Our most well-known regreening technique! Bunds are semi-circular holes that capture rainwater and prevent erosion. By digging bunds, the soil gets the chance to sprout resulting in a return of vegetation and plants in the area. Done on a large enough scale, this regreening of dry and degraded land has a massive impact on water availability, biodiversity, food security, local communities – and even our climate. 

Also known as Farmer Managed Natural Regeneration (FMNR). This is another proven and accessible regreening technique we use. Treecovery is the selecting, pruning and protecting of stumps of cut-down (but alive!) trees, which are widespread on African farming lands. With the right care, these stumps get the chance to grow into real trees again – in a much quicker and more sustainable way than by planting new trees! 

To scale up the uptake of Treecovery, we use different methods. One of those is organising movie road shows: educative festivals where we use film, music and dance to engage and inspire farmers to start using these beneficial techniques.  

Another method is training Champion Farmers.  In every new project area we work in, we invite several well-respected and highly skilled local farmers to become part of the Training of Trainers program run by our partner LEAD Foundation. By completing this training they become Champion Farmers: ambassadors of regreening that help inspire and teach their fellow farmers in the community how to get started with regreening!

Are a landscape restoration method where we use small parts of communal land for the production of grasses and grass seeds. The grass seed banks are managed and maintained by Maasai women groups in Kenya. Once the grasses are fully grown, the grasses produce grass seeds which are sold by the women on local markets or to other regreening projects. In this way, grass seed banks are not just a green oasis in dry and bare land; they’re also an additional source of income for people!

To restore degraded land with our regreening projects, we use different landscape restoration techniques. This all depends on the physical (climate, soil conditions, slope) and social-economic (e.g. land use) conditions of the area. There’s no one-size-fits-all solution when it comes to regreening! In both cases, we’re able to monitor and calculate exactly how many bunds we dug or trees we have brought back thanks to your support.

By digging bunds or bringing back trees we can regreen large areas of dry and degraded land. That’s because increased vegetation means more organic matter, more nutrients and more water in the soil. The root system of the vegetation helps water to enter the ground more easily and go deeper, which boosts tree and plant growth in the entire area!

We capture large amounts of invaluable rainwater in our project areas. By digging the bunds we open up the dried-out top layer of the earth’s soil, slowing down and capturing the rainwater running downhill. Trees and other vegetation also help to improve the micro-climate by providing shade and by releasing moisture into the air. On a large enough scale, this helps to create clouds and increases the chance of rain, especially at the beginning and end of the rainy season! We estimate the amount of water retained based on rainfall and the number of bunds and trees.

While growing, vegetation takes up CO₂ from the atmosphere. This decreases the concentration of CO₂ and reduces the greenhouse effect. On a large scale, this helps combat global warming! For our Treecovery projects we can give CO₂ sequestration updates, but for bunds this is not possible. 

**Disclaimer. By regreening degraded landscapes and bringing back vegetation, our programs capture huge amounts of CO₂. However, Justdiggit does not formally compensate for carbon emissions. To compensate for carbon emissions in a formal way, specific certification of the program and the sequestrated carbon is required. This process can take multiple years and is expensive and we prefer to invest these resources into scaling up our regreening efforts. Instead, we make a projection of the amount of carbon to be captured in the next 20 years, based on the projected carbon storage in the Treecovery trees. In our progress reports, we provide an estimation of how much carbon will actually be captured, based on the actual number of trees brought back, so far (progress vs target).

By becoming a large partner, we can calculate and communicate how many people and villages are benefitting from your donation for a Treecovery project. In this way, you’ll know exactly how much your company has contributed to a more liveable planet!

To restore degraded land with our regreening projects, we either dig bunds or regenerate trees with Treecovery. This all depends on the physical (land use, climate, soil conditions, slope) and social-economic conditions of the area. Regreening is not a one-size-fits-all solution after all! In any case, we’re able to measure exactly how many bunds we dug or trees we have brought back thanks to your donation.

By digging bunds or bringing back trees we can regreen large areas of dry and degraded land. That’s because increased vegetation means more organic matter, more nutrients and more water in the soil. The root system of the vegetation helps water to enter the ground more easily and go deeper, which boosts tree and plant growth in the entire area!

We capture large amounts of invaluable rainwater in our project areas. By digging the bunds we open up the dried-out top layer of the earth’s soil, slowing down and capturing the rainwater running downhill. Trees and other vegetation also help to improve the micro-climate by providing shade and by releasing moisture into the air. On a large enough scale, this helps to create clouds and increases the chance of rain, especially at the beginning and end of the rainy season! We estimate the amount of water retained based on rainfall and the number of bunds and trees.

While growing, vegetation takes up CO₂ from the atmosphere. This decreases the concentration of CO₂ and reduces the greenhouse effect. On a large scale, this helps combat global warming! For our Treecovery projects we can give CO₂ sequestration updates, but for bunds this is not possible. 

**Disclaimer. By regreening degraded landscapes and bringing back vegetation, our programs capture huge amounts of CO₂. However, Justdiggit does not formally compensate for carbon emissions. To compensate for carbon emissions in a formal way, specific certification of the program and the sequestrated carbon is required. This process can take multiple years and is expensive and we prefer to invest these resources into scaling up our regreening efforts. Instead, we make a projection of the amount of carbon to be captured, based on the projected carbon storage in the Treecovery trees. In our progress reports, we provide an estimation of how much carbon will actually be captured in 20 years, based on the actual number of trees brought back, so far (progress vs target).