Basics of radiation physics for remote sensing of vegetation, Plant and canopy function, Sensing vegetation properties based on multispectral and hyperspectral data, vegetation indices and vegetation descriptors, relationship between vegetation indices and LAI, fAPAR, and other biophysical variables, image classification of various vegetation types, Radiative transfer (RT) models and estimation of vegetation biophysical properties, multiangular sensing of vegetation structure, radiation transfer properties, canopy reflectance models, field measurements and collection of ancillary reference data, upscaling, downscaling, problems of non-linearity, LiDAR for vegetation applications, applications covering a cross-section of topics on vegetation Basics of radiation physics for remote sensing of vegetation, Plant and canopy function, Sensing vegetation properties based on multispectral and hyperspectral data, vegetation indices and vegetation descriptors, relationship between vegetation indices and LAI, fAPAR, and other biophysical variables, image classification of various vegetation types, Radiative transfer (RT) models and estimation of vegetation biophysical properties, multiangular sensing of vegetation structure, radiation transfer properties, canopy reflectance models, field measurements and collection of ancillary reference data, upscaling, downscaling, problems of non-linearity, LiDAR for vegetation applications, applications covering a cross-section of topics on vegetation
Information related to PhD interviews and message from Head, CSRE
Posted on April 22, 2024
PhD Topics for Autumn Semester (July - Dec. 2024)
Posted on March 21, 2024
Applications for PhD 2024-2025 Autumn Semester (July - Dec. )
Posted on April 2,2024
M.Tech. interviews will he held on 16 and 17 May 2024.
Posted on April 2,2024