Toucan Protocol : TCO2-VCS-1052-2012

The North Pikounda REDD+ Project (the Project) is a reducing emission from deforestation and degradation plus conservation and sustainable forestry (REDD+) project designed to protect 92,530 hectares (ha) of unlogged native Congolese forest, legally designated as a selective logging concession. The anticipated selective logging would have been undertaken on the dry lands, consisting on an area of 55,950 ha.   The main activity of the North Pikounda REDD+ Project is the cancelation of the planned degradation and deforestation activities and the decision to instead protect the forest area, while maintaining and protecting the biodiversity of the area.

The North Pikounda REDD+ Project is a conservation and sustainable forestry initiative that aims to reduce emissions from deforestation and degradation. It covers an area of 92,530 hectares of unlogged native Congolese forest, legally designated as a selective logging concession. The project is a critical step in protecting the environment and preserving biodiversity in the region.

Key Highlights:
- The project is focused on canceling planned degradation and deforestation activities in the area.
- It aims to protect 92,530 hectares of native forest and maintain the biodiversity of the region.
- Selective logging was originally planned for the dry lands, which covers 55,950 hectares of the area.
- The project is expected to reduce carbon emissions by preventing deforestation and degradation activities.

The North Pikounda REDD+ Project is essential in the fight against climate change. By protecting the forest area, the project not only preserves the biodiversity of the region but also prevents the release of carbon emissions into the atmosphere. The project is a prime example of how conservation and sustainable forestry practices can help combat global warming and its devastating effects.

Methodology for Calculating GHG Benefits from Preventing Planned Degradation

North Pikounda REDD+

The North Pikounda REDD+ Project protects 92,530 hectares of unlogged native Congolese forest from deforestation and degradation. The project cancels the planned selective logging and focuses on maintaining and protecting the biodiversity of the area.

Toucan Protocol : TCO2-VCS-1764-2020

The proposed project falls under the ARR (Afforestation, reforestation, and Revegetation) category of the Verified Carbon Standard (VCS). The project will be implemented on 2265.47 ha of degraded lands of the Northern part of Ayeyarwady Division of Myanmar. The lands that will be restored under the project belong to Magyi, Thabawkan and Thaegone village tracts and this restoration will create a healthy mangrove ecosystem.  The objective of the project is to establish and maintain a sustainably managed mangrove ecosystem for carbon sequestration, natural disaster risk reduction, poverty reduction with sustainable livelihoods in the coastal communities. A vital component of the project is the conservation of bio-diversity and establishment of the first mangrove gene bank in Myanmar.  This project was open for public comment from 12 June - 12 July 2017. Comments that were received are summarized in the public comment summary (OTHER_1694_11JUL2017)..

This project aims to restore over 2,000 hectares of degraded mangrove lands in Myanmar's Ayeyarwady Division to mitigate climate change, reduce natural disaster risks, and improve the livelihoods of coastal communities. By planting native mangrove species such as *Rhizophora mucronata* and *Bruguiera gymnorrhiza* under the Verified Carbon Standard (VCS), the project adheres to the Afforestation, Reforestation, and Revegetation (ARR) and Wetlands Restoration and Conservation (WRC) requirements.

Spanning 2015 to 2035, the project focuses on the village tracts of Magyi, Thabawkan, and Thaegone, aiming to establish a resilient mangrove ecosystem.

Myanmar is home to some of the world's richest mangrove ecosystems but suffers from one of the highest rates of mangrove deforestation, driven by unsustainable agricultural practices, industrial expansion, and widespread poverty. Mangroves play a critical role in supporting biodiversity, enhancing climate resilience, and sustaining local livelihoods. Despite their importance, only 5% of Myanmar's mangroves are legally protected, underscoring the urgency for restoration projects like this.

Key Facts:

- Mangroves store an average of 394 tonnes of carbon per hectare, with some areas exceeding 650 tonnes.
- They provide habitats for thousands of species and significantly contribute to fish and invertebrate productivity.
- Mangroves reduce flood depths by up to 70%, serving as natural shields against coastal erosion and storms.

Community and Livelihood Development

In addition to reforestation and afforestation efforts, the project supports sustainable livelihoods for local communities through initiatives such as:

- Establishing community-based businesses, including an ice plant for fish preservation.
- Training locals in skills such as seaweed farming and fuel-efficient stove production.
- Creating employment opportunities with equitable wages for men and women.
- Enhancing educational resources and infrastructure, such as providing school desks and multimedia equipment.
- Constructing rainwater harvesting ponds, box culverts, and dykes to protect farmland and improve water access.

