Sponsors (2)
The bill aims to improve fog forecasting and maritime safety and reduce weather-related economic losses through expanded observations and modeling, but it will cost federal funds, may impose data costs on private operators, and benefits could be delayed by implementation complexity.
Vessel operators and crews will receive more accurate fog forecasts and decision-support, reducing collision and navigation risks.
Ports, shippers, and coastal businesses will face fewer weather-related delays and economic losses because of higher-resolution forecasts and improved decision-support products.
Emergency managers, local authorities, and the public (including tribal communities) will get clearer NOAA advisories and risk communication to make better-informed decisions during fog events.
Taxpayers may face higher federal costs to expand observations and develop advanced fog-modeling capabilities.
Small commercial operators and vessel owners may incur data costs or participation burdens from providing commercial remote sensing and vessel-based observations.
Transportation workers and local governments may not see immediate benefits because technical complexity and implementation timelines could delay forecast improvements for years.
Based on analysis of 2 sections of legislative text.
Requires NOAA to run a project to expand marine fog observations, improve fog models, enhance advisories, and deliver a project plan within one year.
Official title: Require the Under Secretary of Commerce for Oceans and Atmosphere to conduct a project to improve forecasts of coastal marine fog, and for other purposes.
Introduced April 3, 2025 by Rafael Edward Cruz · Last progress April 3, 2025
Requires NOAA to carry out a focused project to improve forecasting of coastal marine fog by expanding marine-based observations, enhancing fog models, improving communication of fog advisories, and providing decision-support services to reduce vessel safety risks and economic impacts. The agency must consult with public and private stakeholders and Indian tribes and deliver a detailed project plan within one year of enactment. The project emphasizes use of federal and commercial platforms (buoys, stations, vessels, unmanned systems, remote sensing), algorithm development for early detection, improved model coverage and resolution (including marine channel forecasting where feasible), and better advisory and risk communication to support public decisionmaking.