Western Australia
Active
175,837 tonnes CO2-e
Units generated:
VER
Purchased by:
Private market
Project proponents:
Carbon Neutral
Land management activities:
Mixed species indigenous to the region are grown on degraded land in the northern wheatbelt of Southwest Australia. Revegetating the landscape with native trees and shrubs encourages wildlife to return while at the same time removing carbon from the atmosphere.
Verification doc
Gold Standard Verification
The Yarra Yarra Biodiversity Corridor is a multi-species native reforestation project located in Southwest Australia – one of only 35 internationally recognised global biodiversity hotspots. These are regions that have an exceptionally high number of plant and animal species that don’t occur anywhere else and account for 90% of all species on Earth.
The project is established on degraded, semi-arid agricultural land that no longer supported viable farming practices. More than 50 native tree and shrub species endemic to the region are planted and are protected with 100 year carbon rights and carbon covenants registered on the land titles.
This project not only has a positive impact on climate change but also makes a meaningful contribution to a number of the UN’s Sustainable Development Goals (SDGs).
Lead Contact
Ray Wilson
CCO
Address
level 9/197 St Georges Terrace, Perth WA, Australia
CSP: Climate Friendly Pty Ltd
Location: Queensland
Abatement volume: TBC
This project features a unique carbon finance vehicle with Climate Friendly, and Conscious Investment Management through which the Kullilli Bulloo River Aboriginal Corporation was able to obtain funds to purchase their home Country on Thargomindah station in Southwest Queensland. In September 2023, a project under the Human-Induced Regeneration of a Permanent Event Aged Native Forest - 1.1 method was established. The project will restore the land, and enable Kullilli Bulloo People to practice culture on Country once more, while proceeds from carbon credit sales will contribute to the finance mechanism, and support further enterprise development on the property.
CSP: Climate Friendly Pty Ltd
Location: New South Wales
Abatement volume: 266,602
ACCUs total units issued
Establishing permanent native forests through assisted regeneration from in-situ seed sources (including rootstock and lignotubers) on land that was cleared and where regrowth was suppressed for 10 years prior to the project.
Location: Serbia
Abatement volume: 28,783
CO2e Estimated Annual Emission Reductions
The project captures methane – one of the most potent greenhouse gasses - from organic waste and the produced renewable energy is utilized as heat and electricity via a cogeneration system improving the air quality of the region and supplying affordable clean energy to the citizens.
CSP: Climate Friendly Pty Ltd
Location: Queensland
Abatement volume: TBC
This project features a unique carbon finance vehicle with Climate Friendly, and Conscious Investment Management through which the Kullilli Bulloo River Aboriginal Corporation was able to obtain funds to purchase their home Country on Thargomindah station in Southwest Queensland. In September 2023, a project under the Human-Induced Regeneration of a Permanent Event Aged Native Forest - 1.1 method was established. The project will restore the land, and enable Kullilli Bulloo People to practice culture on Country once more, while proceeds from carbon credit sales will contribute to the finance mechanism, and support further enterprise development on the property.
CSP: Climate Friendly Pty Ltd
Location: New South Wales
Abatement volume: 266,602
ACCUs total units issued
Establishing permanent native forests through assisted regeneration from in-situ seed sources (including rootstock and lignotubers) on land that was cleared and where regrowth was suppressed for 10 years prior to the project.
Location: Serbia
Abatement volume: 28,783
CO2e Estimated Annual Emission Reductions
The project captures methane – one of the most potent greenhouse gasses - from organic waste and the produced renewable energy is utilized as heat and electricity via a cogeneration system improving the air quality of the region and supplying affordable clean energy to the citizens.
