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Mika Peace
Researcher
Key interests:

About

Project leadership

This research into interactions with topography, potential for pyro-convection, potential for three dimensional interactions, potential for winds to change substantially around a fire, water vapour dry slots, plume development and spotting process will be integrated into a formal, quantitative system for use with the current fire forecasting system.

Posters credited

Meteorology of the Sampson Flat Fire in January 2015


In January 2015, the Sampson flat bushfire burnt in the Adelaide hills. it was active for 6 days, burning 12,500 ha, 27 homes, numerous sheds and 900 animals. This study focuses on the meteorological conditions on the day of ignition Friday 2 January. the major fire run occurred the following day.

Key Topics:
Mika Peace Conference Poster 2016


Coupled fire-atmosphere models show three-dimensional interactions between a fire and the surrounding atmosphere.

Access-fire: Australia's coupled fire-atmosphere model


Some bushfires exhibit extreme behaviour that exceeds the bounds of existing predictive guides. Coupling between the fire and the atmosphere has been invoked as a cause of such unexpected behaviour. Events of this type are uncommon and cannot be investigated by conventional field experiments. This modelling project allows complex interactions between a fire and the atmosphere to be studied, potentially providing physically-based explanations that will lead to more reliable predictions and reduced risk to firefighters and the community.