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VEGETATION MAPPING USING REMOTE SENSING AND GIS
引用本文:Wu Bingfang,huang Xuan,Tian Zhigang(LREIS,Institute of Geography,CAS,Beijing People''s Republic of Chin. VEGETATION MAPPING USING REMOTE SENSING AND GIS[J]. 地理学报(英文版), 1994, 0(Z2)
作者姓名:Wu Bingfang  huang Xuan  Tian Zhigang(LREIS  Institute of Geography  CAS  Beijing People''s Republic of Chin
作者单位:LREIS,Institute of Geography,CAS,Beijing 100101 People's Republic of China
摘    要:I.StduyAreaPUschRjdgeoftheSantaCatalinaMountains,CoronadONaionalForest,SoutheastArizona,wasselectedasastudyareafOrvegetationmopingandatestoftheroleOfGISinaidingrem0teIysenseddataclassificati0n.BeinganepitOmeoftheSantaCatalinaMountains,PUscllmdgeiscomprisedOf23O.65sqUarelQnoflandIocatedonthesouthwesternPOrti0noftheSantaCarelinaRangerDistrictOftheCoronadoNationalForest.ltprovidesasharPcontrastbebeenthenamralruggdnessOftheSantaCatalinaMountainsandtheCityOfTucson,Arizona,araPdl…


VEGETATION MAPPING USING REMOTE SENSING AND GIS
Wu Bingfang,huang Xuan,Tian Zhigang. VEGETATION MAPPING USING REMOTE SENSING AND GIS[J]. Journal of Geographical Sciences, 1994, 0(Z2)
Authors:Wu Bingfang  huang Xuan  Tian Zhigang
Abstract:Classification accuracy of satellite imagery in complex terrain environments can be improvd by using ancillary daa and imasery spaial features extracted from the images. The classification mny be accomplished by using spaial analysis methods of geographic information System (GIS) that provide a tool for integrating all Kinds of ancillare data, or using ancillare data as an augmented subset of bands in processing imagery. The purpose of the study is to test the role of GIS spatial and spectra analysis medel in aiding the classification of satellite data and to compare the ability Of two satellite systems, SPOT and Landsat Thematic Mapper (TM) in vegetation mapping in mountainous region.
Keywords:vegetation mapping   classification   remote sensing   GIS
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