Index Catalog // ScholarsArchive@OSU

Creator:: Sollins, P., Brown, Alfred T., Swartzman, G. L. (Gordon L.), and U.S. International Biological Program. Coniferous Forest Biome
Abstract:: CONIFER simulates water, carbon, and energy dynamics of a coniferous forest. The model consists of 29 nonlinear difference equations. Measured driving variables include air temperature, dew point temperature, precipitation, solar radiation, and wind speed. Water and energy variables are updated daily; carbon variables are updated weekly. This report contains a...
Resource Type:: Technical Report
Full Text:: .15 COMPACT CONIFER: A Model of Carbon and Water Flow Through a Coniferous Forest. Revised

Creator:: Coniferous Forest Biome Modeling Group and U.S. International Biological Program. Coniferous Forest Biome
Abstract:: CONIFER simulates water, carbon, and energy dynamics of a coniferous forest. The model consists of 29 nonlinear difference equations. Driving variables include air temperature, dew point temperature, precipitation, solar radiation, and wind speed. Water and energy variables are updated daily; carbon variables are updated weekly. This report contains a detailed...
Resource Type:: Technical Report
Full Text:: coniferous forest. The model consists of 29 nonlinear difference equations. Driving variables include air

Creator:: Warren, Charles E., 1926-, U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Abstract:: "We have developed graphical and logical models for explaining the production of a consumer on the basis of the capacity of an ecosystem to produce that consumer (the productivity of the system for that consumer), on the basis of the biomass of the consumer, and on the basis of the...
Resource Type:: Technical Report
Full Text:: idealized sockeye lake system and an idealized salmonid stream system. MATHEMATICAL MODEL The mathematical

Creator:: McIntire, C. David, U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Abstract:: The simulation model described below is based on the assumption that the periphyton community can be treated as a unit, without a quantitative concern for the dynamics of its many constituent populations. The function statements and parameter estimates incorporated into the model are based on experimental work with laboratory streams...
Resource Type:: Technical Report
Full Text:: of the expanded model are the same as those described for the simple model. OUTLINE OF MATHEMATICAL

Creator:: Lighthart, B., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Resource Type:: Technical Report
Full Text:: INTERNAL REPORT 83 A SIMPLE AQUATIC CARBON CYCLE MODEL

Creator:: Male, Larry M., U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Resource Type:: Technical Report
Full Text:: model is based); 3) survey of literature on limnology, oceanography, ecology of aquatic environments

Creator:: McIntire, C. David, Hall, James D., Higley, Duane Lee, U.S. International Biological Program. Coniferous Forest Biome, and University of Washington
Abstract:: The aquatic modeling group, consisting of Davis, Donaldson, Hall, Higley, Lyford, McIntire, Mullooly, Overton, Strand, Waring, and Warren, met in four 2-hour sessions from July 7 to July 26. The charge to the group was: 1. Define an appropriate internal structure for the aquatic subsystem; 2. Define significant couplings between...
Resource Type:: Technical Report
Full Text:: the Lookout Creek drainage on the H. J. Andrews Forest, site of most of the Oregon field research