Task 4, Environmental. Susitna River ice study, 1982-1983 /
This study focuses on specific problems of ice cover related to hydroelectric power development on the Susitna River through field observations and measurements. It discusses staging, ice cover development in sloughs, ice jams, and sediment transport.
Saved in:
Alternate Title: | Alaska Power Authority, Susitna Hydroelectric Project. Task 4, Environmental. Susitna River ice study, 1982-1983 Susitna River ice study, 1982-1983. Task 4, Environmental Alaska Power Authority, Susitna Hydroelectric Project. Susitna River ice study, 1982-1983 Susitna Hydroelectric Project. Susitna River ice study, 1982-1983. Task 4, Environmental Susitna River ice study, 1982-1983 |
---|---|
Main Author: | |
Corporate Contributor(s): | R & M Consultants, Susitna Hydroelectric Project. HARZA-EBASCO Susitna Joint Venture, Alaska Power Authority, |
Publisher: | Alaska Power Authority, |
Report Numbers: | SUS 245 |
Edition: | Final draft. |
Subjects: | |
Online Access: | Link to Full Text |
Library Holdings: | Print Versions |
Contents:
- 1. Introduction
- 2. Summary
- 3. Meteorology
- 4. Susitna River freeze-up processes. 4.1. Definitions of ice terminology and comments on Susitna River ice
- 4.2. Frazil ice generation
- 4.3. Ice cover development. 4.3.1. Cook Inlet to Chulitna confluence
- 4.3.2. Chulitna confluence to Gold Creek
- 4.3.3. Gold Creek to Devil Canyon
- 4.3.4. Devil Canyon (to Devil Creek)
- 4.3.5. Devil Canyon to Watana
- 4.3.6. Ice cover at the peak of development
- 5. Susitna River breakup processes. 5.1. Pre-breakup period
- 5.2. Breakup drive
- 6. Sediment transport
- 7. Environmental effects
- Appendix A: Monthly meteorological summaries from weather stations at Denali, Watana, Devil Canyon, Sherman, and Talkeetna
- Appendix B: Susitna River maps (aerial photo mosaics) from Parks Highway bridge to Devil Canyon.