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Inundation extent monitoring with smap data for carbon studies

机译:利用smap数据进行淹没程度监测以进行碳研究

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The inundation extent is derived using brightness temperature data acquired by the L-band Soil Moisture Active Passive (SMAP) satellite, to support boreal carbon studies. Exploiting the L-band capabilities to penetrate clouds and vegetation and SMAP's 3-day revisit, the product may complement high-spatial resolution optical products in the high latitudes. The quality of the inundation extent is assessed by comparing with the following data sets: 3-m resolution maps derived using Radarsat synthetic aperture radar (SAR) data in northern Canada and multi-sensor climatology over Siberia. Initial results show encouraging comparisons. SMAP describes the seasonality of inundation more realistically compared with the climatology.
机译:使用L波段土壤水分主动无源(SMAP)卫星获取的亮度温度数据得出淹没程度,以支持北方碳研究。利用L波段穿透云层和植被的能力以及SMAP的3天重访功能,该产品可以补充高纬度地区的高空间分辨率光学产品。通过与以下数据集进行比较,评估淹没范围的质量:使用加拿大北部的Radarsat合成孔径雷达(SAR)数据和西伯利亚地区的多传感器气候学得出的3-m分辨率图。初步结果显示令人鼓舞的比较。与气候学相比,SMAP更真实地描述了淹没的季节性。

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