Response of aquatic habitat surface areas to mainstem discharge in the Talkeetna-to-Devil Canyon segment of the Susitna River, Alaska
Title:
Response of aquatic habitat surface areas to mainstem discharge in the Talkeetna-to-Devil Canyon segment of the Susitna River, Alaska
JLCTITLE245:
by Sharon A. Klinger-Kingsley, LaMoyne Reynolds, E. Woody Trihey, Trihey and Associates ; under contract to Harza-Ebasco Susitna Joint Venture ; prepared for Alaska Power Authority.
Personal Author:
Publication Information:
[Alaska] : Alaska Power Authority, [1985]
Physical Description:
[3], 20, [91] leaves : ill. ; 28 cm.
Series:
General Note:
At head of title: Susitna Hydroelectric Project.
"Federal Energy Regulatory Commission, Project no. 7114"--Cover.
"Susitna file no. 4.3.1.3."
"November 1985."
This document is one of five works intended to support "Instream flow relationships report. Volume no. 2" (the draft is APA document no. 3061). See the preface, which lists them as four titles.
Abstract:
"This report identifies five aquatic habitat types within the middle Susitna River directly influenced by changes in mainstem discharge and presents the necessary photography and surface area measurements to quantify the change in wetted surface area associated with incremental decreases in mainstem discharge between 23,000 and 5,100 cfs."--Leaf iii.
Bibliography Note:
Includes bibliographical references (leaves 19-20).
Corporate Subject:
Geographic Term:
Added Corporate Author:
Type of Report:
Final report.
Citation Reference Notes:
Assigned APA Document no. 2945 in Susitna Hydroelectric Project document index.
Additional Physical Form Available:
Available also in microfiche format and electronic format on the Internet.
Variant Title:
Susitna Hydroelectric Project, Response of aquatic habitat surface areas to mainstem discharge in the Talkeetna-to-Devil Canyon segment of the Susitna River, Alaska
Contents:
Appendix I. Aerial photographs of the middle Susitna River. Aquatic habitat types are delineated at seven mainstem discharge. Prominent topographic features and study sites are identified.