Combining satellite analytics, environmental research, and implementation science to bridge the gap between what science tells us and what actually gets done.
For scientists, researchers and policymakers, and anyone who cares about our planet.
Explore every subject the site covers, in one place.
Satellite-derived vegetation and land-cover analysis by region.
Interactive maps and D3.js visualizations showing which countries face the greatest biodiversity loss.
NDVI and NDBI analysis of vegetation health and urban heat risk using Sentinel-2 satellite data.
Updated vegetation and built-up surface analysis tracking seasonal change across the region.
Satellite-based NDVI and NDBI analysis revealing vegetation patterns, built-up intensity, and heat risk zones.
Research and reflections on trees, conservation and climate.
Blue carbon, storm buffering, and marine nurseries along the world's coastlines.
How tree canopies shelter wildlife, sustaining over 2,300 species.
A low-cost tool from USC and FIU researchers helps cities map canopy coverage.
An ecological simulation grounded in real dissipative structures theory. Built to be scientifically credible and genuinely playable.
Seventeen regions, tracked from orbit: 12 of the world's most liveable cities, and 5 desert and land-greening sites across Australia, the Sahel and Inner Mongolia. Hover a marker for what's being watched.
