基于1 km JERS-1马赛克的亚马逊流域土地覆盖类型制图

S. Saatchi, B. Nelson, E. Podest, J. Holt
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引用次数: 51

摘要

利用100米JERS-1亚马逊河流域拼接图像,在一种新的分类器中生成1 km分辨率的土地覆盖图。分类器的输入是1 km分辨率的平均后向散射和使用10/spl次/10个独立采样窗口从100 m数据中获得的7个一阶纹理测量。该分类方法包括两个相互依赖的阶段:1)使用监督最大后验贝叶斯方法将平均后向散射图像划分为森林、稀树草原、淹没、白沙和人为植被5个一般土地覆盖类别;2)使用纹理测量决策规则方法根据分类信息和生物量水平进一步区分子类别。在1公里尺度上成功分离了14个类。通过与IBGE和AVHRR 1公里分辨率土地覆盖图的比较,验证了方法的准确性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Mapping land cover types in Amazon basin using 1 km JERS-1 mosaic
The 100 meter JERS-1 Amazon mosaic image was used in a new classifier to generate a 1 km resolution land cover map. The inputs to the classifier were 1 km resolution mean backscatter and seven first order texture measures derived from the 100 m data by using a 10/spl times/10 independent sampling window. The classification approach included two interdependent stages: 1) a supervised maximum a posteriori Baysian approach to classify the mean backscatter image into 5 general land cover categories of forest, savanna, inundated, white sand, and anthropogenic vegetation classes, and 2) a texture measure decision rule approach to further discriminate subcategory classes based on taxonomic information and biomass levels. Fourteen classes were successfully separated at 1 km scale. The results were verified by examining the accuracy of the approach by comparison with the IBGE and the AVHRR 1 km resolution land cover maps.
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