species stage year impinged. est entrained. est junk junk  99  99  99 lamprey age01 1975 129 0 longnose. gar age01 1975 185 0 bowfin age01 1975 18 0 alewife age01 1975 15521 0 gizzard. shad age01 1975 2446528 0 coho. salmon age01 1975 48 0 chinook. salmon age01 1975 62 0 smelt age01 1975 29400 0 northern. pike age01 1975 281 0 muskellunge age01 1975 89 0 goldfish age01 1975 19246 0 carp age01 1975 1896 0 shiner. spp age01 1975 861279 0 white. sucker age01 1975 368 0 black. bullhead age01 1975 18 0 yellow. bullhead age01 1975 999 0 brown. bullhead age01 1975 96 0 channel. catfish age01 1975 4031 0 troutperch age01 1975 30856 0 white. bass age01 1975 337687 0 rock. bass age01 1975 2091 0 sunfish age01 1975 4057 0 smallmouth. bass age01 1975 436 0 largemouth. bass age01 1975 155 0 white. crappie age01 1975 1379 0 yellow. perch age01 1975 625580 0 walleye age01 1975 8316 0 logperch age01 1975 7996 0 freshwater. drum age01 1975 290752 0 clupeidae larvae 1974 NA 168900000 carp larvae 1974 NA 132600000 white. bass larvae 1974 NA 95200000 yellow. perch larvae 1974 NA 83100000 channel. catfish larvae 1974 NA 28600000 freshwater. drum larvae 1974 NA 20300000 shiner. spp larvae 1974 NA 15700000 sunfish larvae 1974 NA 8600000 bass larvae 1974 NA 700000 smelt larvae 1974 NA 700000 crappie larvae 1974 NA 300000 walleye larvae 1974 NA 200000 suckers larvae 1974 NA 200000 troutperch larvae 1974 NA 200000 logperch larvae 1974 NA 100000 clupeidae larvae 1975 0 62900000 carp larvae 1975 0 25700000 white. bass larvae 1975 0 7800000 yellow. perch larvae 1975 0 29300000 channel. catfish larvae 1975 0 1700000 freshwater. drum larvae 1975 0 100000 shiner. spp larvae 1975 0 10300000 sunfish larvae 1975 0 1400000 bass larvae 1975 0 900000 smelt larvae 1975 0 3200000 crappie larvae 1975 0 0 walleye larvae 1975 0 0 suckers larvae 1975 0 0 troutperch larvae 1975 0 200000 logperch larvae 1975 0 1000000 gizzard. shad age01 1982 30000000 0 yellow. perch age01 1982 370000 0 white. perch age01 1982 350000 0 emerald. shiner age01 1982 280000 0 white. bass age01 1982 180000 0 freshwater. drum age01 1982 160000 0 troutperch age01 1982 90000 0 spottail. shiner age01 1982 40000 0 walleye age01 1982 26000 0 northern. hog. sucker age01 1982 8000 0 logperch age01 1982 6800 0 pumpkinseed age01 1982 6700 0 carp age01 1982 4500 0 goldfish age01 1982 2600 0 rainbow. smelt age01 1982 2300 0 channel. catfish age01 1982 1300 0 brown. bullhead age01 1982 1000 0 black. crappie age01 1982 870 0 bluegill age01 1982 750 0 black. bullhead age01 1982 720 0 tadpole. madtom age01 1982 580 0 rock. bass age01 1982 540 0 white. crappie age01 1982 440 0 silver. lamprey age01 1982 270 0 alewife age01 1982 250 0 white. sucker age01 1982 230 0 hornyhead. chub age01 1982 210 0 fathead. minnow age01 1982 170 0 green. sunfish age01 1982 160 0 longnose. gar age01 1982 140 0 smallmouth. bass age01 1982 110 0 northern. pike age01 1982 86 0 largemouth. bass age01 1982 84 0 rainbow. trout age01 1982 68 0 mottled. sculpin age01 1982 60 0 quillback age01 1982 48 0 flathead. catfish age01 1982 33 0 coho. salmon age01 1982 18 0 hybrid. sunfish age01 1982 12 0 yellow. bullhead age01 1982 12 0 central. mudminnow age01 1982 12 0 golden. redhorse age01 1982 12 0 muskellunge age01 1982 7 0 spotfin. shiner age01 1982 6 0 bluntnose. minnow age01 1982 6 0 common. shiner age01 1982 6 0 gizzard. shad larvae 1982 0 4080000000 freshwater. drum larvae 1982 0 158000000 white. bass. white. perch larvae 1982 0 156000000 yellow. perch larvae 1982 0 128000000 carp larvae 1982 0 79700000 damaged. unknown larvae 1982 0 38300000 emerald. shiner larvae 1982 0 22600000 rainbow. smelt larvae 1982 0 11000000 spottail. shiner larvae 1982 0 5020000 quillback larvae 1982 0 4870000 channel. catfish larvae 1982 0 4160000 cyprinidae larvae 1982 0 2800000 burbot larvae 1982 0 2770000 troutperch larvae 1982 0 2380000 walleye larvae 1982 0 2080000 white. sucker larvae 1982 0 1210000 lepomis. spp larvae 1982 0 923000 logperch larvae 1982 0 603000 largemouth. bass larvae 1982 0 599000 pomoxis. spp larvae 1982 0 580000 coregoninae larvae 1982 0 190000 northern. hog. sucker larvae 1982 0 124000 gizzard. shad age01 1985 9310023 NA white. perch age01 1985 461268 NA troutperch age01 1985 137854 NA white. bass age01 1985 106282 NA freshwater. drum age01 1985 96847 NA yellow. perch age01 1985 78246 NA emerald. shiner age01 1985 29458 NA spottail. shiner age01 1985 11033 NA walleye age01 1985 7374 NA smelt age01 1985 6221 NA other age01 1985 24817 NA notes comments junk junk # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18299; Table 3; pg. 18 20assumed age01 # 18242; Table 36; pg. 126 they should be.

# 18242; Table 36; pg. 126rids ( text; p. 83)

# 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 ners ( text; p. 83)

# 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 bass ( table 30)

# 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126ucker ( table 30)

# 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 they should be.

# 18242; Table 36; pg. 126rids ( text; p. 83)

# 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 ners ( text; p. 83)

# 18242; Table 36; pg. 126 # 18242; Table 36; pg. 126 bass ( table 30)

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Jude et al.; 1983. ( see readme for cite) NER dace chub Jude et al.; 1983. ( see readme for cite)

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Jude et al.; 1983. ( see readme for cite) s centrarchidae Jude et al.; 1983. ( see readme for cite)

Jude et al.; 1983. ( see readme for cite)

Jude et al.; 1983. ( see readme for cite) crappie species Jude et al.; 1983. ( see readme for cite) whitefish Jude et al.; 1983. ( see readme for cite)

