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♫ It’s getting hot in here, so close up all your domes ♫

Home runs ain’t the half of it.
Last week, the Bulletin of the American Meteorological Society issued a widely cited report that found global warming is “juicing” baseballs. The result is an extra 50 or so home runs per year in the major leagues. “It’s basic physics,” The Associated Press explained. “When air heats up, molecules move faster and away from each other, making the air less dense. Baseballs launched off a bat go farther through thinner air because there’s less resistance to slow the ball.”
Baseball fans have long been aware that hot weather makes for more home runs, so it follows that increasing temperatures will have an impact on the game in the years ahead. But MLB has more to worry about than the game becoming boring again because of too many dingers. Here are a few more ways climate change could irrevocably alter the future of America’s favorite past time:
We’ve already covered how the ball will behave differently off the bat. But what about out of the hand?
Heat and high humidity mean less air density, which in turn causes “fastballs to be faster, curveballs to curve less, and spin rates of pitches to be higher,” wrote Lawrence Rocks for SABR’s “Future of Baseball” issue in 2021. Of course, “these factors will cause pitchers to change their usage percentages on their pitch selection.”
As lowland parks grow hotter, we can expect them to behave more like the famously thin-aired Coors Field in Denver — particularly Atlanta, Kansas City, and Houston, which have among the lowest air densities of the Major League stadiums. Heat and humidity will cause baseballs to move more quickly out of the hand while the reduction in the Magnus force will cause them to break more poorly. And if fastballs get faster and curveballs break less, you can naturally expect to see more heaters in the game — and potentially more strikeouts as a result.
At the time of first pitch in Seattle, the Air Quality Index was 220. During the nine innings that followed, it would peak at 240 — more than twice the satisfactory level and “unhealthy for all groups.”
The year was 2020, and wildfires up and down the West Coast were making the empty stadiums even more apocalyptic. Shortly after smoke turned the Bay Area a dystopian orange, MLB decided to move home games from Seattle to San Francisco’s Oracle Park — because the air quality in the Pacific Northwest at that point was too unsafe for athletes.
\u201cA look outside the San Francisco Giants' stadium today.\u201d— SportsCenter (@SportsCenter) 1599694410
It won’t be the last time baseball games are moved or even postponed due to air quality from fires. In 2022, perhaps against better judgment, the Mariners played the ALDS against the Astros when the AQI was 158. Though the unwritten rule is to postpone games when the AQI tops 200, players are beginning to push back, saying — rightfully — that prolonged exposure to inhaling smoke is dangerous. “It’s not like if you’re below 200, everything is fine, and if you’re above 200, everybody is severely affected,” a public health official pointed out to The Athletic. “There’s a whole continuum.”
If the Oakland Athletics move to Las Vegas, they’re all but certain to become the ninth Major League baseball team with at least the ability — if not the necessity — to play indoors.
In addition to the fully enclosed Tropicana Dome in Tampa Bay, seven stadiums currently have retractable roofs. And it is in the warmest, sunniest markets where those roofs most often remain closed: “Miami … played under an open roof just five times in the past two seasons — combined,” Fox Weather reports. The Rangers, meanwhile, replaced their only-26-year-old ballpark in 2019 because it had gotten literally too hot to play in Texas without air conditioning.
It’s not uncommon for the remaining open-air ballparks to top 95 degrees in the summer — a miserable experience for players and fans alike. Without covering more ballparks, injuries could climb and attendance could drop. “People might just say forget about it. I’m not going to a baseball game. It’s 105 degrees,” Brad Humphreys, professor of economics at West Virginia University, told Capital News Service.
Triple-A baseball introduced electronic strike zones this season, fueling speculation that the controversial robo-ump system could be coming to the Major Leagues next. But there is one big reason in favor of electronic strike zones that doesn’t often get mentioned in the debate: climate change.
A recent study found that “umpires call pitches less accurately in uncomfortable temperatures, with performance at its worst in extreme heat conditions,” Monmouth University writes. Incorrect calls were made at a rate of about 1% worse when temperatures topped 95 degrees. And while that might seem insignificant, “it is non-trivial for this high-revenue, high-stakes industry,” the study’s author, Monmouth associate professor of economics Eric Fesselmeyer, said. “Moreover, high temperatures cause an even greater decrease in accuracy on close-call pitches along the edges of the strike zone.”
