Mangrove forests store huge amounts of carbon but figuring out how much is stored globally is challenging. Now, researchers from Japan have developed a new model that uses remote sensing of ...

Scientists have recently integrated remote sensing products with a national carbon accounting framework to quantify soil carbon fluxes over large regions. This advancement allows for the ...

The UConn Global Environmental Remote Sensing (GERS) Lab has developed a new remote sensing method to continuously monitor primary forest loss and determine what factors are driving that loss.

Using satellite observations to evaluate forest recovery following a wildfire could be an innovative, cost-efficient way to ...

For decades, scientists from around the world have been visiting a mature forest just off the interstate, about 30 miles north of Bangor where carbon and other greenhouse gas measurements are ...

Verra and Pachama introduce cutting-edge digital measurement, reporting, and verification pilot for nature-based solutions, increasing the transparency, integrity, and efficiency of carbon credit ...

While existing remote sensing solutions for Forest Carbon often fail to visualize individual trees and subtle forest change at scale, Planet’s dataset excels at precisely capturing them.

Protecting forests globally could vastly increase the amount of carbon they sequester, a new study finds, but given our current emissions track, does it really matter?

ABSTRACT. Protection of large natural forest landscapes is a highly important task to help fulfill different international strategic initiatives to protect forest biodiversity, to reduce carbon ...