Brown, Dubuque, Iowa. p. 277 429 species stage stage. sequencetotal. len. mm weight. g weight. lbs notes. maximum. ag bluntnose. minnow egg 1 1 NA NA NA bluntnose. minnow larvae 2 12.67 NA NA NA bluntnose. minnow age0 3 26.33 NA NA NA bluntnose. minnow age01 4 41 NA NA NA bluntnose. minnow age02 5 56 NA NA NA bluntnose. minnow age03 6 60 NA NA NA channel. catfish egg 1 3.75 NA NA NA channel. catfish larvae 2 12.8 NA NA NA channel. catfish age0 3 94 9 0.019841607 NA channel. catfish age01 4 163 36 0.079366428 NA channel. catfish age02 5 241 91 0.200620693 NA channel. catfish age03 6 315 227 0.500449421 NA channel. catfish age04 7 368 608 1.340410784 NA channel. catfish age05 8 437 1397 3.079858331 NA channel. catfish age06 9 472 1252 2.760187996 NA channel. catfish age07 10 533 NA NA NA channel. catfish age08 11 561 2041 4.499635543 NA channel. catfish age09 12 607 NA NA NA channel. catfish age10 13 711 NA NA NA channel. catfish age11 14 720 NA NA NA channel. catfish age12 15 724 NA NA Appelget & Smith, freshwater. drum egg 1 0.0005 0.0005 1.10231E 06 NA freshwater. drum larvae 2 0.00134 0.00134 2.95419E 06 NA freshwater. drum age0 3 7.55 7.55 0.016644904 NA freshwater. drum age01 4 22.67 22.67 0.049978803 NA freshwater. drum age02 5 93.55 93.55 0.206242482 NA freshwater. drum age03 6 198.44 198.44 0.437485388 NA freshwater. drum age04 7 289.16 289.16 0.637488787 NA freshwater. drum age05 8 360.03 360.03 0.793730419 NA freshwater. drum age06 9 430.91 430.91 0.949994097 NA freshwater. drum age07 10 496.11 496.11 1.093735517 NA freshwater. drum age08 11 572.66 572.66 1.262499407 NA freshwater. drum age09 12 652.03 652.03 1.437480335 NA freshwater. drum age10 13 725.74 725.74 1.599983096 NA freshwater. drum age11 14 805.12 805.12 1.77498607 NA freshwater. drum age12 15 907.18 907.18 1.999989893 NA common. carp egg 1 1.8 NA NA NA common. carp larvae 2 7.75 NA NA NA common. carp age0 3 94 NA NA NA common. carp age01 4 305 313 0.690046999 NA common. carp age02 5 351 550 1.21254265 NA common. carp age03 6 401 717 1.580714691 NA common. carp age04 7 566 NA NA NA common. carp age05 8 580 NA NA NA common. carp age06 9 590 NA NA NA common. carp age07 10 620 NA NA NA common. carp age08 11 660 NA NA NA common. carp age09 12 670 NA NA NA common. carp age10 13 680 NA NA NA common. carp age11 14 700 9980 22.00213754 NA common. carp age12 15 710 NA NA NA common. carp age13 16 720 NA NA NA common. carp age14 17 730 NA NA Iowa Conserv. Com common. carp age15 18 740 11058 24.37872113 NA common. carp age16 19 750 10101 22.26889692 Carlander, K. D., 19 common. carp age17 20 760 15430 34 McCrimmon, 1968, smallmouth. bass egg 1 1.85 NA NA NA smallmouth. bass larvae 2 7.525 NA NA NA smallmouth. bass age0 3 76 NA NA NA smallmouth. bass age01 4 178 NA NA NA smallmouth. bass age02 5 246 NA NA NA smallmouth. bass age03 6 277 NA NA NA smallmouth. bass age04 7 312 NA NA NA smallmouth. bass age05 8 349 NA NA NA smallmouth. bass age06 9 406 NA NA NA smallmouth. bass age07 10 425.3 NA NA NA smallmouth. bass age08 11 444.7 NA NA NA smallmouth. bass age09 12 464 NA NA S133; as cited in C white. bass egg 1 1.20597E 05 NA NA NA white. bass larvae 2 0.00078926 NA NA NA white. bass age0 3 79 NA NA NA white. bass age01 4 212 212 0.467380076 NA white. bass age02 5 292 292 0.643749916 NA white. bass age03 6 462 462 1.018535826 NA white. bass age04 7 526 458 1.009717334 NA white. bass age05 8 570 570 1.25663511 NA white. bass age06 9 755 755 1.664490365 NA white. bass age07 10 760 749 1.651262627 multiple, as cited in herring. family egg 1 2.7 NA NA NA herring. family larvae 2 17.7 NA NA NA herring. family age0 3 114 NA NA NA herring. family age01 4 211.3 NA NA NA herring. family age02 5 308.6 NA NA NA herring. family age03 6 406 NA NA NA crappie. spp egg 1 0.93 NA NA NA crappie. spp larvae 2 6.96 NA NA NA crappie. spp age0 3 74 NA NA NA crappie. spp age01 4 160 NA NA NA crappie. spp age02 5 183 NA NA NA crappie. spp age03 6 237 NA NA NA crappie. spp age04 7 272 NA NA NA crappie. spp age05 8 301 NA NA NA crappie. spp age06 9 305 NA NA NA crappie. spp age07 10 310 NA NA NA crappie. spp age08 11 321 NA NA NA crappie. spp age09 12 337 NA NA mult. refs; as cited bluegill egg 1 1.04 NA NA NA bluegill larvae 2 4.9 NA NA NA bluegill age0 3 70 24 0.052910952 NA bluegill age01 4 75 14 0.030864722 NA bluegill age02 5 108 113 0.249122399 NA bluegill age03 6 131 147 0.324079581 NA bluegill age04 7 156 110 0.24250853 NA bluegill age05 8 188 NA NA NA bluegill age06 9 189 NA NA NA bluegill age07 10 194 NA NA NA bluegill age08 11 228 NA NA NA bluegill age09 12 236 NA NA mult. refs; as cited sunfish. spp egg 1 1 NA NA NA sunfish. spp larvae 2 4.5 NA NA NA sunfish. spp age0 3 36 NA NA NA sunfish. spp age01 4 67 NA NA NA sunfish. spp age02 5 103 NA NA NA sunfish. spp age03 6 131 NA NA NA sunfish. spp age04 