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Oregon’s Cram Fire was a warning — the Pacific Northwest is ready to ignite.

What could have been the country’s first designated megafire of 2025 spluttered to a quiet, unremarkable end this week. Even as national headlines warned over the weekend that central Oregon’s Cram Fire was approaching the 100,000-acre spread usually required to achieve that status, cooler, damper weather had already begun to move into the region. By the middle of the week, firefighters had managed to limit the Cram to 95,736 acres, and with mop-up operations well underway, crews began rotating out for rest or reassignment. The wildfire monitoring app Watch Duty issued what it said would be its final daily update on the Cram Fire on Thursday morning.
By this time in 2024, 10 megafires had already burned or ignited in the U.S., including the more-than-million-acre Smokehouse Creek fire in Texas last spring. While it may seem wrong to describe 2025 as a quieter fire season so far, given the catastrophic fires in the Los Angeles area at the start of the year, it is currently tracking below the 10-year average for acres burned at this point in the season. Even the Cram, a grassland fire that expanded rapidly due to the hot, dry conditions of central Oregon, was “not [an uncommon fire for] this time of year in the area,” Bill Queen, a public information officer with the Pacific Northwest Complex Incident Management Team 3, told me over email.
At the same time, the Cram Fire can also be read as a precursor. It was routine, maybe, but also large enough to require the deployment of nearly 900 fire personnel at a time when the National Wildland Fire Preparedness Level is set to 4, meaning national firefighting resources were already heavily committed when it broke out. (The preparedness scale, which describes how strapped federal resources are, goes up to 5.) Most ominous of all, though, is the forecast for the Pacific Northwest for “Dirty August” and “Snaptember,” historically the two worst months of the year in the region for wildfires.

“Right now, we’re in a little bit of a lull,” Jessica Neujahr, a public affairs officer with the Oregon Department of Forestry, acknowledged to me. “What comes with that is knowing that August and September will be difficult, so we’re now doing our best to make sure that our firefighters are taking advantage of having time to rest and get rejuvenated before the next big wave of fire comes through.”
That next big wave could happen any day. The National Interagency Fire Center’s fire potential outlook, last issued on July 1, describes “significant fire potential” for the Northwest that is “expected to remain above average areawide through September.” The reasons given include the fact that “nearly all areas” of Washington and Oregon are “abnormally dry or in drought status,” combined with a 40% to 60% probability of above-average temperatures through the start of the fall in both states. Moisture from the North American Monsoon, meanwhile, looks to be tracking “largely east of the Northwest.” At the same time, “live fuels in Oregon are green at mid to upper elevations but are drying rapidly across Washington.”
In other words, the components for a bad fire season are all there — the landscape just needs a spark. Lightning, in particular, has been top of mind for Oregon forecasters, given the tinderbox on the ground. A single storm system, such as one that rolled over southeast and east-central Oregon in June, can produce as many as 10,000 lightning strikes; over the course of just one night earlier this month, thunderstorms ignited 72 fires in two southwest Oregon counties. And the “kicker with lightning is that the fires don’t always pop up right away,” Neujahr explained. Instead, lightning strike fires can simmer for up to a week after a storm, evading the detection of firefighting crews until it’s too late. “When you have thousands of strikes in a concentrated area, it’s bound to stretch the local resources as far as they can go,” Neujahr said.

The National Interagency Fire Center has “low confidence … regarding the number of lightning ignitions” for the end of summer in the Northwest, in large part due to the incredible difficulty of forecasting convective storms. Additionally, the current neutral phase of the El Niño-Southern Oscillation means there is a “wide range of potential lightning activity” that adds extra uncertainty to any predictions. The NIFC’s higher confidence in its temperature and precipitation outlooks, in turn, “leads to a belief that the ratio of human to natural ignitions will remain high and at or above 2024 levels.” (An exploding transformer appears to have been the ignition source for the Cram Fire; approximately 88% of wildfires in the United States have human-caused origins, including arson.)
Periodic wildfires are a naturally occurring part of the Western ecosystem, and not all are attributable to climate change. But before 1995, the U.S. averaged fewer than one megafire per year; between 2005 and 2014, that average jumped to 9.8 such fires per year. Before 1970, there had been no documented megafires at all.
Above-average temperatures and drought conditions, which can make fires larger and burn hotter, are strongly associated with a warming atmosphere, however. Larger and hotter fires are also more dangerous. “Our biggest goal is always to put the fires out as fast as possible,” Neujahr told me. “There is a correlation: As fires get bigger, the cost of the fire grows, but so do the risks to the firefighters.”
