Ziyuan Wang, Hoang Tam Vo, et al.
GeoRich 2017
Although embers are a leading cause of house loss and damage from wildfire, risk reduction activities such as vegetation management and planning requirements do not adequately account for the risk of embers. To help address this, a model of the potential ember risk is presented. It takes into account local vegetation and background wind conditions for both long-range and short-range ember dispersal. This model is developed to provide indications of the importance of embers to the household-level wildfire risk in communities at the wildland-urban interface. The model provides information for householders to improve understanding of the nature of ember risk within the community, and to assist planning in order to respond to that risk. A case study of the 2015 Warringine Park (Coastal Section) bushfire in Australia is presented, which demonstrates how the model could be used to assist with community planning. The utility of this outcome for community and household level wildfire planning and preparation is discussed.
Ziyuan Wang, Hoang Tam Vo, et al.
GeoRich 2017
Hoang Tam Vo, Ziyuan Wang, et al.
iThings/GreenCom/CPSCom/SmartData/Blockchain/CIT 2018
Sergiy Zhuk, Stephen Moore, et al.
ECC 2015
Melanie E. Roberts, Jason J. Sharples, et al.
MODSIM/DORS 2017