7 141 NA NA NA sunfish. spp age05 8 171 NA NA NA sunfish. spp age06 9 184 NA NA NA sunfish. spp age07 10 194 NA NA NA sunfish. spp age08 11 199 NA NA mult. refs; as cited sucker. spp egg 1 1 NA NA NA sucker. spp larvae 2 5 NA NA NA sucker. spp age0 3 20 NA NA NA sucker. spp age01 4 127 NA NA NA sucker. spp age02 5 221 NA NA NA sucker. spp age03 6 236 NA NA NA sucker. spp age04 7 295 NA NA NA sucker. spp age05 8 325 NA NA NA sucker. spp age06 9 338 NA NA as cited in Carland spotted. sucker egg 1 1 NA NA NA spotted. sucker larvae 2 5 NA NA NA spotted. sucker age0 3 100 NA NA NA spotted. sucker age01 4 157 NA NA NA spotted. sucker age02 5 307 NA NA NA spotted. sucker age03 6 371 NA NA NA spotted. sucker age04 7 411 NA NA NA spotted. sucker age05 8 427 NA NA NA spotted. sucker age06 9 432 NA NA C270; as cited in C golden. redhorse egg 1 1 NA NA NA golden. redhorse larvae 2 5 NA NA NA golden. redhorse age0 3 99 NA NA NA golden. redhorse age01 4 124 NA NA NA golden. redhorse age02 5 188 NA NA NA golden. redhorse age03 6 264 NA NA NA golden. redhorse age04 7 290 NA NA NA golden. redhorse age05 8 325 NA NA NA golden. redhorse age06 9 472 NA NA NA golden. redhorse age07 10 488 NA NA M395; as cited in C muskellunge egg 1 2.54 NA NA NA muskellunge larvae 2 100 NA NA NA muskellunge age0 3 150 NA NA NA muskellunge age01 4 300 NA NA NA muskellunge age02 5 432 NA NA NA muskellunge age03 6 483 NA NA NA muskellunge age04 7 584 NA NA NA muskellunge age05 8 767 NA NA NA muskellunge age06 9 800 NA NA NA muskellunge age07 10 866 NA NA NA muskellunge age08 11 963 NA NA NA muskellunge age09 12 1002 NA NA NA muskellunge age10 13 1064 NA NA NA muskellunge age11 14 1113 NA NA NA muskellunge age12 15 1206 NA NA NA muskellunge age13 16 1224 NA NA NA muskellunge age14 17 1295 NA NA NA muskellunge age15 18 1328 NA NA NA muskellunge age16 19 1354 NA NA NA muskellunge age17 20 1488 NA NA NA muskellunge age18 21 1490 NA NA NA muskellunge age19 22 1510 NA NA NA muskellunge age20 23 1521 NA NA NA muskellunge age21 24 1522 NA NA NA muskellunge age22 25 1523 NA NA NA muskellunge age23 26 1524 NA NA NA muskellunge age24 27 1525 NA NA NA muskellunge age25 28 1526 NA NA NA muskellunge age26 29 1527 NA NA NA muskellunge age27 30 1528 NA NA Froese, R. and D. P walleye egg 1 1 NA NA NA walleye larvae 2 19.7 NA NA NA walleye age0 3 125 NA NA NA walleye age01 4 262 NA NA NA walleye age02 5 359 NA NA NA walleye age03 6 442 NA NA NA walleye age04 7 482 NA NA NA walleye age05 8 539 NA NA NA walleye age06 9 567 NA NA NA walleye age07 10 596 NA NA NA walleye age08 11 630 NA NA NA walleye age09 12 636 NA NA as cited in Carland sauger egg 1 1 NA NA NA sauger larvae 2 19.7 NA NA NA sauger age0 3 113 NA NA NA sauger age01 4 273 NA NA NA sauger age02 5 345 NA NA NA sauger age03 6 392 NA NA NA sauger age04 7 441 NA NA NA sauger age05 8 446 NA NA NA sauger age06 9 529 NA NA NA sauger age07 10 564 NA NA NA sauger age08 11 570 NA NA as cited in Carland logperch egg 1 1.31 NA NA NA logperch larvae 2 30 NA NA NA logperch age0 3 60 NA NA NA logperch age01 4 86 NA NA NA logperch age02 5 106 NA NA NA logperch age03 6 121 NA NA logperch. L256: as c bullhead. spp egg 1 3 NA NA NA bullhead. spp larvae 2 20 NA NA NA bullhead. spp age0 3 38 NA NA NA bullhead. spp age01 4 112 NA NA NA bullhead. spp age02 5 145 NA NA NA bullhead. spp age03 6 173 NA NA NA bullhead. spp age04 7 206 NA NA NA bullhead. spp age05 8 246 NA NA NA bullhead. spp age06 9 292 NA NA NA bullhead. spp age07 10 302 NA NA NA bullhead. spp age08 11 310 NA NA NA bullhead. spp age09 12 311 NA NA NA bigmouth. buffalo egg 1 1.5 NA NA NA bigmouth. buffalo larvae 2 50 NA NA NA bigmouth. buffalo age0 3 76 NA NA NA bigmouth. buffalo age01 4 335 NA NA NA bigmouth. buffalo age02 5 386 NA NA NA bigmouth. buffalo age03 6 432 NA NA NA bigmouth. buffalo age04 7 470 NA NA NA bigmouth. buffalo age05 8 513 NA NA NA bigmouth. buffalo age06 9 526 NA NA NA bigmouth. buffalo age07 10 668 NA NA NA bigmouth. buffalo age08 11 696 NA NA NA bigmouth. buffalo age09 12 757 NA NA NA bigmouth. buffalo age10 13 882 NA NA NA bigmouth. buffalo age11 14 884 NA NA NA bigmouth. buffalo age12 15 955 NA NA NA bigmouth. buffalo age13 16 956 NA NA NA bigmouth. buffalo age14 17 957 NA NA NA bigmouth. buffalo age15 18 958 NA NA NA alewife egg 1 0.01 0.01 0.000 NA alewife ysl 2 2.75 2.75 0.006 NA alewife pysl 3 5.49 5.49 0.012 NA alewife juv1 4 8.23 8.23 0.018 NA alewife juv2 5 10.97 10.97 0.024 NA alewife age01 6 13.73524 13.73524 0.030 NA alewife age02 7 56.85267 56.85267 0.125 NA alewife age03 8 115.0299 115.0299 0.254 NA alewife age04 9 172.0205 172.0205 0.379 NA alewife age05 10 219.77 219.77 0.485 NA alewife age06 11 256.46 256.46 0.565 NA alewife age07 12 283.24 283.24 0.625 NA alewife age08 13 302.16 302.16 0.666 PSEG, 1999 [ 2604 rainbow. smelt egg 1 1 NA NA NA rainbow. smelt