Use of Remote Sensing in Comprehending the Influence of Urban Landscape's Composition and Configuration on Land Surface Temperature at Neighbourhood Scale.
Ifeanyi R. EjiaghaM. Razu AhmedQuazi K. HassanAshraf M. DewanAnil GuptaElena RangelovaPublished in: Remote. Sens. (2020)
Keyphrases
- remote sensing
- climate change
- surface temperature
- land cover
- high resolution
- change detection
- urban land
- multispectral
- remote sensing images
- satellite images
- landsat tm
- remote sensing data
- image analysis
- hyperspectral
- geographical information systems
- remote sensing imagery
- urban areas
- spatial analysis
- image processing
- satellite data
- image fusion
- remotely sensed images
- high spatial resolution
- automatic image registration
- satellite imagery
- hyperspectral images
- scale space
- remotely sensed
- hyperspectral imagery
- remotely sensed data
- geographic information systems
- digital image analysis
- multi spectral images
- high quality
- object recognition
- remote sensed images
- finite difference
- hyperspectral remote sensing
- earth observation
- spatial resolution
- digital images
- image segmentation