Forest-Water Impact Map

A first-of-its-kind mapping technology that shows where tree planting can have meaningful water benefits to help guide decisions globally.

Aerial view of lush green forest surrounding a meandering river, featuring vibrant water plants and a variety of tree canopies.

A first-of-its kind way to map faster decisions 

In partnership with sustainability consultancy 52impact, we developed a new global water benefit map tailored for reforestation. Built in alignment with VWBA 2.0 guidance and industry guidance, the Forest-Water Impact Map helps quickly and accurately review potential sites to determine where reforestation projects could have meaningful volumetric benefits.

Lush pine trees surround a calm lake under a clear blue sky, with patches of dry grass and young pine saplings visible.

Greater clarity, better guidance

The Forest-Water Impact Map helps bring transparency and confidence to the early stages of project planning. It’s a practical way to help companies make faster, more informed decisions about where investing in reforestation projects could measurably benefit communities and water replenishment targets.

The Forest-Water Impact Map

The public version of this interactive map estimates water benefits from reforestation efforts, classifying greater projected benefits to runoff as darker blue and areas with greater potential to impact infiltration in darker green. 

To explore these benefits in more detail, talk with us to get started.

To assess water-related risks and opportunities, our work begins with our vast network of planting partners. 

Boots on the ground and ready shovels are the surest way to inform decision-making. Pairing this local guidance with best-in-class mapping provides the complete picture that we need to guide decisions.

Ready for more informed decisions on trees and water?

Connect with us to explore our comprehensive Forest-Water Impact Map in detail and see how this mapping capability can help you make more efficient and informed decisions about nature-based solutions and water goals.