A. Nuhfer pers com ( see readme) age01 assumed A. Nuhfer pers com ( see readme) age01 assumed A. Nuhfer pers com ( see readme) age01 assumed A. Nuhfer pers com ( see readme) age01 assumed A. Nuhfer pers com ( see readme) age01 assumed A. Nuhfer pers com ( see readme) age01 assumed A. Nuhfer pers com ( see readme) age01 assumed A. Nuhfer pers com ( see readme) age01 assumed A. Nuhfer pers com ( see readme) age01 assumed A. Nuhfer pers com ( see readme) age01 assumed A. Nuhfer pers com ( see readme) age01 assumed species stage stage. sequencsurvival. bystage. fracnat. mort. m fish. mort. f fraction. vu bullhead. spp egg 1 0.1 2.302585093 0 0 bullhead. spp larvae 2 0.01 4.605170186 0 0 bullhead. spp age0 3 0.25 1.386294361 0 0 bullhead. spp age01 4 0.64 0.223143551 0.223143551 0.5 bullhead. spp age02 5 0.64 0.223143551 0.223143551 1 bullhead. spp age03 6 0.64 0.223143551 0.223143551 1 bullhead. spp age04 7 0.64 0.223143551 0.223143551 1 bullhead. spp age05 8 0.64 0.223143551 0.223143551 1 bullhead. spp age06 9 0.64 0.223143551 0.223143551 1 bullhead. spp age07 10 0.64 0.223143551 0.223143551 1 bullhead. spp age08 11 0.64 0.223143551 0.223143551 1 bullhead. spp age09 12 0.64 0.223143551 0.223143551 1 carp egg 1 0.10 2.302585093 0 0 carp larvae 2 0.01 4.605170186 0 0 carp age0 3 0.25 1.386294361 0 0 carp age01 4 0.7711 0.13 0.13 0.5 carp age02 5 0.7711 0.13 0.13 1 carp age03 6 0.7711 0.13 0.13 1 carp age04 7 0.7711 0.13 0.13 1 carp age05 8 0.7711 0.13 0.13 1 carp age06 9 0.7711 0.13 0.13 1 carp age07 10 0.7711 0.13 0.13 1 carp age08 11 0.7711 0.13 0.13 1 carp age09 12 0.7711 0.13 0.13 1 carp age10 13 0.7711 0.13 0.13 1 carp age11 14 0.7711 0.13 0.13 1 carp age12 15 0.7711 0.13 0.13 1 carp age13 16 0.7711 0.13 0.13 1 carp age14 17 0.7711 0.13 0.13 1 carp age15 18 0.7711 0.13 0.13 1 carp age16 19 0.7711 0.13 0.13 1 carp age17 20 0.7711 0.13 0.13 1 channel. catfish egg 1 0.1 2.302585093 0 0 channel. catfish larvae 2 0.01 4.605170186 0 0 channel. catfish age0 3 0.25 1.386294361 0 0 channel. catfish age01 4 0.44 0.410490276 0.410490276 0.5 channel. catfish age02 5 0.44 0.410490276 0.410490276 1 channel. catfish age03 6 0.44 0.410490276 0.410490276 1 channel. catfish age04 7 0.44 0.410490276 0.410490276 1 channel. catfish age05 8 0.44 0.410490276 0.410490276 1 channel. catfish age06 9 0.44 0.410490276 0.410490276 1 channel. catfish age07 10 0.44 0.410490276 0.410490276 1 channel. catfish age08 11 0.44 0.410490276 0.410490276 1 channel. catfish age09 12 0.44 0.410490276 0.410490276 1 channel. catfish age10 13 0.44 0.410490276 0.410490276 1 channel. catfish age11 14 0.44 0.410490276 0.410490276 1 channel. catfish age12 15 0.44 0.410490276 0.410490276 1 crappie egg 1 0.165298888 1.8 0 0 crappie larvae 2 0.607744935 0.498 0 0 crappie age0 3 0.053632503 2.9256 0 0 crappie age01 4 0.557663246 0.292 0.292 0.5 crappie age02 5 0.557663246 0.292 0.292 1 crappie age03 6 0.557663246 0.292 0.292 1 crappie age04 7 0.557663246 0.292 0.292 1 crappie age05 8 0.557663246 0.292 0.292 1 crappie age06 9 0.557663246 0.292 0.292 1 crappie age07 10 0.557663246 0.292 0.292 1 crappie age08 11 0.557663246 0.292 0.292 1 crappie age09 12 0.557663246 0.292 0.292 1 freshwater. drum egg 1 0.10331218 2.27 0 0 freshwater. drum larvae 2 0.002178759 6.129 0 0 freshwater. drum age0 3 0.100660682 1.148 1.148 0.5 freshwater. drum age01 4 0.733446956 0.155 0.155 1 freshwater. drum age02 5 0.733446956 0.155 0.155 1 freshwater. drum age03 6 0.733446956 0.155 0.155 1 freshwater. drum age04 7 0.733446956 0.155 0.155 1 freshwater. drum age05 8 0.733446956 0.155 0.155 1 freshwater. drum age06 9 0.733446956 0.155 0.155 1 freshwater. drum age07 10 0.733446956 0.155 0.155 1 freshwater. drum age08 11 0.733446956 0.155 0.155 1 freshwater. drum age09 12 0.733446956 0.155 0.155 1 freshwater. drum age10 13 0.733446956 0.155 0.155 1 freshwater. drum age11 14 0.733446956 0.155 0.155 1 freshwater. drum age12 15 0.733446956 0.155 0.155 1 gizzard. shad egg 1 0.1 2.302585093 0 0 gizzard. shad larvae 2 0.001789713 6.3257 0 0 gizzard. shad age0 3 0.600015374 0.5108 0 0 gizzard. shad age01 4 0.055337748 1.44715 1.44715 0.5 gizzard. shad age02 5 0.07860657 1.27165 1.27165 1 gizzard. shad age03 6 0.144829223 0.9661 0.9661 1 gizzard. shad age04 7 0.174592603 0.87265 0.87265 1 gizzard. shad age05 8 0.54541953 0.3031 0.3031 1 gizzard. shad age06 9 0.54541953 0.3031 0.3031 1 logperch egg 1 0.1 2.302585093 0 0 logperch larvae 2 0.149067545 1.903355754 0 0 logperch age0 3 0.149067545 1.903355754 0 0 logperch age01 4 0.496585304 0.7 0 0.5 logperch age02 5 0.496585304 0.7 0 1 logperch age03 6 0.496585304 0.7 0 1 muskellunge egg 1 0.34 1.078809661 0 0 muskellunge larvae 2 0.004138381 5.48745063 0 0 muskellunge age0 3 0.004138381 5.48745063 0 0 muskellunge age01 4 0.860707976 0.15 0 0 muskellunge age02 5 0.860707976 0.15 0 0 muskellunge age03 6 0.860707976 0.15 0 0 muskellunge age04 7 0.860707976 0.15 0 0 muskellunge age05 8 0.860707976 0.15 0 0 muskellunge age06 9 0.860707976 0.15 0 0 muskellunge age07 10 0.860707976 0.15 0 0 muskellunge age08 11 0.860707976 0.15 0 0 muskellunge age09 12 0.860707976 0.15 0 0 muskellunge age10 13 0.860707976 0.075 0.075 0.5 muskellunge age11 14 0.860707976 0.075 0.075 1 muskellunge age12 15 0.860707976 0.075 0.075 1 muskellunge age13 16 0.860707976 0.075 0.075 1 muskellunge age14 17 0.860707976 0.075 0.075 1 muskellunge age15 18 0.860707976 0.075 0.075 1 muskellunge age16 19 0.860707976 0.075 0.075 1 muskellunge age17 20 0.860707976 0.075 0.075 1 muskellunge age18 21 0.860707976 0.075 0.075 1 muskellunge age19 22 0.860707976 0.075 0.075 1 muskellunge age20 23 0.860707976 0.075 0.075 1 muskellunge age21 24 0.860707976 0.075 0.075 1 muskellunge age22 25 0.860707976 0.075 0.075 1 muskellunge age23 26 0.860707976 0.075 0.075 1 muskellunge age24 27 0.860707976 0.075 0.075 1 muskellunge age25 28 0.860707976 0.075 0.075 1 muskellunge age26 29 0.860707976 0.075 0.075 1 muskellunge age27 30 0.860707976 0.075 0.075 1 shiner. spp egg 1 0.1 2.302585093 0 0 shiner. spp larvae 2 0.009993704 4.6058 0 0 shiner. spp age0 3 0.460013243 0.7765 0 0 shiner. spp age01 4 0.689974941 0.3711 0 0.5 shiner. spp age02 5 0.009999702 4.6052 0 1 shiner. spp age03 6 0.009999702 4.6052 0 1 smallmouth. bass egg 1 0.15 1.897119985 0 0 smallmouth. bass larvae 2 0.0672 2.7 0 0 smallmouth. bass age0 3 0.64 0.446287103 0 0 smallmouth. bass age01 4 0.3362 0.86 0.23 0.5 smallmouth. bass age02 5 0.2247 1.1711 0.3220525 1 smallmouth. bass age03 6 0.3819 0.755022 0.20763105 1 smallmouth. bass age04 7 0.2625 1.049 0.288475 1 smallmouth. bass age05 8 0.3311 0.867 0.238425 1 smallmouth. bass age06 9 0.3311 0.867 0.238425 1 smallmouth. bass age07 10 0.3311 0.867 0.238425 1 smallmouth. bass age08 11 0.3311 0.867 0.238425 1 smallmouth. bass age09 12 0.3311 0.867 0.238425 1 suckers egg 1 0.129250874 2.046 0 0 suckers larvae 2 0.077498244 2.5575 0 0 suckers age0 3 0.099858609 2.304 0 0 suckers age01 4 0.578683259 0.2735 0.2735 0.5 suckers age02 5 0.578683259 0.2735 0.2735 1 suckers age03 6 0.578683259 0.2735 0.2735 1 suckers age04 7 0.578683259 0.2735 0.2735 1 suckers age05 8 0.578683259 0.2735 0.2735 1 suckers age06 9 0.578683259 0.2735 0.2735 1 sunfish egg 1 0.18 1.714798428 0 0 sunfish larvae 2 0.5033317 0.686505883 0 0 sunfish age0 3 0.5033317 0.686505883 0 0 sunfish age01 4 0.2 1.609437912 0 0 sunfish age02 5 0.2 1.609437912 0 0 sunfish age03 6 0.05 1.497866137 1.497866137 0.5 sunfish age04 7 0.05 1.497866137 1.497866137 1 sunfish age05 8 0.05 1.497866137 1.497866137 1 sunfish age06 9 0.05 1.497866137 1.497866137 1 sunfish age07 10 0.05 1.497866137 1.497866137 1 sunfish age08 11 0.05 1.497866137 1.497866137 1 white. bass egg 1 0.1 2.302585093 0 0 white. bass larvae 2 0.01 4.605170186 0 0 white. bass age0 3 0.25 1.386294361 0 0 white. bass age01 4 0.3263 0.42 0.7 0 white. bass age02 5 0.3263 0.42 0.7 0.5 white. bass age03 6 0.3263 0.42 0.7 1 white. bass age04 7 0.3263 0.42 0.7 1 white. bass age05 8 0.3263 0.42 0.7 1 white. bass age06 9 0.3263 0.42 0.7 1 white. bass age07 10 0.3263 0.42 0.7 1 yellow. perch egg 1 0.063696542 2.753625 0 0 yellow. perch larvae 2 0.028490061 3.5582 0 0 yellow. perch age0 3 0.080002292 2.5257 0 0 yellow. perch age01 4 0.696978998 0.361 0 0 yellow. perch age02 5 0.779969861 0.2485 0 0 yellow. perch age03 6 0.299991841 0.844 0.36 0.5 yellow. perch age04 7 0.299991841 0.844 0.36 1 yellow. perch age05 8 0.299991841 0.844 0.36 1 yellow. perch age06 9 0.299991841 0.844 0.36 1 smelt egg 1 0.00001003 11.51 0 0 smelt larvae 2 0.00408677 5.5 0 0 smelt age01 3 0.65050909 0.4 0.03 0.5 smelt age02 4 0.65050909 0.4 0.03 1 smelt age03 5 0.65050909 0.4 0.03 1 smelt age04 6 0.65050909 0.4 0.03 1 smelt age05 7 0.65050909 0.4 0.03 1 smelt age06 8 0.65050909 0.4 0.03 1 burbot egg 1 0.1 2.302585093 0 0 burbot larvae 2 0.000318729 8.051170858 0 0 burbot age01 3 0.57 0.462118918 0.1 0.5 burbot age02 4 0.57 0.462118918 0.1 1 burbot age03 5 0.57 0.462118918 0.1 1 burbot age04 6 0.57 0.462118918 0.1 1 burbot age05 7 0.57 0.462118918 0.1 1 burbot age06 8 0.57 0.462118918 0.1 1 burbot age07 9 0.57 0.462118918 0.1 1 burbot age08 10 0.57 0.462118918 0.1 1 burbot age09 11 0.57 0.462118918 0.1 1 burbot age10 12 0.57 0.462118918 0.1 1 whitefish egg 1 0.1 2.302585093 0 0 whitefish larvae 2 0.000274654 8.2 0 0 whitefish juv 3 0.778800783 0.25 0 0 whitefish age01 4 0.287365602 0.25 0.997 0.5 whitefish age02 5 0.287365602 0.25 0.997 1 whitefish age03 6 0.287365602 0.25 0.997 1 whitefish age04 7 0.287365602 0.25 0.997 1 whitefish age05 8 0.287365602 0.25 0.997 1 whitefish age06 9 0.287365602 0.25 0.997 1 whitefish age07 10 0.287365602 0.25 0.997 1 whitefish age08 11 0.287365602 0.25 0.997 1 whitefish age09 12 0.287365602 0.25 0.997 1 whitefish age10 13 0.287365602 0.25 0.997 1 whitefish age11 14 0.287365602 0.25 0.997 1 whitefish age12 15 0.287365602 0.25 0.997 1 whitefish age13 16 0.287365602 0.25 0.997 1 whitefish age14 17 0.287365602 0.25 0.997 1 whitefish age15 18 0.287365602 0.25 0.997 1 whitefish age16 19 0.287365602 0.25 0.997 1 bluegill egg 1 0.177639334 1.728 0 0 bluegill larvae 2 0.562142445 0.576 0 0 bluegill age0 3 0.0099 4.615 0 0 bluegill age01 4 0.6771 0.39 0 0 bluegill age02 5 0.8595 0.151404454 0 0 bluegill age03 6 0.23 0.734837985 0.734837985 0.5 bluegill age04 7 0.23 0.734837985 0.734837985 1 bluegill age05 8 0.23 0.734837985 0.734837985 1 bluegill age06 9 0.23 0.734837985 0.734837985 1 bluegill age07 10 0.23 0.734837985 0.734837985 1 bluegill age08 11 0.23 0.734837985 0.734837985 1 bluegill age09 12 0.23 0.734837985 0.734837985 1 bluntnose. minnow egg 1 0.1 2.3 0 0 bluntnose. minnow larvae 2 0.12727 2.061444465 0 0 bluntnose. minnow age0 3 0.12727 2.061444465 0 0 bluntnose. minnow age01 4 0.3679 1 0 0.5 bluntnose. minnow age02 5 0.3679 1 0 1 bluntnose. minnow age03 6 0.3679 1 0 1 golden. redhorse egg 1 0.100158635 2.301 0 0 golden. redhorse larvae 2 0.100158635 2.301 0 0 golden. redhorse age0 3 0.050337749 2.989 0 0 golden. redhorse age01 4 0.578393989 0.5475 0 0.5 golden. redhorse age02 5 0.578393989 0.5475 0 1 golden. redhorse age03 6 0.578393989 0.5475 0 1 golden. redhorse age04 7 0.578393989 0.5475 0 1 golden. redhorse age05 8 0.578393989 0.5475 0 1 golden. redhorse age06 9 0.578393989 0.5475 0 1 golden. redhorse age07 10 0.578393989 0.5475 0 1 alewife egg 1 1.00293E 05 11.51 0 0 alewife larvae 2 0.004086771 5.5 0 0 alewife age01 3 0.60653066 0.5 0 0 alewife age02 4 0.60653066 0.5 0 0 alewife age03 5 0.60653066 0.5 0 0 alewife age04 6 0.60653066 0.5 0 0.45 alewife age05 7 0.60653066 0.5 0 0.9 alewife age06 8 0.60653066 0.5 0 1 alewife age07 9 0.60653066 0.5 0 1 walleye egg 1 0.35 1.049822124 0 0 walleye larvae 2 0.028661515 3.5522 0 0 walleye age0 3 0.144496499 1.9345 0 0 walleye age01 4 0.449328964 0.7 0.1 0.5 walleye age02 5 0.449328964 0.7 0.1 1 walleye age03 6 0.449328964 0.7 0.1 1 walleye age04 7 0.449328964 0.7 0.1 1 walleye age05 8 0.449328964 0.7 0.1 1 walleye age06 9 0.449328964 0.7 0.1 1 walleye age07 10 0.449328964 0.7 0.1 1 walleye age08 11 0.449328964 0.7 0.1 1 walleye age09 12 0.449328964 0.7 0.1 1 notes. survival. rate notes. nat. mort notes. fish. mortnotes. fraction. vulnerable assumed by AGRET Calculated usinassumed to beassumed to be 0 based on Marca's econ table channel. catfish. [ 21955]; TableCalculated usinassumed to beassumed to be 0 based on Marca's econ table channel. catfish. [ 21955]; TableCalculated usinassumed to beassumed to be 0 based on Marca's econ table Brown. bullhead. M335 and R28Calculated usinCalculated usinassumed based on marca's econ table Brown. bullhead. M335 and R28Calculated usinCalculated usinassumed based on marca's econ table Brown. bullhead. M335 and R28Calculated usinCalculated usinassumed based on marca's econ table Brown. bullhead. M335 and R28Calculated usinCalculated usinassumed based on marca's econ table Brown. bullhead. M335 and R28Calculated usinCalculated usinassumed based on marca's econ table Brown. bullhead. M335 and R28Calculated usinCalculated usinassumed based on marca's econ table Brown. bullhead. M335 and R28Calculated usinCalculated usinassumed based on marca's econ table Brown. bullhead. M335 and R28Calculated usinCalculated usinassumed based on marca's econ table Brown. bullhead. M335 and R28Calculated usinCalculated usinassumed based on marca's econ table assumed by AGRET Calculated usinassumed to beassumed by AGRET ( 1 are for modeling purposes) [ 21955]; Table 11; Slarvae ageCalculated usinassumed to beassumed by AGRET ( 1 are for modeling purposes) [ 21955]; Table 11; Slarvae ageCalculated usinassumed to beassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AAassumed by AAGRET based on Marca's econtable assumed by AGRET Calculated usinassumed to beassumed to be same as hake ( Saila et al., 1997) ( because only fished recr [ 21955]; Table 11; Slarvae ageCalculated usinassumed to beassumed to be same as hake ( Saila et al., 1997) ( because only fished recr [ 21955]; Table 11; Slarvae ageCalculated usinassumed to beassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr E. E. Miller, 1966, In: Inland FisCalculated usinCalculated usinassumed to be same as hake ( Saila et al., 1997) ( because only fished recr Calculated using S= e^( m+ f) black. crappie. hassumed to beassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hassumed to beassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hassumed to beassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hhttp:// www. mvrassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hhttp:// www. mvrassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hhttp:// www. mvrassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hhttp:// www. mvrassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hhttp:// www. mvrassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hhttp:// www. mvrassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hhttp:// www. mvrassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hhttp:// www. mvrassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) black. crappie. hhttp:// www. mvrassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) http:// www. mvr. assumed to beassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) http:// www. mvr. assumed to beassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) http:// www. mvr. http:// www. mvrassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and Froese, R. andassumed by AGRET ( 1 are for modeling purposes) assumed by AGRET Calculated usinassumed 0 by assumed by AGRET ( 1 are for modeling purposes) calculated using s= exp (( m+ f)[ 26887]; Table 1assumed 0 by assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1assumed 0 by assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1[ 26887]; Table assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1[ 26887]; Table assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1[ 26887]; Table assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1[ 26887]; Table assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1[ 26887]; Table assumed by AGREt calculated using s= exp (( m+ f) assumed by AGassumed by AGassumed by AGREt assumed by AGRET Calculated usinassumed by AGassumed by AGRET see output file. Used survival laCalculated usinassumed by AGassumed by AGRET see output file. Used survival laCalculated usinassumed by AGassumed by AGRET Calculated using S= e^( m+ f) logperch. Keyfaassumed by AGassumed by AGRET Calculated using S= e^( m+ f) logperch. Keyfacassumed by AGassumed by AGRET Calculated using S= e^( m+ f) logperch. Keyfacassumed by AGassumed by AGRET J62; as cited in Carlander, K. DCalculated usinassumed to beassumed by AGRET see output file. Used survival laCalculated usinassumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche see output file. Used survival laCalculated usinassumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and assumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and assumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and assumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and assumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and assumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and assumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and assumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and assumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and assumed by AGhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Calculated using S= e^( m+ f) Froese, R. and Froese, R. andhttp:// www. pabulletin. com/ secure/ data/ vol29/ 29 28/ 29_ 28_ rr. pdf ( 36 inche Emerald shiner. assumed by AEmerald shiner. Emerald shinerEmerald shiner. assumed by AGRET ( 1 are for modeling purposes) Emerald shiner. calculated usiEmerald shiner. Emerald shinerEmerald shiner. assumed by AGREt Emerald shiner. calculated usiEmerald shiner. Emerald shinerEmerald shiner. assumed by AGREt Emerald shiner. calculated usiEmerald shiner. Emerald shinerEmerald shiner. assumed by AGREt Emerald shiner. calculated usiEmerald shiner. Emerald shinerEmerald shiner. assumed by AGREt Emerald shiner. calculated usiEmerald shiner. Emerald shinerEmerald shiner. assumed by AGREt P195; as cited in Carlander, KCalculated usinAssumed 0 assumed by AGRET based on mortality rates Calculated using S= e^( m+ f) http:// www. mvr. Assumed 0 assumed by AGRET based on mortality rates S576; as cited in Carlander, KCalculated usinassumed by AGassumed by AGRET based on mortality rates Calculated using S= e^( m+ f) L178; as cited inL178; as cited assumed by AGRET based on mortality rates Calculated using S= e^( m+ f) B192; as cited iassumed 27.5% assumed by AGRET based on mortality rates Calculated using S= e^( m+ f) B192; as cited iassumed 27.5% assumed by AGRET based on mortality rates Calculated using S= e^( m+ f) B192; as cited iassumed 27.5% assumed by AGRET based on mortality rates Calculated using S= e^( m+ f) L178; as cited inassumed 27.5% assumed by AGRET based on mortality rates Calculated using S= e^( m+ f) L178; as cited inassumed 27.5% assumed by AGRET based on mortality rates Calculated using S= e^( m+ f) L178; as cited inassumed 27.5% assumed by AGRET based on mortality rates Calculated using S= e^( m+ f) L178; as cited inassumed 27.5% assumed by AGRET based on mortality rates Calculated using S= e^( m+ f) L178; as cited inassumed 27.5% assumed by AGRET based on mortality rates Calculated using S= e^( m+ f) http:// www. mvr. assumed to beassumed by AGRET Calculated using S= e^( m+ f) http:// www. mvr. assumed to beassumed by AGRET Calculated using S= e^( m+ f) http:// www. mvr. assumed to beassumed by AGRET Calculated using S= e^( m+ f) http:// www. mvr. http:// www. mvrassumed by AGRET Calculated using S= e^( m+ f) http:// www. mvr. http:// www. mvrassumed by AGRET Calculated using S= e^( m+ f) http:// www. mvr. http:// www. mvrassumed by AGRET Calculated using S= e^( m+ f) http:// www. mvr. http:// www. mvrassumed by AGRET Calculated using S= e^( m+ f) http:// www. mvr. http:// www. mvrassumed by AGRET Calculated using S= e^( m+ f) http:// www. mvr. http:// www. mvrassumed by AGRET Pumpkinseed. M527; as cited Calculated usinAssumed 0 ( ABAssumed 0 ( ABeaulieu) Slarvae, age1= Safter. age0/ Se, lCalculated usinAssumed 0 ( ABAssumed 0 ( ABeaulieu) Slarvae, age1= Safter. age0/ Se, lCalculated usinAssumed 0 ( ABAssumed 0 ( ABeaulieu) Pumpkinseed. R34; as cited inCalculated usinassumed by AGassumed by AGRET Pumpkinseed. R34; as cited inCalculated usinassumed by AGassumed by AGRET Pumpkinseed. R34; as cited inPumpkinseed. RPumpkinseed. Rassumed by AGRET Pumpkinseed. R34; as cited inPumpkinseed. RPumpkinseed. Rassumed by AGRET Pumpkinseed. R34; as cited inPumpkinseed. RPumpkinseed. Rassumed by AGRET Pumpkinseed. R34; as cited inPumpkinseed. RPumpkinseed. Rassumed by AGRET Pumpkinseed. R34; as cited inPumpkinseed. RPumpkinseed. Rassumed by AGRET Pumpkinseed. R34; as cited inPumpkinseed. RPumpkinseed. Rassumed by AGRET assumed by AGRET Calculated usinMcDermot et aassumed by AGRET based on fishing mortality [ 21955]; Table 11; Slarvae ageCalculated usinMcDermot et aassumed by AGRET based on fishing mortality [ 21955]; Table 11; Slarvae ageCalculated usinMcDermot et aassumed by AGRET based on fishing mortality Calculated using S= e^( m+ f) Froese, R. and McDermot et aassumed by AGRET based on fishing mortality Calculated using S= e^( m+ f) Froese, R. and McDermot et aassumed by AGRET based on fishing mortality Calculated using S= e^( m+ f) Froese, R. and McDermot et aassumed by AGRET based on fishing mortality Calculated using S= e^( m+ f) Froese, R. and McDermot et aassumed by AGRET based on fishing mortality Calculated using S= e^( m+ f) Froese, R. and McDermot et aassumed by AGRET based on fishing mortality Calculated using S= e^( m+ f) Froese, R. and McDermot et aassumed by AGRET based on fishing mortality Calculated using S= e^( m+ f) Froese, R. and McDermot et aassumed by AGRET based on fishing mortality White. perch. PSEG, 1999 [ 26PSEG, 1999 [ 26http:// www. dnr. assumed by AGREt calculated using s= exp (( m+ f) combined prolarhttp:// www. dnr. assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1http:// www. dnr. assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1http:// www. dnr. assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1http:// www. dnr. assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1http:// www. dnr. assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1http:// www. dnr. assumed by AGREt calculated using s= exp (( m+ f)[ 26887]; Table 1http:// www. dnr. assumed by AGREt calculated using s= exp (( m+ f) assumed by AGhttp:// www. dnr. assumed by AGREt calculated using Se = exp ( m[ 21960] [ 21960] assumed by Agret calculated using Se = exp ( m[ 21960] [ 21960] assumed by Agret calculated using Se = exp ( m[ 21960] [ 21960] assumed by Agret calculated using Se = exp ( m[ 21960] [ 21960] assumed by Agret calculated using Se = exp ( m[ 21960] [ 21960] assumed by Agret calculated using Se = exp ( m[ 21960] [ 21960] assumed by Agret calculated using Se = exp ( m[ 21960] [ 21960] assumed by Agret calculated using Se = exp ( m[ 21960] [ 21960] assumed by Agret assumed by JHAZEN Calculated using S= e^( m+ f) ( FYI: egg duration 30 days at 6.1 degrees C ( F& P)) see output file Total annual mortality = 43%, tcalculated usingassumed baseassumed. No minimum size for fishing. http:// sites. state. pa. us/ Fish/ 2001s Total annual mortality = 43%, tcalculated usingassumed baseassumed. No minimum size for fishing Total annual mortality = 43%, tcalculated usingassumed baseassumed. No minimum size for fishing Total annual mortality = 43%, tcalculated usingassumed baseassumed. No minimum size for fishing Total annual mortality = 43%, tcalculated usingassumed baseassumed. No minimum size for fishing Total annual mortality = 43%, tcalculated usingassumed baseassumed. No minimum size for fishing Total annual mortality = 43%, tcalculated usingassumed baseassumed. No minimum size for fishing Total annual mortality = 43%, tcalculated usingassumed baseassumed. No minimum size for fishing Total annual mortality = 43%, tcalculated usingassumed baseassumed. No minimum size for fishing Total annual mortality = 43%, tcalculated usingassumed baseassumed. No minimum size for fishing assumed by JHAZEN Calculated using S= e^( m+ f) ( FYI  F& P. duration is 140 d. ( http:// www. mnr. gov. on. ca/ MNR/ pubs/ Whit calculated using s= exp (( m+ f) Froese & Pauly M ( 1/ d) of 0.2 * larval duration of 41 calculated using s= exp (( m+ f) http:// www. dnr. state. mi. us/ www/ ifr/ ifrlibra/ research/ reports/ 2034rr. pdf Lake Superior. Instantaneous natu calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs calculated using s= exp (( m+ f) http:// www. dnr. shttp:// www. dnr.[ 27012] Lake Eassumed no minimum size http:// www. dnr. state. mi. us/ pdfs Calculated using S= e^( m+ f) http:// www. mvr. assumed to beassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) http:// www. mvr. assumed to beassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) http:// www. mvr. assumed to beassumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and assumed to beassumed by AGRET ( 1 are for modeling purposes) S536; as cited in Carlander, KCalculated usinassumed to beassumed by AGRET ( 1 are for modeling purposes) mult. refs; as cited in Carlandemult. refs; as citassumed to beassumed by AGRET ( 1 are for modeling purposes) mult. refs; as cited in Carlandemult. refs; as citassumed to beassumed by AGRET ( 1 are for modeling purposes) mult. refs; as cited in Carlandemult. refs; as citassumed to beassumed by AGRET ( 1 are for modeling purposes) mult. refs; as cited in Carlandemult. refs; as citassumed to beassumed by AGRET ( 1 are for modeling purposes) mult. refs; as cited in Carlandemult. refs; as citassumed to beassumed by AGRET ( 1 are for modeling purposes) mult. refs; as cited in Carlandemult. refs; as citassumed to beassumed by AGRET ( 1 are for modeling purposes) mult. refs; as cited in Carlandemult. refs; as citassumed to beassumed by AGRET ( 1 are for modeling purposes) assumed by AGRET Calculated usinassumed 0 by assumed by AGRET ( 1 are for modeling purposes) bluntnose. minnow. see output Calculated usinassumed 0 by assumed by AGRET ( 1 are for modeling purposes) bluntnose. minnow. see output Calculated usinassumed 0 by assumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and assumed 0 by assumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and assumed 0 by assumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Froese, R. and assumed 0 by assumed by AGRET ( 1 are for modeling purposes) Calculated using S= e^( m+ f) Shorthead. redhassumed to beassumed by AGRET Calculated using S= e^( m+ f) Shorthead. redhassumed to beassumed by AGRET Calculated using S= e^( m+ f) Shorthead. redhassumed to beassumed by AGRET Calculated using S= e^( m+ f) Shorthead. redhassumed to beassumed by AGRET Calculated using S= e^( m+ f) Shorthead. redhassumed to beassumed by AGRET Calculated using S= e^( m+ f) Shorthead. redhassumed to beassumed by AGRET Calculated using S= e^( m+ f) Shorthead. redhassumed to beassumed by AGRET Calculated using S= e^( m+ f) Shorthead. redhassumed to beassumed by AGRET Calculated using S= e^( m+ f) Shorthead. redhassumed to beassumed by AGRET Calculated using S= e^( m+ f) Shorthead. redhassumed to beassumed by AGRET calculated using Se = exp ( m+[ 21960]; lake MiPSEG, 1999 [ 2PSEG, 1999 [ 26046]; appendix F, Attachment F calculated using Se = exp ( m+[ 21960]; lake Miaccording to MPSEG, 1999 [ 26046]; appendix F, Attachment F calculated using Se = exp ( m+[ 21960]; lake Miaccording to MPSEG, 1999 [ 26046]; appendix F, Attachment F calculated using Se = exp ( m+[ 21960]; lake Miaccording to MPSEG, 1999 [ 26046]; appendix F, Attachment F calculated using Se = exp ( m+[ 21960]; lake Miaccording to MPSEG, 1999 [ 26046]; appendix F, Attachment F calculated using Se = exp ( m+[ 21960]; lake Miaccording to MPSEG, 1999 [ 26046]; appendix F, Attachment F calculated using Se = exp ( m+[ 21960]; lake Miaccording to MPSEG, 1999 [ 26046]; appendix F, Attachment F calculated using Se = exp ( m+[ 21960]; lake Miaccording to MPSEG, 1999 [ 26046]; appendix F, Attachment F calculated using Se = exp ( m+[ 21960]; lake Miaccording to MPSEG, 1999 [ 26046]; appendix F, Attachment F Table 9 16, C433; as cited in CCalculated usinhttp:// www. dnr. assumed by AGRET Calculated using S= e^( m+ f) http:// www. mvr. http:// www. dnr. assumed by AGRET Calculated using S= e^( m+ f) http:// www. mvr. http:// www. dnr. assumed by AGRET Calculated using S= e^( m+ f) http:// www. dnr. shttp:// www. dnr. assumed by AGRET Calculated using S= e^( m+ f) http:// www. dnr. shttp:// www. dnr. assumed by AGRET Calculated using S= e^( m+ f) http:// www. dnr. shttp:// www. dnr. assumed by AGRET Calculated using S= e^( m+ f) http:// www. dnr. shttp:// www. dnr. assumed by AGRET Calculated using S= e^( m+ f) http:// www. dnr. shttp:// www. dnr. assumed by AGRET Calculated using S= e^( m+ f) http:// www. dnr. shttp:// www. dnr. assumed by AGRET Calculated using S= e^( m+ f) http:// www. dnr. shttp:// www. dnr. assumed by AGRET Calculated using S= e^( m+ f) http:// www. dnr. shttp:// www. dnr. assumed by AGadded by Jhazen on 2/ 12/ 02 to match length data Calculated using S= e^( m+ f) http:// www. dnr. shttp:// www. dnr. assumed by AGRET ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) ecreationally) adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio??? adjust these mortalities as we did in Ohio???

hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) hes are 914 mm, which is about age 10: therefore assumed to be fished not earlier than age 10) 1s 4. pdf hitefish_ bibliog. pdf Hindley, B. A. 1984. Lake trout and lake whitefish egg survival in Lake Simcoe. M. Sc. Thesis, York University. Toront atural mortality rate = 0.25 ( 22%). fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm fs/ fishing/ fishguide/ fgpage24. htm onto, Ontario. 78 p. experimental natural mortality of 0 24%.) species alpha. as. in. Froese alpha. mm. to. gm beta. mm. to. gm notes dummy  99.00  99.00  99.00 dummy alewife NA 1.00000000 1.00000000 assumed to be bullhead. spp 0.0101 0.0000087967 3.0600 Black. bullhead. carp 0.0116 0.0000109511 3.0250 Froese, R. and channel. catfish 0.004 0.0000029448 3.1330 Froese, R. and crappie 0.0118 0.0000101364 3.0660 black. crappie. h freshwater. drum 0 1.0000000000 1.0000 assumed to be gizzard. shad 1 1 1 weights are kno logperch  6.2807 5.23962E 07 3.6412 logperch. T155, muskellunge 0.0058 0.0000055902 3.016 Froese, R. and shiner. spp  3.9417 0.0001143668 2.9218 Emerald shiner smallmouth. bass 0.0206 0.0000249383 2.9170 Froese, R. and suckers 0.0077 0.0000061304 3.099 River. Carpsuc sunfish 0.0061 0.0000033368 3.262 Froese, R. and walleye 0.0039 0.0000022965 3.23 Froese, R. and white. bass NA 1.0000000000 1.0000 assumed to be yellow. perch 1 1 1 weights are kno smelt NA 0.00000523 3.11400 Rainbow smelt. burbot NA 0.000002084 3.208 Johnson in http whitefish 0.0067 0.0000047214 3.152 Froese and Pau bluegill 0.007 0.0000043261 3.2090 Froese, R. and bluntnose. minnow 0.0977 0.0004465752 2.3400 Froese, R. and golden. redhorse 0.0132 0.0000139821 2.975 Golden. Redhor be 1, because we have good weight data for the species at Salem, which we use to estimate YPR and PFG ad. Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sept. 2, 2001. Moorman, R. B., 1957 / Iowa ponds ( nd D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 15, 2001. Runnström, S., 1952. / Des Moines R., Iowa. Alpha nd D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 15, 2001. Muncy, R. J., 1959 . / Des Moines R., Iowa. Alpha r e. hFroese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sep. 3, 2001. Carlander, K. D., 1977. Handbook of f be 1, because we have good weight data for the species at Salem, which we use to estimate YPR and PFG known, therefore 1 for modeling purposes 55, as cited in Carlander, 1997, pg. 80. IL and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sep. 10, 2001 Bryant, W. C. and K. D. Smith, 1988. The status of th ner. Fuchs, 1967. [ 27527] nd D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed July 1, 2001. Brown, E. H., Jr., 1960. / Little Miami R., OH. Alpha re ucker. Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sep. 10, 2001Carlander, K. D., 1969. Handbook nd D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Pumpkinseed. Accessed Sep. 10, 2001. Cooper, E. L., C. C. Wagner and G. E. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sep. 10, 2001. Stephenson, S. A. and W. T. Momot, 1991. Food hab be 1, because we have weight data. known, therefore 1 for modeling purposes elt. Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 7, 2001 Carlander, K. D., 1953. First supplem ttp:// www heb. pac. dfo mpo. gc. ca/ congress/ Burbot. pdf* for Lake Superior ( Froese and Pauly 2001. Lake Vygozero, Former USSR. Has Pauly 2001. Lake Erie. Lake whitefish nd D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 15, 2001.

