Project: Ecosystem Interaction | Future Fires

Catch a Fire: The fire-resilience-conservation nexus across ecosystems and worldviews

In a world of climate uncertainty and increasingly extreme wildfires, it is unclear how best to adapt to such a web of unknowns. Approaches such as wildfire resilience emerge as a key pathway for adaptation, yet they also reveal persistent gaps between siloed disciplines and geographically isolated strategies. Against this backdrop, my research explores how fire management and conservation practices could more effectively complement one another to strengthen wildfire resilience in both fire-prone and newly fire-exposed regions.

Project timeline: 22/2025 – 06/2029

More Projects

Understanding the origin and development of extreme and mega bushfires

Extreme and mega fires result in significant damage to property and infrastructure and are associated with large suppression costs. These events occur when separate fires merge. Their increase occurrence in recent seasons highlight the ...

The influence of fire severity on faunal persistence

Over half of all terrestrial systems require fire to maintain ecological integrity. In regions where fire is a frequent disturbance, there is ongoing pressure on the community to evolve and adapt to a specific fire regime. However, with the ...

Developing detailed emission source terms for next-generation wildland fire and smoke modeling tools using improved near-field fire measurements

The primary negative impact from prescribed fires to human populations are the respiratory and visual smoke hazards when it is transported in sufficient quantities and compositions. Therefore, smoke management is paramount to prescribed ...
No results found.