Science Groups

Natural Hazards

In the Face of Risk, Work with Us to Build Resilience

Natural hazards Group
SIG’s Natural Hazards Group and Pyregence Team

Wildfire and floods: no matter the risk, get insight and take action to minimize harm

The high risk and unpredictability of natural hazards are hard to manage on your own. We provide the analysis you need to keep those risks to a minimum.

No matter the challenge, SIG’s Natural Hazards Group is ready to perform risk assessments and create mitigation strategies for your needs. We can quantify, measure, and assess the impacts of potential natural disasters, create action plans for land management and policy, determine economic and ecological tradeoffs for different courses of action, support NEPA and CEQA analysis, and answer many more questions.

Our work has contributed to safety and ecological integrity on public and private land alike, including areas of high cultural and environmental significance such as the Lake Tahoe Basin, Sierra Nevada region, and the San Francisco Bay Area – each commonly impacted by wildfire.

our Impact

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Advanced Degrees
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Registered Professional Foresters
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Areas of Work

Visualize the risks of wildfire occurrences in a given area. Prepare for future incidences by monitoring trends using satellite data.
Mitigate your impact through detailed greenhouse gas tracking. Get the information you need to make informed decisions at this critical time

SIG’s scientists have conducted groundbreaking research into the costs of wildfires, forest fuel treatment modeling, wildfire recovery monitoring, greenhouse gas accounting in forested ecosystems, and more. SIG’s 3 Registered Professional Foresters on staff provide expertise on NEPA and CEQA documents, Community Wildfire Protection Plans, and detailed assessments of fire risk and hazard. Collectively, have advised many governments and agencies, including CALFIRE, US Forest Service, California Energy Commission, and the Quincy Library Group.

Use SIG’s advanced models to plan for both short- and long-term forest management goals. Develop plans for growth, efficiency, fuel loads, carbon management and more with visual analytical tools.
Understand flood risk and monitor flood conditions in near-real time with SIG’s open science remote sensing and AI tools.

Case Studies

Community Wildfire Risk Mitigation Assessment

The Natural Hazards Group, works on  understanding the Landscape Effects of Wildfire Resiliency Treatments in the Wildland-Urban Interface

Assessing Extreme Fire Risk In California

SIG undertook a massive data parsing and fire simulation effort to identify places throughout California at elevated and extreme fire risk. Utility and Communications Infrastructure

Eastern Sierra Climate & Community Resilience Project

The 58,000-acre Eastern Sierra Climate & Communities Resilience Project (ESCCRP) seeks to build resilience to catastrophic wildfire impacts, Mammoth Lakes, California.

Monitoring Severely Burned Redwood Forest

When their forest burned, Save the Redwoods turned to SIG to measure wildfire impacts and to monitor recovery of the redwood forest in the hills north of Santa Cruz, California.

Modeling Fire Resiliency from Landscape Scale Fuel Treatments

Consulting with American Forest Foundation, scientists at SIG evaluated the effectiveness of different proposed landscape-scale fuels.

The True Cost of Wildfires

SIG’s scientists conducted an extensive literature review and collaborated with a large working group of wildfire professionals to highlight and document major categories of wildfires’ costs.

Our Team

Let’s make
Change
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