Fessler, F. R., 1949. Iowa, ponds/ IA. Alpha report nd D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed November 29, 2001. Chadwick, E. M. P., 1976 Fathead Minnow, Re horse. Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sep. 10, 2001Carlander, K. D., 1969. Handbook o s ( median record) ha reported as 0.0116 cm TL a reported as 0.0040 cm TL of freshwater fishery biology, volume 2. The Iowa State University Press, Ames, Iowa f the muskellunge in Lake St. Clair, Michigan, 1978 86. Michigan Dept. Nat. Res., Fish. Div., Fish. Res. Rep. No. 1955. 13 p / St. Claire M reported as 0.0206 cm TL ok of freshwater fishery biology, volume 1. The Iowa State University Press, Ames. Iowa/ Missouri . E. Krantz, 1971. Bluegills dominate production in mixed populations of fishes. Ecology 52( 2): 280 290. habits and growth of walleye, Stizostedion vitreum, smallmouth bass, Micropterus dolomieui, and northern pike, Esox lucius, in the Kamin ement to the Handbook of freshwater fishery biology. Wm. C. Brown, Dubuque, Iowa. p. 277 429 as SL a= 0.006 b= 3.11)

orted as 0.007 cm TL ed Deer Lake, Canada. ( was Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed June 15, 2001.

