I Asked ChatGPT Which Regions Will See the Worst Wildfire Smoke This Year – Here’s What It Predicted

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Curiosity got the better of me one smoky afternoon in late July, watching yet another air quality alert pop up on my phone. So I typed a simple question into ChatGPT: which parts of the world are actually going to get hit hardest by wildfire smoke in 2026? The answer wasn’t a single hot spot but a patchwork of regions, each shaped by its own mix of drought, heat, and wind patterns that meteorologists have been tracking since early spring. What came back wasn’t guesswork dressed up as fact. It matched, almost point for point, what fire agencies in Canada, the United States, and Southeast Asia have already published in their seasonal outlooks. Here’s how that answer broke down, region by region, along with the real data behind each prediction.

British Columbia and Western Canada

When I asked about Canada specifically, the response pointed straight to British Columbia as the epicenter of concern. That lines up with Natural Resources Canada’s own modeling, which shows fire danger building through July with Natural Resources Canada’s modelling currently shows fire danger building through July across Canada with British Columbia facing the highest and most sustained fire risk. The federal outlook also warns that risk could spread quickly elsewhere.

Drought is the underlying driver here. Drought conditions have persisted across Canada for several years, with the exception of some coastal and mountainous areas of Alberta and British Columbia, and these temperature and precipitation patterns are favorable for wildfires, especially over the western regions of Canada where long-standing precipitation deficits persist. Ottawa has responded with real money behind the warnings, committing substantial federal funds toward aerial firefighting capacity through the rest of the decade.

The Inland Northwest and Pacific Northwest

ChatGPT flagged eastern Washington, Idaho, and Montana as a region where smoke and heat are converging in an unusually dangerous way this summer. That’s not speculation. Spokane, Washington, saw a destructive wildfire tear through its northern neighborhoods in early August, with images showing homes reduced to rubble.

The setup behind that fire is regional, not isolated. Widespread drought conditions will persist as a large area of high pressure generally holds its position, and that same high pressure area will lead to increasingly hot conditions with strong late-night and morning temperature inversions, which will trap wildfire smoke close to the ground, leading to widespread poor air quality and greatly reduced visibility. Forecasters also noted that meaningful rain wasn’t expected in the region for the following week to ten days, which only extends the risk window.

California’s Interior and Foothills

California came up almost immediately in the chatbot’s answer, though with an important nuance: the worst of it builds gradually rather than exploding all at once. AccuWeather’s seasonal team described this pattern clearly, noting that wildfire danger is expected to increase across much of the western United States in the coming months, while other parts of the country could face periods of heightened risk amid worsening drought and summer heat.

A rough spring set the stage. Meteorologist Brandon Buckingham explained that the spring season brought record-breaking heat to California early, which has rapidly melted off a meager snowpack from the winter season. Without that snowpack acting as a buffer, grasses and brush in the foothills dry out earlier, which is exactly what fire behavior analysts watch for when gauging how fast a season can turn dangerous.

The Southwest and Great Basin

ChatGPT was fairly blunt about Arizona, Nevada, Utah, and the broader Great Basin, describing them as running ahead of a typical fire season timeline. That framing tracks with what fire agencies themselves have said. The National Interagency Fire Center’s outlook keeps most of the West at above-normal risk of wildfires into the fall, even as confidence beyond August gets murkier because of shifting El Niño signals.

Numbers from the ground back this up. By mid-July, close to 40,000 fires have torn through more than 3.6 million acres so far in 2026, including half a million acres in the last two weeks alone, which is almost 10,000 more fires and almost a million more acres burned than the 10-year average for mid-July. Utah’s assistant state climatologist Jon Meyer summed up the convergence bluntly, noting that fuels, weather, and climate had all lined up at once.

Ontario, Quebec, and the Smoke Drifting Into US Cities

This is the region ChatGPT kept circling back to when I pushed for specifics on where American cities, not just western wilderness, would feel the smoke most directly. Ontario’s fire activity picked up sharply by midsummer. After a slow start to Canada’s 2026 fire season, activity picked up by the end of June amid dry, warm conditions and returned closer to the 25-year average, and by mid-July, almost 850 fires were actively burning across the country, with more than 180 of those burning in Ontario.