Aggression and violence rise with the temperatures. In one study, violent crimes went up by as much as 5.7% on days with a maximum daily temperature above 85 degrees, and as much as 10% on days above about 88.
As dugouts and diamonds get hotter, tempers will too. But there is another reason to believe there will be more bench-clearing brawls beyond heat-induced short-fuses. According to a study published in the Personality and Social Psychology Bulletin in 1991, “a positive and significant relationship was found between temperature and the number of hit batters per game, even when potentially confounding variables having nothing to do with aggression were partialed out.”
Similarly, Duke University’s Fuqua School of Business found in 2011 that “pitchers whose teammates get hit by a pitch are more likely to retaliate and plunk an opposing batter when the temperature reaches 90 degrees than when it is cooler.” Curiously, if no one has been hit in a game, the study found “high temperatures have little effect on a pitcher’s behavior.” As one of the researchers put it, “heat affects a specific form of aggression. It increases retribution.”
Hurricane Ian — the category 4 hurricane that slammed southwest Florida last September — was the state’s costliest storm, inflicting $109 billion in damage including “totally” destroying 900 structures in Fort Meyers Beach alone. Among the damages: CenturyLink Sports Complex, the spring training facility of the Minnesota Twins; Fenway South, the Boston Red Sox’s facility; and Charlotte Sports Park, the Tampa Bay Rays’ spring training home, which sustained damage so extensive that the team had to find another stadium to practice in during the 2023 spring training season.
The lasting damage of the storm extends beyond the physical: “Hurricane Ian’s impact on Lee County likely played a role in depressing the crowds at Red Sox and Twins games this year,” Fort Myers News-Press reports.
There are no murmurs of moving the Grapefruit League’s spring training facilities — yet. But already the rising sea levels and storms of Florida are ruling out new stadium locations, including at least one potential regular-season home for the Rays. “Sites that once appeared to be great places to build a ballpark are now expected to be underwater,” the team president said. With climate already costing teams money and fans, as well as being a deciding factor in new builds, the Grapefruit League could prudently decide to uproot for higher grounds.
Homebuyers are taking into account the future climate conditions of potential properties, and if MLB is wise, it will do the same when considering team expansion.
From a climate standpoint, it already seems egregious to move a team to a desert city that is running out of drinkable water in the summer, though the Oakland A’s potential relocation to Las Vegas is still very much on the table. But when MLB looks at locations to expand to — Portland, Mexico City, North Carolina, Nashville, Montreal, and Vancouver have also been floated — the climate calculus becomes ever more important.
In 60 years, Portland will have a climate similar to Sacramento, complete with the threat of wildfire smoke. Mexico City is getting hotter, drier, and sinking. Charlotte and Raleigh will eventually “resemble the Florida panhandle, specifically Tallahassee, which is 12.6 °F warmer and 10.6% to 14.4% wetter than winter in Charlotte and Raleigh. Nashville is not too far, with Mobile, Alabama serving as its closest projection,” Fangraphs writes in an assessment of the future of ballparks in the climate crisis.
Unsurprisingly, with an eye for the future, it is the northernmost cities that look like the best options to withstand climate change impacts: “Vancouver and Montreal could look toward current day T-Mobile Park and Citizens Bank Park as examples of how to keep fans comfortable during games.”
Over the course of 12 months between 2019 and 2020, 10% of MLB teams switched from real grass to turf. “The three stadiums that replaced their grass share a lot in common,” wrote The Wall Street Journal at the time: “They play in cities with extreme weather and have retractable roofs.”
In Arizona, for example, real grass required sunlight — and thus an open roof — until between 4 p.m. and 7 p.m., which meant that players often worked out before games in temperatures of 110 degrees or more. By the time fans arrived, the building would still be sweltering, air conditioning not having yet kicked in. But by switching to turf, “the roof can remain closed all summer.”
