The observed headfire rates of spread of two severe wildfires in heathlands near Sydney were compared with predictions made using a meteorological model to forecast wind speeds and a new simple empirical fire behaviour model that uses fuel height and wind speed at 2 m above ground to predict rate of spread. The predicted rates of spread, using both actual and predicted wind speeds, compared favourably with observed rates of spread averaged over 2 hours and 5.5 hours for the Bell Range and Royal National Park fires respectively
Bushfire is a devastating tragedy occurring in forest or wildland area causing hardly recoverable en...
The coupled fire-atmosphere model consisting of the Weather and Forecasting (WRF) Model coupled with...
Faster than real-time wildland fire simulators are being increasingly adopted by land managers to pr...
Abstract. Physics-based coupled fire–atmosphere models are based on approximations to the governing ...
Predicting the potential behavior a forest fire is an essential task in fire management which aims t...
This project undertook a survey of the fire behaviour knowledge currently used by operational fire b...
Part 4: Modelling and Simulation SystemsInternational audienceBushfires are complex processes, makin...
Models that predict wildfire rate of spread (ROS) play an important role in decision-making during f...
Bushfire behaviour modelling using FARSITE with GIS integration for the Mitcham Hills, South Austral...
Models that predict wildfire rate of spread (ROS) play an important role in decision-making during f...
Predicting where and how a fire will burn is critical information for mitigating the impacts of bush...
The destructive Sir Ivan Dougherty fire burned 55,000 hectares around 250 km northwest of Sydney in ...
A model for the spread of a wildfire is developed within the U.K. Met Office Unified Model (UM) and ...
In December 2007, Kangaroo Island was set ablaze by numerous dry lightning strikes. Our research int...
We present a method and case study to predict and map the likelihood of wildfires spreading to the u...
Bushfire is a devastating tragedy occurring in forest or wildland area causing hardly recoverable en...
The coupled fire-atmosphere model consisting of the Weather and Forecasting (WRF) Model coupled with...
Faster than real-time wildland fire simulators are being increasingly adopted by land managers to pr...
Abstract. Physics-based coupled fire–atmosphere models are based on approximations to the governing ...
Predicting the potential behavior a forest fire is an essential task in fire management which aims t...
This project undertook a survey of the fire behaviour knowledge currently used by operational fire b...
Part 4: Modelling and Simulation SystemsInternational audienceBushfires are complex processes, makin...
Models that predict wildfire rate of spread (ROS) play an important role in decision-making during f...
Bushfire behaviour modelling using FARSITE with GIS integration for the Mitcham Hills, South Austral...
Models that predict wildfire rate of spread (ROS) play an important role in decision-making during f...
Predicting where and how a fire will burn is critical information for mitigating the impacts of bush...
The destructive Sir Ivan Dougherty fire burned 55,000 hectares around 250 km northwest of Sydney in ...
A model for the spread of a wildfire is developed within the U.K. Met Office Unified Model (UM) and ...
In December 2007, Kangaroo Island was set ablaze by numerous dry lightning strikes. Our research int...
We present a method and case study to predict and map the likelihood of wildfires spreading to the u...
Bushfire is a devastating tragedy occurring in forest or wildland area causing hardly recoverable en...
The coupled fire-atmosphere model consisting of the Weather and Forecasting (WRF) Model coupled with...
Faster than real-time wildland fire simulators are being increasingly adopted by land managers to pr...