Evaluation of Planning for Fish and Wildlife at Corps of Engineers Reservoirs - Carlyle Lake Project, Illinois

Evaluation of Planning for Fish and Wildlife at Corps of Engineers Reservoirs - Carlyle Lake Project, Illinois

Author: SPORT FISHING INST WASHINGTON D C.

Publisher:

Published: 1978

Total Pages: 114

ISBN-13:

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Carlyle Lake, which covers 10,522 ha (26,000 ac) at normal pool is the largest impoundment in the State of Illinois. Construction was initiated by the St. Louis District of the Corps of Engineers (CE) in 1964 and completed in 1967. The FWS report was prepared in 1954, appended to the CE survey report, and submitted to Congress in 1957. The project was authorized by the Flood Control Act of 1958, and therefore fell under the full purview of the 1958 Amendments to the Fish and Wildlife Coordination Act. The FWS provided 12 fish and wildlife-related planning recommendations, several of which constituted affirmations of proposed CE design and operational plans for the project and several others which were important, through pro forma articles generally contained in every FWS report of that time-period. With the important exception of the recommended timber clearing, later amended at the request of the conservation agencies to allow standing timber to remain in the upper section of the summer pool, all but one of the six site specific recommendations were implemented by the construction agency. The FWS's recommendation to acquire additional land for wildlife was not implemented by the CE. The apparent losses in squirrel, rabbit, quail and opossum populations far exceeded the pre-project estimates. Contrary to the predicted basinwide adverse impact on deer, it is clear that the project impacts on deer resources were localized and directly related to the amount of deer habitat flooded by the permanent pool.


Evaluation of Planning for Fish and Wildlife at Corps of Engineers Reservoirs, Allegheny Reservoir Project, Pennsylvania

Evaluation of Planning for Fish and Wildlife at Corps of Engineers Reservoirs, Allegheny Reservoir Project, Pennsylvania

Author: SPORT FISHING INST WASHINGTON DC.

Publisher:

Published: 1982

Total Pages: 164

ISBN-13:

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Fish and wildlife resource related aspects of the Allegheny Lake project, which is located on the Allegheny River in northwestern Pennsylvania and southwestern New York, were initially described in an August, 1958 Fish and Wildlife Service (FWS) report. Information presented in this detailed FWS report was used extensively to document the subsequently issued May 9, 1961 FWS final letter report and May 9, 1961 FWS substantiating report.


Fish and wildlife miscellaneous

Fish and wildlife miscellaneous

Author: United States. Congress. House. Committee on Merchant Marine and Fisheries. Subcommittee on Fisheries and Wildlife Conservation and the Environment

Publisher:

Published: 1984

Total Pages: 376

ISBN-13:

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Evaluation of Planning for Fish and Wildlife at Corps of Engineers Reservoirs - Clark Hill Lake Project

Evaluation of Planning for Fish and Wildlife at Corps of Engineers Reservoirs - Clark Hill Lake Project

Author: Clark Hill

Publisher:

Published: 1977

Total Pages: 73

ISBN-13:

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Clark Hill Lake received COngressional authorization in 1944 to provide power, flood control and navigation benefits. Post-authorization planning recommendations regarding the project-related fish and wildlife resources were developed by the state and federal wildlife agencies in 1945-1946. These recommendations were submitted in one of the first River Basin Studies Reports. The report was released by the FWS (Fish and Wildlife Statistics) in 1946. Many deficiencies were apparent in this early attempt at interagency cooperative planning for fish and wildlife. Coordination between agencies was woefully inadequate. Consideration of several important impacts of project development on these resources were omitted in the 1946 report. An unusually large acreage was acquired by the construction agency incidental to authorized project purposes. The impacts of this acquisition plan on wildlife resources were inadequately quantified. Major errors in estimating post-project fish and wildlife resources also occurred. Deer and turkey populations were not expected to develop after project construction due to a lack of suitable habitat. However, reforestation of much of the southeast, including the project area, dramatically altered the wildlife habitat and project lands presently support populations estimated at 3,140 deer and 735 turkey. The methods used to develop upland game and fur animal impact predictions, based on sound concepts of carrying capacity and harvestable surplus, were considered satisfactory.