Faster Radar or Sharper Optics: Rethinking Satellite Burn-Severity Mapping
A study of 9,129 North American wildfires finds that radar delivers the fastest post-fire satellite imagery while multispectral sensors map ...
A study of 9,129 North American wildfires finds that radar delivers the fastest post-fire satellite imagery while multispectral sensors map ...
A University of Cambridge-led satellite analysis of three decades and seven presidencies finds that Brazilian election outcomes were directly linked ...
A three-stage CNN and transformer pipeline identified satellite image types and detected oil with high reported accuracy, while a lightweight ...
A deep-learning analysis of 85,868 satellite images produced a weekly, 1-km record of two floating macroalgae in China’s marginal seas ...
A satellite-based Oaxaca study measured shoreline retreat of up to 289 metres after Hurricane Erick and projected additional erosion in ...
A 2000–2024 satellite analysis of 500 large southeastern U.S. flooded forest swamps found highly variable associations between drought, precipitation and ...
KAIST’s GeoCore-9B outperformed task-specific systems on key public-dataset measures for cloud removal and led some radar-to-optical conversion metrics.
A study of 533 Italian schoolchildren combining satellite imagery with psychometric scales found that children in highly natural residential areas ...
Researchers have unveiled MiRAGE, a parameter-efficient AI framework that adapts its computational depth to each satellite image and uses CLIP ...
A 2003 ASTER image predicted the exact locations of iron pits opened years later around Keban, revealing how band ratios, ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine