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Estimation of forest biomass and soil moisture in boreal forests employing ERS-1 SAR data

机译:抗北欧林林生物量及土壤水分估算抗血液林业的林林林业

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The results obtained in the retrieval of forest stem volume (forest biomass) and soil moisture using multi-temporal ERS-1 SAR data are presented. A novel inversion method for interpreting the ERS-1 SAR data is employed. The method is tested in conditions of Finland. The inversion technique is based on the use of (1) multi-temporal ERS-1 SAR data, (2) reference sample plot information and (3) a semi-empirical forest backscattering model. It is shown that multi-temporal ERS-1 SAR images can be successfully used for estimating the forest stem volume. The effect of soil moisture has been analyzed using hydrological soil moisture model-based results as a reference. The results indicate that the soil moisture of a forest area can be determined from an ERS-1 image.
机译:介绍了使用多时间ERS-1 SAR数据的森林干体积(森林生物量)和土壤水分检索的结果。采用一种用于解释ERS-1 SAR数据的新型反演方法。该方法在芬兰的条件下进行了测试。反转技术基于(1)多时间ERS-1 SAR数据,(2)参考样本绘图信息和(3)半经验林反散射模型。结果表明,多时间ERS-1 SAR图像可以成功地用于估计林木体积。通过基于水性土壤水分模型的结果作为参考,已经分析了土壤水分的影响。结果表明,森林面积的土壤水分可以从ERS-1图像确定。

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