Sponsors
The bill preserves and funds volcano monitoring and clarifies implementing authority for the near term, improving public safety and administrative clarity, at the cost of a small fixed federal outlay and reduced funding flexibility that could underfund needs or cause some administrative confusion.
People living near volcanoes, local governments, emergency responders, and scientists get continued volcano monitoring and early-warning support because the program is authorized and funded at $470,000/year for FY2026–FY2029, enabling operational continuity and planning.
Federal researchers and agency staff gain clearer implementing authority through defined 'Secretary' language, simplifying administrative responsibility and reducing ambiguity for program implementation.
Scientists, state and local governments, and affected communities risk inadequate program support if costs rise because the bill sets a relatively small fixed annual authorization ($470,000) that limits flexibility compared with open-ended 'as necessary' authority.
Taxpayers face a small new recurring federal cost because the bill authorizes $470,000 per year for FY2026–FY2029 rather than leaving funding fully discretionary.
Local and state stakeholders may experience short-term confusion about operational roles because replacing explicit agency names with defined 'Secretary' terms could obscure whether NOAA, USGS, or another agency is responsible.
Based on analysis of 2 sections of legislative text.
Extends the program authorization to FY2026–FY2029, replaces agency names with defined 'Secretary' terms, and authorizes $470,000 per year for FY2026–FY2029.
Makes technical and funding changes to an existing federal program administered through defined agency terms. It replaces specific agency names with defined "Secretary" terms, extends the program authorization window to fiscal years 2026–2029, and authorizes a fixed annual funding level of $470,000 for each of those four years instead of an open-ended "such sums as may be necessary" authorization.
Introduced May 5, 2025 by Nicholas J. Begich · Last progress December 16, 2025