Project Registry

Location: Western Australia
Abatement volume: 1,257,000 tonnes

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).

Location: New South Wales

The project promotes the regeneration of native vegetation for the sequestration of carbon. The local environment has suffered from grazing and irrigation pressure, invasive species and erosion.

Location: Western Australia

Planting of native species mallee trees on land previously cleared for dryland cropping and grazing.

Location: Queensland
Abatement volume: 67,421 tonnes

This project establishes permanent native forests through assisted regeneration from in-situ seed sources (including rootstock and lignotubers) on land that was cleared of vegetation and where regrowth was suppressed for at least 10 years prior to the project having commenced.

Location: Western Australia
Abatement volume: 10,000 tonnes

The project involves controlled early dry season burning – aerial and on-ground – carried out by Nyaliga Traditional Owners.

Location: Northern Territory
Abatement volume: 92,022 tonnes

The SEAL IPA encompasses more than 19,000 km2 of Aboriginal freehold land within the Arnhem Land and Urapunga Aboriginal Land Trusts.

Location: Northern Territory
Abatement volume: 901,075 tonnes

Indigenous fire managers and their partners in Arnhem Land have successfully reinstated customary burning practices producing significant social, cultural, environmental and economic benefits for Indigenous landowners.

Location: Tasmania
Abatement volume: 20,314 tonnes

The project has converted 12,000ha of previously logable forest to a protected forest.

Location: Queensland
Abatement volume: 100,000 tonnes

The project is working to assist the regeneration of native forests which have been suppressed by agricultural land uses, such as grazing.

Location: Western Australia
Abatement volume: 90,327 tonnes

This project involves the capture and destruction of landfill gas via flaring and internal combustion engine. The project also leads to the production of electricity for use at the site.