Stakeholder Engagement and Safeguards

Local communities have been actively engaged in the planning and implementation of the project through participatory processes. A robust grievance mechanism ensures transparency and addresses community concerns promptly. Regular stakeholder meetings have fostered increased awareness and support for conservation activities.

By addressing environmental degradation, poverty, and disaster vulnerability, this mangrove restoration project offers a e solution for Myanmar’s coastal regions that benefits both people and nature. The project not only preserves the ecological heritage of the Ayeyarwady Division but also strengthens the resilience and livelihoods of local communities, making a meaningful contribution to global sustainability efforts.

Carbon Credits

The carbon credits for this project are issued by Verra under the Verified Carbon Standard (VCS) Program, one of the world’s most widely used GHG crediting programs. Verra’s programs offer comprehensive methodologies and frameworks that support the design and implementation of carbon reduction, sustainable development, and plastic waste reduction projects globally.

Afforestation and reforestation of degraded mangrove habitats

Reforestation And Restoration Of Degraded Mangrove Lands, Sustainable Livelihood And Community Development In Myanmar

This mangrove restoration project in Myanmar's Ayeyarwady Division restores 2,000 hectares to combat climate change, enhance biodiversity, and support coastal livelihoods. Planting native species under VCS standards, it reduces disaster risks, stores significant carbon, and creates sustainable jobs. Community initiatives improve education, infrastructure, and resilience while generating Verra-certified carbon credits.

Toucan Protocol : TCO2-VCS-1190-2018

Toucan Protocol : TCO2-VCS-1190-2017

Mytrah Energy (India) Limited (MEIL), formerly Caparo Energy (India) Limited is entering into the renewable energy sector with an objective to build wind power assets in India. MEIL has set up 25.20 MW wind power project in Rajkot District and Surendranagar District of Gujarat State. The project activity comprises of 12 Wind Electric Generators (WEGs) of Suzlon Energy Limited’s (SEL) S88 model, with a capacity of 2.1 MW each.

Mytrah Energy (India) Limited (MEIL) is a renewable energy company that aims to build wind power assets in India. To achieve this goal, they have set up a 25.20 MW wind power project in the Rajkot and Surendranagar districts of Gujarat State.

Key Highlights:
- The project comprises of 12 Wind Electric Generators (WEGs) of Suzlon Energy Limited’s S88 model.
- Each WEG has a capacity of 2.1 MW, resulting in a total capacity of 25.20 MW.
- The project is expected to generate clean energy that will offset the emission of approximately 48,000 tonnes of CO2 per year.
- By using wind power, the project will reduce India's dependence on fossil fuels and contribute to the country's goal of increasing its renewable energy capacity.
- Additionally, the project has created employment opportunities for the local community during the construction and operation phases.

This wind power project is an important step towards reducing India's carbon footprint and increasing its renewable energy capacity. By generating clean energy, it will contribute to the country's goal of reducing its greenhouse gas emissions and mitigating climate change. Furthermore, the project has provided employment opportunities and contributed to the sustainable development of the local communities.

Grid-connected electricity generation from renewable sources

Wind Power Project In Gujarat

MEIL, formerly Caparo Energy (India) Limited, has established a 25.20 MW wind power project in the Rajkot and Surendranagar districts of Gujarat State. The project features 12 Wind Electric Generators (WEGs) from Suzlon Energy Limited’s (SEL) S88 model, each with a capacity of 2.1 MW, as part of their foray into the renewable energy sector in India.

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Reforestation And Restoration Of Degraded Mangrove Lands, Sustainable Livelihood And Community Development In Myanmar

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Wind Power Project In Gujarat

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The interoperable climate platform

We connect environmental markets. Buy, sell, retire, and integrate assets from any project instantly and securely.

Automate carbon procurement via API

Our Partners

Over 20 million verified carbon credits from hundreds of projects, with over $4 billion traded to date

$0.31

North Pikounda REDD+

$39.00

Reforestation And Restoration Of Degraded Mangrove Lands, Sustainable Livelihood And Community Development In Myanmar

$0.31

Wind Power Project In Gujarat

Buy or retire carbon

Step 1

Step 2

Step 3

Step 1

Step 2

Step 3

Sell carbon

For carbon traders

For project developers

Learn more

Introducing Carbonmark

Read more

FAQs

Read more

Carbonmark's role

Read more

Automate carbon procurement
via API