"The planet's densest carbon, on the coast."
Mangroves store carbon in biomass and waterlogged soils at densities far above most forests — the highest-value "blue carbon" — while protecting coastlines and fisheries. We map and verify it from satellite.
Mangroves lock carbon not just in their biomass but in deep, waterlogged soils where it can remain stable for over a thousand years — storing carbon at 3–5× the density of typical terrestrial forest.
Restoring and protecting them delivers carbon removal, coastal resilience and richer fisheries all at once — making mangrove blue carbon among the highest-integrity nature-based credits.
Delineate mangrove canopy and area from high-resolution satellite imagery.
Quantify above- and below-ground carbon stocks across the mapped area.
Track restoration, survival and canopy change season over season.
High-integrity blue-carbon credits with a transparent evidence trail.
Repeat satellite passes detect canopy cover, density and change — so restoration is verified objectively rather than by sampling a few plots.
From baseline mapping to restoration monitoring, we'll quantify it with confidence.