Titlebook: Observation and Measurement of Ecohydrological Processes; Xin Li,Harry Vereecken Reference work 2019 Springer-Verlag GmbH Germany, part of

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Observing Ecohydrological Processes: Challenges and Perspectives,x variables of ecohydrological processes, (3) developing upscaling approaches through system observations to understand the scaling issue, and (4) estimating representativeness error to quantify the uncertainties. To this end, we pointed out the potential directions for filling these gaps, including

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Inhomogeneity in Winter Precipitation Measurements,fferences in 12-h snow catches are mostly less than 2?mm among the 6 gauges. The difference in the 12-h observations is less than 1% for rain and 4% for mixed precipitation. Close linear relationships exist between the 12-h gauge observations for all precipitation types. The maximum differences in g

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Micrometeorological Methods to Determine Evapotranspiration, and intensive experiments are presented. The ET measurement methods differ in observational theory, temporal–spatial scales, and precision. Researchers can select a suitable method according to their research objectives.

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諂媚于人

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Leaf Area Index: Advances in Ground-Based Measurement,e measured data can be transferred to remote computer server, thus, LAINet can reduce the cost of field data collection. LAISmart is a mobile application deployed on the smartphone, and the LAI is calculated by the classification of captured image. By integration of capturing images and real time co

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Root Processes Affecting Soil Moisture Patterns in Ecohydrology,which different plants try to segregate the depths at which they take up water. In addition, rhizosphere-specific properties tend to increase the variability when the soil is wetted from dry condition or to decrease it under wet conditions. We used a plant architecture model to illustrate how soil a

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