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Forest parameters, especially the forest aboveground biomass over large area and in higher accuracy, become more and more important for the research on global climate change and carbon cycle [1]. Synthetic Aperture Radar (SAR) was considered as an effective tool for assessing forest aboveground biomass because it could penetrate farther into forest canopies, especially at longer wavelength such as...
Forest biomass is important information for the forest management and the studies of global changes. Researches showed that SAR data is superior in the estimation of forest biomass. However the backscattering coefficients are not the direct measurements of forest biomass. It can be affected by forest canopy spatial structures. In this study, eight scenes of PALSAR data acquired from July 10th 2007...
Synthetic Aperture Radar is the only instrument that can provide consistent remote sensing data for south China with persistent cloud cover and rain. In this paper, the potential of multi-temporal ERS, ENVISAT-1 and PALSAR data for land cover/land use classification and urban change detection was investigated at a test area in Fuzhou city, the capital of Fujian province in southeastern China. Both...
Synthetic aperture radar is the only instrument that can provide consistent remote sensing data for south China with persistent cloud cover and rain. In this paper, the potential of multi-temporal ERS and ENVISAT-1 SAR data for land cover/land use classification and urban change detection was investigated at a test area in Fuzhou city, the capital of Fujian province in southeastern China. Both SAR...
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