119-HR-1045 Investigative Journalist Impact Analysis

Summary

What it does: H.R. 1045 amends the 2004 Southwest Forest Health and Wildfire Prevention Act to require an additional SWERI institute in Utah (existing institutes are in AZ, NM, CO). The House passed the bill by voice vote on December 15, 2025; the Senate has not yet acted. No CBO estimate is available. [3]Congress.gov — Text - H.R.1045 (Utah Wildfire Research Institute Act of 2025)[2]Congress.gov — H.R.1045 overview and actions

Why it matters: SWERI institutes translate fire science into practice and, under recent infrastructure law, run a national fuels‑treatment/wildfire geodatabase (ReSHAPE/TWIG) used to plan, track, and evaluate treatments. Utah’s fire burden and growth of communities at risk make in‑state capacity consequential for economic, social, and environmental outcomes. [4]Congress.gov — Infrastructure Investment and Jobs Act – Section directing $20M…[6]Colorado State University — CFRI: SWERI ReSHAPE Project overview[7]SWERI (Northern Arizona University) — SWERI: ReSHAPE program summary[8]U.S. Bureau of Land Management — BLM Utah Fire & Aviation – 10‑year averages

Economic Effects

Direct appropriations are not in this amendment; impacts arise through research capacity, data infrastructure, and downstream project design that influence suppression costs, local economies, and infrastructure losses.

- Budget mechanics: The bill adds a Utah institute to an existing statutory program; House report notes no earmarks and that a CBO score was requested but not received. Any fiscal effect depends on future appropriations to SWERI and agency allocations. [1]GPO — House Report 119-280 – Utah Wildfire Research Institute Act of 2025

- Suppression and avoided‑loss potential: Better targeting/coordination of fuel treatments is associated with lower fire severity and improved control under many scenarios, implying potential long‑run savings in suppression and damages compared to status quo. National suppression outlays routinely reach into the billions, highlighting the scale where incremental efficiency matters. [5]Fire Ecology (SpringerOpen) — Fire Ecology systematic review of landscape‑scale…[9]USDA Forest Service Research & Development — USFS research: Fuel treatment effe…[10]National Interagency Fire Center — NIFC: Federal Firefighting Suppression Costs…[11]U.S. Department of the Interior — DOI: Suppression program quick facts (FY2024)

- State exposure: Utah averages ~1,090 wildfires and ~137k acres burned annually (10‑yr avg on BLM‑managed lands). In 2025, media citing state data estimated ~$29M in state costs mid‑season, underscoring fiscal exposure to planning and mitigation effectiveness. [8]U.S. Bureau of Land Management — BLM Utah Fire & Aviation – 10‑year averages[12]Utah News Dispatch — Utah News Dispatch: 2025 fire year data and costs (citing…

- Data infrastructure and private‑sector spillovers: SWERI’s ReSHAPE/TWIG effort, funded by the Infrastructure Investment and Jobs Act, compiles nationwide treatment and wildfire data to guide cross‑boundary planning—reducing duplication and improving project sequencing. Better data can lower planning risk for utilities, wood products, and watershed operators when evaluating mitigation investments. [4]Congress.gov — Infrastructure Investment and Jobs Act – Section directing $20M…[6]Colorado State University — CFRI: SWERI ReSHAPE Project overview[7]SWERI (Northern Arizona University) — SWERI: ReSHAPE program summary

Social Effects

Impacts concentrate in Utah’s growing wildland‑urban interface (WUI) communities and among vulnerable populations sensitive to smoke and post‑fire disruptions.

- Community risk: Utah reports 700+ communities at risk from wildfire, with WUI expansion intensifying exposure of homes and critical access routes. An in‑state institute can support local partners with tailored risk analytics, mitigation planning, and after‑action learning. [13]Utah Department of Natural Resources — Utah DNR FFSL: Communities at Risk (2025)

- Health burden from smoke: Peer‑reviewed research attributes thousands of U.S. deaths annually to wildfire PM2.5, with economic damages in the tens to hundreds of billions; Utah DEQ flags acute smoke health risks for residents. Improved treatment design and prescribed‑fire governance can reduce extreme‑smoke episodes over time, though trade‑offs exist (see Unintended Consequences). [14]Nature Portfolio — Nature Communications Earth & Environment: Wildfire PM2.5 mo…[15]Utah Department of Environmental Quality — Utah DEQ: Wildfires and Air Quality…

- Equity: Evidence indicates elevated per‑capita smoke damages for some groups (e.g., elderly, some Tribal and Black communities). Institutes’ extension missions can help target assistance and communication where vulnerabilities are highest. [14]Nature Portfolio — Nature Communications Earth & Environment: Wildfire PM2.5 mo…

Environmental Effects

The institute itself does not authorize treatments; it shapes how, where, and how well treatments are planned and monitored.

