999 [ 2mid. atlantic. LH. data. xls Represents virtual. length as calculated . . [ 26676] average of length at 1 wk and le. monroe [ 26676] yearling length . monroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe assumed assumed monroe [ 27012] L. Erie TL assumed monroe [ 27012] L. Erie TL assumed monroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe [ 27012] L. Erie TL assumed monroe assumed assumed monroe [ 27012] L. Erie TL [ 27012] L. Eriemonroe Calculated as 10% less than larval weigCalculated as 1. Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. Weights in gramonroe Represents weights, not lengths. n & Price 1973. F; Attachment F; Attachment F sl, pysl1, and pysl2 from non. ris. forage1n & Price 1973. F; Attachment F; Attachment F Avg of juv1 juv4 from non. ris. forage1n & Price 1973. F; Attachment F; Attachment F nchovy according to App. F; Attch. 4; p. 14F; Attachment F; Attachment F; Attachment F nchovy according to App. F; Attch. 4; p. 14F; Attachment F; Attachment F; Attachment F nchovy according to App. F; Attch. 4; p. 14F; Attachment F; Attachment F; Attachment F Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W relationship for early life stages calculated from PSE& G imp Avg of ysl and pysl from atlantic. menhaAverage of ysl and pysl from atlantic. menhaden1 Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W relationship for early life stages calculated from PSE& G imp Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W relationship for early life stages calculated from PSE& G imp Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W relationship for early life stages calculated from PSE& G imp Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W relationship for early life stages calculated from PSE& G imp Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W relationship for early life stages calculated from PSE& G imp Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W relationship for early life stages calculated from PSE& G imp Represents weights, not lengths. Able & Fahay 1998 and USFWS 1978, L W relationship for early life stages calculated from PSE& G imp impingement, 1978 98 impingement, 1978 98 impingement, 1978 98 impingement, 1978 98 impingement, 1978 98 impingement, 1978 98 impingement, 1978 98 impingement, 1978 98 species stage fraction. mature mean. fecundity notes. fraction. mature notes. mean. fecundity lifetime. fecundity dummy dummy  999  999 dummy dummy  999 logperch age01 0.5 NA http:// www. kenschultz. coNA NA logperch age02 1 NA http:// www. kenschultz. coNA NA logperch age03 1 NA http:// www. kenschultz. coNA 2000 muskellunge age01 0 NA assumed by AGRET NA NA muskellunge age02 0 NA assumed by AGRET NA NA muskellunge age03 0.5 NA http:// www. kenschultz. coNA NA muskellunge age04 0.5 NA http:// www. kenschultz. coNA NA muskellunge age05 1 NA http:// www. kenschultz. coNA NA muskellunge age06 1 NA http:// www. kenschultz. coNA NA muskellunge age07 1 NA http:// www. kenschultz. coNA NA muskellunge age08 1 NA http:// www. kenschultz. coNA NA muskellunge age09 1 NA http:// www. kenschultz. coNA NA muskellunge age10 1 NA http:// www. kenschultz. coNA NA muskellunge age11 1 NA http:// www. kenschultz. coNA NA muskellunge age12 1 NA http:// www. kenschultz. coNA NA muskellunge age13 1 NA http:// www. kenschultz. coNA NA muskellunge age14 1 NA http:// www. kenschultz. coNA NA muskellunge age15 1 NA http:// www. kenschultz. coNA NA muskellunge age16 1 NA http:// www. kenschultz. coNA NA muskellunge age17 1 NA http:// www. kenschultz. coNA NA muskellunge age18 1 NA http:// www. kenschultz. coNA NA muskellunge age19 1 NA http:// www. kenschultz. coNA NA