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The bill boosts forecasting, modeling, and risk-communication capabilities to reduce hurricane risk and improve emergency response, but it creates taxpayer costs, operational and administrative burdens, and potential procurement/privacy challenges with commercial partners.
Coastal and inland communities and state/local governments will receive more accurate hurricane track and intensity forecasts and improved impact-based flood and storm surge guidance, reducing risk to life and property and enabling better evacuation decisions.
State and local forecast offices and emergency managers will gain higher-resolution operational models and expanded computing (including cloud) capabilities, improving forecast lead time and accuracy for planning and response.
Local and state governments and emergency managers will get better risk communication tools through advances in social, behavioral, and economic sciences, increasing public compliance with warnings and potentially reducing casualties.
Taxpayers may face higher costs to fund new sensors, cloud computing capacity, and grant programs because the bill directs investment without specifying appropriation amounts.
Local and state forecast offices and NOAA staff may incur training and system upgrade costs to transition probabilistic guidance into operations, increasing short-term operational burdens.
Increased reliance on commercial hosted instruments and uncrewed systems could create procurement, privacy, or data‑sharing challenges with private partners, raising oversight and rights concerns.
Based on analysis of 2 sections of legislative text.
Requires NOAA to maintain and expand a Hurricane Forecast Improvement Program with grants, better modeling/observations, social science integration, and annual reports through 2029.
Introduced February 25, 2026 by Theodore Paul Budd · Last progress February 25, 2026
Requires NOAA’s Under Secretary for Oceans and Atmosphere to maintain and expand a Hurricane Forecast Improvement Program that partners with industry and academia to improve hurricane track and intensity forecasts, inland and compound flooding and storm surge predictions, and integration of social/behavioral/economic sciences. The program must fund research, advance physical science and operational modeling (including higher-resolution and cloud computing resources), transition probabilistic guidance into operations, develop innovative observing systems, and deliver an annual report to Congress each year through 2029 describing capability gaps, workforce needs, and technology transition plans.