Wildfires are causing increasing destruction to the built environment, leading to injuries and loss of life, and devastating sensitive ecosystems. Although wildland fire can be beneficial and is required for the health of many natural environments, climate change and urban sprawl continue to exacerbate the global risk of high-severity, high-consequence fires.
Accruing evidence indicates that communities in the wildland-urban interface (WUI) are under threat of exposure to fire and are frequently ill-prepared to withstand its effects. Harmful smoke emissions can reach well beyond the perimeter of the fire and impact human health, livelihood, and the environment.
Fuel moisture sampling can provide useful insight to current conditions, something that informs procedure for more than just firefighting agencies.
This dashboard combines fire modeling, risk assessment, weather, and Risk Management Assistance (RMA) analytics into a concise format
Public utilities in California are required to submit certain data and metrics for their service territories and infrastructure to the Public
Plans were made to remove four hydroelectric dams along the Klamath River in southern Oregon and Northern California.
Delaney has been involved in the acquisition and analysis of satellite imagery, weather forecasts, 911 call logs, and geospatial fire perimeter data