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Model of Plant Growth and Its Relation to Moisture and Solute Transport in the Soil

机译:植物生长模型及其与土壤水分和溶质运移的关系

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摘要

The basic biological and hydrological processes of plant growth such as CO2 assimilation, transpiration, growth, maintenance, and water uptake are discussed and quantified mathematically. A model is constructed which simulates the seasonal growth of a crop under variable climatic forcing and taking into account the soil moisture and salinity profiles in a soil column. A case study for maize is presented. It is shown that crop response depends drastically on climatic forcing, soil salinity, and irrigation practice. Necessary conditions for optimal growth are investigated and the ability of the model to provide the crop production function at any time instant is demonstrated.

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