Journal of Statistical Software · 2011 · 124 citations · 20 references
Natural SciencesGeographyGeoinformaticsDigital Elevation ModelingGeomaticsRemote SensingAtmospheric CorrectionLand Cover Change DetectionRemote Sensing Image AnalysisSatellite Image InterpretationSatellite SensorsLandsat Atmospheric CorrectionLandsat Radiometric CorrectionMultispectral Atmospheric CorrectionMultispectral Image AnalysisRemote Sensing Data AnalysisSatellite Image AnalysisSatellite Remote Sensing DataTopographic Correction
Research and development on atmospheric and topographic correction methods for multispectral satellite data such as Landsat images has far outpaced the availability of those methods in geographic information systems software. As Landsat and other data become more widely available, demand for these improved correction methods will increase. Open source R statistical software can help bridge the gap between research and implementation. Sophisticated spatial data routines are already available, and the ease of program development in R makes it straightforward to implement new correction algorithms and to assess the results. Collecting radiometric, atmospheric, and topographic correction routines into the <b>landsat</b> package will make them readily available for evaluation for particular applications.
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Classification and Change Detection Using Landsat TM Data
Conghe Song, Curtis E. Woodcock, Karen C. Seto et al. · Remote Sensing of Environment · 2001 · 1.7K citations