eFinder

eFinder

Carbon capture in rural South Africa: projects show how fighting climate change can create rural jobs – research

Analysis Summary

Propaganda Score
0% (confidence: 95%)
Summary
The article discusses carbon capture and storage (CCS) projects in South Africa's Eastern Cape, highlighting their potential to mitigate climate change while creating jobs and restoring ecosystems. It outlines both benefits for communities and challenges such as land rights insecurity and infrastructure limitations.

Fact-Check Results

“Climate governance bodies are finding ways to capture greenhouse gas emissions from the atmosphere and store them in a place where they can’t escape and warm up the planet.”
INSUFFICIENT EVIDENCE — No evidence in archive to confirm or refute claims about climate governance bodies implementing carbon capture methods.
“This is known as carbon capture and storage. It’s essential in meeting the global goal of net zero: eliminating all human-caused greenhouse gas emissions by 2050.”
INSUFFICIENT EVIDENCE — No evidence in archive to verify the necessity of carbon capture for net zero targets by 2050.
“Forests and grasslands perform carbon storage by sucking carbon dioxide (CO₂) emissions from the air and storing them underground.”
INSUFFICIENT EVIDENCE — No evidence in archive to confirm or refute claims about forests/grasslands storing carbon underground.
“Reforestation, managing open grazing land (rangelands) in a sustainable way, agroforestry (planting trees on crop farms) and restoring wetlands also absorb carbon and store it in the soil.”
INSUFFICIENT EVIDENCE — No evidence in archive to verify the carbon storage claims about reforestation and land management practices.
“We are a team of environmental scientists and agricultural specialists who examined 10 community-based, nature-based carbon capture and storage projects in the rural Eastern Cape province of South Africa for a new book on Green Financing in Emerging Economies.”
INSUFFICIENT EVIDENCE — No evidence in archive to confirm the existence of the described research team or study in South Africa.
“Our research assessed whether these projects were preventing climate change and benefiting rural communities.”
INSUFFICIENT EVIDENCE — No evidence in archive to verify the research findings about project impacts on climate change and communities.
“We found that the rural carbon capture and storage projects we studied not only helped mitigate global warming. They also created lasting jobs and restored ecosystems.”
INSUFFICIENT EVIDENCE — No evidence in archive to confirm the claimed outcomes of job creation and ecosystem restoration.
“Our research also found that communities were more willing to participate in carbon capture and storage projects when they saw immediate livelihood gains.”
INSUFFICIENT EVIDENCE — No evidence in archive to verify the relationship between livelihood gains and community participation.
“South Africa’s Eastern Cape province is the second biggest in the country; it’s the size of Uruguay or Tunisia. Stretching over 169,000km², its rangelands, forests, coastal wetlands, coastlines and mountain ecosystems offer significant potential for carbon capture.”
INSUFFICIENT EVIDENCE — No evidence in archive to confirm the geographic or ecological claims about the Eastern Cape province.
“The Eastern Cape has diverse climates: humid coastal zones, subtropical zones and arid and semi-arid areas.”
INSUFFICIENT EVIDENCE — No evidence in archive to verify the climate diversity claims for the Eastern Cape province.
“Communities can earn money and other benefits when they restore land or improve soil in ways that absorb carbon. Companies or other buyers pay for each unit of carbon that is captured or avoided. Project developers and intermediaries take a share to cover costs and services. Participating communities receive payments, jobs and other benefits in return for work and their stewardship of the land.”
PENDING
“To realise the full potential of carbon capture and storage in the Eastern Cape and to overcome existing challenges, government, researchers, private sector partners and local communities need to work together to design and implement projects that share benefits fairly, strengthen local capacity and protect the environment.”
PENDING
“Communities and local government don’t yet fully understand carbon markets. This prevents them from exploiting carbon capture opportunities or managing projects effectively.”
PENDING
“The high costs of bringing people and materials into remote rural areas to work on the projects makes them less profitable. Other costs, such as insurance, legal advice and monitoring and verification, also eat into the profits.”
PENDING
“Much rural land in the Eastern Cape is communal, held by the state in trust on behalf of communities, and governed by traditional authorities and local municipalities. Communities are insecure about their long-term rights to use or benefit from the land. This makes it difficult for them to enter into long-term contracts required by carbon projects and markets.”
PENDING
“South Africa is one of the most unequal societies in the world. This inequality translates into widespread poverty, unemployment and limited economic opportunities in rural areas. Community-based carbon projects offer a way to link climate action with urgently needed local development and job creation.”
PENDING
“The province hosts a diverse portfolio of nature-based carbon capture and storage projects. Some restore natural thicket and forest that was degraded over the years by commercial farming or grazing. These include the Amathole Forest Carbon Project, Kuzuko Thicket Restoration Project, Somerset East-Eastern Cape Restoration Project, and Stutterheim Reforestation Project.”
PENDING
“Local communities gained in several ways from the projects we reviewed. The most frequently mentioned benefit was employment creation. Projects to restore spekboom (an indigenous plant) in the Eastern Cape aim to create about 1,000 jobs and more broadly carbon projects are projected to generate around 27,600 direct jobs in land restoration, monitoring, agriculture and ecological management. In some projects, these jobs ran for several years.”
PENDING
“Poor roads, electricity and digital connectivity negatively affect project implementation. This infrastructure is needed for effective project management and to collect data on the amount of carbon captured and stored.”
PENDING
“We also assessed Meat Naturally, which gives incentives to farmers if they restore communal rangelands (grazing land), and AgriCarbon, which rewards farmers who practise climate-friendly farming, such as leaving carbon in the soil by not ploughing it. These projects are all different sizes. Some are small local restoration sites involving farms and communities while others are bigger programmes spread across two or more local municipalities and the province.”
PENDING
“They provided a critical source of income where other options were scarce. (Recent estimates place the Eastern Cape’s unemployment rate at about 42.5%.)”
PENDING
“Private companies can see carbon capture and storage projects in rural areas as too risky or less profitable. Without incentives, they are often reluctant to get involved.”
PENDING
“Carbon capture and storage is essential for meeting the global goal of net zero by 2050.”
PENDING
“The projects reviewed demonstrated a range of benefits beyond jobs and income. Restoring the land improved the fertility of the soil, which was then able to hold more water. Areas attracted more bird and plant life, becoming more diverse. Communities were also able to grow more crops once the land quality improved.”
PENDING