Monitoring land surface albedo and vegetation dynamics using high spatial and temporal resolution synthetic time series from Landsat and the MODIS BRDF/NBAR/albedo product.
Zhuosen WangCrystal Barker SchaafQingsong SunJihyun KimAngela ErbFeng GaoMiguel O. RomanYun YangShelley B. PetroyJeffrey R. TaylorJeffrey G. MasekJeffrey T. MorisetteXiaoyang ZhangShirley A. PapugaPublished in: Int. J. Appl. Earth Obs. Geoinformation (2017)
Keyphrases
- land cover
- remote sensing data
- shape recovery
- high spatial resolution
- light source
- multispectral
- remote sensing
- spatial and temporal resolution
- satellite images
- surface geometry
- lambertian surface
- single image
- remote sensing images
- scene geometry
- photometric stereo
- reflectance properties
- satellite imagery
- smooth surfaces
- object surface
- land use change
- remotely sensed
- shape from shading
- surface normals
- change detection
- lighting conditions
- multispectral images
- surface reflectance
- real scenes
- supervised classification
- spherical harmonics
- surface reconstruction
- illumination direction
- satellite data
- surface shape
- illumination conditions
- image formation
- surface orientation
- image analysis
- hyperspectral
- geographic information systems
- d scene
- point light source
- urban areas
- structured light
- spatial resolution
- d objects
- high resolution
- image data
- diffuse reflectance
- surface roughness
- specular reflection
- computer vision
- image fusion
- image processing