• Fuel treatments: Systematic reviews and empirical studies find treatments can reduce severity/spread under many conditions when designed/placed strategically, aiding ecological resilience; effects vary with weather, placement, and maintenance. [5]Fire Ecology (SpringerOpen) — Fire Ecology systematic review of landscape‑scale…[9]USDA Forest Service Research & Development — USFS research: Fuel treatment effe…
• Watersheds: Post‑fire runoff can raise sediment, nutrients, and metals by orders of magnitude, elevating drinking‑water treatment costs and degrading habitat; better mitigation planning and post‑fire monitoring can curb these impacts. [16]U.S. Geological Survey — USGS: Water Quality After Wildfire
• Cross‑boundary data: IIJA tasked SWERI with a national treatment/wildfire database and periodic effectiveness reporting—capabilities Utah’s institute would plug into, potentially improving landscape‑scale ecological outcomes in Great Basin forests, pinyon‑juniper, and sagebrush. [4]Congress.gov — Infrastructure Investment and Jobs Act – Section directing $20M…[7]SWERI (Northern Arizona University) — SWERI: ReSHAPE program summary

Temporal Analysis

• 0–2 years: Stand‑up and designation phase; staffing, MOUs with USFS/DOI and state agencies; integration into SWERI work plans and ReSHAPE governance. Limited immediate on‑the‑ground effects; costs contingent on appropriations. [1]GPO — House Report 119-280 – Utah Wildfire Research Institute Act of 2025[6]Colorado State University — CFRI: SWERI ReSHAPE Project overview
• 2–5 years: Utah‑specific research briefs, treatment prioritization tools, and monitoring protocols begin to influence project design; earlier detection of data gaps improves grant targeting (e.g., Community Wildfire Defense planning). [7]SWERI (Northern Arizona University) — SWERI: ReSHAPE program summary
• 5+ years: Measurable ecological and public‑health benefits depend on cumulative, well‑placed treatments and maintenance; expected outcomes include moderated fire behavior near communities and reduced extreme smoke and post‑fire water impacts relative to no‑institute counterfactual, with variability under extreme weather. [5]Fire Ecology (SpringerOpen) — Fire Ecology systematic review of landscape‑scale…[16]U.S. Geological Survey — USGS: Water Quality After Wildfire

Unintended Consequences

Risks arise from governance choices more than statutory text; they are manageable but real.

• Duplication/fragmentation: Adding a node can either streamline or complicate coordination. Adherence to SWERI’s national data/reporting roles under IIJA is key to avoiding redundancy. [4]Congress.gov — Infrastructure Investment and Jobs Act – Section directing $20M…[7]SWERI (Northern Arizona University) — SWERI: ReSHAPE program summary
• Prescribed‑fire risk governance: While <1% of prescribed fires escape, impacts can be severe; GAO urges stronger program management and reforms post‑Hermits Peak/Calf Canyon. An institute that expands Rx fire without embedding these safeguards could raise operational risk. [18]U.S. Government Accountability Office — GAO WatchBlog: Forest Service plans to…[19]U.S. Government Accountability Office — GAO-24-106239: Prescribed Fire Program…
• Smoke trade‑offs: Increased use of prescribed fire can elevate short‑term local smoke even as it reduces catastrophic smoke; community engagement and monitoring protocols are necessary to manage near‑term health burdens. [14]Nature Portfolio — Nature Communications Earth & Environment: Wildfire PM2.5 mo…
• Accountability: The House report notes required annual peer‑reviewed reports and work plans. Failure to enforce these could erode credibility and impact. [1]GPO — House Report 119-280 – Utah Wildfire Research Institute Act of 2025

Assessment

Based on the statutory scope (add Utah to an existing institute network), the absence of direct spending in text, Utah’s documented fire risk, and evidence that well‑designed treatments and better cross‑boundary data improve outcomes, the likely net impact is favorable—conditional on transparent host selection, rigorous adherence to GAO‑identified prescribed‑fire reforms, and sustained funding for data and extension functions. [3]Congress.gov — Text - H.R.1045 (Utah Wildfire Research Institute Act of 2025)[8]U.S. Bureau of Land Management — BLM Utah Fire & Aviation – 10‑year averages[5]Fire Ecology (SpringerOpen) — Fire Ecology systematic review of landscape‑scale…[19]U.S. Government Accountability Office — GAO-24-106239: Prescribed Fire Program…[4]Congress.gov — Infrastructure Investment and Jobs Act – Section directing $20M…

Sourcing

Key sources used in this neutral assessment (inline citations throughout):

• Bill text, status, and House report (Congress.gov; GPO). [3]Congress.gov — Text - H.R.1045 (Utah Wildfire Research Institute Act of 2025)[2]Congress.gov — H.R.1045 overview and actions[1]GPO — House Report 119-280 – Utah Wildfire Research Institute Act of 2025
• Program context and existing institutes (SWERI; US Code/IIJA). [20]SWERI (Northern Arizona University) — SWERI: Authorizing legislation and instit…[4]Congress.gov — Infrastructure Investment and Jobs Act – Section directing $20M…
• Utah fire baseline and 2025 state cost estimate. [8]U.S. Bureau of Land Management — BLM Utah Fire & Aviation – 10‑year averages[12]Utah News Dispatch — Utah News Dispatch: 2025 fire year data and costs (citing…
• Suppression costs and national burden (NIFC; DOI). [10]National Interagency Fire Center — NIFC: Federal Firefighting Suppression Costs…[11]U.S. Department of the Interior — DOI: Suppression program quick facts (FY2024)
• Treatment effectiveness and environmental/health impacts (USFS research; Fire Ecology; USGS; Nature Communications E&E). [9]USDA Forest Service Research & Development — USFS research: Fuel treatment effe…[5]Fire Ecology (SpringerOpen) — Fire Ecology systematic review of landscape‑scale…[16]U.S. Geological Survey — USGS: Water Quality After Wildfire[14]Nature Portfolio — Nature Communications Earth & Environment: Wildfire PM2.5 mo…
• Governance risks and reforms (GAO). [18]U.S. Government Accountability Office — GAO WatchBlog: Forest Service plans to…[19]U.S. Government Accountability Office — GAO-24-106239: Prescribed Fire Program…
• Press expectations re: host campus (for context; not binding). [17]U.S. Senate Energy & Natural Resources Committee (Republican) — Senate Energy &…