In Oregon, anyway, the Cram Fire’s warning has registered. Shortly after the fire broke out, Oregon Governor Tina Kotek declared a statewide emergency with an eye toward the months ahead. “The summer is only getting hotter, drier, and more dangerous — we have to be prepared for worsening conditions,” she said in a statement at the time.
It’s improbable that there won’t be a megafire this season; the last time the U.S. had a year without a fire of 100,000 acres or more was in 2001. And if or when the megafire — or megafires — break out, all signs point to the “where” being Oregon or Washington, concentrating the area of potential destruction, exhausting local personnel, and straining federal resources. “When you have two states directly next to each other dealing with the same thing, it just makes it more difficult to get resources because of the conflicting timelines,” Neujahr said.
By October, at least, there should be relief: The national fire outlook describes “an increasing frequency of weather systems and precipitation” that should “signal an end of fire season” for the Northwest once fall arrives. But there are still a long 68 days left to go before then.
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Rob and Jesse talk data center finance with the Center for Public Enterprise’s Advait Arun.
The boom in artificial intelligence has become entangled with the clean energy industry over the past 18 months. Tech companies are willing to pay a lot for electricity — especially reliable zero-carbon electricity — and utilities and energy companies have been scrambling to keep up.
But is that boom more like a bubble? And if so, what does that mean for the long-term viability of AI companies and data center developers, and for the long-term health of decarbonization?
On this week’s Shift Key, we’re talking to Advait Arun, a senior associate for capital markets at the Center for Public Enterprise, about his new report on the market dynamics at play in the data center buildout. What kind of bets are these AI companies making? How likely are they to pay off? And if they don’t, who stands to lose big? Shift Key is hosted by Robinson Meyer, the founding executive editor of Heatmap, and Jesse Jenkins, a professor of energy systems engineering at Princeton University.
Subscribe to “Shift Key” and find this episode on Apple Podcasts, Spotify, Amazon, or wherever you get your podcasts.
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Here is an excerpt from our conversation:
Robinson Meyer: Advait, you’ve done a — we’ve done a great job of kind of dancing around maybe the biggest question of the report — and I would say you do a very good job of playing coy about it in the report, where the report’s titled “Bubble or Nothing.” You actually don’t come out and say whether you think this is a bubble or not.
And of course, it’s kind of a weird bubble, too, because there hasn’t been a moment where these leaps in equity valuations for the hyperscalers has happened where people haven’t been like, Boy, it looks kind of bubbly. And if you remember back to the 20-teens too, people were worried about a tech bubble then, too. And it turned out that it wasn’t a tech bubble, it was just a rapidly growing and healthy part of the economy. And so what I wanted to ask you, Advait, was, number one, did you walk away from this and from your conversations with investors and creditors, policymakers, thinking it was a bubble? And number two, is this unusual that we have a bubble and we can’t stop talking about how bubbly it looks? Or is this a new type of bubble where there’s a bubble happening and we all know it’s a bubble?
Advait Arun: Ooh. I will not personally say whether or not I think this is a bubble. I do think, though, that the fact that so much of our attention is centralized around it, it testifies to a new way of the real media’s relationship with the economy — and not even the media just in general, but the fact that the federal government is interested in this being the next industry of the future. The fact that I think we haven’t had too much else to talk about in economic news due to the dominance of the hyperscalers and Mag Seven in the market, the fact that they’re the collateral for improvements in the energy system, and even some people are blaming them for the affordability crisis. I think it’s very easy to get into a headspace where we’re all paying rapt attention to the day-to-day stock movements of these companies. I don’t know what it was like, necessarily, to be following the news and the dot-com bubble, but I do certainly think that the amount that we’ve all been talking about it at the same time is very striking to me.
I think it’s important, as well, to recognize that bubbles have psychological motivations, more so than just pure economic motivations. Of course, from the perspective of a policymaker and someone who’s done credit analysis for stuff, I obviously look at these firms and look at their lack of revenue and think, This is dangerous. This could be getting over their skis. But a lot of companies have gone through this point and made it out. That’s not to say that these companies will or won’t, but the fact that so much of the market moves in response to the leading tech companies, there’s a degree of asset centrality and crowding, and extremely high relative values relative to historical values. It makes me think that there’s something to watch out for, anchored by the fact that a lot of the people leading this investment boom, whether it’s the federal government seeking to promote it or whether it’s the leaders of these companies, the CEOs envisioning some kind of vastly different future for the economy. There’s a psychology to it — I think Keynes would call it ‘animal spirits’ — that’s pushing this investment boom the way that it’s going.
