Extreme Fire Research Programme

Preparing New Zealand for extreme fire

Extreme fires exhibit a level of fire behaviour beyond that predicted by existing fire behaviour models. They may be fast moving, have very large flames, high fire intensities, and have other characteristics such as spotting and fire whirls.

They are highly dangerous and cannot be suppressed using current fire management strategies.

 

Vision:  to prepare New Zealand for extreme fire.

The Extreme Fire Research Programme aims to improve existing understanding of fire behaviour and develop greatly improved, targeted protection against extreme fire.

This is a five year (2016-2021) $8.75M programme, involving an international research team and led by Scion’s renowned fire research scientists.

 

Key activities

This research will challenge existing understanding of the role of convective heat transfer in fire behaviour, and develop targeted strategies for protecting key assets against extreme fire. Ultimately the research may change global wildland fire science and drive innovation in fire-fighting decision support, training, mitigation tactics and community readiness.

The Extreme Fire programme has five research areas:

  • Creating a new fire spread model – testing new theory around heat transfer at the fire front by turbulent convection processes (rather than radiative processes), using highly instrumented experimental burns in a range of vegetation fuel types.
  • Developing innovative decision support tools – automating and linking systems for satellite and ground-based fire detection (SmartFire), fire growth prediction (Prometheus) and smoke modelling (BlueSky Framework), to provide real-time predictions to improve current and future fire response.
  • Investigating new extreme fire prevention methods – developing new response technologies to prevent and suppress extreme fires, potentially including smart thermal sensor networks, enhanced fire fighting tools and equipment.
  • Targeting protection and preparing communities for extreme fire – developing strategies and methods for protection of important ecosystems, assets (e.g. forestry) and communities from extreme fire.
  • Use of fire as a land management tool – developing and presenting a ‘Prescribed Burn’ training course, and analysis and ‘mythbusting’ of findings from a survey on use of fire as a tool in rural New Zealand.

 

Achievements/outputs to date

This project builds on the past 20+ years of rural fire research in New Zealand including the recent MBIE ‘Rural Fire’ and ‘Emerging Fire Risks’ programmes.

 

Key/contact people

Dr Tara Strand leads the Scion Rural Fire Research team.

tara.strand@scionresearch.com      03 364 2949, 027 706 4047

Grant Pearce leads the Extreme Fire MBIE contract.

grant.pearce@scionresearch.com      027 471 2840

 

Partners/collaborators

  • US Forest Service Missoula Fire Science Laboratory
  • University of New South Wales
  • San Jose State University
  • US Forest Service Pacific Northwest Laboratory
  • University of Canterbury
  • Lincoln University

 

More information

More information is available at  www.scionresearch.com/fire

 

 

A wilding burn photographed by UAV.

 

 

Extreme fire near Hanmer, North Canterbury, 2017.


Grant Pearce describes the extent of the Port Hills fire, Christchurch, 2017.

Top