Reforestation to combat soil erosion in Hunan

By investing in this project, you directly contribute to reforestation and the sustainable management of forests. You help remove CO₂ from the atmosphere and protect biodiversity. The project is registered under the Verified Carbon Standard (VCS) and certified by the Climate, Community, and Biodiversity Standard (CCB). These standards ensure that the project addresses climate change, supports local communities, and preserves and promotes biodiversity. Thanks to the independent AA rating from MSCI, this project ranks among the highest-rated reforestation initiatives for offsetting CO₂ emissions.
By investing in this project, you directly contribute to reforestation and the sustainable management of forests. You help remove CO₂ from the atmosphere and protect biodiversity. The project is registered under the Verified Carbon Standard (VCS) and certified by the Climate, Community, and Biodiversity Standard (CCB). These standards ensure that the project addresses climate change, supports local communities, and preserves and promotes biodiversity. Thanks to the independent AA rating from MSCI, this project ranks among the highest-rated reforestation initiatives for offsetting CO₂ emissions.
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Impact

The northern and northwestern regions of Hunan Province, China, face severe environmental challenges such as land degradation, soil erosion, and biodiversity loss, all of which are worsened by climate change. These issues harm nature, reduce agricultural productivity, and limit the economic growth of local communities. Addressing these challenges is essential to restore ecological balance and ensure a sustainable future for the region. This project strengthens nature and better protects local communities from the impacts of climate change. Establishing extensive forest cover reduces soil erosion and improves water retention, creating a more stable environment for agriculture and local livelihoods.

Project

This reforestation project aims to restore more than 41,317 hectares of degraded land by planting native trees. Key activities include large-scale reforestation, soil and water conservation to prevent erosion, and sustainable forest management. The project also engages the local community through training and employment, fostering local involvement. With clear forest management protocols, the initiative lays the foundation for long-term environmental recovery. By reducing soil erosion, improving water quality, and protecting endangered species, the project ensures a healthy future for both people and nature.

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Logo VCS

ORCA

ORCA supports this climate project by investing in carbon credits. The project is carefully monitored and certified by the Verified Carbon Standard and VERRA’s Climate, Community & Biodiversity Standards, ensuring that it delivers not only climate benefits but also social impact and biodiversity gains. In addition, the project has received a high AA rating from MSCI, an independent organization that assesses the integrity and quality of carbon offset projects. This AA rating reflects the project's reliability, meaning your investment truly contributes to the fight against climate change.

SDG 4 and 8

The project has noticeably improved the lives of many families in the community. By building and renovating schools, installing solar energy systems, and investing in digital infrastructure such as internet access, important steps have been taken toward sustainable development. These initiatives contribute to a better future with quality education, healthier living conditions, and more opportunities for the local population.

SDG 13

The project removes approximately 228,000 tons of CO2 from the atmosphere each year. Nature-based solutions support biodiversity and ecosystems, and strengthen the region’s resilience to climate change.

SDG 15

One of the main goals of the project is to restore degraded land by planting native trees. This helps to restore vital habitats for wildlife and increase biodiversity in an area previously threatened by environmental degradation.

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