Mentioned:
Advait’s report: Bubble or Nothing: Data Center Project Finance
Previously on Shift Key: A Skeptic’s Take on AI and Energy Growth
Jesse’s upshift; Rob’s downshift.
This episode of Shift Key is sponsored by …
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Music for Shift Key is by Adam Kromelow.
The transition to clean energy will be expensive today, even if it’ll be cheaper in the long run.
Democrats have embraced a new theory of how to win: run on affordability and cost-of-living concerns while hammering Donald Trump for failing to bring down inflation.
There’s only one problem: their own climate policies.
In state after state, governors and lawmakers are considering pulling back from their climate commitments — or have already reneged on them outright — out of a concern for the high costs that they could soon impose on voters. Democrats have justified the retreat by citing a new regime of sharper inflation, reduced federal support, and a need to deliver cheap energy of all kinds.
“We need to govern in reality,” New York Governor Kathy Hochul, for instance, said in a recent statement defending her approval of new natural gas infrastructure. “We are facing war against clean energy from Washington Republicans.”
Leaders in Pennsylvania, Massachusetts, New Jersey, and California have all sounded similar notes while making or considering changes to their own states’ policies.
“The trend toward a different approach to energy policy that puts costs and pragmatism first is very real,” Josh Freed, the senior vice president for climate and energy programs at Third Way, a center-left think tank, told me.
“Affordability is the entry ticket for any other policy goal that politicians have,” he continued. “It particularly makes sense on climate and clean energy because we’ve all been talking for years about the need to electrify. If electricity is expensive, then electrification is simply not going to happen.”
The challenge is an old one for climate policy. Climate change — fueled by fossil fuel pollution — will ultimately raise costs through heat waves, extreme weather impacts, and a depleted natural world. But voters don’t go to the polls for lower costs in 2075. They want a cheaper cost of living now.
Democrats have more tools in this fight than ever before, with wind, solar, and batteries often much cheaper than other forms of generation. But to fully realize those cost savings — and to decarbonize the grid faster than utilities or power markets would otherwise go — politicians must push for politically or financially costly policies that speed up the transition, sometimes putting long-term climate goals ahead of near-term affordability concerns.
“We’ve been talking about affordability as the entry point and not the end of the story. It’s important to meet consumers and voters and elected officials where they are,” Justin Balik, the vice president for state policy at Evergreen Action, a climate-focused think tank and advocacy group, told me.
“We can make the argument — because the data is on our side — that clean energy is still cheaper and is a big part of lowering costs.”
Part of what’s driving this shift among Democrats on climate policy is economics. The Trump administration’s war on clean energy has made it more difficult to build clean energy than some state-level policies once envisioned. Many emissions reduction targets passed during the late 2010s or early 2020s — like New York’s, which requires the state to reduce emissions 40% from 1990 levels by 2030 and 85% by 2050 — assumed much faster clean electricity buildouts than have happened in practice. The president’s One Big Beautiful Bill Act will end wind and solar tax credits next year, driving up project costs in some cases by 40% more than once projected.
The president’s war on wind power, in particular, has hit particularly hard in Northeastern states, where grid managers once counted on thousands of megawatts of new offshore wind farms to supply power in the afternoon and evenings while meeting the states’ climate goals. The Trump administration has succeeded in cancelling virtually all of the Northeast’s offshore wind projects outside New York.
But economics do not explain all of the shifts. Democrats seem to believe the president’s war on clean energy has created a fresh rhetorical opening for them: They can now cast themselves as champions of cheap energy in all forms. Some have even revived the old Obama-era “all of the above” slogan for this new era.
“We have an energy crisis. Electricity prices for homeowners and businesses have gone up over 20% in New Jersey. The only answer is all of the above,” Representative Frank Pallone, the ranking member of the House energy committee, told Politico in September.
Even politicians who once championed climate change have downplayed it in recent speeches. New York Mayor-elect Zohran Mamdani, who once described himself as a “proud ecosocialist,” barely mentioned climate change during his general election campaign for mayor.
Hochul’s recent moves illustrate the shift. Over the past year, she has delayed implementing New York’s cap-and-invest law, which seeks to reduce statewide carbon emissions 40% by 2030. She also paused the state’s ban on gas stoves and furnaces in new homes and low-rise buildings, which is due to go into effect next year. (A state court has ordered her to implement the cap-and-invest law by February.)
