In satellite remote sensing and spatial data analysis, resolution attributes determine sensor capability and imagery utility. Match each remote sensing resolution type in Column A with its corresponding defining technical characteristic in Column B.
- Spatial ResolutionThe minimum ground surface dimension represented by a single raster pixel element.
- Spectral ResolutionThe specific bands and waveband intervals of electromagnetic radiation captured by sensor detectors.
- Temporal ResolutionThe orbital revisit frequency and interval required for a sensor to image the identical ground coordinate.
- Radiometric ResolutionThe bit-depth capacity of a sensor to discriminate subtle differences in signal intensity or energy reflectance.
Answer
Spatial Resolution matches the ground dimension per pixel; Spectral Resolution matches the specific wavebands captured; Temporal Resolution matches the satellite orbital revisit frequency; Radiometric Resolution matches sensor bit-depth energy sensitivity.
Each resolution type represents a fundamental dimension of satellite imagery: Spatial Resolution determines minimum ground pixel size; Spectral Resolution determines electromagnetic waveband selection; Temporal Resolution measures repeat orbital frequency; Radiometric Resolution determines energy signal quantization bit depth.
Step-by-Step Solution
Key Concept
Resolution Parameters in Remote Sensing and GIS Data Acquisition
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