Ouida Station Human-Induced Regeneration Project

The Ouida Station Human-Induced Regeneration Project (ERF105137) is a large-scale vegetation regeneration initiative located in the Mulga Lands of South West Queensland. Situated within the Murweh Shire, the project area spans approximately 15,876 hectares and lies roughly 100 kilometers northwest of the regional hub of Charleville. The project was registered on November 8, 2016, by proponents Colleen and Geoffrey Pattison, working in conjunction with carbon service provider CO2 Australia.

The project operates under the Human-Induced Regeneration (HIR) methodology, which credits landholders for allowing native forests to regenerate on land where vegetation was previously suppressed. In this specific context, the activity involves the cessation of mechanical or chemical clearing and the management of grazing pressure to permit the regrowth of native species. The project focuses on assisted regeneration from in-situ seed sources, such as rootstock and lignotubers, ensuring that the recovering forest is resilient and adapted to the local environment.

Ecologically, the region is characterized by a semi-arid climate with highly variable, summer-dominant rainfall averaging between 300mm and 500mm annually. The landscape typically features flat to undulating plains with infertile sandy or stony red earth soils, supporting vegetation dominated by Mulga (Acacia aneura) shrublands and Poplar Box (Eucalyptus populnea) woodlands. These environmental conditions make the land historically suitable for extensive grazing of sheep and cattle, which is the primary land use in the surrounding district.

Since its inception, the project has successfully generated a significant volume of Australian Carbon Credit Units (ACCUs), with over 118,000 units issued to date. It also holds a Carbon Abatement Contract with the Australian Government, committing to the delivery of verified abatement over a 10-year period. By transitioning from intensive suppression of regrowth to a conservation-focused management style, the Ouida Station project aims to sequester carbon while potentially improving local biodiversity and soil stability in the fragile Mulga Lands ecosystem.