Expressions of Interest are now open for research teams to lead a project to study how changes in temperature and humidity affect the Fine Fuel Moisture Content (FFMC) in the context of bushfire models and simulators.
Fuel moisture lag effects on fire spread post wind change is commissioned by the Country Fire Authority Victoria (CFA) to understand how FFMC changes in response to varying temperatures and humidity both in magnitude and timing.
As the ability for fire to start and spread depends on the moisture content of surface fuels and their response to environmental changes, previous FFMC research led to the development of models that characterise the daily moisture cycle of fine fuels. While these models are crucial for predicting fire spread and ensuring public safety through community warnings and suppression strategies, this new project will identify operational weaknesses and provide options for resolution. The project will develop improved FFMC equations that can be implemented into future bushfire models.
EOI submissions close 5pm AEST, 2 August 2024 to research@naturalhazards.com.au
EOIs should be submitted in a document that addresses the specified criteria, including a project proposal and budget.
Find out more about this EOI, including how to submit, on the Fuel moisture lag effects on fire spread post wind change project page.