18/03/2026
Planned Environmental Burn – Eastern Barred Bandicoot Enclosure, North Hamilton on Sunday the 22nd March 2026.
North Hamilton CFA, with support from surrounding CFA brigades, will be conducting an environmental prescribed burn within the Eastern Barred Bandicoot Enclosure, located off North Boundary Road, Hamilton.
An environmental burn, often referred to in Australia as a prescribed burn or ecological burn, is the intentional application of fire to a defined area of land under carefully controlled conditions. These burns are carried out to achieve environmental, conservation, and land‑management objectives. Unlike wildfires, prescribed burns are carefully planned and timed to enhance ecosystem health, support biodiversity, and reduce the build‑up of hazardous fuel loads.
Fire has played a natural and cultural role in shaping Australian landscapes for thousands of years, and many native plants and animals are adapted to regular, low‑intensity fire. Environmental burns are therefore an important tool in modern conservation, particularly in fire‑prone regions.
Purpose of the Burn
The prescribed burn aims to restore and maintain native grassland ecosystems, encourage the regeneration of indigenous plant species, reduce woody plant and shrub encroachment, and improve habitat quality for native wildlife.
The Eastern Barred Bandicoot enclosure at Hamilton is a key conservation site in western Victoria. The Eastern Barred Bandicoot relies on open grassland with dense ground cover for foraging and shelter. Carefully managed ecological burning helps maintain suitable vegetation structure by preventing the dominance of tall grasses and shrubs, supporting the long‑term survival of this critically endangered species within the predator‑free enclosure.
Ecological Benefits
Environmental burns are generally low‑intensity and limited in size, producing lower carbon emissions than large, uncontrolled bushfires. They can stimulate seed germination in fire‑dependent Australian plant species, promote healthy native vegetation regrowth, and reduce accumulated fuel loads. By lowering fuel levels, these burns also help reduce the risk and severity of future bushfires, contributing to the protection of both biodiversity and the local community.