Overview
What is regenerative agriculture?
Regenerative agriculture is a way of farming that aims to leave the land in better condition each season. Instead of only limiting damage, it works to restore soil health, biodiversity and the natural cycles a farm depends on.
Healthy soil is full of organic matter. As plants grow they draw carbon dioxide from the air, and some of that carbon is passed into the soil through roots and crop residue. Practices that protect and feed the soil can keep more of that carbon in the ground.
Core practices
Six practices that rebuild soil
Cover crops
Keeping living roots in the ground between cash crops to protect the soil surface and feed soil life.
Reduced or no tillage
Disturbing the soil as little as possible so its structure, and the carbon held in it, stay intact.
Diverse crop rotations
Rotating different crops through a field to break pest cycles and vary what is returned to the soil.
Managed grazing
Moving livestock through pasture in planned rotations so grass has time to recover and regrow.
Compost and organic inputs
Returning organic matter to fields to build fertility and reduce reliance on synthetic inputs.
Agroforestry
Growing trees alongside crops or pasture for shade, wind protection and deeper root systems.
From soil to carbon credit
How better farming becomes a carbon credit
Carbon stored through improved practices can be measured, independently checked and issued as credits that help fund the work on the ground.
1. Establish a baseline
Before any practice changes, we map each project area with geospatial tools. Satellite imagery, including archived images from past seasons, shows how the land has been used: what was planted, how much of the year the soil was covered, and where vegetation is thin or the ground is bare.
These maps are combined with soil samples taken on the ground and with local land-use records. Together they give each field a documented starting point against which later change can be measured.
2. Adopt new practices
There is no single recipe. We work with the farmers, landowners and community leaders in each region to decide which practices suit their land, crops, climate and culture.
Local knowledge leads the choice: what already grows well, how land is held and shared, and which traditions shape the farming year. The aim is a set of practices people want to keep using, not a plan handed down from outside.
3. Measure and verify
Once practices are in place, we keep watching the same land. New satellite images are captured through each growing season and compared with the baseline, field by field, to track changes in ground cover, crop rotation, tillage and tree cover.
The imagery is paired with follow-up soil sampling, and the results are checked by an independent third party under [STANDARD OR REGISTRY] before any credit is claimed.
4. Issue credits
Once results are verified, carbon credits are issued for the project. We then receive these green carbon credits through banking institutions.
The funding they generate goes back into the regions where the work is done, supporting the community.