A metabolic scaling theory-driven remote sensing approach to map spatiotemporal dynamics of litterfall in a tropical montane cloud forest.
Kai-Ting HuCho-ying HuangPublished in: Int. J. Appl. Earth Obs. Geoinformation (2019)
Keyphrases
- remote sensing
- change detection
- remote sensing images
- multispectral
- image fusion
- hyperspectral
- raster data
- high resolution
- satellite imagery
- satellite images
- remote sensed images
- image analysis
- remote sensing imagery
- automatic image registration
- image processing
- high spatial resolution
- remotely sensed
- remote sensing data
- satellite data
- land cover
- medical imaging
- hyperspectral images
- digital image analysis
- remotely sensed images
- cloud computing
- hyperspectral imagery
- hyperspectral remote sensing
- hyperspectral imaging
- data assimilation
- spatial resolution
- sensor networks
- image segmentation
- remote sensing image processing
- multiscale
- pattern recognition
- moving objects
- spectral data
- climate change
- earth science