muskellunge age20 1 NA http:// www. kenschultz. coNA NA muskellunge age21 1 NA http:// www. kenschultz. coNA NA muskellunge age22 1 NA http:// www. kenschultz. coNA NA muskellunge age23 1 NA http:// www. kenschultz. coNA NA muskellunge age24 1 NA http:// www. kenschultz. coNA NA muskellunge age25 1 NA http:// www. kenschultz. coNA NA muskellunge age26 1 NA http:// www. kenschultz. coNA NA muskellunge age27 1 NA http:// www. kenschultz. coNA 2,000,000 yellow. perch age01 0.01 17000 Assumed based on S69V21, as cited in CarlandNA yellow. perch age02 0.47 23000 S697, as cited in CarlanV21, as cited in CarlandNA yellow. perch age03 0.51 27000 S697, as cited in CarlanV21, as cited in CarlandNA yellow. perch age04 0.86 27000 S697, as cited in CarlanV21, as cited in CarlandNA yellow. perch age05 1.00 27000 Assumed based on S69V21, as cited in CarlandNA yellow. perch age06 1.00 34000 Assumed based on S69V21, as cited in CarlandNA yellow. perch age07 1.00 34000 Assumed based on S69V21, as cited in CarlandNA yellow. perch age08 1.00 34000 Assumed based on S69V21, as cited in CarlandNA yellow. perch age09 1.00 34000 Assumed based on S69V21, as cited in CarlandNA yellow. perch age10 1.00 34000 Assumed based on S69V21, as cited in CarlandNA darter. spp age01 0.5 NA http:// www. kenschultz. coNA NA darter. spp age02 1 NA http:// www. kenschultz. coNA NA darter. spp age03 1 NA http:// www. kenschultz. coNA 2000 burbot age01 0 0 burbot age02 0.5 45600 assumed based on [ 270[ 27012] egg number in 343 mm female burbot age03 1 210150.875 assumed based on [ 270extrapolated burbot age04 1 374701.75 assumed based on [ 270extrapolated burbot age05 1 539252.625 assumed based on [ 270extrapolated burbot age06 1 703803.5 assumed based on [ 270extrapolated burbot age07 1 868354.375 assumed based on [ 270extrapolated burbot age08 1 1032905.25 assumed based on [ 270extrapolated burbot age09 1 1197456.125 assumed based on [ 270extrapolated burbot age10 1 1362007 assumed based on [ 270[ 27012] egg number in 643 mm female bluntnose. minnow age01 0.00 0 W26; as cited in CarlanAssumed 0 NA bluntnose. minnow age02 1.00 2447 W26; as cited in CarlanH91, as cited in CarlandNA bluntnose. minnow age03 1.00 2447 W26; as cited in CarlanH91, as cited in CarlandNA notes. lifetime. fecundity dummy logperch. Max. lifetime = 3000, therefore: average ~ 2,000Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sep. 10, 20 Max. lifetime = 3,000,000, therefore: average ~ 2,000,000 Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sep. 10, 20 logperch. Max. lifetime = 3000, therefore: average ~ 2,000Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sep. 10, 20 calculated using Saila method , 2001Hugg, D. O., 1996. MAPFISH georeferenced mapping database. Freshwater and estuarine fishes of North America. Life Science S , 2001Hugg, D. O., 1996. MAPFISH georeferenced mapping database. Freshwater and estuarine fishes of North America. Life Science S , 2001Hugg, D. O., 1996. MAPFISH georeferenced mapping database. Freshwater and estuarine fishes of North America. Life Science S e Software. Dennis O. and Steven Hugg, 1278 Turkey Point Road, Edgewater, Maryland, USA./ Ohio River e Software. Dennis O. and Steven Hugg, 1278 Turkey Point Road, Edgewater, Maryland, USA.

e Software. Dennis O. and Steven Hugg, 1278 Turkey Point Road, Edgewater, Maryland, USA./ Ohio River Life history data for Great Lakes species. Mostly derived from the workbook Q:\ Elibrary\ Intake\ databases\ monroe. input. data. xls. Workbook compiled for use in fish impingement/ entainment loss model. A. Gage, 7/ 30/ 2003 Worksheet Description 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