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Algorithms and analysis tools for carbon content modeling in soil based on satellite data

机译:基于卫星数据的土壤碳含量建模算法及分析工具

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Estimate of the organic carbon content in soil is critical for global change modeling activities. Therefore, the predictive model for estimating soil carbon would provide an important tool for the scientific community. We used remotely sensed TM imaginery data together with the soil profiles and moss layer carbon data for the Northern Study Area (NSA) of the BOREAS project. Different classification and functional models of the carbon dependency on remotely sensed data were developed. The complexityof the models was scrutinized. Based on these techniques, we have developed a set of analysis tools. These tools and an Internet based access to some of these tools will be presented.
机译:土壤中有机碳含量的估计对于全球变化建模活动至关重要。因此,用于估算土壤碳的预测模型将为科学界提供重要的工具。我们将远程感应的TM Imaginery数据与博伊亚项目的北部研究区(NSA)的土壤曲线和苔藓层碳数据一起使用。开发了不同的分类和碳依赖性对远程感测数据的功能模型。模型的复杂性被仔细审查。根据这些技术,我们开发了一组分析工具。将介绍这些工具和基于Internet的访问这些工具。

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