7086

• UCREFRP Catalog Number: 7086
• Author: U.S. Fish and Wildlife Service.
• Title: Indexed, Annotated Bibliography of the Endangered and Threatened Fishes of the Upper Colorado River System.
• USFW Year: 1977.
• USFW - Doc Type: Denver, Co.
• Copyright Material: YES

83. Burkhard. W. T. 1966. Stream fisheries POLLUTION
studies: statewide stream surveys. ETHNOLOGY
Colorado Division of Wildlife, Denver. FISH
Federal Aid Report, F-26-R-3, Job 1. 166 HABITAT
pp. SURVEY
INVERTEBRATES
In order to integrate the fishery resource with
other uses of water, abetter knowledge of
existing waters is needed. During 1964, eleven
stations established in 1963 were resurveyed
and twenty-seven new stations were established
and surveyed. Twenty-five of these stations
are on rivers that are or are to be affected by
water development projects, eight stations were
associated with stream pollution, three were
concerned with habitat improvement structures
and two were associated with channel alterations.
In all but the pollution studies, the
survey included stream depth, width, velocities,
habitat types, amounts of cover, water chemistry
and temperature, bottom types, discharge, fish
species present, and bottom fauna.
84. Burkhard, W. T., and R. R. Hi11. 1967. Stream. POPULATION
fisheries studies: White River survey. SURVEY
Colorado Division of Wildlife, Denver. FISH
Federal Aid Project F-26-R-3, Job 2. 29 INVERTEBRATES
pp. FLOW
WATER QUAL.
As part of the study of the Yellow Jacket Unit WHITE R.
of the White-Yampa River Project (U. S. Bureau
of Reclamation), a stream survey was conducted
on the South Fork of the White River and Sweet-
water Creek. Nine stations were sampled,
surveyed, mapped, and photographed. Streamflow,
water chemistry, fish, and aquatic macroinverte-
brates were investigated.
85. Campbell, C. J. 1970. Ecological implications HABITAT
of riparian vegetation management. Journal MANAGEMENT
of Soil and Water Conservation 25(2):49- TEMPERATURE
52. .POLLUTION
ECOLOGY
Managing riparian vegetation in the Southwest
to increase water yield may require selective
clearcutting rather than complete removal of
riparian plants to maintain a biological balance
and thus prevent thermal pollution, channel
erosion, and destruction of aquatic and wildlife
habitat.
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