larvae 2 5.5 NA NA NA rainbow. smelt age01 3 100 NA NA NA rainbow. smelt age02 4 127 NA NA NA rainbow. smelt age03 5 203 NA NA NA rainbow. smelt age04 6 250 NA NA NA rainbow. smelt age05 7 290 NA NA NA rainbow. smelt age06 8 300 NA NA NA yellow. perch egg 1 0.001 NA NA NA yellow. perch larvae 2 0.00174 0.00033 7.27526E 07 NA yellow. perch age0 3 10.54 10.54 0.023236726 NA yellow. perch age01 4 11.13 11.13 0.024537454 NA yellow. perch age02 5 19.74 19.74 0.043519258 NA yellow. perch age03 6 44.78 44.78 0.098723018 NA yellow. perch age04 7 59.77 59.77 0.131770317 NA yellow. perch age05 8 75.27 75.27 0.165941973 NA yellow. perch age06 9 96.85 96.85 0.213517738 NA gizzard. shad egg 1 0.001 NA NA NA gizzard. shad larvae 2 0.003006 0.000072 1.58733E 07 NA gizzard. shad age0 3 4.85 4.85 0.010692422 NA gizzard. shad age01 4 63.78 63.78 0.140610855 NA gizzard. shad age02 5 216.28 216.28 0.476815862 NA gizzard. shad age03 6 290.39 290.39 0.640200473 NA gizzard. shad age04 7 401.43 401.43 0.885001811 NA gizzard. shad age05 8 528.72 528.72 1.165628273 NA gizzard. shad age06 9 696.86 696.86 1.536313584 NA emerald. shiner egg 1 1 NA NA NA emerald. shiner larvae 2 20 NA NA NA emerald. shiner age0 3 41.5 NA NA NA emerald. shiner age01 4 52 NA NA NA emerald. shiner age02 5 64 NA NA NA emerald. shiner age03 6 84 NA NA Campbell & Maccri white. perch egg 1 0.01 0.01 0.000 NA white. perch ysl 2 4.29 4.29 0.009 NA white. perch pysl 3 8.57 8.57 0.019 NA white. perch juv1 4 12.85 12.85 0.028 NA white. perch juv2 5 17.13 17.13 0.038 NA white. perch age01 6 21.41 21.41 0.047 NA white. perch age02 7 25.7 25.7 0.057 NA white. perch age03 8 46.5 46.5 0.103 NA white. perch age04 9 68.1 68.1 0.150 NA white. perch age05 10 97.2 97.2 0.214 NA white. perch age06 11 120 120 0.265 NA white. perch age07 12 161.4 161.4 0.356 NA white. perch age08 13 175.5 175.5 0.387 NA white. perch age09 14 234.1 234.1 0.516 NA white. perch age10 15 280.7 280.7 0.619 PSEG, 1999 [ 2604 note. length note. weight assumed by AGRET Keeton, 1963; as cited in Carlander, K. D., 1969, Average of fry at hatching & age 0 fish H91, pg. 439 and L132, R82 pg. 437; as cited in C Keeton, 1963; as cited in Carlander, K. D., 1969, pg. 438/ Des Moines R., IA ( average of age0) Keeton, 1963; as cited in Carlander, K. D., 1969, pg. 438/ Des Moines R., IA Keeton, 1963; as cited in Carlander, K. D., 1969, pg. 438/ Des Moines R., IA Assumed to be not much bigger than age02 Scott & Crossman, 1973; as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp channel catfish. html As cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp channel catfish. html Davis, 1959; as cited in Carlander, K. D., 1969, pg. 543/ Kansas rivers multiple sources; as cited in Carlander, K. D., 1969, pg. 544/ IL and IA rivers multiple sources; as cited in Carlander, K. D., 1969, pg. 544/ IL and IA, Miss. & Mo. R. multiple sources; as cited in Carlander, K. D., 1969, pg. 544/ IL and IA, Miss. & Mo. R. multiple sources; as cited in Carlander, K. D., 1969, pg. 545/ IL and IA, Miss. & Mo. R. multiple sources; as cited in Carlander, K. D., 1969, pg. 545/ Miss. & Mo. R. multiple sources; as cited in Carlander, K. D., 1969, pg. 545/ Miss. & Mo. R. multiple sources; as cited in Carlander, K. D., 1969, pg. 546/ Miss. & Mo. R. multiple sources; as cited in Carlander, K. D., 1969, pg. 546/ Miss. & Mo. R. multiple sources; as cited in Carlander, K. D., 1969, pg. 546/ Miss. R. multiple sources; as cited in Carlander, K. D., 1969, pg. 546/ Miss. R. assumed by AGRET to be higher than age10 multiple sources; as cited in Carlander, K. D., 1969, pg. 546/ Miss. R. these are not lengths, but weights; because model needs leassumed by AGRET based on larval weight these are not lengths, but weights; because model needs lehttp:// www. mvr. usace. army. mil/ pdw/ nav_ study/ env_ reports/ Env16 Ch/ app a. pd these are not lengths, but weights; because model needs lehttp:// www. mvr. usace. army. mil/ pdw/ nav_ study/ env_ reports/ Env16 Ch/ app a. pd these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & these are not lengths, but weights; because model needs leScott & Crossman, 1973 ( doc # 25640). Pg 815 / Lake Erie. Averaged males & Slastenenko, 1958; as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ Jones et al. 1978, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ multiple sources; as cited in Carlander, K. D., 1969, pg. 375/ IA streams Iowa Conserv. Comm., 1961; as cited in Carlander, K. D., 19Iowa Conserv. Comm., 1961; as cited in Carlander, K. D., 1969, pg. 376/ IA  Mi Iowa Conserv. Comm., 1961; as cited in Carlander, K. D., 19Iowa Conserv. Comm., 1961; as cited in Carlander, K. D., 1969, pg. 377/ IA  Mi multiple sources; as cited in Carlander, K. D., 1969, pg. 378/ multiple sources; as cited in Carlander, K. D., 1969, pg. 378/ IA rivers