This is false.<\/p>\n The historical record shows that severe heatwaves long predate modern climate attribution narratives, and the claims made in the interview rely heavily on attribution modeling<\/a> rather than direct long-term observational evidence.<\/strong><\/p>\n In the interview, Bernadette Woods Placky of the climate advocacy group Climate Central states, \u201cThis is wildly unusual. And, no, it has not happened to this level before,\u201d later adding, \u201cthat weather pattern alone, combined with the additional fossil fuel pollution, is why we\u2019re breaking records to this level.\u201d<\/p>\n She also attributes the imbalance between record highs and lows directly to climate change. Those are strong claims that require strong evidence, yet such evidence is lacking.<\/p>\n Heatwaves of exceptional magnitude occurred well before<\/a> climate change became a policy driver. The 1936 North American heatwave<\/a> during the Dust Bowl remains one of the most extreme heat events in U.S. history.<\/p>\n Multiple all-time state temperature records set in the 1930s still stand today<\/a>.<\/strong><\/p>\n The 1954<\/a> and 1980<\/a> heatwaves likewise brought prolonged triple-digit temperatures across large swaths of the country. These events were driven by persistent high-pressure ridging, which we now call \u201cheat domes<\/a>.\u201d<\/p>\n These all occurred when the Earth was cooler and human greenhouse gas emissions were small relative to today (See graph below).<\/p>\n The atmospheric mechanism described in the NPR interview is not new. The interview emphasizes that temperatures are \u201c20 to 40 degrees above normal\u201d and that states broke March records.<\/p>\n But short-term departures from average are the definition of weather variability<\/a>. <\/strong><\/p>\n A blocking high-pressure system in March can produce extreme anomalies<\/a> just as similar patterns have in July or August. Weather patterns occasionally align to produce record-breaking values in any season.<\/p>\n The key statistical context is this: We have roughly 140 to 150 years of reasonably reliable national temperature records<\/a>. Compared to the thousands of years of natural climate variability during the Holocene Epoch<\/a>, our temperature records cover a very short window<\/a> by comparison.<\/p>\n In any finite dataset with underlying variability and modest long-term warming, new records are expected from time to time. That does not automatically mean the event would have been \u201cvirtually impossible\u201d without fossil fuels.<\/p>\n The NPR segment also leans on attribution science<\/a>, asserting that greenhouse gases \u201cthicken the blanket\u201d and push temperatures<\/a> beyond previous limits. <\/strong><\/p>\n But attribution studies are fast-tracked, questionable climate-model-based exercises<\/a> that are not peer-reviewed for accuracy. They compare simulated worlds without anthropogenic carbon dioxide (CO2) emissions with simulated worlds with such emissions.<\/p>\n Note that both \u201cworlds\u201d are simulated, and the simulations use computer models<\/a> with a variety of built-in assumptions<\/a>, the most important of which is that human carbon dioxide emissions are the primary, if not sole, driving force of global warming<\/a>.<\/p>\n Climate models incorporate assumptions about feedbacks, aerosols, ocean-atmosphere interactions, and internal variability. Small changes in those assumptions can produce large swings in estimated probability ratios.<\/p>\n Most importantly, none of this is the same as observational evidence<\/a> and long-term data<\/a>, neither of which demonstrates dangerous warming.<\/strong><\/p>\n This matters because the language used, \u201chas not happened to this level before,\u201d suggests observational certainty. Yet the claim rests on model-adjusted statistical reconstructions<\/a>, not centuries of thermometer data. The models may indicate increased probability, but models are not thermometers.<\/p>\n The Urban heat island effect <\/a>also received no mention in the interview. Expanding metropolitan areas across the Southwest, including Phoenix, Las Vegas, and Albuquerque, retain and amplify heat due to pavement, buildings, and reduced vegetation.<\/p>\n These localized factors measurably raise nighttime lows<\/a> and can inflate temperatures at airport-based observing stations. <\/strong><\/p>\n For example, a recent study conducted at the Reno, Nevada, airport<\/a> shows clearly that the official climate station of record, located between runways, has a highly elevated temperature compared to nearby stations.<\/p>\n That is not global climate physics. It is land-use change.<\/p>\n The discussion of snowpack and wildfire risk likewise frames early melt as a direct consequence of climate change. Yet western snowpack has exhibited pronounced multidecadal variability tied to Pacific Ocean oscillations and El Ni\u00f1o Southern Oscillation cycles.<\/p>\n The interview acknowledges the onset of an El Ni\u00f1o year<\/a>, which historically boosts global temperatures temporarily<\/a>. Natural variability is doing heavy lifting here, but it is treated as a footnote.<\/p>\n Finally, the interview extends the climate change explanation to flooding in Hawaii, attributing warmer waters to a \u201cclimate change fingerprint.\u201d Sea surface temperatures fluctuate seasonally and interannually due to ocean cycles.<\/p>\n El Ni\u00f1o conditions alone can raise ocean temperatures significantly in certain basins. Again, attribution modeling is invoked as confirmation<\/a>, but observational trend context is not addressed.<\/strong><\/p>\n None of this denies that the global average temperature<\/a> has increased modestly over the past century. It certainly has. But the leap from \u201cwarming trend\u201d to \u201cthis specific heatwave would not have happened without fossil fuels\u201d is a model-derived probability statement presented as fact.<\/p>\n Heat domes have occurred before. Massive heatwaves have occurred<\/a> before. Record-breaking March temperatures have occurred before in localized regions. With a limited historical dataset and ongoing natural variability, new records are expected periodically.<\/p>\n Short-term weather is not the same as long-term climate<\/a>. A persistent high-pressure system producing extreme March heat is meteorology. Treating it as proof of anthropogenic catastrophe is unjustified.<\/strong><\/p>\n NPR presents confident conclusions built on questionable attribution modeling<\/a> while downplaying historical precedent and natural variability. That is not rigorous climate reporting. It is a one-sided interpretation relying on the assessment of a climate activist organization<\/a> dressed up as an objective reporting of facts<\/a>.<\/p>\n Model outputs aren\u2019t facts about the world; they aren\u2019t even data. Rather, models are tools and their outputs are only as good as the assumptions and math built into them, which, in this case, is fatally flawed, producing outputs not reproduced in the long-term climate record.<\/p>\n Read more at Climate Realism<\/a><\/strong><\/p>\n <\/p><\/div>\n![\"airport](\"https:\/\/i0.wp.com\/climatechangedispatch.com\/wp-content\/uploads\/2026\/03\/airport-temp-station.jpg?ssl=1\")
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National Public Radio (NPR) recently posted an interview titled \u201cHow climate change has powered the heat wave blanketing much of the U.S.<\/a>,\u201d claiming the recent March heat dome is something that \u201chas not happened to this level before\u201d and that climate change is the reason record highs are outpacing record lows. [some emphasis, links added]<\/p>\n![\"\"](\"https:\/\/i0.wp.com\/climatechangedispatch.com\/wp-content\/uploads\/2026\/03\/very-hot-days-Martz.jpg?resize=500%2C370&ssl=1\")
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