Switching to turf also eliminates the demands of watering: Conservatively, about 62,500 gallons of water a week are required to maintain an average field, an amount 89 homes would use in the same amount of time. Though that water is likely negligible in the grand scheme of things, it’s important for teams to take “social responsibility” by “walking the walk,” Diamondbacks president and CEO Derrick Hall told The Associated Press.
Turf remains controversial — it can affect the bounce of balls and result in higher rates of injuries. Recent advances in turf technology, though, are making it more appealing for teams and the planet.
Anyone who’s ever watched nine innings of live baseball knows the kind of mess fans leave behind: peanut shell piles; beer cups; burger trays; plastic ice cream bowls shaped like hats; abandoned bobbleheads. Overall, baseball audiences create more than 1,000 tons of waste every season, according to the Green Sports Alliance.
A growing number of stadiums are now aspiring to contribute less to landfills, including by using compostable serving items and reducing food waste. But one place waste is still frequently overlooked is in promotional giveaways.
Every year, MLB gives away around four million bobbleheads in addition to other tchotchkes like branded visors, T-shirts, sunglasses, and bags. While some of these end up as treasured pieces of home collections, the vast majority are junk destined for landfills.
Though teams show no sign of forgoing giveaways anytime soon, the more environmentally conscious parks may begin to consider new ways of reducing their waste — including by curbing handouts of cheaply made petroleum products and environmentally taxing garments that no one actually needs.
Every year, athletes end up on the Injured List for reasons ranging from benign to ridiculous. Now there is a new reason to be pulled from a game: heat illness. During one 2018 game at Wrigley Field with a heat index of 107, four players ultimately left the field for temperature-related causes, including three who had to be treated with IV fluids. During another game in 2021, a 28-year-old pitcher vomited on the mound in New York City. Diagnosis? Heat exhaustion.
Normal sports injuries also spike as it gets warmer. “We always had what seemed to be a lot more soft-tissue leg injuries than some of the other clubs. Hamstrings, calf injuries, from guys running the bases,” a former Rangers trainer told The Atlantic in 2016, prior to the construction of the team’s new air-conditioned stadium. “Our staff attributed that to the excessive heat and the fatigue.”
The prevalence of naturally occurring injuries could go up too because as players get dehydrated, their brain, thought capacity, and reflexes “are affected and the player is not able to react immediately on the field,” a 2021 study by the International Journal of Physical Education found. “The player will be injured due to a fall or collision with another player or being hit by a ball.”
Tragically, rising temperatures also are known to contribute to an increased number of deaths, a pattern already observable in high school football. Baseball fans and minor league athletes have already died due to heat-related causes — an awful pattern that isn’t likely to abate.
In 2017, the mercury during the first game of the World Series in Los Angeles hit 103 degrees after 5 p.m.; the same year, the Oakland A’s Triple-A affiliate played in 111-degree heat in Las Vegas. On average, the temperature across the 27 Major League Baseball cities has risen over two degrees since 1970. And “the difference in home run rates between a 90-degree day and a 40-degree day is roughly equivalent to the difference between hitting in Citizens Bank Park” — which is small — “versus Citi Field,” which is comparatively huge, ESPN reports.
In our hotter, damper future, baseball will be a markedly different game than it was 50 years ago — or even now. Heat will affect players’ reflexes and focus. Balls will move differently through thinner, warmer air. Fielding could change ever so slightly as turf becomes more common, and pitchers might switch up their pitches as electronic strike zones come into use and curveballs become less effective.
All good statistical comparisons need context, and that is especially true in the ever-changing sport of baseball. But in the next century of the sport, it is all but certain that the literal environment of the games — from the weather to the air density to the AQI — will be a necessary asterisk beside unusual home runs and IL designations. One day, announcers may even reminisce about “open air” stadiums from their climate-controlled booths during downtime on broadcasts. Perhaps we’ll even have a name for the days of comparatively thicker air: the “cool-ball era.”
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Atomic Canyon is set to announce the deal with the International Atomic Energy Agency.
Two years ago, Trey Lauderdale asked not what nuclear power could do for artificial intelligence, but what artificial intelligence could do for nuclear power.