Christenson, M., 1957; as cited in Carlander, K. D., 1969, pg. 379/ Mississippi R., MN assumed by AGRET to be higher than last age assumed by AGRET to be higher than last age multiple sources; as cited in Carlander, K. D., 1969, pg. 380/ Ohio Lopinot, 1958; as cited in Carlander, K. D., 1969, pg. 381/ IL assumed by AGRET to be higher than last age assumed by AGRET to be higher than last age assumed by AGRET to be higher than last age assumed by AGRET to be higher than last age assumed by AGRET to be higher than last age assumed by AGRET to be higher than last age assumed by AGRET to be higher than last age assumed by AGRET to be higher than last age assumed by AGRET to be higher than last age Scott & Crossman, 1973 as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9 mult. refs; as cited in Carlander, K. D., 1977, pg. 160/ MO streams C182; as cited in Carlander, K. D., 1977, pg. 161/ Sandusky R., OH C182; as cited in Carlander, K. D., 1977, pg. 162/ Sandusky R., OH C182; as cited in Carlander, K. D., 1977, pg. 163/ Sandusky R., OH C182; as cited in Carlander, K. D., 1977, pg. 164/ Sandusky R., OH L123, P74; as cited in Carlander, K. D., 1977, pg. 165/ MO streams ( was assumed by Abeualieu to show increase 400) C182; as cited in Carlander, K. D., 1977, pg. 165/ Sandusky R., OH assumed by Jhazen, based on age06 and age08 to show increase assumed by Jhazen, based on age06 and age08 to show increase multiple refs; as cited in Carlander, K. D., 1977, pg. 167/ WI Lakes. ( was 593, but this was only for one fish! S133; as cited in Carlander, K not lengths, but weights in grams because not a good formucalculated from assumed length of 1mm using a= 1.206x10^ 5, b= 3.132, Van O not lengths, but weights in grams because not a good formucalculated from length of 3.8 mm using a= 1.206x10^ 5, b= 3.132, Van Oosten, not lengths, but weights in grams because not a good formumultiple, as cited in Carlander, K. D., 1997, pg. 18/ multiple sites not lengths, but weights in grams because not a good formumultiple, as cited in Carlander, K. D., 1997, pg. 18/ IA, KS, MN, SD, WI not lengths, but weights in grams because not a good formumultiple, as cited in Carlander, K. D., 1997, pg. 18/ IA, KS, MN, SD, OH not lengths, but weights in grams because not a good formumultiple, as cited in Carlander, K. D., 1997, pg. 18/ IA, IN, KS, MN, SD, OH not lengths, but weights in grams because not a good formumultiple, as cited in Carlander, K. D., 1997, pg. 19/ L. Erie not lengths, but weights in grams because not a good formumultiple, as cited in Carlander, K. D., 1997, pg. 19/ IA, KS, MN, SD not lengths, but weights in grams because not a good formumultiple, as cited in Carlander, K. D., 1997, pg. 19/ IA, KS, IN not lengths, but weights in grams because not a good formuassumed to be higher than age06 skipjack. herring. Wallus et al., 1990, pg. 117/ Lake Michigan mean ysl and pysl: Wallus et al., 1990, pg. 117/ TN & OH Riv. Basin ( changed from 11.125 to 17.7 by JH  average of min ysl and max py Wallus et al., 1990, pg. 121/ TN & OH Riv. Basin ( changed from 30.5 to 114 actually for age0) extrapolated from age0 to age3 ( was 114 Etnier, & Starnes; Smith, 1979, as cited in Wallus et al., 1990, pg. 122) extrapolated from age0 to age3 ( was Average of ages 1 & 3) skipjack. herring. Trautman, 1981, pg 196./ OH ( max of adult range) black. crappie. hMarriner, 1971, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9 black. crappie. hAverage of length at hatching & postlarvae length as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9.( Siefert, 1969 length at h black. crappie. hmultiple; as cited in Carlander, K. D., 1977, pg. 314/ MN, WI black. crappie. hU8; as cited in Carlander, K. D., 1977, pg. 314/ IA, Miss. R. black. crappie. hU4, U8; as cited in Carlander, K. D., 1977, pg. 315/ IA, IL, Miss. R. black. crappie. hmult. refs; as cited in Carlander, K. D., 1977, pg. 315/ MN, Miss. R. black. crappie. hmult. refs; as cited in Carlander, K. D., 1977, pg. 317/ MN, Miss. R. black. crappie. hmult. refs; as cited in Carlander, K. D., 1977, pg. 317/ MN, Miss. R. black. crappie. hmult. refs; as cited in Carlander, K. D., 1977, pg. 317/ MN, Miss. R. black. crappie. hassumed by Abeualieu to show increase black. crappie. hmult. refs; as cited in Carlander, K. D., 1977, pg. 318/ MI, MN, SD, WI vmult. refs; as cited in Carlander, K. D., 1977, pg. 318/ MN, SD, WI Toetz, 1965, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9 Wang and Kernehan, 1979 ( size at completion of yolk sac stage), as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp bluegill. html mult. refs; as cited in Carlander, K. D., 1977, pg. 87/ IN, IL, IA mult. refs; as cited in Carlander, K. D., 1977, pg. 88/ OH mult. refs; as cited in Carlander, K. D., 1977, pg. 89/ OH mult. refs; as cited in Carlander, K. D., 1977, pg. 