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Creator:: Taber, Richard D., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Resource Type:: Technical Report
Full Text:: , Terrestrial Consumer Group R. D. Taber University of Washington MEETINGS The Terrestrial Consumer Group met

Creator:: Taber, Richard D., Manuwal, David Allen, McCaughran, Donald A., Weisbrod, Richard, U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Resource Type:: Technical Report
Full Text:: CEDAR RIVER INTENSIVE SITES: PARAMETERS FOR MODELING Richard D. Taber, David Manuwal, Donald

Creator:: Wydoski, Richard S., Whitney, Richard R., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Abstract:: To determine productivity of fish, we will require an estimate of relative abundance that can be expanded later into estimates of biomass. Our work has shown that much of the fish production in Lake Washington is in the form of nonsalmonid and nongame species, such as peamouth and northern squawfish....
Resource Type:: Technical Report
Full Text:: SAMPLING SCHEME FOR THE LAKE WASHINGTON DRAINAGE Richard S. Wydoski, and Richard R. Whitney University of

Creator:: Wydoski, Richard S., Whitney, Richard R., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Resource Type:: Technical Report
Full Text:: <.:d salmonid populations" in Lake Chester Morse. Rainbow trout and Doll, Varaen coexist in this lake

Creator:: Waring, Richard H., Running, S. W., Holbo, Harold Richard, Kline, J. R., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Abstract:: In the Coniferous Forest Biome, many of the understory as well as dominant plants are evergreen and thus water uptake is a year around process. The flow of water from the soil through plants to the atmosphere affects the entire forest ecosystem. As water is evaporated, it absorbs heat and...
Resource Type:: Technical Report
Full Text:: held in a gaseous form is a function of temperature d pressure. At 0°C, the air is saturated when it

Creator:: Waring, Richard H., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Resource Type:: Technical Report
Full Text:: .............................................. 22 SECTION D HYDROLOGY ......................................................... 32- SECTION E

Creator:: Waring, Richard H., Edmonds, Robert L., and U.S. International Biological Program. Coniferous Forest Biome
Resource Type:: Technical Report
Full Text:: . Sollins, R. H. Waring, and D. W. Cole: A systematic framework for modeling and studying the physiology of

Creator:: Waring, Richard H., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Abstract:: Further development of an environmental grid for interpreting plant distribution and growth took place this last year as an attempt to solve problems associated with spatial diversity in ecosystems. Special emphasis was placed on developing more universal integrated indexes to environment, ones that might permit wide extrapolation throughout the range...
Resource Type:: Technical Report
Full Text:: DISTRIBUTIONAND GROWTii--PREDICTION ?MODEL FOR Tiff: ENVIRONMENTAL GRID Richard If. Waring Further development

Creator:: Wydoski, Richard S., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Resource Type:: Technical Report
Full Text:: N D J F M A 1965 1966 I I A S O N D J F 1967 FIGURE 7. Average monthly maximum and minimum

Creator:: Waring, Richard H., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Resource Type:: Technical Report
Full Text:: -19- I I, I , , II 10 20 30 PLANT MOISTURE STRESS, ATM. FIGURE 12 100 90 0 // d / // 40 30

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