Smal k of freshwater fishery biology, volume 1. The Iowa State University Press, Ames. Iowa e Michigan ministiquia River, Ontario. Can. Field Nat. 105( 4): 517 521/ Kaministiquia River all, J. W. Jr., 1975. / Elkhorn Cr., Kentucky. Alpha reported as 0.0011 cm TL , beta 3.193) species stage stage. sequence total. len. mm weight. g weight. lbs bullhead. spp egg 1 3 NA NA bullhead. spp larvae 2 20 NA NA bullhead. spp age0 3 38 NA NA bullhead. spp age01 4 112 NA NA bullhead. spp age02 5 145 NA NA bullhead. spp age03 6 173 NA NA bullhead. spp age04 7 206 NA NA bullhead. spp age05 8 246 NA NA bullhead. spp age06 9 292 NA NA bullhead. spp age07 10 302 NA NA bullhead. spp age08 11 310 NA NA bullhead. spp age09 12 311 NA NA carp egg 1 1.8 NA NA carp larvae 2 7.75 NA NA carp age0 3 94 NA NA carp age01 4 305 313 0.690046999 carp age02 5 351 550 1.21254265 carp age03 6 401 717 1.580714691 carp age04 7 566 NA NA carp age05 8 580 NA NA carp age06 9 590 NA NA carp age07 10 620 NA NA carp age08 11 660 NA NA carp age09 12 670 NA NA carp age10 13 680 NA NA carp age11 14 700 9980 22.00213754 carp age12 15 710 NA NA carp age13 16 720 NA NA carp age14 17 730 NA NA carp age15 18 740 11058 24.37872113 carp age16 19 750 10101 22.26889692 carp age17 20 760 15430 34 channel. catfish egg 1 3.75 NA NA channel. catfish larvae 2 12.8 NA NA channel. catfish age0 3 94 9 0.019841607 channel. catfish age01 4 163 36 0.079366428 channel. catfish age02 5 241 91 0.200620693 channel. catfish age03 6 315 227 0.500449421 channel. catfish age04 7 368 608 1.340410784 channel. catfish age05 8 437 1397 3.079858331 channel. catfish age06 9 472 1252 2.760187996 channel. catfish age07 10 533 NA NA channel. catfish age08 11 561 2041 4.499635543 channel. catfish age09 12 607 NA NA channel. catfish age10 13 711 NA NA channel. catfish age11 14 720 NA NA channel. catfish age12 15 724 NA NA crappie egg 1 0.93 NA NA crappie larvae 2 6.96 NA NA crappie age0 3 74 NA NA crappie age01 4 160 NA NA crappie age02 5 183 NA NA crappie age03 6 237 NA NA crappie age04 7 272 NA NA crappie age05 8 301 NA NA crappie age06 9 305 NA NA crappie age07 10 310 NA NA crappie age08 11 321 NA NA crappie age09 12 337 NA NA freshwater. drum egg 1 0.0005 0.0005 1.10231E 06 freshwater. drum larvae 2 0.00134 0.00134 2.95419E 06 freshwater. drum age0 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 0.001 NA NA gizzard. shad larvae 2 0.003006 0.000072 1.58733E 07 gizzard. shad age0 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 logperch egg 1 1.31 NA NA logperch larvae 2 30 NA NA logperch age0 3 60 NA NA logperch age01 4 86 NA NA logperch age02 5 106 NA NA logperch age03 6 121 NA NA muskellunge egg 1 2.54 NA NA muskellunge larvae 2 100 NA NA muskellunge age0 3 150 NA NA muskellunge age01 4 300 NA NA muskellunge age02 5 432 NA NA muskellunge age03 6 483 NA NA muskellunge age04 7 584 NA NA muskellunge age05 8 767 NA NA muskellunge age06 9 800 NA NA muskellunge age07 10 866 NA NA muskellunge age08 11 963 NA NA muskellunge age09 12 1002 NA NA muskellunge age10 13 1064 NA NA muskellunge age11 14 1113 NA NA muskellunge age12 15 1206 NA NA muskellunge age13 16 1224 NA NA muskellunge age14 17 1295 NA NA muskellunge age15 18 1328 NA NA muskellunge age16 19 1354 NA NA muskellunge age17 20 1488 NA NA muskellunge age18 21 1490 NA NA muskellunge age19 22 1510 NA NA muskellunge age20 23 1521 NA NA muskellunge age21 24 1522 NA NA muskellunge age22 25 1523 NA NA muskellunge age23 26 1524 NA NA muskellunge age24 27 1525 NA NA muskellunge age25 28 1526 NA NA muskellunge age26 29 1527 NA NA muskellunge age27 30 1528 NA NA shiner. spp egg 1 1 NA NA shiner. spp larvae 2 20 NA NA shiner. spp age0 3 41.5 NA NA shiner. spp age01 4 52 NA NA shiner. spp age02 5 64 NA NA shiner. spp age03 6 84 NA NA smallmouth. bass egg 1 1.85 NA NA smallmouth. bass larvae 2 7.525 NA NA smallmouth. bass age0 3 76 NA NA smallmouth. bass age01 4 178 NA NA smallmouth. bass age02 5 246 NA NA smallmouth. bass age03 6 277 NA NA smallmouth. bass age04 7 312 NA NA smallmouth. bass age05 8 349 NA NA smallmouth. bass age06 9 406 NA NA smallmouth. bass age07 10 425.3 NA NA smallmouth. bass age08 11 444.7 NA NA smallmouth. bass age09 12 464 NA NA suckers egg 1 1 NA NA suckers larvae 2 5 NA NA suckers age0 3 20 NA NA suckers age01 4 127 NA NA suckers age02 5 221 NA NA suckers age03 6 236 NA NA suckers age04 7 295 NA NA suckers age05 8 325 NA NA suckers age06 9 338 NA NA sunfish egg 1 1 NA NA sunfish larvae 2 4.5 NA NA sunfish age0 3 36 NA NA sunfish age01 4 67 NA NA sunfish age02 5 103 NA NA sunfish age03 6 131 NA NA sunfish age04 7 141 NA NA sunfish age05 8 171 NA NA sunfish age06 9 184 NA NA sunfish age07 10 194 NA NA sunfish age08 11 199 NA NA walleye egg 1 1 NA NA walleye larvae 2 19.7 NA NA walleye age0 3 125 NA NA walleye age01 4 262 NA NA walleye age02 5 359 NA NA walleye age03 6 442 NA NA walleye age04 7 482 NA NA walleye age05 8 539 NA NA walleye age06 9 567 NA NA walleye age07 10 596 NA NA walleye age08 11 630 NA NA walleye age09 12 636 NA NA white. bass egg 1 1.20597E 05 NA NA white. bass larvae 2 0.00078926 NA NA white. bass age0 3 79 79 NA white. bass age01 4 212 212 0.467380076 white. bass age02 5 292 292 0.643749916 white. bass age03 6 462 462 1.018535826 white. bass age04 7 526 458 1.009717334 white. bass age05 8 570 570 1.25663511 white. bass age06 9 755 755 1.664490365 white. bass age07 10 760 760 1.67551348 yellow. perch egg 1 0.001 NA NA yellow. perch larvae 2 0.00174 0.00033 7.27526E 07 yellow. perch age0 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 smelt egg 1 1 NA NA smelt larvae 2 5.5 NA NA smelt age01 3 100 NA NA smelt age02 4 127 NA NA smelt age03 5 203 NA NA smelt age04 6 250 NA NA smelt age05 7 290 NA NA smelt age06 8 300 NA NA burbot egg 1 1.35 NA NA burbot larvae 2 6 NA NA burbot age01 3 210 NA NA burbot age02 4 322.7 NA NA burbot age03 5 376.5 NA NA burbot age04 6 424 NA NA burbot age05 7 492.1 NA NA burbot age06 8 539.9 NA NA burbot age07 9 557.8 NA NA burbot age08 10 579.1 NA NA burbot age09 11 590.6 NA NA burbot age10 12 616 NA NA whitefish egg 1 2.75 NA NA whitefish larvae 2 21.75 NA NA whitefish juv 3 83 NA NA whitefish age01 4 305 254.011744 0.56 whitefish age02 5 368 498.95164 1.1 whitefish age03 6 445 907.1848 2 whitefish age04 7 475 1133.981 2.5 whitefish age05 8 508 1360.7772 3 whitefish age06 9 533 1632.93264 3.6 whitefish age07 10 559 1859.72884 4.1 whitefish age08 11 592 2449.39896 5.4 whitefish age09 12 593 2494.7582 5.5 whitefish age10 13 597 2540.11744 5.6 whitefish age11 14 605 2585.47668 5.7 whitefish age12 15 627 2812.27288 6.2 whitefish age13 16 635 3129.78756 6.9 whitefish age14 17 640 3175.1468 7 whitefish age15 18 641 3401.943 7.5 whitefish age16 19 676 3991.61312 8.8 bluegill egg 1 1.04 NA NA bluegill larvae 2 4.9 NA NA bluegill age0 3 70 24 0.052910952 bluegill age01 4 75 14 0.030864722 bluegill age02 5 108 113 0.249122399 bluegill age03 6 131 147 0.324079581 bluegill age04 7 156 110 0.24250853 bluegill age05 8 188 NA NA bluegill age06 9 189 NA NA bluegill age07 10 194 NA NA bluegill age08 11 228 NA NA bluegill age09 12 236 NA NA bluntnose. minnow egg 1 1 NA NA bluntnose. minnow larvae 2 12.67 NA NA bluntnose. minnow age0 3 26.33 NA NA bluntnose. minnow age01 4 41 NA NA bluntnose. minnow age02 5 56 NA NA bluntnose. minnow age03 6 60 NA NA golden. redhorse egg 1 1 NA NA golden. redhorse larvae 2 5 NA NA golden. redhorse age0 3 99 NA NA golden. redhorse age01 4 124 NA NA golden. redhorse age02 5 188 NA NA golden. redhorse age03 6 264 NA NA golden. redhorse age04 7 290 NA NA golden. redhorse age05 8 325 NA NA golden. redhorse age06 9 472 NA NA golden. redhorse age07 10 488 NA NA alewife egg 1 0.01 0.01 0.000 alewife larvae 2 5 5 0.024 alewife age01 3 7.24 7.24 0.030 alewife age02 4 22.9 22.9 0.125 alewife age03 5 34.67 34.67 0.254 alewife age04 6 42.66 42.66 0.379 alewife age05 7 48.98 48.98 0.485 alewife age06 8 58.88 58.88 0.565 alewife age07 9 67.61 67.61 0.625 notes. maximum. age note. length note. weight NA Scott & Crossman, 1973 as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp black bullhead. html NA assumed by AGRET based on age0 size NA Black bullhead. C284; as cited in Carlander, K. D., 1969, pg. 527/ OH NA Black bullhead. M448; as cited in Carlander, K. D., 1969, pg. 528/ IA, Chariton R. NA Black bullhead. M448; as cited in Carlander, K. D., 1969, pg. 528/ IA, Chariton R. NA Black bullhead. M448; as cited in Carlander, K. D., 1969, pg. 529/ IA, Chariton R. NA Black bullhead. M448; as cited in Carlander, K. D., 1969, pg. 529/ IA, Chariton R. NA Black bullhead. F65; as cited in Carlander, K. D., 1969, pg. 529/ IA, Clear Lk. NA Black bullhead. F65; as cited in Carlander, K. D., 1969, pg. 530/ IA, Clear Lk. NA Black bullhead. F65; as cited in Carlander, K. D., 1969, pg. 530/ IA, Clear Lk. NA Black bullhead. F65; as cited in Carlander, K. D., 1969, pg. 530/ IA, Clear Lk. NA assumed by AGRET, as value in Carlander, 1969, p. 530 would go down NA Slastenenko, 1958; as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ NA Jones et al. 1978, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ NA multiple sources; as cited in Carlander, K. D., 1969, pg. 375/ IA streams NA Iowa Conserv. Comm., 1961; as cited inIowa Conserv. Comm., 1961; as cited in Carlander, K. D., 1969, pg. 376/ IA NA Iowa Conserv. Comm., 1961; as cited inIowa Conserv. Comm., 1961; as cited in Carlander, K. D., 1969, pg. 377/ IA NA multiple sources; as cited in Carlander, multiple sources; as cited in Carlander, K. D., 1969, pg. 378/ IA rivers NA Christenson, M., 1957; as cited in Carlander, K. D., 1969, pg. 379/ Mississippi R., MN NA assumed by AGRET to be higher than last age NA assumed by AGRET to be higher than last age NA multiple sources; as cited in Carlander, K. D., 1969, pg. 380/ Ohio NA Lopinot, 1958; as cited in Carlander, K. D., 1969, pg. 381/ IL NA assumed by AGRET to be higher than last age NA assumed by AGRET to be higher than last age NA assumed by AGRET to be higher than last age NA assumed by AGRET to be higher than last age NA assumed by AGRET to be higher than last age Iowa Conserv. Comm., assumed by AGRET to be higher than last age NA assumed by AGRET to be higher than last age Carlander, K. D., 1969 assumed by AGRET to be higher than last age McCrimmon, 1968, pgassumed by AGRET to be higher than last age NA Scott & Crossman, 1973; as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp channel catfish. html NA As cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp channel catfish. html NA Davis, 1959; as cited in Carlander, K. D., 1969, pg. 543/ Kansas rivers NA multiple sources; as cited in Carlander, K. D., 1969, pg. 544/ IL and IA rivers NA multiple sources; as cited in Carlander, K. D., 1969, pg. 544/ IL and IA, Miss. & Mo. R. NA multiple sources; as cited in Carlander, K. D., 1969, pg. 544/ IL and IA, Miss. & Mo. R. NA multiple sources; as cited in Carlander, K. D., 1969, pg. 545/ IL and IA, Miss. & Mo. R. NA multiple sources; as cited in Carlander, K. D., 1969, pg. 545/ Miss. & Mo. R. NA multiple sources; as cited in Carlander, K. D., 1969, pg. 545/ Miss. & Mo. R. NA multiple sources; as cited in Carlander, K. D., 1969, pg. 546/ Miss. & Mo. R. NA multiple sources; as cited in Carlander, K. D., 1969, pg. 546/ Miss. & Mo. R. NA multiple sources; as cited in Carlander, K. D., 1969, pg. 546/ Miss. R. NA multiple sources; as cited in Carlander, K. D., 1969, pg. 546/ Miss. R. NA assumed by AGRET to be higher than age10 Appelget & Smith, 195multiple sources; as cited in Carlander, K. D., 1969, pg. 546/ Miss. R. NA black. crappie. hMarriner, 1971, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9 NA black. crappie. hAverage of length at hatching & postlarvae length as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9.( S NA black. crappie. hmultiple; as cited in Carlander, K. D., 1977, pg. 314/ MN, WI NA black. crappie. hU8; as cited in Carlander, K. D., 1977, pg. 314/ IA, Miss. R. NA black. crappie. hU4, U8; as cited in Carlander, K. D., 1977, pg. 315/ IA, IL, Miss. R. NA black. crappie. hmult. refs; as cited in Carlander, K. D., 1977, pg. 315/ MN, Miss. R. NA black. crappie. hmult. refs; as cited in Carlander, K. D., 1977, pg. 317/ MN, Miss. R. NA black. crappie. hmult. refs; as cited in Carlander, K. D., 1977, pg. 317/ MN, Miss. R. NA black. crappie. hmult. refs; as cited in Carlander, K. D., 1977, pg. 317/ MN, Miss. R. NA black. crappie. hassumed by Abeualieu to show increase NA black. crappie. hmult. refs; as cited in Carlander, K. D., 1977, pg. 318/ MI, MN, SD, WI mult. refs; as cited in Cvmult. refs; as cited in Carlander, K. D., 1977, pg. 318/ MN, SD, WI NA these are not lengths, but weights; becaassumed by AGRET based on larval weight NA these are not lengths, but weights; becahttp:// www. mvr. usace. army. mil/ pdw/ nav_ study/ env_ reports/ Env16 Ch/ app NA these are not lengths, but weights; becahttp:// www. mvr. usace. army. mil/ pdw/ nav_ study/ env_ reports/ Env16 Ch/ app NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA these are not lengths, but weights; becaScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged male NA weight in grams: assumed by AGRET NA mean post and prolarvae are weights in grams: Table 8[ 26887] NA are weights in grams: Table 8[ 26887] NA are weights in grams: Table 14[ 26887] NA are weights in grams: Table 14[ 26887] NA are weights in grams: Table 14[ 26887] NA are weights in grams: Table 14[ 26887] NA are weights in grams: Table 14[ 26887] NA are weights in grams: Table 14[ 26887] NA logperch. W164: as cited in Carlander, K. D. 1997, p. 82/ average of 10 eggs NA assumed by AGRET NA logperch. L256: as cited in Carlander, K. D. 1997, p. 80/ WI central NA logperch. L256: as cited in Carlander, K. D. 1997, p. 81/ WI central NA logperch. L256: as cited in Carlander, K. D. 1997, p. 81/ WI central logperch. L256: as citedlogperch. L256: as cited in Carlander, K. D. 1997, p. 81/ WI central NA as cited in Carlander, K. D. 1969, p. 362 NA assumed by AGRET NA P69; as cited in Carlander, K. D. 1969, p. 356/ TN Streams NA K69; as cited in Carlander, K. D. 1969, p. 356/ George Lake NA G152, S499; as cited in Carlander, K. D. 1969, p. 356/ George Lake NA G152, S499; as cited in Carlander, K. D. 1969, p. 356/ George Lake NA G152, S499; as cited in Carlander, K. D. 1969, p. 356/ George Lake NA C227; M329; as cited in Carlander, K. D. 1969, p. 356/ ON Nogies NA M329; as cited in Carlander, K. D. 1969, p. 356/ Nogies NA M329; as cited in Carlander, K. D. 1969, p. 356/ Nogies NA C227; M329; as cited in Carlander, K. D. 1969, p. 356/ ON Nogies NA C227; as cited in Carlander, K. D. 1969, p. 356/ ON Nogies NA G23; as cited in Carlander, K. D. 1969, p. 356/ NY NA J15; as cited in Carlander, K. D. 1969, p. 356/ WI NA J15; as cited in Carlander, K. D. 1969, p. 356/ WI NA S2; as cited in Carlander, K. D. 1969, p. 356/ WI NA S2; as cited in Carlander, K. D. 1969, p. 356/ WI NA H15; as cited in Carlander, K. D. 1969, p. 356/ ON NA H15; as cited in Carlander, K. D. 1969, p. 356/ ON NA S2; as cited in Carlander, K. D. 1969, p. 356/ WI NA assumed by AGREt ( higher than last stage) NA S2; as cited in Carlander, K. D. 1969, p. 356/ WI NA assumed by AGREt ( higher than last stage) NA assumed by AGREt ( higher than last stage) NA assumed by AGREt ( higher than last stage) NA assumed by AGREt ( higher than last stage) NA assumed by AGREt ( higher than last stage) NA assumed by AGREt ( higher than last stage) NA assumed by AGREt ( higher than last stage) Froese, R. and D. Pauassumed by AGREt ( higher than last stage) NA Emerald shiner. assumed by AGRET NA Emerald shiner. assumed by AGRET NA Emerald shiner. Trautman, 1981, pg 318./ OH NA Emerald shiner. Trautman, 1981, pg 318./ OH NA Emerald shiner. Trautman, 1981, pg 318./ OH Campbell & MaccrimmEmerald shiner. Trautman, 1981, pg 318./ OH NA Scott & Crossman, 1973 as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9 NA NA mult. refs; as cited in Carlander, K. D., 1977, pg. 160/ MO streams NA C182; as cited in Carlander, K. D., 1977, pg. 161/ Sandusky R., OH NA C182; as cited in Carlander, K. D., 1977, pg. 162/ Sandusky R., OH NA C182; as cited in Carlander, K. D., 1977, pg. 163/ Sandusky R., OH NA C182; as cited in Carlander, K. D., 1977, pg. 164/ Sandusky R., OH NA L123, P74; as cited in Carlander, K. D., 1977, pg. 165/ MO streams NA C182; as cited in Carlander, K. D., 1977, pg. 165/ Sandusky R., OH NA assumed by Jhazen, based on age06 and age08 to show increase NA assumed by Jhazen, based on age06 and age08 to show increase S133; as cited in Carlmultiple refs; as cited in Carlander, K. D., 1977, pg. 167/ WI Lakes. NA assumed by AGRET NA assumed by AGRET NA M215; as cited in Carlander, K. D. 1969, p. 458/ Big Blue River NA B180; as cited in Carlander, K. D. 1969, p. 459/ Des Moines River NA B180; as cited in Carlander, K. D. 1969, p. 459/ Des Moines River NA B180; as cited in Carlander, K. D. 1969, p. 459/ Des Moines River NA B180; as cited in Carlander, K. D. 1969, p. 459/ Des Moines River NA B180; as cited in Carlander, K. D. 1969, p. 459/ Des Moines River as cited in Carlander, B180; as cited in Carlander, K. D. 1969, p. 456/ Des Moines River NA http:// dlp. cs. berkeley. edu/ kopec/ tr9/ html/ sp pumpkinseed. html NA http:// dlp. cs. berkeley. edu/ kopec/ tr9/ html/ sp pumpkinseed. html NA mult. refs; as cited in Carlander, K. D., 1977, pg. 57/ Pumpkinseed, MI NA mult. refs; as cited in Carlander, K. D., 1977, pg. 57/ Pumpkinseed, MI, MN NA mult. refs; as cited in Carlander, K. D., 1977, pg. 57/ Pumpkinseed, MI, MN, WI NA mult. refs; as cited in Carlander, K. D., 1977, pg. 58/ Pumpkinseed, MI, MN, WI NA mult. refs; as cited in Carlander, K. D., 1977, pg. 58/ Pumpkinseed, MI, MN, WI NA mult. refs; as cited in Carlander, K. D., 1977, pg. 58/ Pumpkinseed, MI, MN, WI NA mult. refs; as cited in Carlander, K. D., 1977, pg. 59/ Pumpkinseed, MI, MN, WI NA mult. refs; as cited in Carlander, K. D., 1977, pg. 59/ Pumpkinseed, MI mult. refs; as cited in Cmult. refs; as cited in Carlander, K. D., 1977, pg. 59/ Pumpkinseed, MI NA assumed by AGRET NA N97; as cited in Carlander, K. D. 1997, p. 221 mean of 7.4 and 32 mm NA mult. references; as cited in Carlander, K. D. 1997, p. 223/ combined unweighted means in August NA 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers NA 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers NA 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers NA 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers NA 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers NA 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers NA 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers NA assumed by agret ( higher than last stage) as cited in Carlander, 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers NA not lengths, but weights in grams becaucalculated from assumed length of 1mm using a= 1.206x10^ 5, b= 3.132, V NA not lengths, but weights in grams becaucalculated from length of 3.8 mm using a= 1.206x10^ 5, b= 3.132, Van Oos NA not lengths, but weights in grams becaumultiple, as cited in Carlander, K. D., 1997, pg. 18/ multiple sites NA not lengths, but weights in grams becaumultiple, as cited in Carlander, K. D., 1997, pg. 18/ IA, KS, MN, SD, WI mean ysl and pysl: Reighard 1906, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ ( avg of length at hatch & post y NA not lengths, but weights in grams becaumultiple, as cited in Carlander, K. D., 1997, pg. 18/ IA, KS, MN, SD, OH NA not lengths, but weights in grams becaumultiple, as cited in Carlander, K. D., 1997, pg. 18/ IA, IN, KS, MN, SD, OH NA not lengths, but weights in grams becaumultiple, as cited in Carlander, K. D., 1997, pg. 19/ L. Erie NA not lengths, but weights in grams becaumultiple, as cited in Carlander, K. D., 1997, pg. 19/ IA, KS, MN, SD NA not lengths, but weights in grams becaumultiple, as cited in Carlander, K. D., 1997, pg. 19/ IA, KS, IN multiple, as cited in Canot lengths, but weights in grams becauassumed to be higher than age06 NA weight in grams: assumed by AGRET NA are weights in grams: Table 8[ 26887] NA are weights in grams: Table 12[ 26887] NA are weights in grams: Table 12[ 26887] NA are weights in grams: Table 12[ 26887] NA are weights in grams: Table 12[ 26887] NA are weights in grams: Table 12[ 26887] NA are weights in grams: Table 12[ 26887] NA are weights in grams: Table 12[ 26887] NA rainbow smelt. Able and Fahay, 1998; # NA NA rainbow smelt. Able and Fahay, 1998; # NA NA rainbow smelt. assumed by AGRET NA NA rainbow smelt. Scott and Scott, 1988[ 26NA NA rainbow smelt. Scott and Scott, 1988[ 26NA NA rainbow smelt. assumed by AGRET NA NA rainbow smelt. assumed by AGRET NA NA rainbow smelt. assumed to be 5.6 cm leNA NA Snyder http:// www heb. pac. dfo mpo. gc. ca/ congress/ Burbot. pdf average of reported range NA Snyder http:// www heb. pac. dfo mpo. gc. ca/ congress/ Burbot. pdf average of reported range NA [ 27012] L. Erie, Ont. SL NA [ 27012] L. Erie, Ont. SL NA [ 27012] L. Erie, Ont. SL NA [ 27012] L. Erie, Ont. SL NA [ 27012] L. Erie, Ont. SL NA [ 27012] L. Erie, Ont. SL NA [ 27012] L. Erie, Ont. SL NA [ 27012] L. Erie, Ont. SL NA [ 27012] L. Erie, Ont. SL [ 27012] L. Erie, Ont. [ 27012] L. Erie, Ont. SL NA [ 27012] average of length at extrusion and maximum size after 24 hrs in water. NA [ 26676] average of length at 1 wk and length when take on adult characteristics. NA [ 26676] yearling length NA [ 27012] L. Erie TL [ 27012] L. Erie NA [ 27012] L. Erie TL [ 27012] L. Erie NA [ 27012] L. Erie TL [ 27012] L. Erie NA [ 27012] L. Erie TL [ 27012] L. Erie NA [ 27012] L. Erie TL [ 27012] L. Erie NA [ 27012] L. Erie TL [ 27012] L. Erie NA [ 27012] L. Erie TL [ 27012] L. Erie NA [ 27012] L. Erie TL [ 27012] L. Erie NA assumed assumed NA [ 27012] L. Erie TL assumed NA [ 27012] L. Erie TL assumed NA [ 27012] L. Erie TL [ 27012] L. Erie NA [ 27012] L. Erie TL [ 27012] L. Erie NA [ 27012] L. Erie TL assumed NA assumed assumed [ 27012] L. Erie. [ 27012] L. Erie TL [ 27012] L. Erie NA Toetz, 1965, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9 NA Wang and Kernehan, 1979 ( size at completion of yolk sac stage), as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ h NA mult. refs; as cited in Carlander, K. D., 1977, pg. 87/ IN, IL, IA NA mult. refs; as cited in Carlander, K. D., 1977, pg. 88/ OH NA mult. refs; as cited in Carlander, K. D., 1977, pg. 89/ OH NA mult. refs; as cited in Carlander, K. D., 1977, pg. 90/ OH NA mult. refs; as cited in Carlander, K. D., 1977, pg. 91/ OH NA mult. refs; as cited in Carlander, K. D., 1977, pg. 92/ OH NA mult. refs; as cited in Carlander, K. D., 1977, pg. 92/ OH NA mult. refs; as cited in Carlander, K. D., 1977, pg. 93/ OH NA mult. refs; as cited in Carlander, K. D., 1977, pg. 93/ OH, IN, IL, IA mult. refs; as cited in Cmult. refs; as cited in Carlander, K. D., 1977, pg. 93/ OH, IN NA assumed by AGRET NA Keeton, 1963; as cited in Carlander, K. D., 1969, Average of fry at hatching & age 0 fish H91, pg. 439 and L132, R NA Keeton, 1963; as cited in Carlander, K. D., 1969, pg. 438/ Des Moines R., IA ( average of age0) NA Keeton, 1963; as cited in Carlander, K. D., 1969, pg. 438/ Des Moines R., IA NA Keeton, 1963; as cited in Carlander, K. D., 1969, pg. 438/ Des Moines R., IA NA Assumed to be not much bigger than age02 NA assumed by AGRET NA assumed by AGRET NA L108; as cited in Carlander, K. D. 1969, p. 512/ Big Creek NA M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River NA M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River NA M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River NA M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River NA M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River NA M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River M395; as cited in CarlaM395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River NA these are not lengths, but weights; becaassumed by AGRET NA these are not lengths, but weights; becaassumed by AGRET NA these are not lengths, but weights; beca[ 21960]; lake Michigan NA these are not lengths, but weights; beca[ 21960]; lake Michigan NA these are not lengths, but weights; beca[ 21960]; lake Michigan NA these are not lengths, but weights; beca[ 21960]; lake Michigan NA these are not lengths, but weights; beca[ 21960]; lake Michigan NA these are not lengths, but weights; beca[ 21960]; lake Michigan NA these are not lengths, but weights; beca[ 21960]; lake Michigan IA  Missouri R. IA  Missouri R.