90/ OH mult. refs; as cited in Carlander, K. D., 1977, pg. 91/ OH mult. refs; as cited in Carlander, K. D., 1977, pg. 92/ OH mult. refs; as cited in Carlander, K. D., 1977, pg. 92/ OH mult. refs; as cited in Carlander, K. D., 1977, pg. 93/ OH mult. refs; as cited in Carlander, K. D., 1977, pg. 93/ OH, IN, IL, IA mult. refs; as cited in Carlander, K. D., 1977, pg. 93/ OH, IN http:// dlp. cs. berkeley. edu/ kopec/ tr9/ html/ sp pumpkinseed. html http:// dlp. cs. berkeley. edu/ kopec/ tr9/ html/ sp pumpkinseed. html mult. refs; as cited in Carlander, K. D., 1977, pg. 57/ Pumpkinseed, MI mult. refs; as cited in Carlander, K. D., 1977, pg. 57/ Pumpkinseed, MI, MN mult. refs; as cited in Carlander, K. D., 1977, pg. 57/ Pumpkinseed, MI, MN, WI mult. refs; as cited in Carlander, K. D., 1977, pg. 58/ Pumpkinseed, MI, MN, WI mult. refs; as cited in Carlander, K. D., 1977, pg. 58/ Pumpkinseed, MI, MN, WI mean ysl and pysl: Reighard 1906, as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ ( avg of length at hatch & post yolk sac stage) mult. refs; as cited in Carlander, K. D., 1977, pg. 58/ Pumpkinseed, MI, MN, WI mult. refs; as cited in Carlander, K. D., 1977, pg. 59/ Pumpkinseed, MI, MN, WI mult. refs; as cited in Carlander, K. D., 1977, pg. 59/ Pumpkinseed, MI mult. refs; as cited in Carlander, K. D., 1977, pg. 59/ Pumpkinseed, MI assumed by AGRET assumed by AGRET M215; as cited in Carlander, K. D. 1969, p. 458/ Big Blue River B180; as cited in Carlander, K. D. 1969, p. 459/ Des Moines River B180; as cited in Carlander, K. D. 1969, p. 459/ Des Moines River B180; as cited in Carlander, K. D. 1969, p. 459/ Des Moines River B180; as cited in Carlander, K. D. 1969, p. 459/ Des Moines River B180; as cited in Carlander, K. D. 1969, p. 459/ Des Moines River B180; as cited in Carlander, K. D. 1969, p. 456/ Des Moines River assumed by AGRET assumed by AGRET assumed by Agret to be lower than next stage C270; as cited in Carlander, K. D. 1969, p. 505 506/ Mississippi River C270; as cited in Carlander, K. D. 1969, p. 505 506/ Mississippi River C270; as cited in Carlander, K. D. 1969, p. 505 506/ Mississippi River C270; as cited in Carlander, K. D. 1969, p. 505 506/ Mississippi River C270; as cited in Carlander, K. D. 1969, p. 505 506/ Mississippi River C270; as cited in Carlander, K. D. 1969, p. 505 506/ Mississippi River assumed by AGRET assumed by AGRET L108; as cited in Carlander, K. D. 1969, p. 512/ Big Creek M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River M395; as cited in Carlander, K. D. 1969, p. 512 513/ Des Moines River as cited in Carlander, K. D. 1969, p. 362 assumed by AGRET P69; as cited in Carlander, K. D. 1969, p. 356/ TN Streams K69; as cited in Carlander, K. D. 1969, p. 356/ George Lake G152, S499; as cited in Carlander, K. D. 1969, p. 356/ George Lake G152, S499; as cited in Carlander, K. D. 1969, p. 356/ George Lake G152, S499; as cited in Carlander, K. D. 1969, p. 356/ George Lake C227; M329; as cited in Carlander, K. D. 1969, p. 356/ ON Nogies M329; as cited in Carlander, K. D. 1969, p. 356/ Nogies M329; as cited in Carlander, K. D. 1969, p. 356/ Nogies C227; M329; as cited in Carlander, K. D. 1969, p. 356/ ON Nogies C227; as cited in Carlander, K. D. 1969, p. 356/ ON Nogies G23; as cited in Carlander, K. D. 1969, p. 356/ NY J15; as cited in Carlander, K. D. 1969, p. 356/ WI J15; as cited in Carlander, K. D. 1969, p. 356/ WI S2; as cited in Carlander, K. D. 1969, p. 356/ WI S2; as cited in Carlander, K. D. 1969, p. 356/ WI H15; as cited in Carlander, K. D. 1969, p. 356/ ON H15; as cited in Carlander, K. D. 1969, p. 356/ ON S2; as cited in Carlander, K. D. 1969, p. 356/ WI assumed by AGREt ( higher than last stage) S2; as cited in Carlander, K. D. 1969, p. 356/ WI assumed by AGREt ( higher than last stage) assumed by AGREt ( higher than last stage) assumed by AGREt ( higher than last stage) assumed by AGREt ( higher than last stage) assumed by AGREt ( higher than last stage) assumed by AGREt ( higher than last stage) assumed by AGREt ( higher than last stage) assumed by AGREt ( higher than last stage) assumed by AGRET N97; as cited in Carlander, K. D. 1997, p. 221 mean of 7.4 and 32 mm mult. references; as cited in Carlander, K. D. 1997, p. 223/ combined unweighted means in August 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers assumed by agret ( higher than last stage) 4S; as cited in Carlander, K. D. 1997, p. 225 227/ rivers assumed by AGRET assumed to be same than walleye. N97; as cited in Carlander, K. D. 1997, p. 221 mean of 7.4 and 32 mm 4: as cited in Carlander, K. D. 1997, p. 186 189/ Rivers or Reservoirs 4: as cited in Carlander, K. D. 1997, p. 186 189/ Rivers or Reservoirs 4: as cited in Carlander, K. D. 1997, p. 186 189/ Rivers or Reservoirs 4: as cited in Carlander, K. D. 1997, p. 186 189/ Rivers or