Home Flare Wildfire Research This helps build the scientific knowledge base that supports best practice fire management through experimental fire research and ensures our research has practical outcomes for fire management. Impact of australia's catastrophic 2019 20 bushfire season on communities and environment. retrospective analysis and current trends. causes and consequences of eastern australia's 2019 20 season.
Current Archives Flare Wildfire Research Flare wildfire research group is one of australia’s largest fire research groups. our team of fire scientists have backgrounds in landscape ecology, forest science, combustion engineering, mathematical modelling, data analysis and computer programming. Real time wildfire risk intelligence at 250–450m resolution across the continental us. flare fuses goes, viirs, and modis satellite data with ai analytics for government, insurance, and utility sectors. Building upon the momentum of a future earth cop27 side event on fire, the flare working group was launched at a workshop held online and in person at the bermuda institute of ocean science (bios) in september 2023, providing a platform for discussing the latest scientific knowledge on fire. Key results from a range of published and unpublished studies undertaken by the flare wildfire research group of relevance to the act. in this section we provide a discussion of the key findings and implications on risk to human and environmental assets.
Projects Flare Wildfire Research Building upon the momentum of a future earth cop27 side event on fire, the flare working group was launched at a workshop held online and in person at the bermuda institute of ocean science (bios) in september 2023, providing a platform for discussing the latest scientific knowledge on fire. Key results from a range of published and unpublished studies undertaken by the flare wildfire research group of relevance to the act. in this section we provide a discussion of the key findings and implications on risk to human and environmental assets. Here, we combine a bayesian network (bn) analysis, and fire simulations in phoenix rapidfire (hereafter phoenix), to identify planting designs that reduce wildfire risks while also providing positive biodiversity and carbon outcomes. Fire seasons are becoming longer, wildfires are becoming bigger and more intense resulting in megafires. these new challenges require innovative and novel approaches to predict wildfire spread through the landscape and the associated impacts to communities. My research involves a multifaceted approach, ranging from scanning forest sites to studying firebrand formation in controlled lab settings. additionally, i employ algorithms to collect and analyse data. the. Climate change is projected to make bushfire conditions worse in victoria and increase the frequency and severity of fire events. the advances made through risk based approaches to bushfire management have been significant and have contributed to strategic bushfire.
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