[1985]
[Final].
Regular print
Alaska Department of Fish and Game, Susitna Hydro Aquatic Studies,
Regular print
Resident and juvenile anadromous fish investigations (May-October 1984)
Report ;
Alaska Department of Fish and Game, Susitna Hydro Aquatic Studies report series
Migration and growth of juvenile salmon in the Susitna River.
Relative abundance, distribution, and instream flow relationships of juvenile salmon in the lower Susitna River.
Resident fish distribution and life history in the Susitna River below Devil Canyon.
Document (Susitna Hydroelectric Project) ;
Report (Alaska. Susitna Hydro Aquatic Studies) ;
The migration and growth of juvenile salmon in the Susitna River / Juvenile salmon catch and length data, 1984 -- The Schaefer estimate of population size -- Time series analysis of discharge, turbidity, and juvenile salmon outmigration in the Susitna River, Alaska / The relative abundance, distribution, and instream flow relationships of juvenile salmon in the lower Susitna River / Lower Susitna River juvenile salmon rearing suitability criteria -- Modelled site turbidities, juvenile salmon catches, areas, side channel flows, weighted usable areas, and habitat indices -- Comparison of the IFIM and RJHAB modelling techniques at two selected sites -- Hydraulic models for use in assessing the rearing habitat of juvenile salmon in six side channels of the lower Susitna River
Resident fish distribution and life history in the Susitna River below Devil Canyon / Floy anchor tag retention rates -- Radio tagged fish capture, biological, and winter habitat data -- Population and biological characteristics -- Population estimates -- Middle River index site catch data and descriptions, and spawning rainbow trout habitat data.
McDonell, John P.
Kuntz, Karl J.
Stratton, Mike E.
Sundet, Richard L.
Pechek, Stuart D.
Schmidt, Dana C.
Hale, Stephen S.
Crawford, Drew L.
Roth, Kent J. Migration and growth of juvenile salmon in the Susitna River.
Suchanek, Paul M. Relative abundance, distribution, and instream flow relationships of juvenile salmon in the lower Susitna River.
Sundet, Richard L. Resident fish distribution and life history in the Susitna River below Devil Canyon.
Alaska. Susitna Hydro Aquatic Studies.
Alaska Power Authority.
Alaska. Department of Fish and Game.
by Kent J. Roth and Michael E. Stratton -- by Stephen S. Hale -- by Paul M. Suchanek, Karl J. Kuntz, and John P. McDonell -- by James Anderson, Andrew Hoffmann, and Jeffrey Bigler.
by Richard L. Sundet and Stuart D. Pechek --
editors, Dana C. Schmidt, Stephen S. Hale, and Drew L. Crawford ; prepared for Alaska Power Authority.
1985
Resident and juvenile anadromous fish investigations (May-October 1984)
[1985]
Draft.
The report covers studies of juvenile salmon and resident fish species of the Susitna River conducted from May through October 1984. In addition,
Regular print
Alaska Department of Fish and Game, Susitna Hydro Aquatic Studies,
Regular print
Resident and juvenile anadromous fish investigations (May-October 1984)
Report ;
Alaska Department of Fish and Game, Susitna Hydro Aquatic Studies report series
Migration and growth of juvenile salmon in the Susitna River.
Relative abundance, distribution, and instream flow relationships of juvenile salmon in the lower Susitna River.
Resident fish distribution and population dynamics in the Susitna River below Devil Canyon.
Time series analysis of juvenile salmon outmigration, discharge, and turbidity in the Susitna River, Alaska.
Hydraulic models for use in assessing the rearing habitat of juvenile salmon in six side channels of the lower Susitna River.
Document (Susitna Hydroelectric Project) ;
Report (Alaska. Susitna Hydro Aquatic Studies) ;
The migration and growth of juvenile salmon in the Susitna River
The relative abundance, distribution, and instream flow relationships of juvenile salmon in the lower Susitna River / Resident fish distribution and population dynamics in the Susitna River below Devil Canyon / Time series analysis of juvenile salmon outmigration, discharge, and turbidity in the Susitna River, Alaska
Stratton, Mike E.
Roth, Kent J.
Anderson, James W. (Ichthyologist)
Suchanek, Paul M.
Sundet, Richard L.
Pechek, Stuart D.
Kuntz, Karl J.
McDonell, John P.
Bigler, Jeffrey.
Hoffmann, Andrew G.
Crawford, Drew L.
Hale, Stephen S.
Schmidt, Dana C.
Roth, Kent J. Migration and growth of juvenile salmon in the Susitna River.
Suchanek, Paul M. Relative abundance, distribution, and instream flow relationships of juvenile salmon in the lower Susitna River.
Sundet, Richard L. Resident fish distribution and population dynamics in the Susitna River below Devil Canyon.
Hale, Stephen S. Time series analysis of juvenile salmon outmigration, discharge, and turbidity in the Susitna River, Alaska.
Anderson, James W. (Ichthyologist). Hydraulic models for use in assessing the rearing habitat of juvenile salmon in six side channels of the lower Susitna River.
Alaska. Susitna Hydro Aquatic Studies.
Alaska Power Authority.
Alaska. Department of Fish and Game.
by Kent J. Roth and Mike E. Stratton.
by Paul M. Suchanek, Karl J. Kuntz, and John P. McDonell -- appendix A. Lower Susitna River juvenile salmon rearing suitability criteria -- appendix B. Modelled site turbidities, juvenile salmon catches, areas, weighted usable areas, and habitat indices -- appendix C. Comparison of the IFIM and RJHAB modelling techniques at two selected sites -- appendix D. Hydraulic models for use in assessing the rearing habitat of juvenile salmon in six side channels of the lower Susitna River / by James Anderson, Jeffrey Bigler, and Andrew Hoffmann -- by Richard L. Sundet and Stuart D. Pechek -- appendix A. Floy anchor tag retention rates -- appendix B. Radio tagged fish tagging and habitat data -- appendix C. Population and biological characteristics -- appendix D. Population estimates -- appendix E. Middle river index site catch data and descriptions, and spawning rainbow trout habitat data -- by Stephen S. Hale.
editors, Drew L. Crawford, Stephen S. Hale, and Dana C. Schmidt ; prepared for Alaska Power Authority.
1985
Resident and juvenile anadromous fish investigations (May-October 1984)
1