Tswalu Kalahari Reserve Uses Wildlife Restoration to Rebuild Soil Carbon
Similar Articles
Conservation Projects in South Africa Restore Native Habitats and Species
Whitley Awards Honor Grassroots Conservationists Protecting Threatened Species
New Mining Company Seeks to Prospect for Critical Minerals in South Africa's Northern Cape
Tribal Nations Advance Climate Resilience Through Restoration and Renewable Energy
Private Conservation Efforts Expand in Australia and the United States
The Tswalu Kalahari Reserve in South Africa is using decades of wildlife reintroductions to restore degraded soils and generate revenue through carbon markets. The reserve, owned by the Oppenheimer family, has expanded to 118,000 hectares. This work highlights the significant role soils play in storing terrestrial carbon.
Facts First
- Tswalu Kalahari Reserve restores degraded soils through decades of wildlife reintroductions
- The project generates revenue by participating in carbon markets
- The reserve covers 118,000 hectares in the Kalahari Desert, an area larger than Hong Kong
- Soils globally hold about three times more terrestrial carbon than forests
- The reserve is owned by the Oppenheimer family and managed by Oppenheimer Generations
What Happened
The Tswalu Kalahari Reserve is utilizing decades of wildlife reintroductions to restore degraded soils. This restoration work generates revenue through participation in carbon markets. The reserve, owned by the Oppenheimer family, was acquired in 1999 and has been expanded to 118,000 hectares (292,000 acres), which is larger than Hong Kong.
Why this Matters to You
This work demonstrates a tangible model for how large-scale land management can address climate change. Soil carbon storage is a critical global climate solution, as soils hold approximately three times more terrestrial carbon than forests. Projects like this may provide a blueprint for other regions to restore ecosystems while creating financial incentives through carbon markets.
What's Next
The continued restoration at Tswalu could serve as a case study for similar arid and semi-arid landscapes globally. The integration of conservation with carbon finance may become a more common approach for funding large-scale ecological recovery.