A microwave radiative transfer model derived from ground and aircraft observations. The model was created by the organization SCIOPS and published in March 1992. It is designed for estimating parameters involved in heat transfer processes between sea ice and the atmosphere.
Use Cases
- Estimate surface temperature and emissivity using the derived microwave radiative transfer model.
- Validate satellite-based remote sensing data for sea ice concentration against the model's parameters.
- Analyze temporal changes in heat flux by applying the model to time-series observations.
- Study spatial variability in sea ice-atmosphere interaction using the geospatial data from aircraft observations.
Strengths
- Model derived from combined ground and aircraft observations, providing multi-source validation.
- Publication date (1992) provides a historical baseline for climate model comparisons.
Limitations
- Data is from 1992 and may not reflect current Arctic conditions due to significant climate change.
- Specific sample size, geographic coverage, and model parameters are not provided in the description.
Provenance
- Source
- SCIOPS, via NASA EarthData.
- Collection Method
- Derived from ground and aircraft observations using a microwave radiative transfer model.
- Time Range
- Observations concluded by March 1992.
- Freshness
- Last updated in 1992.
- Geography
- Presumably polar regions with sea ice, but specific locations are not stated.