The value of atomic power stations to provide the constant, zero-carbon electricity many data centers demand was well understood. What large language models could do to make building and operating reactors easier was less obvious. His startup, Atomic Canyon, made a first attempt at answering that by creating a program that could make the mountains of paper documents at the Diablo Canyon nuclear plant, California’s only remaining station, searchable. But Lauderdale was thinking bigger.
In September, Atomic Canyon inked a deal with the Idaho National Laboratory to start devising industry standards to test the capacity of AI software for nuclear projects, in much the same way each update to ChatGPT or Perplexity is benchmarked by the program’s ability to complete bar exams or medical tests. Now, the company’s effort is going global.
On Wednesday, Atomic Canyon is set to announce a partnership with the United Nations International Atomic Energy Agency to begin cataloging the United Nations nuclear watchdog’s data and laying the groundwork for global standards of how AI software can be used in the industry.
“We’re going to start building proof of concepts and models together, and we’re going to build a framework of what the opportunities and use cases are for AI,” Lauderdale, Atomic Canyon’s chief executive, told me on a call from his hotel room in Vienna, Austria, where the IAEA is headquartered.
The memorandum of understanding between the company and the UN agency is at an early stage, so it’s as yet unclear what international standards or guidelines could look like.
In the U.S., Atomic Canyon began making inroads earlier this year with a project backed by the Institute of Nuclear Power Operators, the Nuclear Energy Institute, and the Electric Power Research Institute to create a virtual assistant for nuclear workers.
Atomic Canyon isn’t the only company applying AI to nuclear power. Last month, nuclear giant Westinghouse unveiled new software it’s designing with Google to calculate ways to bring down the cost of key components in reactors by millions of dollars. The Nuclear Company, a startup developer that’s aiming to build fleets of reactors based on existing designs, announced a deal with the software behemoth Palantir to craft the software equivalent of what the companies described as an “Iron Man suit,” able to swiftly pull up regulatory and blueprint details for the engineers tasked with building new atomic power stations.
Lauderdale doesn’t see that as competition.
“All of that, I view as complementary,” he said.
“There is so much wood to chop in the nuclear power space, the amount of work from an administrative perspective regarding every inch of the nuclear supply chain, from how we design reactors to how we license reactors, how we regulate to how we do environmental reviews, how we construct them to how we maintain,” he added. “Every aspect of the nuclear power life cycle is going to be transformed. There’s no way one company alone could come in and say, we have a magical approach. We’re going to need multiple players.”
That Atomic Canyon is making inroads at the IAEA has the potential to significantly broaden the company’s reach. Unlike other energy sources, nuclear power is uniquely subject to international oversight as part of global efforts to prevent civilian atomic energy from bleeding over into weapons production.
The IAEA’s bylaws award particular agenda-setting powers to whatever country has the largest fleet of nuclear reactors. In the nearly seven decades since the agency’s founding, that nation has been the U.S. As such, the 30 other countries with nuclear power have largely aligned their regulations and approaches to the ones standardized in Washington. When the U.S. artificially capped the enrichment levels of traditional reactor fuel at 5%, for example, the rest of the world followed.
That could soon change, however, as China’s breakneck deployment of new reactors looks poised to vault the country ahead of the U.S. sometime in the next decade. It wouldn’t just be a symbolic milestone. China’s emergence as the world’s preeminent nuclear-powered nation would likely come with Beijing’s increased influence over other countries’ atomic energy programs. As it is, China is preparing to start exporting its reactors overseas.
The role electricity demand from the data centers powering the AI boom has played in spurring calls for new reactors is undeniable. But if AI turns out to have as big an impact on nuclear operations as Lauderdale predicts, an American company helping to establish the global guidelines could help cement U.S. influence over a potentially major new factor in how the industry works for years, if not decades to come.
Current conditions: The Northeastern U.S. is bracing for 6 inches of snow, including potential showers in New York City today • A broad swath of the Mountain West, from Montana through Colorado down to New Mexico, is expecting up to six inches of snow • After routinely breaking temperature records for the past three years, Guyana shattered its December high with thermometers crossing 92 degrees Fahrenheit.