9.( Siefert, 1969 length at hatching). pp a. pdf using 10 days pp a. pdf using 164 days ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) ales & females for wt. ( assumed 50/ 50 ratio) , Van Oosten, [ 26645] ( assumed by AGRET length was 1) osten, [ 26645] t yolk sac stage) OH r9/ html/ sp bluegill. html 2, R82 pg. 437; as cited in Carlander, K. D., 1969/ MN, OH. species stage fraction. mature mean. fecundity notes. fraction. mature notes. mean. fec logperch age01 0.5 NA http:// www. kenschultz. com/ template2NA logperch age02 1 NA http:// www. kenschultz. com/ template2NA logperch age03 1 NA http:// www. kenschultz. com/ template2NA muskellunge age01 0 NA assumed by AGRET NA muskellunge age02 0 NA assumed by AGRET NA muskellunge age03 0.5 NA http:// www. kenschultz. com/ template2NA muskellunge age04 0.5 NA http:// www. kenschultz. com/ template2NA muskellunge age05 1 NA http:// www. kenschultz. com/ template2NA muskellunge age06 1 NA http:// www. kenschultz. com/ template2NA muskellunge age07 1 NA http:// www. kenschultz. com/ template2NA muskellunge age08 1 NA http:// www. kenschultz. com/ template2NA muskellunge age09 1 NA http:// www. kenschultz. com/ template2NA muskellunge age10 1 NA http:// www. kenschultz. com/ template2NA muskellunge age11 1 NA http:// www. kenschultz. com/ template2NA muskellunge age12 1 NA http:// www. kenschultz. com/ template2NA muskellunge age13 1 NA http:// www. kenschultz. com/ template2NA muskellunge age14 1 NA http:// www. kenschultz. com/ template2NA muskellunge age15 1 NA http:// www. kenschultz. com/ template2NA muskellunge age16 1 NA http:// www. kenschultz. com/ template2NA muskellunge age17 1 NA http:// www. kenschultz. com/ template2NA muskellunge age18 1 NA http:// www. kenschultz. com/ template2NA muskellunge age19 1 NA http:// www. kenschultz. com/ template2NA muskellunge age20 1 NA http:// www. kenschultz. com/ template2NA muskellunge age21 1 NA http:// www. kenschultz. com/ template2NA muskellunge age22 1 NA http:// www. kenschultz. com/ template2NA muskellunge age23 1 NA http:// www. kenschultz. com/ template2NA muskellunge age24 1 NA http:// www. kenschultz. com/ template2NA muskellunge age25 1 NA http:// www. kenschultz. com/ template2NA muskellunge age26 1 NA http:// www. kenschultz. com/ template2NA muskellunge age27 1 NA http:// www. kenschultz. com/ template2NA yellow. perch age01 0.01 17000 Assumed based on S697, as cited inV21, as cited in yellow. perch age02 0.47 23000 S697, as cited in Carlander, K. D., 19V21, as cited in yellow. perch age03 0.51 27000 S697, as cited in Carlander, K. D., 19V21, as cited in yellow. perch age04 0.86 27000 S697, as cited in Carlander, K. D., 19V21, as cited in yellow. perch age05 1.00 27000 Assumed based on S697, as cited inV21, as cited in yellow. perch age06 1.00 34000 Assumed based on S697, as cited inV21, as cited in yellow. perch age07 1.00 34000 Assumed based on S697, as cited inV21, as cited in yellow. perch age08 1.00 34000 Assumed based on S697, as cited inV21, as cited in yellow. perch age09 1.00 34000 Assumed based on S697, as cited inV21, as cited in yellow. perch age10 1.00 34000 Assumed based on S697, as cited inV21, as cited in darter. spp age01 0.5 NA http:// www. kenschultz. com/ template2NA darter. spp age02 1 NA http:// www. kenschultz. com/ template2NA darter. spp age03 1 NA http:// www. kenschultz. com/ template2NA burbot age01 0 0 burbot age02 0.5 45600 assumed based on [ 27012] [ 27012] egg nu burbot age03 1 210150.875 assumed based on [ 27012] extrapolated burbot age04 1 374701.75 assumed based on [ 27012] extrapolated burbot age05 1 539252.625 assumed based on [ 27012] extrapolated burbot age06 1 703803.5 assumed based on [ 27012] extrapolated burbot age07 1 868354.375 assumed based on [ 27012] extrapolated burbot age08 1 1032905.25 assumed based on [ 27012] extrapolated burbot age09 1 1197456.125 assumed based on [ 27012] extrapolated burbot age10 1 1362007 assumed based on [ 27012] [ 27012] egg nu bluntnose. minnow age01 0.00 0 W26; as cited in Carlander, K. D., 19Assumed 0 bluntnose. minnow age02 1.00 2447 W26; as cited in Carlander, K. D., 19H91, as cited in bluntnose. minnow age03 1.00 2447 W26; as cited in Carlander, K. D., 19H91, as cited in lifetime. fecundnotes. lifetime. fecundity NA NA 2000 logperch. Max. lifetime = 3000, therefore: average ~ 2,000Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishba NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA NA 2,000,000 Max. lifetime = 3,000,000, therefore: average ~ 2,000,000 Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishba NA NA NA NA NA NA NA NA NA NA NA NA 2000 logperch. Max. lifetime = 3000, therefore: average ~ 2,000Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishba number in 343 mm female number in 643 mm female NA NA NA calculated using Saila method base. org. Accessed Sep. 10, 2001Hugg, D. O., 1996. MAPFISH georeferenced mapping database. Freshwater and estuarine fishes of hbase. org. Accessed Sep. 10, 2001Hugg, D. O., 1996. MAPFISH georeferenced mapping database. Freshwater and estuarine fishes of base. org. Accessed Sep. 10, 2001Hugg, D. O., 1996. MAPFISH georeferenced mapping database. Freshwater and estuarine fishes of of North America. Life Science Software. Dennis O. and Steven Hugg, 1278 Turkey Point Road, Edgewater, Maryland, USA./ Ohio River of North America. Life Science Software. Dennis O. and Steven Hugg, 1278 Turkey Point Road, Edgewater, Maryland, USA.

