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Simulation of Phosphorus Cycling in Semiarid Grasslands,c driving variables at the Pawnee (Colorado) and Matador (Saskatchewan) Sites, this model predicted plant and decomposer uptakes and turnover rates of the principal phosphorus compartments. Daily phosphorus requirements for plant and decomposer uptake are taken from pools of labile inorganic phospho

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Critique and Analyses of the Grassland Ecosystem Model ELM,the model were realized, (b) appropriateness of representation of selected biological, physical, or chemical processes modeled, (c) apparent adequacy of selected model responses, and (d) extent to which the goals of the modeling effort were realized..The objective of the modeling activity was to dev

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A Grassland Nitrogen-flow Simulation Model,iable in ecosystem processes, an important feature in a grassland model..Tests indicate that the model performs in a realistic manner. Simulation of fertilizer effects has been satisfactory, and the model has been useful in identifying critical processes where further research is necessary to advanc

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Simulation of Phosphorus Cycling in Semiarid Grasslands,than to plant parameters. Simulation results indicate rates of decomposer uptake four to five times greater than plant uptake in semiarid grasslands. Simulated phosphorus concentrations in live plant tops are highly responsive to the pattern of seasonal rainfall, which agrees well with published dat

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https://doi.org/10.1007/978-3-658-32631-9iable in ecosystem processes, an important feature in a grassland model..Tests indicate that the model performs in a realistic manner. Simulation of fertilizer effects has been satisfactory, and the model has been useful in identifying critical processes where further research is necessary to advanc