Practical application of multi-technical integration in estimating evapotranspiration and vegetation total primary productivity based on "Python+"

View the original text>>> Practical application of multi-technical integration based on "Python+" in estimating evapotranspiration and total primary vegetation productivity

Be familiar with evapotranspiration ET and its components (vegetation transpiration Ec, soil evaporation Es, canopy interception Ei), the concept of vegetation gross primary productivity GPP and the basic principles of carbon-water coupling; master the use of Python and ArcGIS tools to perform course-related operations; be proficient Master the internationally popular Penman-Monteith model, and be able to apply this model to calculate canopy conductance and evapotranspiration components on various vegetation types; master the visualization methods and mapping methods of single station and regional results, etc.

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Practical application of multi-technical integration in estimating evapotranspiration and vegetation total primary productivity based on "Python+"

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