Sponsors
The bill expands and funds denser local weather observation networks that substantially improve warnings, forecasting, and operational decisions across agriculture, transportation, and emergency management, but it requires federal funding and places maintenance, data-sharing, and cost-effectiveness obligations on non‑Federal partners that may strain smaller organizations and limit some research.
Local governments, emergency managers, and the general public will receive denser, higher-quality weather observations that improve severe-weather nowcasts and warnings, supporting faster and more accurate alerts.
State, Tribal, academic, and private entities can receive grants to build or upgrade mesonets, expanding local data infrastructure and creating jobs in sensor deployment and maintenance.
Farmers and water managers will get improved soil moisture and evapotranspiration data to make better drought-monitoring and irrigation decisions, supporting agricultural productivity and water management.
Taxpayers face increased federal spending—up to $305 million authorized for FY2025–2029—which could divert funds from other priorities or require higher deficits/taxes.
Private and non‑Federal partners awarded grants must commit to multi‑year maintenance and non‑Federal support, which could be a financial burden for smaller organizations and deter participation.
Restricting data acquisition to cost‑effective sources may exclude valuable but expensive observations, potentially slowing certain scientific advances and limiting research scope.
Based on analysis of 2 sections of legislative text.
Directs NOAA to operate and annually expand a National Mesonet Program to acquire and integrate dense environmental observations (soil moisture, roadway, boundary-layer, vegetation, etc.) to improve forecasts and warnings.
Introduced February 13, 2025 by Brian Emanuel Schatz · Last progress February 13, 2025
Requires NOAA to run and expand a National Mesonet Program that collects and integrates dense environmental observations from commercial, academic, and non-federal networks to improve weather, drought, fire, and water forecasts and warnings. The Program must increase observation density and types each year (soil moisture, boundary-layer profilers, roadway conditions, vegetation water content, evaporation measurements, supplemental radar, etc.), coordinate with satellite data, execute memoranda of understanding with outside networks, and prioritize cost-effective, high-quality data to support operational forecasting and decision-making.