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Filtering by: Subject Sockeye salmon -- Washington (State) -- Sammamish, Lake Remove constraint Subject: Sockeye salmon -- Washington (State) -- Sammamish, Lake Subject U.S. International Biological Program. Coniferous Forest Biome Remove constraint Subject: U.S. International Biological Program. Coniferous Forest Biome

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Dynamics of limnetic feeding fish. II. Lake Sammamish

Creator:

Berggren, T. J., Burgner, Robert Louis, 1919-, U.S. International Biological Program. Coniferous Forest Biome, and University of Washington

Resource Type:

Technical Report

Full Text:

of sockeye salmon in Lake Washington, the largest year class observed since 1969 when monitoring of
Dynamics of limnetic feeding fish in Lakes Washington and Sammamish: Annual report, 1972

Creator:

Traynor, J. J., Berggren, T. J., Burgner, Robert Louis, 1919-, Thorne, Richard E., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington

Resource Type:

Technical Report

Full Text:

distribution of juvenile sockeye salmon in Lake Washington by means of acoustics. M.S. Thesis. University of
Feeding ecology and food habits of limnetic feeding fish

Creator:

Doble, B., DeLacy, Allan C., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington

Resource Type:

Technical Report

Full Text:

RESULTS The diet feeding periodicity of juvenile sockeye in the limnetic zone of Lake Washington was
Feeding ecology and food habits of limnetic feeding fish

Creator:

DeLacy, Allan C., Doble, B., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington

Resource Type:

Technical Report

Full Text:

to quantify the energy flow between trophic levels of the Lake Washington limnetic ecosystem. To this
Phosphorus cycling during the stratified period in Lake Sammamish

Creator:

Welch, E. B. (Eugene B.), Spyridakis, Dimitri E., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington

Abstract:

A steady-state phosphorus cycle was determined for the stratified period May to November in Lake Sammamish, Washington. A steady-state. condition for this period is considered at this time since data on some important processes are only sufficient to estimate average values for the stratified period. Nevertheless, such a cycle is...

Resource Type:

Technical Report

Full Text:

Sammamish, Washington. A steady-state. condition for this period is considered at this time since data on
Grazing and production by zooplankton in lakes of contrasting trophic status : a progress report

Creator:

Welch, E. B. (Eugene B.), Pederson, G. L., Stoll, Richard Kenneth, U.S. International Biological Program. Coniferous Forest Biome, and University of Washington

Abstract:

Grazing rates and density of the crustacean zooplankton were measured in Findley and Chester Morse Lakes and Lake Sammamish, Washington. Sample analysis is incomplete at reporting time, thus estimates of production from examination of life stage biomass changes was not possible. Maximum density of crustacean zooplankton was about 10/1 in...

Resource Type:

Technical Report

Full Text:

measured in Findley and Chester Morse Lakes and Lake Sammamish, Washington. Sample analysis is incomplete
Phytoplankton productivity and response to altered nutrient content in lakes of contrasting trophic state

Creator:

Welch, E. B. (Eugene B.), Hendrey, George R., Rock, C. A., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington

Abstract:

Lakes Findley, Chester Morse and Sammamish, Washington, are characterized by one major outburst of phytoplankton productivity and biomass (mainly diatoms) with usually no or low fall activity. Vernal outbursts were often delayed in some lakes and years probably by unfavorable climate (snow cover and cloudy rainy conditions). Mean spring-summer productivity...

Resource Type:

Technical Report

Full Text:

Chester Morse Lakes and Lake Sammamish (Cedar River drainage), Washington, for the purpose of providing
Benthic macroinvertebrate production

Creator:

Bissonnette, Pam, Taub, F. B. (Frieda B.), U.S. International Biological Program. Coniferous Forest Biome, and University of Washington

Abstract:

Macroinvertebrates were sampled on a regular basis from March to October 1973. A relationship between chironomid length and biomass was established. Production equations to be used for these insects are reported. A similar length/weight relationship is presently being explored for the oligochaetes. A proposal is made for calculating their production...

Resource Type:

Technical Report

Full Text:

Washington, Lake Sammamish, and probably Chester Morse of our system fall into the first category while
Total benthic oxygen uptake in four lakes of the Lake Washington drainage basin

Creator:

Kittle, Lewey J., Jensen, Allen A., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington

Resource Type:

Technical Report

Full Text:

Lakes Washington, Sammamish, Chester Morse, and Findley sediments. 02 uptake Depth Lake Date
Standing crop, production, and population dynamics of selected benthic and littoral fishes in the lakes of the Lake Washington drainage

Creator:

Whitney, Richard R., Bartoo, Norman, U.S. International Biological Program. Coniferous Forest Biome, and University of Washington

Resource Type:

Technical Report

Full Text:

for Lake Sammamish was begun following the intensive Lake Washington samp- ling period. Bimonthly

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Creator

U.S. International Biological Program. Coniferous Forest Biome16
University Of Washington13
Welch, E. B. (Eugene B.)6
Burgner, Robert Louis, 1919 3
Hendrey, George R.3
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Date

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Current results range from 1972 to 1973

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1970-197916

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application/pdf16

Language

English [eng]16

Resource Type

Technical Report16

Rights Statement

Copyright Not Evaluated16

Subject

U.S. International Biological Program. Coniferous Forest Biome[remove]16
Lake ecology -- Washington (State) -- Chester Morse Lake4
Lake ecology -- Washington (State) -- Findley Lake4
Lake ecology -- Washington (State) -- Sammamish, Lake4
Fish populations -- Washington (State) -- Sammamish, Lake3
more Subjects »

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