8107

• UCREFRP Catalog Number: 8107
• Author: Rosenthal, T., ed.
• Title: FWS/OBS series annotated bibliography
• USFW Year: 1985.
• USFW - Doc Type: Complete listing and subject index.
• Copyright Material: NO

FWS/OBS-76/20.1. IMPACTS OF POWER PLANT INTAKE VELOCITIES ON FISH. John
Boreman. 1977. 10 pp.

An outline of biological problems associated with power plant intake
velocities. This brief includes information needed to assess impacts of
intake velocities on fishery resources and a list of technical references
containing more detailed analyses of the problems and mitigation
alternatives.

FWS/OBS-76/20.2. TRANSMISSION lINE RIGHTS-OF-WAY MANAGEMENT. D. H. Arner.
1977. 12 pp.

A summary of some current transmission line rights-of-way management
practices and their costs, the bases for selecting a specific management
technique, and some possible management goals to benefit fish and wildlife
in various local situations.

FWS/OBS-76120.3. MATHEMATICAL METHODS TO EVALUATE ENTRAINMENT OF AQUATIC
ORGANISMS BY POWER PLANTS. C. Phillip Goodyear. 1977. 17 pp.

This brief contains equations which may be used to estimate the percentage
loss of populations of aquatic organisms that are entrained by power
plants located on rivers and streams, lakes and reservoirs, and estuaries.

FWS/OBS-76/20.4. Number not used.

FWS/OBS-76120. 5. FEDERAL WATER POllUTION CONTROL ACT: THE SECTIONS 316( a)
AND (b) PROCESS. Eugene S. Fritz. 1978. 13 pp.

Sections 316(a) and (b) of the Federal Water Pollution Control Act deal
with thermal (heat) discharges and cooling water intake structures. This
publication explains the procedures that must be followed to adhere to
these sections.

FWS/OBS-76/20.6. EFFECTS OF GEOTHERMAL ENERGY DEVELOPMENT ON FISH AND
WILDLIFE. TOPICAL BRIEFS NO.6. Glenn W. Suter II. 1978. 20 pp.

This project discusses the nature of geothermal resources, technologies
for exploration, extraction, and use; effects of these activities on fish
and wildlife; and the potential for habitat enhancement. Emphasis is
placed on the range of possible activities and effluents, including
comparisons with other energy technologies.

FWS/OBS-76120.7. FACTORS AFFECTING ACCURACY OF ICHTHYOPLANKTON SAMPLES USED
IN POWER PLANT ENTRAINMENT STUDIES. R. R. Bowles, John V. Merriner, and
John Boreman. 12 pp.

Sampling programs designed to assess impact of power plants on ichthyo-
plankton populations are subject to multiple sources of error that may
affect reliability and applicability of the data. Gear currently used to
sample ichthyoplankton are discussed, and abiotic and biotic factors that
ry1ay prevent these gear from attaining "representative" samples are
~dentified. A checklist of items which should be considered in evaluation
of existing or proposed programs to sample ichthyoplankton is provided.

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