Reservoirs 4: as cited in Carlander, K. D. 1997, p. 186 189/ Rivers or Reservoirs 4: as cited in Carlander, K. D. 1997, p. 186 189/ Rivers or Reservoirs 4: as cited in Carlander, K. D. 1997, p. 186 189/ Rivers or Reservoirs 4: as cited in Carlander, K. D. 1997, p. 186 189/ Rivers or Reservoirs nder, K. D. 1997, p. 189/ northern United States reservoirs and rivers logperch. W164: as cited in Carlander, K. D. 1997, p. 82/ average of 10 eggs assumed by AGRET logperch. L256: as cited in Carlander, K. D. 1997, p. 80/ WI central logperch. L256: as cited in Carlander, K. D. 1997, p. 81/ WI central logperch. L256: as cited in Carlander, K. D. 1997, p. 81/ WI central logperch. L256: as cited in Carlander, K. D. 1997, p. 81/ WI central Scott & Crossman, 1973 as cited in http:// elib. cs. berkeley. edu/ kopec/ tr9/ html/ sp black bullhead. html assumed by AGRET based on age0 size C284; as cited in Carlander, K. D., 1969, pg. 527/ OH M448; as cited in Carlander, K. D., 1969, pg. 528/ IA, Chariton R. M448; as cited in Carlander, K. D., 1969, pg. 528/ IA, Chariton R. M448; as cited in Carlander, K. D., 1969, pg. 529/ IA, Chariton R. M448; as cited in Carlander, K. D., 1969, pg. 529/ IA, Chariton R. F65; as cited in Carlander, K. D., 1969, pg. 529/ IA, Clear Lk. F65; as cited in Carlander, K. D., 1969, pg. 530/ IA, Clear Lk. F65; as cited in Carlander, K. D., 1969, pg. 530/ IA, Clear Lk. F65; as cited in Carlander, K. D., 1969, pg. 530/ IA, Clear Lk. assumed by AGRET, as value in Carlander, 1969, p. 530 would go down Kleinholtz, 2000. http:// agpublications. tamu. edu/ pubs/ efish/ 723fs. pdf assumed by AGRET based on age0 B2, B3; as cited in Carlander, K. D., 1969, pg. 499/ Age 0, Aug./ IA lakes S16; as cited in Carlander, K. D., 1969, pg. 499/ TN, Reelfoot Lk. S16; as cited in Carlander, K. D., 1969, pg. 499/ TN, Reelfoot Lk. I10; as cited in Carlander, K. D., 1969, pg. 499/ IA, Missouri R. I10; as cited in Carlander, K. D., 1969, pg. 499/ IA, Missouri R. H150, J25; as cited in Carlander, K. D., 1969, pg. 500/ OK, Illinois R. H150, J25; as cited in Carlander, K. D., 1969, pg. 500/ OK, Illinois R. S16; as cited in Carlander, K. D., 1969, pg. 500/ TN, Reelfoot Lk. E3; as cited in Carlander, K. D., 1969, pg. 501/ MN E3; as cited in Carlander, K. D., 1969, pg. 501/ MN E3; as cited in Carlander, K. D., 1969, pg. 501/ MN E3; as cited in Carlander, K. D., 1969, pg. 501/ MN E3; as cited in Carlander, K. D., 1969, pg. 501/ MN assumed by AGRET to be higher than age 10 assumed by AGRET to be higher than age 11 assumed by AGRET to be higher than age 12 these are not lengths, but weights; because model needs leassumed by AGRET these are not lengths, but weights; because model needs leextrapolated from egg to age01 these are not lengths, but weights; because model needs leextrapolated from egg to age01 these are not lengths, but weights; because model needs leextrapolated from egg to age01 these are not lengths, but weights; because model needs leextrapolated from egg to age01 these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F Able and Fahay, 1998; # 25580; p. 71 NA Able and Fahay, 1998; # 25580; p. 71 NA assumed by AGRET NA Scott and Scott, 1988[ 26762], p. 151 NA Scott and Scott, 1988[ 26762], p. 151 NA assumed by AGRET NA assumed by AGRET NA assumed to be 5.6 cm less than maximum reported ever. FrNA weight in grams: assumed by AGRET are weights in grams: Table 8[ 26887] are weights in grams: Table 12[ 26887] are weights in grams: Table 12[ 26887] are weights in grams: Table 12[ 26887] are weights in grams: Table 12[ 26887] are weights in grams: Table 12[ 26887] are weights in grams: Table 12[ 26887] are weights in grams: Table 12[ 26887] weight in grams: assumed by AGRET mean post and prolarvae are weights in grams: Table 8[ 26887] are weights in grams: Table 8[ 26887] are weights in grams: Table 14[ 26887] are weights in grams: Table 14[ 26887] are weights in grams: Table 14[ 26887] are weights in grams: Table 14[ 26887] are weights in grams: Table 14[ 26887] are weights in grams: Table 14[ 26887] assumed by AGRET assumed by AGRET Trautman, 1981, pg 318./ OH Trautman, 1981, pg 318./ OH Trautman, 1981, pg 318./ OH Trautman, 1981, pg 318./ OH these are not lengths, but weights; because model needs leassumed by AGRET these are not lengths, but weights; because model needs leextrapolated from egg to age01 these are not lengths, but weights; because model needs leextrapolated from egg to age01 these are not lengths, but weights; because model needs leextrapolated from egg to age01 these are not lengths, but weights; because model needs leextrapolated from egg to age01 these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F these are not lengths, but weights; because model needs lePSEG, 1999 [ 26046]; appendix F, Attachment F in Carlander, K. D., 1969/ MN, OH.

