Dr Jason Sharples

Dr Jason Sharples
Researcher

Publications authored

2011

Wind-terrain effects on the propagation of wildfires in rugged terrain: fire channelling
Sharples, JJ, McRae, RHD, Wilkes, SR
Journal Article

2009

A simple index for assessing fire danger rating
Sharples, JJ, McRae, RHD, Weber, R, Gill, MA
Journal Article

An overview of mountain meteorological effects relevant to fire behaviour and bushfire risk
Sharples, JJ
Journal Article

2008

Review of formal methodologies for wind–slope correction of wildfire rate of spread
Sharples, JJ
Journal Article

Blog posts

sorry, no blog posts yet

Researcher

Resources credited

Poster

A simple fuel moisture index for eucalypt litter

Bushfire risk management in high country landscapes

Bushfire risk management in high country landscapes

Elevated fire danger conditions associated with Foehn-like winds in eastern Victoria

Fire size-class transition model

High Fire risk: analysis of lee-slope eddies

High Fire risk: fire crew watch-outs and our research

High Fire risk: fire size-class transition model

High Fire risk: fuel moisture content VS fire danger rating

High Fire risk: the role of rugged landscapes

High Fire risk: the thermal belt in Australia

High Fire risk: violent pyro-canvection

High Fire risk: weather anomalies in the high-country and nocturnal low-level jets

HighFire risk: collaborations sought

HighFire risk: collaborations sought

Wind-terrain effects on rugged landscape fire propagation

Presentation

Advancing Wildfire Risk Management Practices for the High Country- Highfire Risk

Advancing Wildfire Risk Management Practices for the High Country- Highfire Risk Slide Notes

Atypical bushfire spread driven by the interaction of terrain and extreme fire weather

Foeh-Like Winds and other Extreme Drying Events

Modelling Fire Spread in Rugged Terrain: Which way the wind?

The Highfire Risk Project

The Highfire Risk Project Slide Notes

FireNote

Simple indices for assessing fuel moisture content and fire danger rating

Wind terrain interaction and bushfire propagation over rugged terrain