The Department of Energy gave a combined $800 million to two projects to build what could be the United States’ first commercial small modular reactors. The first $400 million went to the federally owned Tennessee Valley Authority to finance construction of the country’s first BWRX-300. The project, which Heatmap’s Matthew Zeitlin called the TVA’s “big swing at small nuclear,” is meant to follow on the debut deployment of GE-Hitachi Nuclear Energy’s 300-megawatt SMR at the Darlington nuclear plant in Ontario. The second $400 million grant backed Holtec International’s plan to expand the Palisades nuclear plant in Michigan where it’s currently working to restart with the company’s own 300-megawatt reactor. The funding came from a pot of money earmarked for third-generation reactors, the type that hew closely to the large light water reactors that make up nearly all the U.S. fleet of 94 commercial nuclear reactors. While their similarities with existing plants offer some benefits, the Trump administration has also heavily invested in incentives to spur construction of fourth-generation reactors that use coolants other than water. “Advanced light-water SMRs will give our nation the reliable, round-the-clock power we need to fuel the President’s manufacturing boom, support data centers and AI growth, and reinforce a stronger, more secure electric grid,” Secretary of Energy Chris Wright said in a statement. “These awards ensure we can deploy these reactors as soon as possible.”
You know who also wants to see more investment in SMRs? Arizona senator and rumored Democratic presidential hopeful Ruben Gallego, who released an energy plan Wednesday calling on the Energy Department to ease the “regulatory, scaling, and supply chain challenges” new reactors still face.
Since he first emerged on the political scene a decade ago, President Donald Trump has made the proverbial forgotten coal miner a central theme of his anti-establishment campaigns, vowing to correct for urbanite elites’ neglect by putting workers’ concerns at the forefront. Yet his administration is now considering overhauling black lung protections that miners lobbied federal agencies to enact and enforce. Secretary of Labor Lori Chavez-DeRemer will “reconsider and seek comments” on parts of the Biden-era silica rule that mining companies and trade groups are challenging in court, the agency told E&E News. It’s unclear how the Trump administration may seek to alter the regulation. But the rule, finalized last year, reduced exposure limits for miners to airborne silica crystals that lodge deep inside lung tissue to 50 micrograms from the previous 100 microgram limit. The rule also required companies to provide expanded medical tests to workers. Dozens of miners and medical advocates protested outside the agency’s headquarters in Washington in October to request that the rule, expected to prevent more than 1,000 deaths and 3,700 cases of black lung per year, be saved.
Rolling back some of the protections would be just the latest effort to gut Biden-era policy. On Wednesday, the White House invited automotive executives to attend what’s expected to be an announcement to shred fuel-efficiency standards for new vehicles, The New York Times reported late on Tuesday.
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The average American spent a combined 11 hours without electricity last year as a result of extreme weather, worse outages than during any previous year going back a decade. That’s according to the latest analysis by the U.S. Energy Information Administration. Blackouts attributed to major events averaged nearly nine hours in 2025, compared to an average of roughly four hours per year in 2014 through 2023. Major hurricanes accounted for 80% of the hours without electricity in 2024.
The latest federal grants may be good news for third-generation SMRs, but one of the leading fourth-generation projects — the Bill Gates-owned TerraPower’s bid to build a molten salt-cooled reactor at a former coal plant in Wyoming — just cleared the final safety hurdle for its construction permit. Calling the approval a “momentous occasion for TerraPower,” CEO Chris Levesque said the “favorable safety evaluation from the U.S. Nuclear Regulatory Commission reflects years of rigorous evaluation, thoughtful collaboration with the NRC, and an unwavering commitment to both safety and innovation.”
TerraPower’s project in Kemmerer, Wyoming, is meant to demonstrate the company’s reactors, which are designed to store power when it’s needed — making them uniquely complementary to grids with large amounts of wind and solar — to avoid the possibility of a meltdown. Still, at a private lunch I attended in October, Gates warned that the U.S. is falling behind China on nuclear power. China is charging ahead on all energy fronts. On Tuesday, Bloomberg reported that the Chinese had started up a domestically-produced gas turbine for the first time as the country seeks to compete with the U.S. on even the fossil fuels American producers dominate.