This month, Hochul approved two new natural gas pipelines as part of a rumored deal with the Trump administration to salvage New York’s wind farms. She defended the decision by appealing to — you guessed it — affordability.
“We have adopted an all-of-the-above approach that includes a continued commitment to renewables and nuclear power to ensure grid reliability and affordability,” she said in a statement.
New York’s neighbors have gone down similar paths. In Pennsylvania, Governor Josh Shapiro struck a budget compromise with Republican lawmakers that will remove the state from the Regional Greenhouse Gas Initiative, or RGGI, a compact of Northeastern states to cap carbon pollution from power plants and invest the resulting revenue.
Shapiro blamed Republicans, who he said have “used RGGI as an excuse to stall substantive conversations about energy,” but said he was focused on — yes, again— “cutting costs.”
“I’m going to be aggressive about pushing for policies that create more jobs in the energy sector, bring more clean energy onto the grid, and reduce the cost of energy for Pennsylvanians,” he said before signing the budget deal.
California has also reworked its own climate policy in response to cost-of-living concerns. Earlier this year, it passed an energy package that re-upped its cap-and-trade program while allowing new oil extraction in south-central Kern County. The legislation was partly driven by a fear that local refineries would shutter — and gas prices could soar — without more crude production.
Massachusetts could soon join the pullback. Earlier this month, the state’s House of Representatives fast-tracked a bill that included a provision nullifying a legal mandate to cut carbon emissions in half by 2030, as compared to 1990 levels.
While the bill preserved the state’s longer-term goal to cut emissions by 80% by 2050, it rendered the 2030 mandate “advisory in nature and unenforceable.”
“The number one goal is to save money and adjust to the reality with clean energy,” Representative Mark Cusack, co-chair of the energy and utilities committee and the bill’s sponsor, told the local Commonwealth Beacon. He said the Trump administration’s “assault” on clean energy made the pullback necessary. “We want to get there, but if we’re going to miss our mandates and it’s not the fault of ours, it’s incumbent on us not to get sued and not have the ratepayers be on the hook,” he said.
Cusack’s bill also included measures to transform the state’s Mass Save program — which helps households and businesses to switch to electrified heating and appliances — by dropping the program’s climate mandate and its ban on buying efficient natural gas appliances.
On Monday, lawmakers removed the mandate provision from the bill but preserved its other reforms. While the bill is no longer fast tracked, they could choose to revisit the legislation as soon as next year.
New Jersey may also revisit its own climate commitments. Governor-elect Mikie Sherrill swept to victory this month in part by promising to freeze state utility rates. She could do that in part by lifting or suspending certain “social benefit charges” now placed on state power bills.
In the long term, though, Sherrill will have to pursue other policies to lower rates. Researchers at Evergreen Action and the National Resources Defense Council have argued that changing the state’s electricity policies could lower carbon emissions while saving ratepayers more than $400 a year by 2030.
Balik described the proposal as a “three-legged stool” of immediate rate relief, medium-term clean energy deployment, and long-term utility business model reform. He also mourned that other states have not used revenue from their climate programs to pay for climate programs.
“There’s a danger of looking at cost concerns a little myopically,” he said. “Cap and invest [in New York] was paused for the stated reason that it’s not helpful with cost, but you could use cap-and-invest revenues to pay for things on the rate base now.”
Current conditions: Severe thunderstorms will bring winds of up to 85 miles per hour to parts of the Texarkana region • A cold front in Southeast Asia is stirring waves up to three meters high along the shores of Vietnam • Parts of Libya are roasting in temperatures as high as 95 degrees Fahrenheit.
David Richardson, the acting head of the Federal Emergency Management Agency, resigned Monday after just six months on the job. Richardson had no experience in managing natural disasters, and Axios reported, he “faced sharp criticism for being unavailable” amid the extreme floods that left 130 dead in Central Texas in July. A month earlier, Richardson raised eyebrows when he held a meeting in which he told staff he was unaware the U.S. had a hurricane season. He was, however, a “loyalist” to Homeland Security Secretary Kristi Noem, CNN reported.
With hurricane season wrapping up this month, President Donald Trump was preparing to fire Richardson in the lead up to an overhaul of the agency, whose resources for carrying out disaster relief he wants to divvy up among the states. When FEMA staffers criticized the move in an open letter over the summer, the agency suspended 40 employees who signed with their names, as I wrote in the newsletter at the time.
