Publication | Open Access
Hierarchical classification of complex landscape with VHR pan-sharpened satellite data and OBIA techniques
31
Citations
43
References
2014
Year
EngineeringGeomorphologyLand UseLandscape ArchitectureLand CoverPhysical GeographySocial SciencesGeospatial MappingImage AnalysisData ScienceIsland StudiesKappa CoefficientHierarchical ClassificationSatellite ImagingComplex LandscapeGeodesyCartographySynthetic Aperture RadarSoil ClassificationGeographyEarth Observation DataLand Cover MapRemote SensingObia TechniquesCover MappingLand-cover/land-use Thematic Maps
Land-cover/land-use thematic maps are a major need in urban and country planning. This paper demonstrates the capabilities of Object Based Image Analysis in multi-scale thematic classification of a complex sub-urban landscape with simultaneous presence of agricultural, residential and industrial areas using pan-sharpened very high resolution satellite imagery. The classification process was carried out step by step through the creation of different hierarchical segmentation levels and exploiting spectral, geometric and relational features. The framework returned a detailed land-cover/land-use map with a Cohen's kappa coefficient of 0.84 and an overall accuracy of 85%.
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