What is the difference between spatial and spectral resolution

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Temporal resolution of satellite sensors Radiometric resolution of satellite sensors Spectral resolution of satellite sensors Spectral signatures of land cover types Displaying multiband satellite images Landsat Explorer web app introduction Working with satellite imagery in ArcMap The image analysis window in ArcMap Downloading Landsat 8 data Adding Landsat 8 images to ArcMap Visually interpreting satellite images Satellite image classification For example, a spatial resolution of m means that one pixel represents an area by meters on the ground.

Spectral Resolution refers to the ability of a satellite sensor to measure specific wavlengths of the electromagnetic spectrum. The finer the spectral resolution, the narrower the wavelength range for a particular channel or band. Temporal resolution refers to the time between images. The capability for satellites to provide images of the same geographical area more frequently has increased dramatically since the dawn of the space age.

Contouring Meteorologists, oceanographers and geologist all use contour analysis to visually explain the information that images and data is providing.