Authors: Christopher Anderson, David Marvin, & Maxwell Joseph As world leaders discuss climate solutions at Summit of the Future and Climate Week NYC, Planet is proud to announce the release of Forest Carbon Monitoring, a new data product for mapping forest change at high resolution worldwide. Built using data from Planet’s fleet […]
By Christopher Anderson, Amy Rosenthal, and Flávia de Souza Mendes. Today, Amazon Conservation released the first in a series of three Mapping the Andean Amazon Project (MAAP) reports on forest carbon across the Amazon that leverages our Forest Carbon Diligence product. The reports reveal patterns of aboveground carbon dynamics, including where and […]
Each quarter we publish a blog post highlighting the innovative ways participants in the NICFI Satellite Data Program are putting Planet data to work to help reduce and reverse tropical forest loss – whether that’s through government action, private sector adoption, or NGO coordination. This quarter, we are excited to once again […]
In an effort to advance scientific research, development, and discovery from the NICFI Satellite Data Program, Planet has teamed up with Microsoft to make high-resolution, tropical forest Basemaps available to select researchers within the Planetary Computer platform. The Group on Earth Observations (GEO), in partnership with Microsoft, today announced a Request for […]
In an effort to enable greater impact from the NICFI Satellite Data Program, Planet has teamed up with Google to make high-resolution, tropical forest Basemaps available within the Earth Engine platform. This brings the power of Google’s cloud to the entire NICFI community to run analysis at regional and global levels to […]
It’s been nearly nine months since Norway’s Ministry of Climate and Environment (NICFI) awarded an international contract to KSAT, Planet, and Airbus. Since the launch of the coalition, initiatives across the world have been leveraging Planet’s high-resolution satellite imagery of the tropics, free of charge, helping to save the world’s tropical forests […]
Over the past few decades, traditional Earth observation satellites have made huge contributions to the creation of standardized, historical, and publicly accessible information on land cover and land use change. However, their low spatial and temporal resolutions – exacerbated by limited computing power – have constrained their use by decision makers. The […]
