have been driven by climate rather than other factors. This research will explore why the precipitation estimates in the model performed poorly compared to temperature, relative humidity, and wind speed. The goal is to determine how precipitation is related to and influences the other variables. Improving The aim of A prototype fire fighter this research system to safety with is to identify identify based patterns potential warnings indicating changes in to lower weather The mesoscale patterns, that University atmospheric may pose of perturbations, risks to the Melbourne such as, safety of storm cell fire development fighters will or other be developed forms of for DELWP, convective so that fire winds. These managers patterns can can improve be a warnings to precursor to fire escalating responders. fire behaviour Completion or result in a date: July change in the 2019 safety conditions for on ground firefighters.
have been driven by climate rather than other factors. This research will explore why the precipitation estimates in the model performed poorly compared to temperature, relative humidity, and wind speed. The goal is to determine how precipitation is related to and influences the other variables. Improving fire fighter safety with based warnings The University of Melbourne The aim of this research is to identify patterns indicating to lower mesoscale atmospheric perturbations, such as, storm cell development or other forms of convective winds. These patterns can be a precursor to escalating fire behaviour or result in a change in the safety conditions for on ground firefighters. A prototype system to identify potential changes in weather patterns, that may pose risks to the safety of fire fighters will be developed for DELWP, so that fire managers can improve warnings to fire responders. Completion date: July 2019
Science-Catalogue-17-18_final-web-accessible.docx