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Improved Remotely-Sensed Estimates of Crop Residue Cover by Incorporating Soils Information

机译:通过纳入土壤信息,改善了对农作物覆盖的远程感测的估计

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Remote sensing allows for the rapid determination of crop residue cover. The Cellulose Absorption Index (CAI) has been shown to more accurately estimate residue cover and non-photosynthetic vegetation than other indices. CAI is useful as values are linear areal mixtures of soil and residue spectral properties. Our research shows that spatial soil property data can be used for calibration to improve residue cover estimates. Furthermore, residue cover estimations are affected by rainfall and live green vegetation, and these need to be accounted for in analyses. This work supports the concept that future remote sensing platforms should include CAI bands to allow for better estimation of residue cover.
机译:遥感允许快速测定作物残留盖。已经显示纤维素吸收指数(CAI)比其他指标更准确地估计残留物覆盖和非光合植被。 CAI是有用的,因为值是土壤和残留物谱特性的线性面积混合物。我们的研究表明,空间土壤属性数据可用于校准以改善残留盖估计。此外,残留物覆盖估计受降雨量和活绿色植被的影响,并且这些需要考虑分析。这项工作支持未来遥感平台应包括CAI带的概念,以便更好地估计残留物盖。

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