. pdf using 10 days . pdf using 164 days & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio) & females for wt. ( assumed 50/ 50 ratio)

Missouri R. Missouri R. r, K. D., 1977, pg. 166/ WV streams) n Oosten, [ 26645] ( assumed by AGRET length was 1) n, [ 26645] ( length was mean ysl, pysl: Carlander, K. D., 1997, pg. 26, length was 3.8)

pysl)

t hatching). species stage fraction. mature mean. fecundity notes. fraction. mature bluntnose. minnow age01 0.00 0 W26; as cited in Carlander, K. D., 196 bluntnose. minnow age02 1.00 2447 W26; as cited in Carlander, K. D., 196 bluntnose. minnow age03 1.00 2447 W26; as cited in Carlander, K. D., 196 herring. family age01 0.00 0 skipjack. herring. Wallus et al., 1990 pa herring. family age02 0.50 200000 skipjack. herring. Wallus et al., 1990 pa herring. family age03 1.00 200000 skipjack. herring. Wallus et al., 1990 pa muskellunge age01 0 NA assumed by AGRET muskellunge age02 0 NA assumed by AGRET muskellunge age03 0.5 NA http:// www. kenschultz. com/ template2. muskellunge age04 0.5 NA http:// www. kenschultz. com/ template2. muskellunge age05 1 NA http:// www. kenschultz. com/ template2. muskellunge age06 1 NA http:// www. kenschultz. com/ template2. muskellunge age07 1 NA http:// www. kenschultz. com/ template2. muskellunge age08 1 NA http:// www. kenschultz. com/ template2. muskellunge age09 1 NA http:// www. kenschultz. com/ template2. muskellunge age10 1 NA http:// www. kenschultz. com/ template2. muskellunge age11 1 NA http:// www. kenschultz. com/ template2. muskellunge age12 1 NA http:// www. kenschultz. com/ template2. muskellunge age13 1 NA http:// www. kenschultz. com/ template2. muskellunge age14 1 NA http:// www. kenschultz. com/ template2. muskellunge age15 1 NA http:// www. kenschultz. com/ template2. muskellunge age16 1 NA http:// www. kenschultz. com/ template2. muskellunge age17 1 NA http:// www. kenschultz. com/ template2. muskellunge age18 1 NA http:// www. kenschultz. com/ template2. muskellunge age19 1 NA http:// www. kenschultz. com/ template2. muskellunge age20 1 NA http:// www. kenschultz. com/ template2. muskellunge age21 1 NA http:// www. kenschultz. com/ template2. muskellunge age22 1 NA http:// www. kenschultz. com/ template2. muskellunge age23 1 NA http:// www. kenschultz. com/ template2. muskellunge age24 1 NA http:// www. kenschultz. com/ template2. muskellunge age25 1 NA http:// www. kenschultz. com/ template2. muskellunge age26 1 NA http:// www. kenschultz. com/ template2. muskellunge age27 1 NA http:// www. kenschultz. com/ template2. logperch age01 0.5 NA http:// www. kenschultz. com/ template2. logperch age02 1 NA http:// www. kenschultz. com/ template2. logperch age03 1 NA http:// www. kenschultz. com/ template2. yellow. perch age01 0.01 17000 Assumed based on S697, as cited in yellow. perch age02 0.47 23000 S697, as cited in Carlander, K. D., 199 yellow. perch age03 0.51 27000 S697, as cited in Carlander, K. D., 199 yellow. perch age04 0.86 27000 S697, as cited in Carlander, K. D., 199 yellow. perch age05 1.00 27000 Assumed based on S697, as cited in yellow. perch age06 1.00 34000 Assumed based on S697, as cited in yellow. perch age07 1.00 34000 Assumed based on S697, as cited in yellow. perch age08 1.00 34000 Assumed based on S697, as cited in yellow. perch age09 1.00 34000 Assumed based on S697, as cited in yellow. perch age10 1.00 34000 Assumed based on S697, as cited in notes. mean. fecundity lifetime. fecundity notes. lifetime. fecundity Assumed 0 NA H91, as cited in Carlander, K. D., 1969, pg. 439/ MI ( includeNA H91, as cited in Carlander, K. D., 1969, pg. 439/ MI ( includeNA calculated using Saila method skipjack. herring. Wallus et al., 1990 page 116./ TN ( assumNA skipjack. herring. Wallus et al., 1990 page 116./ TN ( assumNA skipjack. herring. Wallus et al., 1990 page 116./ TN ( assumNA 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 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 NA 2,000,000 Max. lifetime = 3,000,000, therefore: average ~ 2,000 NA NA NA NA NA 2000 logperch. Max. lifetime = 3000, therefore: average ~ V21, as cited in Carlander, K. D., 1997, pg. 165/ MN ( basedNA V21, as cited in Carlander, K. D., 1997, pg. 165/ MN ( basedNA V21, as cited in Carlander, K. D., 1997, pg. 165/ MN ( basedNA V21, as cited in Carlander, K. D., 1997, pg. 165/ MN ( basedNA V21, as cited in Carlander, K. D., 1997, pg. 165/ MN ( basedNA V21, as cited in Carlander, K. D., 1997, pg. 165/ MN ( basedNA V21, as cited in Carlander, K. D., 1997, pg. 165/ MN ( basedNA V21, as cited in Carlander, K. D., 1997, pg. 165/ MN ( basedNA V21, as cited in Carlander, K. D., 1997, pg. 165/ MN ( basedNA V21, as cited in Carlander, K. D., 1997, pg. 165/ MN ( basedNA 000,000 Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sep. 10, 2001Hugg, D. O., 1996. MAPFISH ge e ~ 2,000Froese, R. and D. Pauly ( eds.). 2001. FishBase. www. fishbase. org. Accessed Sep. 10, 2001Hugg, D. O., 1996. MAPFISH ge georeferenced mapping database. Freshwater and estuarine fishes of North America. Life Science Software. Dennis O. and Steven Hug georeferenced mapping database. Freshwater and estuarine fishes of North America. Life Science Software. Dennis O. and Steven Hug ugg, 1278 Turkey Point Road, Edgewater, Maryland, USA.