It’s been a rough year for green hydrogen projects as the high cost of producing the zero-carbon fuel from renewable electricity and water makes finding customers difficult for projects. Blue hydrogen, the version of the fuel made with natural gas equipped with carbon capture equipment, isn’t doing much better. Last month, Exxon Mobil Corp. abandoned plans to build what would have been one of the world’s largest hydrogen production plants in Baytown, Texas. This week, BP withdrew from a blue hydrogen project in England. At issue are strict new standards in the European Union for how much carbon blue hydrogen plants would need to capture to qualify as clean.
You’re not the only one accidentally ingesting loads of microplastics. New research suggests crickets can’t tell the difference between tiny bits of plastics and natural food sources. Evidence shows that crickets can break down microplastics into smaller nanoplastics — which may be even worse in the environment since they’re more easily eaten or absorbed by other lifeforms.
Jesse and Rob take stock of 2025.
2025 has been incredibly eventful for decarbonization — and not necessarily in a good way. The return of Donald Trump, the One Big Beautiful Bill Act, and the rise of data centers and artificial intelligence led to more changes for climate policy and the clean energy sector than we’ve seen in years. Some of those we saw coming. Others we really did not.
On this week’s episode of Shift Key, Rob and Jesse look back at the year’s biggest energy and decarbonization stories and examine what they got right — and what they got wrong. What’s been most surprising about the Trump administration? Why didn’t the Inflation Reduction Act’s policies help prevent the law’s partial repeal? And why have AI and the data center boom become a much bigger driver of power growth than we once thought?
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.
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Here is an excerpt from our conversation:
Jesse Jenkins: I think what I’m saying on the organizing side is that all of the organizing and comms effort was going in, as you pointed out, to a base-building and turnout strategy, not a constituency-expanding, coalition-building strategy, right? The effort was to go deep, not wide.
I think that was the fundamental mistake because there wasn’t a lot of depth there. There wasn’t this big, untapped pool of youth voters waiting to be turned out. And it meant we put basically no effort into expanding the broad set of constituencies that, for various ideological backgrounds and various motivations, could have all agreed that hey, bringing manufacturing jobs back to America finally after 20 years of politicians talking about it is maybe a good thing we want to sustain. Hey, lowering energy prices by building new energy supplies at a time when demand is growing, that’s a good idea, maybe we should sustain that, right? Creating tax bases in rural areas through investment in solar farms and wind farms — maybe that’s a good thing we should sustain.
Politics isn’t about getting everybody to agree on motivation, right? It’s about getting people to agree on what we’re going to do as a body politic. And unfortunately, that’s what I guess I’m getting at by this hyperpartisan, ideologically-driven world is, now it is all about getting everybody to agree on motivations, and —
Robinson Meyer: That’s what I was going to say. I actually think it’s —
Jenkins: And that’s just a terrible way to make policy. And I guess it makes this all that much harder.
Meyer: I think for me, I fear we’ve run the climate base experiment so well now that people have gotten this message, and people are starting to understand these policies in terms of energy affordability or clean energy policy. And that means lots of good things for clean energy. I think people should keep making the argument because it seems to me to be true that, for instance, the One Big Beautiful Bill Act’s termination of the wind and solar tax credits is going to mean bad things for American electricity customers. It’s going to raise rates.
But I do think that we should take the full lesson of the IRA experience and say, look, if people care about affordability and you tell them you’re working for affordability, you actually do need to put affordability at the center of your policies. And you need to be willing to understand that there is a tradeoff between affordability and emissions, but unfortunately, the electorate might care about affordability.
Mentioned:
From the Shift Key archive: A Skeptic’s Take on AI and Energy Growth, with Jonathan Koomey
The R2 Is the Rivian That Matters
Ford, Hyundai US sales down slightly in November as EVs drag
Jesse’s upshift; Rob’s sorta upshift.
Music for Shift Key is by Adam Kromelow.