Chobe Enclave Carbon Project

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Overview

Chobe Enclave Carbon Project
Botswana
115,000 hectares
Registry
Verra
Standards
Verified Carbon Standard and Climate, Community and Biodiversity Standard
Methodology
Methodology for the Adoption of Sustainable Grasslands through Adjustment of Fire and Grazing (VM0032, v 1.0)
Project
View Credible Carbon Project
Under development
Description
The Chobe Enclave area is located in the Chobe District in North-East Botswana. This area encompasses 5 villages (5,134 people) and supports livestock grazing on 115,000 ha of communal rangeland. Serving as an initial instance, this pilot project is 19,223 ha working within a larger eligible area of 115,000 ha, aiming to create a substantial long-term climate and community impact. 
Download the project files here

The primary activity involves community-led, strategic herding and kraaling (enclosing) of livestock as per the implementing partner, Herding 4 Hope’s Herding 4 Health model. The Herding 4 Health (H4H) Model aims to empower livestock-owning communities and stakeholders. The H4H model tackles the numerous challenges of rural subsistence farming such as climate change, wildlife-livestock conflict, skills and job shortages, poverty/food security, and transboundary animal diseases, through four main sustainability approaches: the restoration of healthy rangelands, healthy animals, thriving livelihoods and development of climate-aware and wildlife-friendly livestock management practices.

Improved management of grazing and livestock is achieved through the introduction of skilled herders, who receive training and career pathways to help them to reach compliance standards. Planned and managed grazing leads to rangeland restoration and a more climate-resilient approach to livestock rearing. Also improved is access to veterinary care, which includes comprehensive vaccination, disease management and nutrition. This ensures that high-quality products attract the best prices, whilst allowing sustainable use of natural resources and reducing the need for costly veterinary fences that interrupt wildlife migrations and ecosystem resilience through migration. By moderating and controlling grazing pressure, the project facilitates the recovery of perennial grasses and stimulates grass production. This, in turn, leads to increased belowground biomass, enhanced soil carbon sequestration, and the additional capture and storage of greenhouse gases from the atmosphere into the soil.

Key metrics

4,816,290
Carbon removed (tCO2e)
5134
Employees supported
91,482
Area conserved (ha)

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