Why Changing Landscapes Demand a New Approach to Wildfire Risk
As wildfires become more damaging and less predictable, understanding how fuel, dryness, and vegetation stress are shifting becomes essential for managing risk.
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As wildfires become more damaging and less predictable, understanding how fuel, dryness, and vegetation stress are shifting becomes essential for managing risk.
In the wake of yet another season of significant wildfire activity across the US and in particular C...
There are at the very least six separate global land cover mapping efforts. The European Space Agenc...
Starting today, Descartes Labs is accepting applications for Beta access to the most advanced Platfo...
Here at Descartes Labs, we have been using the microservice architecture in building out our platfor...
Does widespread hunger caused by food shortages contribute to conditions that lead to regional insta...
Last summer a group of artists and coders created Terrapattern, a ground-breaking demonstration of v...
Today, we’re unveiling a technology demonstration of machine learning at global scale, which we call...
Today we’re excited to share three new satellite imagery-based maps of the earth, made here at Desca...
Descartes Labs’ weekly forecast for U.S. corn and soy yields Last month, we were excited to unveil o...
Today, Descartes Labs is releasing our 2016 U.S. Corn Yield Forecast. Not only is this year’s corn m...