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We describe the design, implementation and performance of a novel airborne system, which integrates commercial waveform LiDAR, CCD (Charge-Coupled Device) camera and hyperspectral sensors into a common platform system. CAF's (The Chinese Academy of Forestry) LiCHy (LiDAR, CCD and Hyperspectral) Airborne Observation System is a unique system that permits(More)
In microwave remote sensing of agricultural canopy, the capability of a scattering model to accurately predict the scattering properties is of great importance. In the literature, a "discrete scatter" approach was usually deployed, where scattering behavior of the individual constituent of the canopy was determined, and was either summed up incoherently(More)
Based on the progress of hyperspectral data acquisition, information processing and geological requirements, the current status and trends of hyperspectral remote sensing technology to geological applications are reviewed. The advantages and prospects of hyperspectral remote sensing applications to mineral recognition and mapping, lithologic mapping,(More)
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