CONGRESSIONAL POLICY BRIEF:
STRENGTHENING PUBLIC ACCESS
TO EMERGENCY WEATHER WARNINGS
Policy Recommendations on
H.R. 7813 — NOAA WEATHER RADIO MODERNIZATION ACT
by the International Association of Space Consumers (IASC)
BACKGROUND
The United States operates one of the world’s most advanced weather monitoring and warning systems. Satellite observation networks, atmospheric sensors, Doppler radar, and numerical forecasting models work in coordination to detect severe weather threats and distribute warnings nationwide. The National Oceanic and Atmospheric Administration (NOAA) maintains the NOAA Weather Radio (NWR) system, a nationwide network of more than 1,000 transmitters providing continuous weather information and emergency alerts.¹
NOAA Weather Radio remains a core component of the Nation’s public warning infrastructure, delivering alerts for tornadoes, hurricanes, flash floods, winter storms, extreme heat, and other life-threatening hazards.
Despite advances in forecasting, warning systems are only effective if alerts reach the public quickly and clearly. Weather-related hazards cause approximately 500 deaths annually in the United States, along with thousands of injuries and billions of dollars in property damage.²
H.R. 7813 seeks to strengthen the reliability and technological capacity of the NOAA Weather Radio network through infrastructure modernization and improved operational resilience. However, modernization that focuses solely on transmission infrastructure risks improving system capacity without improving real-world outcomes.
Over the past two decades, the way Americans receive information has fundamentally changed. More than 85% of adults now own a smartphone, and many individuals rely on mobile devices, navigation systems, and connected platforms for real-time information rather than dedicated weather radios.³
These shifts require warning systems to operate across multiple distribution channels while maintaining the reliability of traditional broadcast infrastructure.
The International Association of Space Consumers (IASC) focuses on how space-enabled infrastructure—including satellite navigation, communications systems, and Earth observation platforms—shapes the delivery of critical public safety information. These systems increasingly determine how individuals receive and act on emergency alerts.
KEY POLICY OBJECTIVES
The proposed amendments are designed to complement the modernization goals of H.R. 7813 by strengthening the effectiveness of the Nation’s weather warning infrastructure. The recommendations are guided by four core objectives:
- ENSURE WARNINGS REACH THE PUBLIC THROUGH MODERN TECHNOLOGY
Emergency warning systems are only effective if they reach individuals through the technologies they use most frequently. While NOAA Weather Radio remains essential, most Americans now rely on digital platforms, including smartphones, vehicle systems, and connected devices.
The Wireless Emergency Alerts (WEA) system has demonstrated the effectiveness of mobile distribution, delivering more than 90,000 alerts nationwide to hundreds of millions of devices.⁴
Modernization should ensure that National Weather Service alerts are fully integrated into widely used consumer technologies.
Key policy elements include:
- integration with consumer digital platforms
- standardized, machine-readable alert formats
- open distribution interfaces for public and private systems
These measures expand alert reach without replacing existing broadcast infrastructure.
- IMPROVE RELIABILITY DURING DISASTERS
Severe weather events frequently disrupt electrical grids and communications networks, increasing reliance on resilient warning systems. NOAA Weather Radio transmitters are designed to remain operational during such events and often function when other systems fail.
Modernization efforts should ensure that this reliability is preserved and strengthened through redundant power systems and resilient communications pathways.
Key policy elements include:
- backup and extended power systems
- redundant transmission pathways
- expanded coverage in high-risk and underserved regions
These improvements ensure continuity of alerts during critical periods.
- EXPAND ACCESSIBILITY AND PUBLIC UNDERSTANDING
Emergency alerts must be clear, accessible, and actionable. The United States is linguistically diverse, with more than 67 million individuals speaking a language other than English at home and approximately 25 million with limited English proficiency.⁵
Language and clarity barriers reduce the effectiveness of emergency warnings and limit public response during severe weather events.
Key policy elements include:
- multilingual alert capabilities
- public education on severe weather preparedness
- location-specific alerts to reduce over-warning and alert fatigue
Improved clarity and targeting increase the likelihood of timely protective action.
- PROMOTE TRANSPARENCY AND ACCOUNTABILITY
Public safety systems require transparency to maintain trust and ensure continuous improvement. Federal investments in weather warning infrastructure—including satellites, radar systems, and communications networks—are substantial.
Providing visibility into system performance allows policymakers to identify gaps and improve effectiveness.
Key policy elements include:
- public dashboards on system performance
- geographic coverage mapping
- reporting on transmitter uptime and alert delivery metrics
These measures support accountability and ongoing system improvement.
WHY THESE AMENDMENTS ARE NEEDED
The effectiveness of a warning system is determined at the point of receipt and comprehension. Advances in forecasting have significantly improved hazard detection, but improved detection does not automatically translate into improved public safety outcomes.
The final step in the warning chain—delivery to the public—remains the most critical.
Several structural factors reinforce the need to strengthen distribution systems:
- widespread reliance on mobile and digital platforms for real-time information
- persistent coverage gaps in rural and mountainous regions
- language and comprehension barriers in diverse communities
- increased public trust when system performance is transparent
These challenges do not require replacing NOAA Weather Radio. Instead, modernization should expand its reach and effectiveness across multiple delivery channels.
The proposed amendments ensure that modernization investments produce measurable improvements in alert accessibility, system performance, and public safety outcomes.
CONCLUSION
Modernizing the Nation’s weather warning infrastructure presents a significant opportunity to improve public safety.
H.R. 7813 strengthens the reliability and resilience of the NOAA Weather Radio network. The proposed amendments build on this foundation by ensuring that warnings are accessible, understandable, and delivered through the technologies Americans use every day.
By expanding distribution, strengthening infrastructure resilience, improving accessibility, and increasing transparency, Congress can align the warning system with current communication realities.
The effectiveness of a warning system should be measured by a single standard: whether individuals receive timely, actionable information that enables protective action. A warning that does not reach the public is a failure of the system.
The International Association of Space Consumers respectfully submits these recommendations and welcomes continued engagement with Members of Congress and congressional staff.
REFERENCES
- National Oceanic and Atmospheric Administration. NOAA Weather Radio All Hazards Overview.
- National Weather Service. U.S. Weather Fatalities Annual Report.
- Pew Research Center. Mobile Fact Sheet.
- Federal Emergency Management Agency. Wireless Emergency Alerts System Overview.
- U.S. Census Bureau. Language Spoken at Home in the United States.