ugg, 1278 Turkey Point Road, Edgewater, Maryland, USA./ Ohio River Worksheet Description Data Source losses01 Reported impingement & entrainment losses at JR Whiting lifehistory02 Life history data for speicies 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 Additional Notes losses01 See workbook p:/ intake/ ohio/ ohio Science/ data/ tanners_ stage. xls for entrainment calculations losses01 Assumed age01 for all species for impingement.

QA/ QC procedure: author transposing from qa Losses ML AG NA/ O JH AG LH AB AG Overview AG Input data for I& E loss at Tanners Creek Power Plant Workbook compiled for use in fish impingement/ entainment loss model. Amy Beaulieu, 6/ 13/ 01 qa/ qc file to final input. data. xls


[Federal Register Volume 81, Number 16 (Tuesday, January 26, 2016)]
[Notices]
[Pages 4311-4312]
[FR Doc No: 2016-01486]

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

DEPARTMENT OF HEALTH AND HUMAN SERVICES

Food and Drug Administration

[Docket No. FDA-2016-N-0001]

Food and Drug Administration/Xavier University PharmaLink
Conference: Increasing Product Confidence

AGENCY: Food and Drug Administration, HHS.

ACTION: Notice of public conference.

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

SUMMARY: The Food and Drug Administration (FDA) Cincinnati District, in
co-sponsorship with Xavier

University, is announcing a public conference entitled ``FDA/Xavier
University PharmaLink Conference: Increasing Product Confidence''. The
PharmaLink conference seeks solutions to important and complicated
issues by aligning with the strategic priorities of FDA, featuring
presentations from key FDA officials, global regulators, and industry
experts. Each presentation challenges the status quo and conventional
wisdom, to create synergies focused on finding solutions which make a
difference. The experience level of the audience has fostered engaged
dialogue, which has led to innovative initiatives.

DATES: The public conference will be held on March 16, 2016, from 8:30
a.m. to 5 p.m.; March 17, 2016, from 8:30 a.m. to 5p.m.; and March 18,
2016, from 8:30 a.m. to 12:20 p.m.

ADDRESSES: The public conference will be held on the campus of Xavier
University, 3800 Victory Pkwy., Cincinnati, OH 45207;<PHONE_NUMBER>.

FOR FURTHER INFORMATION CONTACT: For information regarding this
document: Steven Eastham, Food and Drug Administration, Cincinnati
South Office, 36 East 7th St., Cincinnati, OH 45202;<PHONE_NUMBER>,
<EMAIL_ADDRESS>    For information regarding the conference and registration: Mason
Rick, Xavier University, 3800 Victory Pkwy., Cincinnati, OH 45207-5471;
513-745-3016<EMAIL_ADDRESS>
SUPPLEMENTARY INFORMATION:

I. Background

    The most pressing challenges of the global pharmaceutical industry
require solutions, which are inspired by collaboration, to ensure the
ongoing health and safety of patients. These challenges include
designing products with the patient in mind, building quality into the
product from the onset, selecting the right suppliers, and considering
total product lifecycle systems. Meeting these challenges requires
vigilance, innovation, supply chain strategy, relationship management,
proactive change management, and a commitment to doing the job right
the first time. FDA has made education of the drug and device
manufacturing community a high priority to help ensure the quality of
FDA-regulated drugs and devices.

II. Meeting Information

A. Registration

    There is a registration fee. The conference registration fees cover
the cost of the presentations, training materials, receptions,
breakfasts and lunches for the 2.5 days of the conference. There will
be onsite registration. The cost of registration is as follows:

                     Table 1--Registration Fees \1\
------------------------------------------------------------------------
                                                                Standard
                        Attendee type                             rate
------------------------------------------------------------------------
Industry.....................................................     $1,895
Small Business (<100 employees)..............................      1,295
Supplier.....................................................        600
Start-up Manufacturer........................................        300
Academic.....................................................        300
Media........................................................       Free
Government...................................................       Free
------------------------------------------------------------------------
\1\ The fourth registration from the same company is free; all four
  attendees must register at the same time.

    The following forms of payment will be accepted: American Express,
Visa, Mastercard, and company checks. To register online for the public
conference, please visit the ``Registration'' link on the conference
Web site at http://www.XavierPharmaLink.com. FDA has verified the Web
site address, but is not responsible for subsequent changes to the Web
site after this document publishes in the Federal Register.
    To register by mail, please send your name, title, firm name,
address, telephone number, email address, and payment information to:
Xavier University, Attention: Mason Rick, 3800 Victory Pkwy.,
Cincinnati, OH 45207-5471. An email will be sent confirming your
registration.
    Attendees are responsible for their own accommodations. The
conference headquarters hotel is the Downtown Cincinnati Hilton
Netherlands Plaza, 35 West 5th St., Cincinnati, OH 45202,<PHONE_NUMBER>.
To make reservations online, please visit the ``Venue & Logistics''
link at http://www.XavierPharmaLink.com. The hotel is expected to sell
out during this timeframe, so early reservation in the conference room-
block is encouraged.
    If you need special accommodations due to a disability, please
contact Mason Rick (see FOR FURTHER INFORMATION CONTACT) at least 7
days in advance of the conference.

B. Purpose and Scope of Meeting

    The public conference helps fulfill the Department of Health and
Human Services and FDA's important mission to protect the public
health. The conference will engage those involved in FDA-regulated
global supply chain quality and management through the following
topics:
     Office of Compliance Update
     Data Integrity
     Medicines and Healthcare products Regulatory Agency (MHRA)
Update: Strategic Priorities and Initiatives
     Operating in India and Southeast Asia
     Serialization
     Integrity of Supply
     Office of Pharmaceutical Quality Update
     How to Measure Quality Culture
     Pharmaceutical Metrics and the Value Proposition
     Office of Regulatory Affairs Update
     The 21st Century Cures Act: Goals and Impact
     International Conference on Harmonisation Q12: Technical
and Regulatory Considerations for Pharmaceutical Product Lifecycle
Management
     Barriers to Quality and Supply Chain Excellence
     Proactive and Systematic Quality Implementation: Case
Studies across functional areas
     FDA and MHRA Investigator Insights
    The conference includes:
     Networking by topic
     Case Studies
     Small Group Discussions
     Action Plans
     Keynote dinner at Paul Brown Stadium (Home of the
Cincinnati Bengals)
    The conference helps to achieve objectives set forth in section 406
of the Food and Drug Administration Modernization Act of 1997 (21
U.S.C. 393), which includes working closely with stakeholders and
maximizing the availability and clarity of information to stakeholders
and the public. The conference also is consistent with the Small
Business Regulatory Enforcement Fairness Act of 1996 (Pub. L. 104-121)
by providing outreach activities by Government Agencies to small
businesses.

    Dated: January 21, 2016.
Leslie Kux,
Associate Commissioner for Policy.
[FR Doc. 2016-01486 Filed 1-25-16; 8:45 am]
BILLING CODE 4164-01-P