Resurs-P1 Hyperspectral Earth Imagery in 96 Spectral Bands

Hyperspectral imaging data from the Resurs-P1 satellite, which captures the Earth's surface in 96 narrow spectral bands ranging from 400 to 1100 nanometers. The sensor provides a spatial resolution of 30 meters, a swath width of 25 kilometers, and a revisit frequency of 3 days. The data is provided by the CEOS_EXTRA organization.

Use Cases

• Classifying vegetation composition using the 96 spectral bands for agricultural monitoring.
• Identifying mineral composition of soils and rocks through spectral analysis in the 400-1100 nm range.
• Detecting pollution films on water surfaces by analyzing specific spectral reflectance patterns.
• Monitoring land cover changes over time using the 3-day revisit frequency for temporal analysis.
• Mapping natural resources by correlating spectral signatures from the imagery with known material properties.

Strengths

• 96 narrow spectral bands for detailed material discrimination.
• 30-meter spatial resolution suitable for regional analysis.
• 3-day revisit frequency enables frequent temporal monitoring.
• 25-kilometer swath width provides substantial area coverage per pass.

Limitations

• Specific row/record count and total data volume are unknown.
• Temporal coverage and specific geographic regions covered are not detailed.
• Data accessibility, file formats, and processing requirements are unspecified.

Provenance

Source

CEOS_EXTRA via NASA Earthdata.

Collection Method

Collected by the hyperspectral sensor onboard the Resurs-P1 satellite in a sun-synchronous orbit.

Time Range

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Freshness

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Geography

Global coverage from the satellite's orbit, but specific regions are not specified.