Resource Catalog
Media
- Tamara U. WallDesert Research Institute
- Nicholas J. Nauslar
- Alex HoonNational Weather Service
- National Oceanic and Atmospheric Administration (NOAA)
On Wednesday, April 11th, the NOAA RISA program and National Weather Service hosted a webinar to showcase how the California-Nevada Applications Program (CNAP, a NOAA RISA team) with additional funding from NIDIS, SARP, and the Joint Fire Sciences Program is working collaboratively with the National Weather Service and fire management practitioners to better understand and improve the flow of information between Incident Meteorologists and firefighters and the role that trusted relationships play in translating research findings to operational end users. In 2017 alone, nearly 9,000 wildfires in California burned an area the size of Delaware, including 10,800 structures, and killed at least 46 people. Wildfires in northern California alone caused approximately $11.8 billion in damage, and lingering smoke posed air quality risks to public and firefighter health. Wildland management, including wildfire fighting and prescribed burning, requires collaboration and the trusted flow of information among the research community (both physical and social science), NOAA research and NWS, and fire management agencies representing Federal, State, Local and Tribal jurisdictions. This need for accurate and trusted information and the value of networks for information transfer and feedback was abundantly clear during Wednesday’s webinar on CNAPs research regarding spot weather forecasts, hyper-local weather forecasts that fire managers use to make go/no-go decisions about prescribed burns and wildfires. In addition to the need for spot forecasts to be physically accurate, in-depth interviews conducted by Dr. Tamara Wall illuminated the importance of trusted relationships and mutual awareness of working conditions for incident meteorologists, who deliver spot forecasts, and fire managers, who make critical decisions based upon them.
Cataloging Information
- fire agency
- fire weather forecasting