Jay Inslee
Net positiveFormula-derived score
23rd Governor of Washington (2013-2025), long associated with climate policy. The largest positive offset is “Washington enacts the Climate Commitment Act cap-and-invest law (2021)” (2021).
Sources: [1]
Net positiveFormula-derived score
23rd Governor of Washington (2013-2025), long associated with climate policy. The largest positive offset is “Washington enacts the Climate Commitment Act cap-and-invest law (2021)” (2021).
Sources: [1]
Biggest harms and offsets: signed contributions to the formula-derived score, ranked by size.
via Decarbonization and climate-mitigation policy → Global CO2 emissions per capita
17 May 2021
Sorted by the size of this person’s signed contribution. The observed state is the indicator’s own reading, not this person’s doing.
+2 pts to the score
Observed
4.73 tonnes CO2 per person per year · 2.43 above the normal line (2024)
Worse than normalTwo readings: 4.71 tonnes CO2 per person per year (2023) and 4.73 tonnes CO2 per person per year (2024).
Above normal = worse · 2021 · 1 fact, confidence ×0.8 · formula deviation factor −2.43
+2 pts to the score
Observed
32.9 micrograms per cubic metre (annual mean, population-weighted) · 27.9 above the normal line (2023)
Worse than normal3 readings, 2021–2023: fell from 33.2 micrograms per cubic metre (annual mean, population-weighted) to 32.9 micrograms per cubic metre (annual mean, population-weighted).
Above normal = worse · 2021 · 1 fact, confidence ×0.8 · formula deviation factor −3
+2 pts to the score
Observed
30% of electricity generation · 11 above the normal line (2023)
Better than normal6 readings, 2000–2023: rose from 18.9% of electricity generation to 30% of electricity generation.
Above normal = better · 2021 · 1 fact, confidence ×0.8 · formula deviation factor 3
Claims against the record, the type of responsibility, and what is disputed.
Responsibility
What could change this assessment
Person → Fact → Driver → Indicator. Select a path to inspect its factors; the full network opens on demand.
Contribution size 0.6 · Responsibility 0.5 · Fact impact 0.6 · Driver weight 0.12 · Driver → indicator −0.6 · Indicator importance 0.9 · Deviation factor −2.43 · Confidence 0.8
How the record is sourced and how the score is derived.
1 of 1 linked fact verified, drawing on 1 distinct source (2021).
Sources include Washington State Department of Ecology.
Sources
The score is formula-derived (Factrail formula v1, version 1.0.0), not an editorial verdict. Read the methodology.
By the Factrail desk · Method: how we source and score · Last reviewed · Sources: 1
An excerpt; the full analysis opens on request.
Jay Inslee enters Factrail's environmental dataset through one concrete, well-documented act of state-level lawmaking rather than through the sweep of a long governorship. The model tracks him for signing Washington's Climate Commitment Act in 2021, the cap-and-invest law that made Washington the second US state, after California, to adopt a binding, economy-wide carbon cap that declines over time. That single fact carries the analysis here. It is a deliberately narrow lens, but a defensible one: a verified statute with a clear mechanism is exactly the kind of contribution the model can trace into welfare terms with some confidence.
The reason the Climate Commitment Act registers as more than a press release is its design. Rather than setting an aspirational target, the law translates climate goals into a market-based program — a declining cap on economy-wide emissions paired with tradable allowances that put a price on carbon across major sectors. Factrail connects this action to the decarbonization and climate-mitigation policy driver with moderate weight, around 0.62. The causal claim is straightforward in theory: pricing carbon across the economy creates a standing incentive to cut emissions wherever it is cheapest to do so, which is the channel through which the model expects downward pressure on pollution over time.
Two honest qualifications travel with that claim, and the model states both. First, the effect is lagged: a cap-and-invest program works through investment and substitution decisions that play out over years, not through an immediate drop in emissions. Second, the real-world result depends heavily on design and follow-through — how tight the cap is set, how allowances are allocated, and how seriously the program is enforced. A carbon market can be ambitious or toothless depending on those details, and Factrail treats the policy's promise as conditional on them rather than guaranteed.
Factrail routes the law's expected effect through three welfare indicators, and the directions are consistent with the decarbonization logic. A closely related effect appears on population-weighted PM2.5 air-pollution exposure at about -0.31 — also lower-is-better, and a direct public-health channel, since fine-particulate exposure is a leading environmental risk factor for premature death. On the supply side, the law's expected effect on the renewable share of global electricity generation is positive, around +0.25, a higher-is-better indicator on which displacing fossil generation counts as progress.
These three pulls converge on a single positive rating contribution. The headline rating impact, tied to the CO2 indicator, comes out at roughly +0.11, assembled from a positive fact-impact factor, the moderate driver weight, a high indicator-importance factor of 0.9, and the model's deviation handling, then discounted by a confidence modifier of 0.8. The companion impacts on air pollution and renewable share are smaller but point the same way. None of these magnitudes is dramatic, and that restraint is deliberate: the model is crediting a real, durable policy mechanism, not claiming that one state law moved global indicators on its own.
A useful signal of durability sits in the public record the model notes: a 2024 voter rejection of an initiative to repeal the law. Factrail reads that survival of a direct repeal attempt as evidence the program is sticking rather than a transient enactment.
The most important caveat is one the existing entry states plainly: this verdict is scoped to the documented action, not to Inslee's broader record. As a long-serving governor he has touched many areas the dataset does not weigh, and reading this profile as a full evaluation of his tenure would over-claim. Equally, signing the bill was not a solo act. Enacting cap-and-invest required the legislature, so responsibility for the outcome is genuinely shared — a point the model encodes in its responsibility factor rather than attributing the whole effect to one signature.
Inslee's profile is a clean illustration of how Factrail prefers to assign environmental credit: to a specific, verified law with a traceable mechanism, scored modestly and hedged where the science demands it. The Climate Commitment Act matters in the model's logic precisely because it is structural — a standing price on carbon rather than a one-off appropriation — and because its survival at the ballot box suggests it will keep working. The honest conclusion is narrow but solid: this is evidence-anchored credit for one durable climate law, with the lag, the design-dependence, and the shared responsibility all kept in view, rather than a sweeping judgment on a governor's environmental legacy.
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