Project: Ecosystem Interaction

Unpacking the importance of active fire management in restoring our heathlands

Irregular autumn burns and bushfires unintentionally promote woody-shrub encroachment, intensify fires, and hinder our ability to conduct low-intensity prescribed burning in Victoria. In the context of increasingly flammable climates and decreasing biodiversity, a new strategy to counter this transition towards more flammable ecosystems and strengthen resilience is imperative. There is mounting evidence that some Victorian shrublands were once graminoid-dominated and managed through Indigenous burning practices prior to European colonization. This implies that fire regimes may shift ecosystems between stable vegetation states, aligning with the “stable-state theory”, a concept overlooked in contemporary Australian fire management.

Using a combination of fieldwork and modelling, I intend to investigate how fire management decisions influence plant community structure, function, and biodiversity values, offering a comprehensive approach to sustainable landscape management with broader application across Victoria. Through four nested chapters, I progressively address landscape-level questions and specific ecological processes, exploring the “why, what and how” of managing landscapes for long-term holistic objectives. I will investigate the ecological and bushfire risk outcome of pursuing various management objectives (the “why”), identify who stands to benefit under these long-term objectives (the “what”) and test the methods for realizing these objectives (the “how”).

Project timeline: 03/2023 – 12/2026

More Projects

Fire management approaches to mitigate the impacts of bushfires on ecological values

This project explores the ability of fuel management activities to mitigate bushfire impacts on ecological values. It does this through the integration of the landscape simulation modelling software ‘Fire Regimes and Operations Simulations ...

Understanding Drivers and Consequences of Windthrow across temperate Australian forest landscapes

Windthrow, the uprooting or stem fracture of trees during high wind events, is a natural disturbance process with both ecological benefits and risks. While it creates canopy gaps that promote regeneration and biodiversity, increasing frequency ...

Ecosystem resilience prioritisation tool for fuel management planning

Large-scale bushfires are resulting in long-term negative declines in ecosystem resilience and ecological values across Victoria. The scale, frequency and intensity of these fire events is predicted to increase with future climate change. ...
No results found.