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Water Balance And Evapotranspiration Monitoring In Geotechnical And Geoenvironmental Engineering

机译:岩土工程和地球环境工程中的水平衡和蒸散监测

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Among the various components of the water balance, measurement of evapotranspiration has probably been the most difficult component to quantify and measure experimentally. Some attempts for direct measurement of evapotranspiration have included the use of weighing lysimeters. However, quantification of evapotranspiration has been typically conducted using energy balance approaches or indirect water balance methods that rely on quantification of other water balance components. This paper initially presents the fundamental aspects of evapotranspiration as well as of its evaporation and transpiration components. Typical methods used for prediction of evapotranspiration based on meteorological information are also discussed. The current trend of using evapotranspirative cover systems for closure of waste containment facilities located in arid climates has brought renewed needs for quantification of evapotranspiration. Finally, case histories where direct or indirect measurements of evapotranspiration have been conducted are described and analyzed.
机译:在水平衡的各个组成部分中,蒸散量的测量可能是最难量化和实验测量的部分。直接测量蒸散量的一些尝试包括使用称重溶渗仪。但是,典型的蒸发蒸腾量是通过使用能量平衡方法或间接水平衡方法来进行的,该方法依赖于其他水平衡成分的定量。本文首先介绍了蒸散量及其蒸发和蒸腾成分的基本方面。还讨论了基于气象信息预测蒸散量的典型方法。使用蒸发蒸腾覆盖系统关闭干旱气候下的废物围堵设施的当前趋势带来了对蒸发蒸腾量化的新需求。最后,描述和分析了已经进行直接或间接蒸散测量的案例历史。

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