TY - BOOK
T1 - Fire Behaviour Knowledge in Australia: A Synthesis of Disciplinary and Stakeholder Knowledge on Fire Spread Prediction Capability and Application
AU - Cruz, Miguel G.
AU - Sullivan, Andrew L.
AU - Leonard, Rosemary
AU - Malkin, Sarah
AU - Matthews, Stuart
AU - Gould, Jim S.
AU - McCaw, W. Lachlan
AU - Alexander, Martin E.
PY - 2014
Y1 - 2014
N2 - This project undertook a survey of the fire behaviour knowledge currently used by operational fire behaviour analysts (FBANs) in Australia and New Zealand for the purpose of predicting the behaviour and spread of bushfires. This included a review of the science, applicability and validation of current fire behaviour models, an examination of the fire perimeter propagation software currently being used by FBANs, and a survey of those FBANs to determine current work practices when carrying out fire behaviour predictions. The objective of the work was to synthesise current fire behaviour knowledge and practice and to provide recommendations as to which fire behaviour models, supported by the science and defining operating bounds, should be used for operational prediction of fire spread. While no single fire behaviour model will ever be perfect, the output of models that over-predict rate of spread can be easily readjusted whereas the output of models than under-predict rate of spread can have catastrophic consequences.
AB - This project undertook a survey of the fire behaviour knowledge currently used by operational fire behaviour analysts (FBANs) in Australia and New Zealand for the purpose of predicting the behaviour and spread of bushfires. This included a review of the science, applicability and validation of current fire behaviour models, an examination of the fire perimeter propagation software currently being used by FBANs, and a survey of those FBANs to determine current work practices when carrying out fire behaviour predictions. The objective of the work was to synthesise current fire behaviour knowledge and practice and to provide recommendations as to which fire behaviour models, supported by the science and defining operating bounds, should be used for operational prediction of fire spread. While no single fire behaviour model will ever be perfect, the output of models that over-predict rate of spread can be easily readjusted whereas the output of models than under-predict rate of spread can have catastrophic consequences.
KW - wildfires
KW - bushfires
KW - fire ecology
KW - Australia
KW - New Zealand
UR - http://handle.westernsydney.edu.au:8081/1959.7/uws:41280
UR - http://www.bushfirecrc.com/sites/default/files/managed/resource/fire_knowledge_synthesis_final_report.pdf
M3 - Research report
SN - 9780992568429
BT - Fire Behaviour Knowledge in Australia: A Synthesis of Disciplinary and Stakeholder Knowledge on Fire Spread Prediction Capability and Application
PB - Bushfire Cooperative Research Centre
CY - East Melbourne, Vic.
ER -