Session Leveraging Mesonet Services for Stakeholder Engagement


Description:

Mesonets provide invaluable services to a wide range of state, regional, and federal organizations. These services include real-time weather observations, historical trend analyses, data interpretations, and value-added products. Value-added products leverage and summarize mesonet data in engaging and accessible formats, including decision-support tools, newsletters, and social media posts, to name a few. This session aims to highlight how mesonets leverage their data-driven services to communicate weather and climate information while also engaging with and supporting the needs of regional stakeholders. We encourage submissions discussing: “end-to-end” processes for creating products, the purpose and need for creating these products, various avenues taken to communicate with and engage stakeholders, and best practices/lessons learned for effective communication and engagement. Additional topics of interest may include the generation of weather event products for targeted audiences (such as real time tracking of a total solar eclipse or total precipitation from tropical systems), educational outreach, and how these weather event products connect larger groups with their mesonet.


Papers:
Effectively Communicating Heat Stress Using Wet Bulb Globe Temperature and the North Carolina Environment and Climate Observing Network
Sean Patrick Heuser, State Climate Office of North Carolina, Raleigh, NC; and M. Neill, W. A. LaForce IV, K. Dello, and S. Saia

Investigating Climate Related Changes to Chill Hours in North Carolina Utilizing Mesonet Observations
Timothy W. Glotfelty, North Carolina State Climate Office, Raleigh, NC; North Carolina State Climate Office, Raleigh, NC; and C. Davis and S. Saia

Utilizing Real-time Mesonet Data to Alert Decision Makers of Potentially Hazardous Conditions
David A. Robinson, Office of the NJ State Climatologist, Rutgers University, Piscataway, NJ; and M. Gerbush, C. Shmukler, J. Read, and D. Fittante

Assessing Wind Resource Variability Using the New York State Mesonet Data
Rebecca J. Barthelmie, Cornell University, Ithaca, NY; and R. Foody, J. J. Coburn, J. A. Aird, and S. C. Pryor

Development, Operation, and Modification of UUNET for Local Stakeholder Needs
Alexander A. Jacques, University of Utah, Salt Lake City, UT; and J. D. Horel, C. Johnson, and D. L. Mendoza

Climatology of Kansas Atmospheric Inversions and Impacts to Agricultural Herbicide Spraying Times
Jared Seth Sinowitz, Kansas Mesonet, Lawrence, KS; Kansas State University, Manhattan, KS; and C. A. Redmond

Submission Deadline: Thursday, 31 August 2023