96 to 255 narrow spectral bands between 400 and 1100 nm capture surface reflectance. The sensor provides a 30-meter spatial resolution with a 3-day revisit frequency and a 25-kilometer swath width. Data is collected by the Resurs-P N2 satellite operated by CEOS_EXTRA.
Use Cases
- Identify vegetation composition by analyzing spectral signatures across the 96-255 bands.
- Detect soil pollution by comparing reflectance patterns in specific spectral bands.
- Map mineral composition of soils and rocks using characteristic absorption features in the hyperspectral data.
- Monitor emergency situations like fires or floods by tracking changes in spectral reflectance over the 3-day revisit cycle.
- Assess forest health through spectral indices derived from bands in the 400-1100 nm range.
Strengths
- 96 to 255 spectral bands provide detailed reflectance data.
- 30-meter spatial resolution enables analysis of fine surface features.
- 3-day revisit frequency supports frequent monitoring.
Limitations
- Specific row count, geographic coverage, and temporal range are unknown.
- Data format and accessibility details are unspecified.
- License and usage restrictions are not provided.
Provenance
- Source
- CEOS_EXTRA
- Collection Method
- Hyperspectral sensor on the Resurs-P N2 satellite in a sun-synchronous orbit.
- Time Range
- null
- Freshness
- null
- Geography
- Earth surface coverage, specific regions unknown.