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The remote sensing quantitative monitoring of soil moisture in the upstream of minjiang valley

机译:min江上游上游土壤水分的遥感定量监测

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The paper studied the model relation of soil moisture and spectral index by using the data field measured spectral reflectance and soil moisture, and analyzed the correlation between the soil moisture and spectral index. Furthermore, based on analyzing the data measured, the research selected the sensitive band and built the optimal inversion model. The soil moisture of the studied area (Maoergai area of Minjiang upriver) was inversed, and then the inversed results were analyzed and evaluated. By analyzing the different inversed results accuracy, the research obtained the optimal method of soil moisture inversion for ecological water information index remote sensing quantitative model.
机译:利用数据场测得的光谱反射率和土壤水分,研究了土壤水分与光谱指数的模型关系,并分析了土壤水分与光谱指数之间的相关性。此外,在分析测量数据的基础上,研究选择了敏感频带并建立了最佳反演模型。对研究区(Min江上游毛尔盖地区)的土壤水分进行反演,然后对反演结果进行分析和评价。通过分析不同反演结果的精度,为生态水信息指数遥感定量模型获得了土壤水分反演的最佳方法。

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