The Environmental Protection Agency proposed stripping federal protections from millions of acres of wetlands and streams. The New York Times cast the stakes of the rollback as “potentially threatening sources of clean drinking water for millions of Americans” while delivering “a victory for a range of business interests that have lobbied to scale back the Clean Water Act of 1972, including farmers, home builders, real estate developers, oil drillers and petrochemical manufacturers.” At an event announcing the rulemaking, EPA Administrator Lee Zeldin recognized that the proposal “is going to be met with a lot of relief from farmers, ranchers, and other landowners and governments.” Under the Clean Water Act, companies and individuals need to obtain permits from the EPA before releasing pollutants into the nation’s waterways, and permits from the U.S. Army Corps of Engineers before discharging any dredged or fill material such as sand, silt, or construction debris. Yet just eliminating the federal oversight doesn’t necessarily free developers and farmers of permitting challenges since that jurisdiction simply goes to the state.

Americans are spending greater lengths of time in the dark amid mounting power outages, according to a new survey by the data analytics giant J.D. Power. The report, released last month but highlighted Monday in Utility Dive, cited “increased frequency and severity of extreme weather events” as the cause. The average length of the longest blackout of the year increased in all regions since 2022, from 8.1 hours to 12.8 by the midpoint of 2025. Ratepayers in the South reported the longest outages, averaging 18.2 hours, followed by the West, at 12.4 hours. While the duration of outages is worsening, the number of Americans experiencing them isn’t, J.D. Power’s director of utilities intelligence, Mark Spalinger, told Utility Dive. The percentage of ratepayers experiencing “perfect power” without any interruptions is gradually rising, he said, but disasters like storms and fires “are becoming so much more extreme that it creates these longer outage events that utilities are now having to deal with.”
The problem is particularly bad in the summertime. As Heatmap’s Matthew Zeitlin explained back in June, “the demands on the grid are growing at the same time the resources powering it are changing. Between broad-based electrification, manufacturing additions, and especially data center construction, electricity load growth is forecast to grow several percent a year through at least the end of the decade. At the same time, aging plants reliant on oil, gas, and coal are being retired (although planned retirements are slowing down), while new resources, largely solar and batteries, are often stuck in long interconnection queues — and, when they do come online, offer unique challenges to grid operators when demand is high.”

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You win some, you lose some. Earlier this month, solar developer Pine Gate Renewables blamed the Trump administration’s policies in its bankruptcy filing. Now a major solar manufacturer is crediting its expansion plans to the president. Arizona-based First Solar said last week it plans to open a new panel factory in South Carolina. The $330 million factory will create 600 new jobs, E&E News reported, if it comes online in the second half of next year as planned. First Solar said the investment is the result of Trump’s One Big Beautiful Bill Act. “The passage of the One Big Beautiful Bill Act and the Administration’s trade policies boosted demand for American energy technology, requiring a timely, agile response that allows us to meet the moment,” First Solar CEO Mark Widmar said in a statement. “We expect that this new facility will enable us to serve the U.S. market with technology that is compliant with the Act’s stringent provisions, within timelines that align with our customers’ objectives.”
If you want to review what actually goes into making a solar panel, it’s worth checking out Matthew’s explainer from the Climate 101 series.
French oil and gas giant TotalEnergies said Monday it would make a $6 billion investment into power plants across Europe, expanding what The Wall Street Journal called “a strategy that has set it apart from rivals focused on pumping more fossil fuels.” To start, the company agreed to buy 50% of a portfolio of assets owned by Energeticky a Prumyslovy Holding, the investment fund controlled by the Czech billionaire Daniel Kretinsky. While few question the rising value of power generation amid a surge in electricity demand from the data centers supporting artificial intelligence software, analysts and investors “question whether investment in power generation — particularly renewables — will be as lucrative as oil and gas.” Rivals Shell and BP, for example, recently axed their renewables businesses to double down on fossil fuels.
The world has successfully stored as much carbon dioxide as 81,044,946 gasoline-powered cars would emit in a year. The first-ever audit of all major carbon storage projects in the U.S., China, Brazil, Australia, and the Middle East found over 383 million tons of carbon dioxide stored since 1996. “The central message from our report is that CCS works, demonstrating a proven capability and accelerating momentum for geologic storage of CO2,” Samuel Krevor, a professor of subsurface carbon storage at Imperial College London’s Department of Earth Science and Engineering, said in a press release.