New "Soils Revealed" platform puts soil carbon modelling at your fingertips

30 Nov 2020

 

The global potential of soil to store more carbon is a “natural solution” to help mitigate climate change. But where does the most potential exist, and how have those soils performed at carbon storage in the last 20 years? Today, a new interactive global soil organic carbon mapping platform called Soils Revealed launches, making it easier to answer these and other important questions.

Even though soil is one of the largest carbon pools, globally storing more organic carbon than vegetation, soils aren’t always managed in a climate-smart way. Often soils which could sequester organic carbon are releasing it instead, adding carbon dioxide to the atmosphere and intensifying climate change.

Along with our project partners The Nature Conservancy, Cornell University, and Woodwell Climate Research Center, ISRIC – World Soil Information created a new platform, Soils Revealed, to shine light on the potential of soil to help store more carbon.

 

 

Soils Revealed is an interactive map that helps policymakers, NGOs, researchers, and land managers visualise ongoing carbon losses from our soil as well as the powerful potential to reverse that trend. This platform reveals where soil can sequester more carbon and gives people a visual tool to help them take action.

“The Soils Revealed platform allows policymakers to get a better understanding of the stunning decrease of carbon in our soils since we started farming,” said director of ISRIC – World Soil Information Rik van den Bosch. “And even more important, the platform shows where the greatest potential exists to store more carbon in soils and thus decrease the impact of climate change.”

 

Map showing carbon density
Snap shot of SoilsRevealed.org

Differing from other soil mapping platforms, Soils Revealed isn’t simply a static measurement of how much organic carbon is held in a particular soil. Soils Revealed shows how carbon stock in soils has changed over time and also allows a user to assign future land use options like ecosystem restoration or organic agriculture to their geography and see how that would impact future carbon storage.

“I am particularly excited that Soils Revealed users can interact with the results of complex soil carbon modelling and mapping approaches in an intuitive and very powerful way,” said senior researcher at ISRIC – World Soil Information Gerard Heuvelink. Soils Revealed is part of ISRIC - World Soil Information's ongoing work on space-time statistical modelling of soil organic carbon

To uncover soil’s carbon storing potential, visit SoilsRevealed.org