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Alongside individual projects, we also design, plan, co-create and deliver ecological corridors. This is biodiversity rehabilitation, carbon sequestration and community empowerment at a significant scale with multiple adjacent projects linking up.

Our corridor projects are set to generate huge environmental benefits with connected areas of habitat across landscapes. Due to their scale, corridor projects often span a wide range of types of habitats with blue, teal and green carbon sequestration.

We have a particular expertise in blue carbon project development - where carbon is stored in saltwater ecosystems in vegetation and soils, for example in mangrove plantations, saltmarshes, seagrasses and seaweed. Mangrove forests are one of the top three carbon capturing ecosystems on earth. (Capturing way more carbon than rainforests.) And 80% of the carbon capture is deep within the soil.

This means it’s locked away for a long time - one study published in the Marine Ecology Progress Series found carbon stored in peat under a mangrove forest was 5,000 years old.

More than a third of the world's wetlands have disappeared since 1970. Degradation of ‘teal’ freshwater habitats like marshes and swamps due to things like changes in how land is used, modifications to land, pollution, and water extraction causes carbon to be emitted back into the atmosphere.

Restoration and protection of this kind of ecosystem means carbon is captured and stored, in turn having a cooling effect on the climate.

Some of our work is on green projects where carbon is sequestered in land ecosystems like forests. By conserving and restoring forest habitation we shore-up existing capacity for carbon storage and increase capacity too.

We’re developing innovative ways of measuring and verifying the impact of this work using cutting edge technology to build-in transparency and generate highest integrity carbon credits.