That smoke doesn’t stay put. Forecast mapping from AccuWeather showed Canadian wildfire smoke continuing to spread across large parts of the Midwest and Northeast into August, raising concerns about air quality and public health for millions of Americans, with prevailing weather patterns expected to keep directing smoke from active wildfires in western Ontario into the United States. New York, Toronto, and cities across the Great Lakes basin all logged hazy, acrid days in mid-July as a result.

Southern and Western Europe

When I broadened the question beyond North America, the Mediterranean basin came up as one of the clearest global hot spots. That matches what European fire monitors have logged since early summer, with Mediterranean Europe experiencing an active wildfire season since early July 2026, with new fires continuing to ignite as others are contained, collectively scorching thousands of hectares and impacting air quality across affected regions.

What surprised me was how far the risk stretched beyond the usual suspects. Fire monitors forecast very extreme fire danger over the British Isles, France and northern Iberia through 22 July, confirming that the risk map now stretches well beyond southern Europe. Burned area across the European Union had already climbed well past its two decade average by late June, according to the continent’s own fire information system.

Siberia and Northeastern China

This was the part of ChatGPT’s answer that came with the most hedging, and rightly so, since real time monitoring data for this region is thinner than what’s available for North America or Europe. Still, the underlying mechanism it described is well documented by climate researchers who track boreal fire behavior year over year. Fires in Canada, and by extension in similar boreal zones like Siberia, are described by the Canadian Climate Institute as increasingly harder to contain, smoldering through the winter as zombie fires, a pattern tied directly to permafrost thaw and prolonged drying.

What that means practically is a longer burn window with less predictability. Fires that never fully extinguish over winter can reignite come spring, catching regional authorities off guard even when snow cover looked reassuring just months earlier. It’s a slower moving story than the headlines out of California or Ontario, but one that adds smoke to the global picture in ways that are harder to forecast precisely.

Indonesia and the Southeast Asian Haze Belt

If there was one answer that made me sit up, it was this one. ChatGPT described Indonesia’s peatlands as sitting at the center of a haze crisis that regional authorities are already bracing for. Singapore’s own policy institute has issued its warning accordingly, noting an unprecedented Red Alert as a rapidly escalating transboundary haze crisis is expected to affect Singapore, Malaysia, Brunei, and Indonesia during the second half of 2026, linked to a 63 percent probability that a strong El Niño will coincide with a positive Indian Ocean Dipole.

The numbers on the ground are already startling. Fire monitoring shows more than 96,000 hotspots across Indonesia as of July 27, 2026, a total that exceeds what was recorded at the same point in any previous year monitored, even though Indonesia has not yet reached the months when wildfires typically intensify. Regional analysts have pointed to August and September as the period when smoke could travel furthest and linger longest across Sumatra, Kalimantan, and neighboring countries.

Why El Niño Is the Common Thread This Year

Once I asked ChatGPT to connect the dots across all these regions, El Niño kept surfacing as the shared culprit. Seasonal forecasters agree. WeatherBug’s summer outlook noted a particularly strong El Niño event is projected this summer, characterized by sea surface temperatures up to 1.5 to 2.0 degrees Celsius above average along the Equator in the eastern and central tropical Pacific Ocean.

That single climate pattern helps explain why drought, heat, and fire risk are showing up simultaneously on opposite sides of the planet. It suppresses rainfall in some places while nudging drought recovery in others, which is part of why the same outlook expects early summer drought improvements in the western Gulf, though the latter half of summer looks to leave deteriorating drought conditions and an increasing wildfire risk. It’s a reminder that these regional smoke forecasts aren’t isolated stories so much as symptoms of one larger atmospheric pattern playing out differently depending on local terrain and vegetation.

Final Thoughts

What struck me most about asking ChatGPT this question wasn’t the novelty of getting an AI generated forecast. It was how closely the answer mirrored what fire scientists, meteorologists, and regional health authorities have been saying independently across three continents. British Columbia, the Inland Northwest, California, the Southwest, Ontario, southern Europe, and the peatlands of Indonesia all show up in real seasonal outlooks for reasons that trace back to the same shared driver.

None of this is set in stone. Fire behavior depends on wind, lightning, and human ignition sources that no model, human or artificial, can fully anticipate months in advance. Still, if you’re wondering where to keep an eye on air quality apps this year, the regions above are a reasonable place to start watching.