of North America. Life Science Software. Dennis O. and Steven Hugg, 1278 Turkey Point Road, Edgewater, Maryland, USA./ Ohio River ver ver Input data for I& E loss at Monroe Power Plant Workbook compiled for use in fish impingement/ entainment loss model. Amy Beaulieu, 11/ 28/ 01 Additional data added by J. Hazen, 2/ 5/ 02 Jude, D. J., P. J. Mansfield, and M. Perrone, Jr. 1983. Impingement and entrainment of fish and effectiveness of the fish return system at the Monroe A. Nuhfer, personal communication ( currently from Dodge, 1998 table 22) Spoke with Andrew Nuhfer on 2/ 5/ 02. Method: traveling screen dumped Worksheet Description losses01 Reported impingement & entrainment losses at JR Whiting 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 otherlosses from another document  may use if entrainment losses methods not acceptable. Lifehistory compiled by Jhazen on 11/ 30/ 01. Most lifehistory information taken from JR Whiting ( with the exception of darter. spp from Cardinal)

Design master 0/ NA distinction 1973 No impingment collected. Entrainment data presented but do not represent an entire year. Neither can be evaluated. All get NA Impingement gets NA; Entrainment gets NA.

1974 No impingment collected. Entrainment assumed to be comprehensive. Impingement gets NA; Entrainment gets value or 0.

1975 Impingement does not include all individuals. Report [ 18299] indicates that original raw data included many individuals that were not identified and not counted. Entrainment assumed to be comprehensive. Impingement gets value or NA; Entrainment gets value or 0 1982 Impingement assumed to be comprehensive. Entrainment assumed to be comprehensive Impingement gets value or 0. Entrainment gets value or 0 1985 Impingement assumed to be comprehensive. No entrainment data at this time. Impingement gets value or 0. Entrainment gets NA.

Entrainment: ( note, did not use entrainment data from # 18299, because, even though it was recalc values are an improvement over those presented in the original 316b document, they still are flawe techniques. Thus it was decided to use data from the EPA study # 18242).

1973 sampling was completed in mid June, so many species are incompletely represented and num they should be (# 18242, pg. 127). Do not use entrainment data from 1973.

Samples were collected with a 571 micron, 1 meter net. In 1973, 2 samples each were taken at the and surface, for a total of 6 samples per station. In 1974 and 1975, 5 oblique tow samples were col to surface, at a constant rate from about 5 meters deep to the surface for 2.5 minutes. Towing spee 1 m/ sec. A 1.8 liter plankton bucket was attached and a flow meter was fitted at the center of the ne Larvae were preserved in 5% formalin and later counted and identified to the most specific taxa pos dye was added to ease sorting and were standardized to number per 100 m^ 3 Daily entrainment was calculated by multiplying the number of larvae per 100 m^ 3 for a sampling d discharge by the volume flow through the cooling system on that date. The daily estimate was assu that sampling date plus half the number of days to a subsequent sampling date. Each daily estimate the number of days that it represented and the sum of these gave the annual estimate of entrainme are not given explicitly nor are the flows for those days, although some flows are presented in table (# 28452).) Entrainment was calculated from samples collected at location " P2" which is located at t discharge canal in figure 2, and described as the " upper" end of the discharge in the text on page 2 using average flows from table A 2 and larval densities at P2 from table A 26, give results in the ba presented in table 36. using average flows from table A 2 and larval densities at P2 from table A 26, give results in the ba presented in table 36.

The text describes the most abundant species as together accounting for 92% of the total catch at a oblique plankton tows were conducted ( p. 83). Then it states that " Less abundant species are listed B26") ( table A26 is assumed). When the densitites in table 30 for a species are summed and divide percentages come out similar to those presented in the text. Thus it is assumed that the species pre entire collection, and there was no unidentified entrainment component.

Impingement:

Impingement monitoring began in April 1972 for Unit 1, June 1972 for Unit 2, March 1973 for Unit 3 Unit 4. Screens were washed prior to sampling and a basket was placed at the end of the common unit. After a 24 hour period, all fish in the basket were counted and identified. It was attempted to co week, although in August 1975, only 2 samples were collected. The original 216b document stated counted and identified, and that representative specimins were weighed, measured, and checked fo Because the document did not state that all impinged fish were washed into the baskets, the evalua (# 18299) suggests that not all of the impinged fish may have been counted ( p. 6). The evaluation d that most of the monthly impingement estimates were based on samples taken from only some of t most dates are based on samplings from only 50% of the screens, primarily from screenhouse 1. Th screens" in this house, which had technology designed to recover some of the fish.

Original 316b monthly estimates were made by dividing the number of fish impinged by the numbe the 2 test screens, doing the same for the rest of the screens, summing the two, and then multiplyin days in the month. This method was problematic because it did NOT take into account flows. It ass of the pumps were operating and thus sampling 50% of the screens would be representative. Howe of the time, the plant was operating at > 50% capacity. In addition, fish recovered from the test scre considered impinged, yet the impingement numbers from these screens were extrapolated to the re most of the impingement estimates were underestimates. In addition the data sheets indicated man and discrepancies.

Thus, the evaluation document recalculated impingement ( These are the numbers we use). They a impinged on test screens, saved from test screens, and impinged on nonrest screend, multiplied thi screens in units where screens were checked divided by the number of checked screens, and multi roe Power Plant, western Lake Erie, 1982 1983. University of Michigan, Great Lakes Research Division, Special Report 101, Ann Arbor, ed fish onto truck. Weekly, counted subsample of fish and extrapolated to totals.

calculated and the lawed by sampling numbers are lower than t the bottom, mid depth, e collected from bottom speed was approximately e net opening ( p. 23). a possible. Rose bengal ing date at the upper assumed to represent imate was multiplied by inment ( these numbers table A 4 of the appendix at the beginning of the ge 24. Rough calculations e ballpark of the figures e ballpark of the figures h at all stations where listed in tables 30 and ivided into the total, the s presented represent the nit 3, and May 1974 for on sluiceway for each to collect one sample per ated that all fish were ed for deformities. aluation document ion document indicates of the 16 screens and 1. There were two " test mber of days sampled for iplying by the number of It assumed that only 50% However, more than 70% screens were not he rest of the plant. Thus many calculation errors hey added up all fish d this by the number of ultiplied this by the total or, Michigan. ( currently taken from the Dodge, 1998. River Raisin Assessment table 23). lifehistory. name species. to. lump alewife alewife clupeidae bullhead. spp black. bullhead brown. bullhead yellow. bullhead carp common. carp goldfish bowfin channel. catfish channel. catfish flathead. catfish crappie crappie pomoxis. spp white. crappie black. crappie freshwater. drum freshwater. drum gizzard. shad gizzard. shad logperch logperch troutperch muskellunge muskellunge shiner. spp cyprinidae emerald. shiner shiner. spp spottail. shiner spotfin. shiner common. shiner smallmouth. bass largemouth. bass smallmouth. bass bass suckers northern. hog. sucker suckers white. sucker quillback sunfish lepomis. spp sunfish pumpkinseed green. sunfish hybrid. sunfish rock. bass walleye walleye white. bass white. bass white. bass. white. perch white. perch yellow. perch yellow. perch smelt rainbow. smelt smelt burbot burbot whitefish coregoninae species stage year impinged. est entrained. est notes clupeidae egg 1975 . 4,307,867 # 18299, Table 19, pg. 65 clupeidae larvae 1975 . 8,941,542 # 18299, Table 19, pg. 65 alewife egg 1975 . 4,237,210 # 18299, Table 19, pg. 65 alewife larvae 1975 . 5,173 # 18299, Table 19, pg. 65 gizzard. shad egg 1975 . 0 # 18299, Table 19, pg. 65 gizzard. shad larvae 1975 . 87,338 # 18299, Table 19, pg. 65 smelt egg 1975 . 0 # 18299, Table 19, pg. 65 smelt larvae 1975 . 701,318 # 18299, Table 19, pg. 65 northern. pike egg 1975 . 0 # 18299, Table 19, pg. 65 northern. pike larvae 1975 . 6,951 # 18299, Table 19, pg. 65 channel. catfish egg 1975 . 0 # 18299, Table 19, pg. 65 channel. catfish larvae 1975 . 720,081 # 18299, Table 19, pg. 65 goldfish egg 1975 0 # 18299, Table 19, pg. 78 goldfish larvae 1975 309,289 # 18299, Table 19, pg. 78 carp egg 1975 7,892 # 18299, Table 19, pg. 78 carp larvae 1975 480,401 # 18299, Table 19, pg. 78 sucker. spp egg 1975 0 # 18299, Table 19, pg. 78 sucker. spp larvae 1975 421 # 18299, Table 19, pg. 78 emerald. shiner egg 1975 0 # 18299, Table 19, pg. 78 emerald. shiner larvae 1975 169,861 # 18299, Table 19, pg. 78 spottail. shiner egg 1975 0 # 18299, Table 19, pg. 78 spottail. shiner larvae 1975 4,359 # 18299, Table 19, pg. 78 lepomis. spp egg 1975 0 # 18299, Table 19, pg. 78 lepomis. spp larvae 1975 9,532 # 18299, Table 19, pg. 78 brindled. madtom egg 1975 0 # 18299, Table 19, pg. 85 brindled. madtom larvae 1975 5,404 # 18299, Table 19, pg. 85 burbot egg 1975 17,358 # 18299, Table 19, pg. 85 burbot larvae 1975 0 # 18299, Table 19, pg. 85 trout. perch egg 1975 0 # 18299, Table 19, pg. 85 trout. perch larvae 1975 19,673 # 18299, Table 19, pg. 85 white. bass egg 1975 0 # 18299, Table 19, pg. 85 white. bass larvae 1975 379,618 # 18299, Table 19, pg. 85 freshwater. drum egg 1975 0 # 18299, Table 19, pg. 85 freshwater. drum larvae 1975 1,826,026 # 18299, Table 19, pg. 85 brook. silverside egg 1975 0 # 18299, Table 19, pg. 85 brook. silverside larvae 1975 5,404 # 18299, Table 19, pg. 85 johnny. darter egg 1975 0 # 18299, Table 19, pg. 92 johnny. darter larvae 1975 0 # 18299, Table 19, pg. 92 logperch egg 1975 0 # 18299, Table 19, pg. 92 logperch larvae 1975 47,525 # 18299, Table 19, pg. 92 yellow. perch egg 1975 256,413 # 18299, Table 19, pg. 92 yellow. perch larvae 1975 4,963,524 # 18299, Table 19, pg. 92 walleye egg 1975 0 # 18299, Table 19, pg. 92 walleye larvae 1975 384,367 # 18299, Table 19, pg. 92 unidentified egg 1975 18,701,436 # 18299, Table 19, pg. 92 unidentified larvae 1975 1,673,666 # 18299, Table 19, pg. 92 clupeidae larvae 1973 NA 800,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are carp larvae 1973 NA 3,300,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are white. bass larvae 1973 NA 2,600,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are yellow. perch larvae 1973 NA 2,200,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are channel. catfish larvae 1973 NA 100,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are freshwater. drum larvae 1973 NA 0 # 18242, Table 36, pg. 126 Incomplete year  numbers are shiner. spp larvae 1973 NA 1,600,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are sunfish larvae 1973 NA 300,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are bass larvae 1973 NA 0 # 18242, Table 36, pg. 126 Incomplete year  numbers are smelt larvae 1973 NA 200,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are crappie larvae 1973 NA 600,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are walleye larvae 1973 NA 100,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are suckers larvae 1973 NA 200,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are troutperch larvae 1973 NA 100,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are logperch larvae 1973 NA 100,000 # 18242, Table 36, pg. 126 Incomplete year  numbers are are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be. are lower than they should be.