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Fluxpart: Open source software for partitioning carbon dioxide and water vapor fluxes

机译:fluxpart:开源软件,用于分配二氧化碳和水蒸气通量

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The eddy covariance method is regularly used for measuring gas fluxes over agricultural fields and natural ecosystems. For many applications, it is desirable to partition the measured fluxes into constitutive components: the water vapor flux into transpiration and direct evaporation components, and the carbon dioxide flux into photosynthesis and respiration components. The flux variance similarity (FVS) partitioning method is based on flux variance similarity relationships and correlation analyses of high-frequency eddy covariance data (). The FVS method is relatively complex computationally, and that complexity has likely been an impediment to greater use and testing of the procedure. In this work, we present a new algebraic solution to the key computational task in the partitioning algorithm, which significantly simplifies the FVS method. We also introduce Fluxpart, a free and open source Python 3 module that implements the FVS partitioning procedure. Example flux partitioning calculations are presented.
机译:涡旋协方差法定期用于测量农业领域和自然生态系统的气体势态。对于许多应用,期望将测量的助量分配成本构型组分:水蒸气通量进入蒸发和直接蒸发组分,以及二氧化碳通量进入光合作用和呼吸组分。磁通方差相似性(FVS)分区方法基于磁通方差相似关系和高频涡致协方差数据()的相关分析。 FVS方法计算得相对复杂,并且该复杂性可能是更大使用和对程序进行测试的障碍。在这项工作中,我们向分区算法中的关键计算任务提供了一个新的代数解决方案,这显着简化了FVS方法。我们还介绍了Fluxpart,一个免费和开源Python 3模块,实现了FVS分区过程。提出了示例助焊剂分区计算。

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