Community Defense Against Wildfire
Our communities in the west are vulnerable to wildfire during drought conditions, especially as the impacts of climate change increase. We work to provide adaptation solutions to wildfire hazards.
Just one year ago on December 30, 2021, the Marshall Fire swept through the City of Louisville, Town of Superior, and unincorporated Boulder County, destroying and damaging more than 1,000 homes and over 30 commercial structures. In terms of structures lost, it was the most destructive fire in Colorado history. Wildfire risk isn’t just limited to forests and mountains and this event could be just a preview of how future events could impact city suburbs and infrastructure. For example, the Marshall fire rekindled concerns that parts of the electrical grid might be under increased risk amid drought and rising temperatures that will continue to warm and dry the state into the future. Those patterns will only intensify as human activities add greenhouse gasses into the atmosphere, further priming the landscape for extreme fire behavior and extending fire seasons. Nearly 3 million Coloradans live in fire-prone areas, referred to as the wildland-urban interface or WUI. That’s about half the state’s population.
Lynker has just been awarded a contract to examine the risks of wildfire to, and posed by, the City of Louisville’s public lands in and around the City, and identifying opportunities for wildfire mitigation in order to be more resilient in future events. We are very much looking forward to working with the City on this important project.
Our communities in the west are vulnerable to wildfire during drought conditions, especially as the impacts of climate change increase. We work to provide adaptation solutions to wildfire hazards.
The potential impacts of drought on communities is clearly visible in the dropping reservoir level at Lake Meade and Lake Powell in the Colorado River basin. We work with municipalities to identify and forecast the magnitude and severity of droughts from a water system perspective.
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Irrigation for agriculture is supplied by surface water and groundwater sources, both of which are impacted by drought through different mechanisms. Drought may motivate the leasing of water, sale of cattle, or decision on whether to plant for the season. We provide geospatial solutions to analyze drought impacts while considering future climate change.
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Flood hazards present profound risks to both life and property. We combine localized impact data along with cutting-edge forecast models to help communities and business plan for, respond to, and adapt to flood hazards.
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Rising sea levels and accelerated coastal erosion due to climate change present major risks to urban coastal areas and infrastructure. We can provide modeling solutions to guide mitigation planning efforts to proactively protect life and property.
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Climate change, overfishing, and industrial development are leaving a lasting impact on our world’s fisheries. Sustainable fisheries are a necessity for the next generation populating our coastal communities. Lynker Intel can help guide decision makers in protecting and encouraging growth of this valuable natural resource.
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Earthquakes can abruptly and catastrophically damage unprepared urban areas. Lynker Intel can provide customized risk assessment and hazard mapping to help local leaders prepare for the unexpected.
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Increased temperatures present our urban population centers with unique challenges. Infrastructure decisions made by previous generations need to be reevaluated and updated to mitigate the effects of climate change. Lynker Intel can help identify problem areas such as heat islands to improve public health and quality of life.