Sponsors (3)
The bill improves water-supply forecasting for states, utilities, and rural communities by funding advanced measurements and modeling, but does so with modest, time-limited federal dollars that are smaller than prior authorizations and increase Secretary discretion, raising scale and transparency concerns.
State and local water managers, farmers, utilities, and rural communities will get improved real-time snowpack measurements and integrated physics-based forecasting using airborne laser altimetry, imaging spectroscopy, and modeling, enabling more accurate water-supply forecasts and better operational water management.
Federal budgeting provides predictable funding of $3,000,000 per year for FY2027–FY2031 to maintain and expand the forecasting tools and observational program, giving program managers stable resources for near-term operations and upgrades.
The bill encourages adoption of advanced observational and modeling technologies which can produce more accurate forecasts that benefit agriculture, utilities, and communities by improving water allocation, drought response, and planning.
All taxpayers fund an additional $3,000,000 per year from FY2027–FY2031 to support the program, increasing federal spending obligations.
The new $3M/year authorization is smaller than the previously authorized $5M aggregate through 2026, which could limit program scale, slower expansion, or reduce the breadth of basin coverage compared with earlier plans.
Granting the Secretary discretion to select unspecified 'other technologies' and use broader descriptive performance metrics may reduce transparency and comparability across basins, complicating planning and coordination for state and local partners.
Based on analysis of 2 sections of legislative text.
Refocuses the federal snow water forecasting program toward integrated measurement and modeling, updates eligible technologies, and authorizes $3M/year for FY2027–FY2031.
Refocuses the federal snow water forecasting program to prioritize integrated measurement and modeling of snowpack, updates the list of eligible technologies (including airborne laser altimetry, imaging spectroscopy, and physics‑based snowpack+hydrologic modeling), and adds emphasis on real‑time integration, basin prioritization, and partner capacity building. It also replaces a prior funding provision with an authorization of $3,000,000 per year for FY2027–FY2031 and updates how program activities and outcomes are described and reported.
Introduced June 10, 2025 by Jeff Hurd · Last progress December 11, 2025