Free and open access to the next generation of wildfire forecast models

Pyregence consortium is founded on open science and technology principles, employing inclusivity and collaboration to tackle complex challenges.

Study it

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Extreme Weather

Determining weather conditions and other factors associated with large wildfires in the past and where to locate weather monitoring stations.

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Fire Behavior

Advancing science on fuel mapping and fire spread to inform next generation wildfire models.

Build it

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Forecast Tools

Forecasting wildfire activity in California and elsewhere.

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Scenario Analyses

Analyzing wildfire scenarios under climate change to inform planning for a resilient electric grid.

Project Biography

Wildfire threats are ever increasing with substantial changes in fire behaviour driven by higher fuel loads, more frequent extreme weather events and continued human development in the wildland urban interface. Organizations need better operational and strategic information to understand changing wildfire risks and implement effective protection and adaptation measures. Access to this critical information is blocked by multiple barriers including fragmented silos of science and technology and black box software.

The Pyregence Consortium provides free and open source access to operational and strategic wildfire information based on the next generation of wildfire models. At an operational level, the consortium implements best practice science and technology to forecast wildfire activity. At a strategic level, wildfire scenario analyses will be produced to inform future wildfire risk and California’s 5th Climate Change Assessment. The ‘open source’ collaboration brings together initiatives and leading researchers from 18 institutions representing industry, academia, and government in an effort to transform how wildfire mitigation and adaptation measures are implemented.

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Extreme Weather

Electric utilities need better weather forecasts to improve situational awareness of wildfire threats to and from the grid. Pyregence will support electric utilities by developing a methodology for optimal location of weather stations and piloting an upper-air profiler over a fire season to scout for early signs of impending extreme wind events.

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Advance Wildfire Science

Current fire models fail to address the fundamental physics behind contemporary wildfire events. This team aims to deliver fundamental scientific advances to give rise to the next generation of wildfire models, including a new fuel mapping technique and fire spread model based on fire physics.

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Wildfire Forecasts

Electric utilities and other organizations face numerous barriers to access operational information to mitigate wildfire risk. Current wildfire science and technology is fragmented and software is either unable to function at scale or hidden in a black box. The Pyregence Consortium provides electric utilities and others with free and open source access to software tools for forecasting wildfire activity.

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Wildfire Scenarios

We are faced with a challenging ‘new normal’: an increased risk of megafires potentially resulting in catastrophic impacts to society over the coming century. The Pyregence consortium will develop wildfire scenarios under a changing climate to inform climate mitigation and adaptation planning for a more safe, cost-effective, reliable and resilient electric utility grid

Pyregence Consortium

Our collaboration has combined initiatives and researchers from 18 institutions representing industry, academia, and government to support how wildfire risk is forecasted, and when and where mitigation and adaptation is implemented.

SIG logo
UCAR logo
Berkeley logo
USGS logo
Reax engineeering logo
University of California Merced logo
Scripps logo
Prometheus logo
UNM logo
University of San Francisco logo
University of California Santa Barbara logo
USFS logo
Pyrologix logo
Eagle logo
Deer Creek GIS logo
STI logo
Salo Logo
Lumen Energy Strategy Logo
GPL free software logo

Everything open source because it’s good

The Pyregence Consortium is committed to transparency and reproducibility throughout our systems because we recognize these as necessary ingredients for successful science-based decision making. No one should trust a black box, and that is why all of our software from our weather pipeline and high performance fire forecast models to our dynamic web interface is being developed and released under the strongest open source license currently available: the GNU General Public License version 3 (GPLv3). The GPLv3 software license ensures that any contributions to Pyregence's tools will remain in the open source domain indefinitely and may be reused and improved upon by the next generation of modelers, programmers, and fire scientists.

Disclaimer

The Pyregence project is sponsored in large part by the California Energy Commission. It does not necessarily represent the views of the Energy Commission, its employees, or the State of California. Neither the Commission, the State of California, nor the Commission's employees, contractors, or subcontractors makes any warranty, express or implied, or assumes any legal liability for the information in this document; nor does any party represent that the use of this information will not infringe upon privately owned rights. Forecast Tools are open source, offered as-is, without warranty and liability for damages is expressly disclaimed. At this time, the Forecast Tools are under development and should not be relied on for any fire-safety decision.

Contact Us

Project Manager
Shane Romsos
pyregence@sig-gis.com