If elected, I will engage private sector stakeholders—from independent consultants to major commercial providers—to robustly represent your interests to the Council. I will collaborate to identify risks, challenge assumptions, and pursue strategic opportunities to advance the weather, water, and climate enterprise (WWCE).

The WWCE is transforming rapidly due to many factors including AI integration, commercial data procurement, and increasing weather vulnerability. Threats such as spectrum encroachment create unique challenges. Addressing these challenges requires aligning resources, workforce readiness, and public-private partnerships.

AI
Generative AI (Gen AI) is reshaping meteorology. As operational meteorologists become AI
curators, the profession risks losing foundational atmospheric physics knowledge. Broadly, tech sector entry into weather prediction could disrupt traditional government-private enterprise balances. AMS can support WWCE by establishing ethical standards, supporting academic and professional Gen AI preparedness, and developing frameworks that promote private and public innovation in applied science.

Commercial Data Procurement
Government agencies are transitioning to procuring environmental data as a service. While this creates commercial opportunities, challenges persist regarding data quality, data rights, open science, and market viability. AMS can lead the dialogue to create pathways that balance U.S. commercial and public interests during this shift.

Weather Vulnerability
Despite enhanced forecasting, extreme weather impacts are escalating due to increased exposure and vulnerability in coastal, arid, and wildfire-prone areas. The enterprise must transition from predicting physical variables to forecasting societal impacts. AMS can increase its efforts to bridge the gap between science and human behavior.

Spectrum Encroachment
Meteorological science and services depend on unobstructed radio frequency bands. Explosive global demand for 5G/6G and satellite communications and other applications creates immense pressure for dynamic spectrum sharing. AMS must authoritatively highlight the impacts of radio frequency interference and the need to successfully balance commercial demands with critical public safety interests to key government and industry stakeholders.

Tim Hall is a Principal Scientist and Environmental Monitoring Architect in The Aerospace Corporation's Civil Systems Group. He holds a B.S. in meteorology (Pennsylvania State University) and an M.S. in atmospheric science specializing in weather satellite instrumentation (Colorado State University). He was awarded the AMS Certified Consulting Meteorologist (CCM) credential in 2009.

At Aerospace, Hall provides meteorological and enterprise systems engineering expertise, leading science and technology teams to prototype and demonstrate capabilities for NOAA, NASA, FAA and other agencies. Recent projects involve leading an interorganizational team comprised of seven independent research centers addressing wildfire intelligence gaps; directing research to characterize space weather for low Earth orbit satellite safety; investigating the economic valuation of space-based weather forecasts for energy applications; and applying deep learning to sub-seasonal hurricane forecasting. Previously, he served (1992–2013) as a U.S. Air Force weather officer and space acquisition professional, retiring as a Lt. Colonel.

His American Meteorological Society (AMS) service includes the Board for Certified Consulting Meteorologists (2014–2018, Chair in 2018), the Board for Private Sector Meteorologists (2010–2013), the Commission on Weather, Water, and Climate Enterprise Steering Committee (2017–2022), and the Committee on Environmental Security (2026-). He received the 2025 AMS Henry T. Harrison Award for Outstanding Contributions by a Consulting Meteorologist. Hall was President of the Association for Certified Meteorologists (2019–2022).

Raised in Orlando and Maryland, his passion for weather stems from his fascination with Florida’s frequent thunderstorms and experiencing a memorable mid-Atlantic thundersnow event in Maryland at age 13.