Sponsors
The bill strengthens forecasting accuracy, computing capacity, and risk communication to improve preparedness and save lives, but it increases near-term costs and faces implementation, procurement, and workforce risks that could delay or complicate those benefits.
State and local emergency planners and residents will receive improved, probabilistic hurricane and inland/compound flood forecasts (backed by expanded computing/cloud resources and higher-resolution models), enabling better-targeted evacuations and likely reducing loss of life and property.
People in affected communities will get clearer, more effective risk communication because social, behavioral, and economic sciences are integrated into forecasting and information delivery, improving preparedness decisions.
Scientists, researchers, and industry partners will gain grant funding and clearer transition pathways to move prototype sensors and observing platforms into operations, supporting innovation and public–private technology uptake.
Federal agencies, transportation workers, and the public may see delays in expected improvements because workforce, aircraft availability, and the technical/cultural challenges of transitioning research into operations create implementation and timing risks.
Taxpayers could face increased federal spending due to expanded grants, computing, and transition activities without specified offsets, raising budgetary and fiscal concerns.
State/local governments and research partners may encounter procurement, data-sharing, privacy, and contracting complexities from greater reliance on novel commercial observing platforms and hosted instruments.
Based on analysis of 2 sections of legislative text.
Expands and modernizes NOAA’s hurricane forecast improvement program to fund research, new observations, probabilistic guidance, social/behavioral integration, and operational transition with annual reports through 2029.
Expands and modernizes the federal program to improve hurricane forecasting by directing NOAA leadership (through OAR and NWS with industry and academic partners) to maintain a program that advances forecasting methods, observations, and operational use. It broadens research goals to include probabilistic forecasts, inland and compound flooding, social/behavioral/economic science, and diverse new observation platforms; requires grants for research priorities; mandates operational transition work and expanded computing/cloud resources; and requires annual congressional reports through June 1, 2029 that cover unmet operational needs, workforce planning for observations, and technology transition plans. The change focuses on accelerating research-to-operations, funding and coordinating new sensors and platforms (including crewed/uncrewed systems and hosted instruments), and integrating social and behavioral science into warnings and decision support to improve public response and reduce storm impacts.
Introduced February 25, 2026 by Theodore Paul Budd · Last progress February 25, 2026