Open Access. Powered by Scholars. Published by Universities.®
- Institution
- Publication
Articles 1 - 3 of 3
Full-Text Articles in Life Sciences
The Early Life History Of The White And Black Crappie In Rough River Lake, Kentucky, Gary Overmann
The Early Life History Of The White And Black Crappie In Rough River Lake, Kentucky, Gary Overmann
Masters Theses & Specialist Projects
Crappies spawned in Rough River Lake from April 29 to July 9. Larvae were first collected on May 3 when the lake temperature reached 17 C. A total of 7369 crappie was taken from may 3 to August 1. The maximum number of crappies occurred from May 30 to June 20. The developmental chronology was described for specimens 4.75 mm to 29 mm total length. Meristic characters averaged 10.8 for preanal myomere count, 21.1 for postanal myomere count, 31.9 for total myomere count and 0.62 for preanal length to postanal length ratio. Densities of larvae were low early in the …
Some Aspects Of The Ecology Of Larval Fishes In Rough River Lake, Kentucky, Greg Allen Kindschi
Some Aspects Of The Ecology Of Larval Fishes In Rough River Lake, Kentucky, Greg Allen Kindschi
Masters Theses & Specialist Projects
In Rough River Lake, Kentucky, some aspects of the ecology of larval and juvenile fishes were investigated from April – August, 1978. Larval fishes were collected weekly from the upper reaches of the lake from the surface and bottom, during daylight and dark periods.
Twenty-three species and three categories of unknown larval and juvenile fishes, represented by 177,119 individuals, were collected. White bass and logperch larvae were the first to appear on April 15 with surface water temperatures of 18.5 C. Gizzard shad larvae dominated net collection while Lepomis spp. were the second most abundant. Larvae were primarily concentrated …
A Laboratory Analysis Of Kepone Depuration By Spot, Leiostomus Xanthurus, Marion Y. Hedgepeth, Robert T. Doyle, Linda Stehlik
A Laboratory Analysis Of Kepone Depuration By Spot, Leiostomus Xanthurus, Marion Y. Hedgepeth, Robert T. Doyle, Linda Stehlik
Reports
No abstract provided.