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To change minds, first you have to understand them.

Evangelicals have a reputation as America’s biggest climate change deniers, religious obsessives who’ve let ancient prophecies for the end of the world preclude rational acceptance of environmental science. The “climate alarmist cult want[s] you to think the world is gonna end in 12 years,” longtime Fox host Sean Hannity, apparently eager to fulfill the stereotype, said last year. “My feeling is: If it really was gonna end in 12 years, to hell with it all! Let’s have one big party for the last 10 years, and then we’ll all go home and see Jesus.”
That language won’t surprise anyone familiar with long-standing polling data and political theorizing on (white) evangelicals and climate change. “In general,” as a 2022 Pew Research study summarized, “evangelical Protestants tend to be the most likely of all major U.S. religious groups to express skeptical views” of climate science. And by Pew’s count, evangelicals are both the single largest religious group in the country and markedly more homogenous as a voting bloc than the two next largest factions, “nones” and Catholics. For environmental activists looking for the single greatest public obstacle to climate policy progress, then, evangelicals are the obvious pick.
But American evangelicals aren’t uniformly skeptical of climate science, and even among those who say climate change is real but caused by “natural patterns” (36 percent) or who deny the change altogether (17 percent), a straightforward narrative of wild-eyed apocalypticism is misleading at best. Yet so too is a simple story of political partisanship, a glib assumption that evangelicalism is irrelevant if we’re already dealing with Republicans.
For many evangelical climate skeptics, particularly those who came of age in the last quarter of the 20th century, theology, politics, history, and culture are tightly interwoven on this issue, reinforcing one another in ways that may not be apparent outside the subculture. There’s no way to untangle those factors, to address politics and ignore theology or vice versa. To understand — let alone shift — evangelical thinking on climate change, you have to see the whole tapestry of influences.
Imagine a white evangelical boomer who votes Republican and is skeptical of anthropogenic climate change. He may have first heard about global warming in the 1970s, perhaps in connection to Paul Ehrlich’s 1968 book, The Population Bomb, a dire prediction of explosive overpopulation, environmental degradation, and mass famine. (The book is newsy again because of Ehrlich’s recent appearance on 60 Minutes, but suffice it to say the forecasts didn’t exactly hold up.) Or maybe this boomer started paying attention to climate policy in the early 2000s, when lifestyle changes like recycling were going mainstream and the climate cause was championed by former Vice President Al Gore, newly loosed from his role as second-in-command to evangelical bête noire Bill Clinton.
It wasn’t inevitable, at this point, that our imagined evangelical Republican would reject the notion of human-caused climate change.
We can envision, for example, an alternate history in which free market types opposed pollution on private property grounds; gun-toting cultural conservatives followed in Teddy Roosevelt’s footsteps as rugged conservationists; and evangelicals — as many have, in fact, done — became champions of “creation care” whose end times theology told them to partner with God in restoring the world.
Of course, that’s not what happened. Our evangelical boomer likely learned about climate change from people who were already his political and social opponents: people with whom he disagreed on a host of other issues, people who protested wars he supported and maybe denounced the religion that gave his life meaning, people who might have even told him he was killing the planet by having his third kid. Evangelicals see climate activism “as another political movement out to get them, one that hates big families,” conservative commentator Erick Erickson told The Washington Post in 2017.
Meanwhile, evangelicals’ political allies — which, with increasing uniformity, meant Republicans — insisted climate science wasn’t a sure thing. “Should the public come to believe that the scientific issues are settled, their views about global warming will change accordingly,” advised an early 2000s memo by GOP strategist Frank Luntz. “Therefore you need to continue to make the lack of scientific certainty a primary issue.'”
Republicans talking to evangelical constituents wouldn’t have had a hard sell here, because evangelicals’ recent history made skepticism about climate science unusually easy to swallow. The Scopes Monkey Trial of 1925 and subsequent political scuffles over the origins of the Earth had long since primed the movement to be leery of scientific expertise.
And then there’s the eschatology: theological beliefs about the end of the world as we know it. Our imagined boomer came of age when Hal Lindsey’s The Late Great Planet Earth was “the top-selling nonfiction book” of the decade. He’d probably read it and come away convinced that signs of the nearing apocalypse would be reported on the nightly news.
“Christian fascination with the end of the world has existed for a very long time,” as evangelical scholar Mark A. Noll explained in his landmark work, The Scandal of the Evangelical Mind, first published in 1994, but “recent evangelical fixation on such matters — where contemporary events are labeled with great self-confidence as the fulfillment of biblical prophecies heralding the End of Time — has been particularly intense.” In the framework of Late Great and its many imitators, any crisis could be interpreted as birth pangs of the apocalypse.
But despite the many images of environmental catastrophe in the book of Revelation, Christians’ primary apocalyptic text, the end of the world couldn’t come from manmade global warming. It would come from God (and probably the Soviet Union). The scientists were talking up the wrong apocalypse. And anyway, the story ends happily, with God “making everything new.” As theologian N.T. Wright has summarized the Christian anti-environmentalist position: “Why wallpaper the house if it’s going to be knocked down tomorrow?”
For outside observers, it might appear that evangelicals’ religious beliefs are driving their policy preferences. But the reality isn’t that tidy. The Late Great mindset was inextricably about politics and current events; its interest was as much — or more — in the leaders and headlines of the day as in the meaning of centuries-old scripture. And that kind of entanglement is a constant feature of evangelical thinking about climate.
For instance, the most comprehensive recent research into the role of evangelicals’ religious beliefs in shaping their climate politics likely comes from an October 2022 paper by political scientists Paul A. Djupe and Ryan P. Burge in the Politics and Religion journal of Cambridge University Press. The authors come to two key conclusions.
First, political ideology and party affiliation are the best predictors of climate attitudes: “Democrats are more likely to agree that the [federal government should do more to fight climate change], while Tea Party and Republican identifiers are more likely to disagree.”
And second, evangelicals who accept the scientific consensus on anthropogenic climate change are indistinguishable from other Americans on federal climate policy. It’s only among climate skeptics that evangelicals stand out (they’re unusually opposed to federal action). This means “religious beliefs are only effective when certain secular beliefs are held,” Djupe and Burge write.
It might be tempting to thus assume that evangelical views on climate matter a lot less than Republican skepticism of science. All that stuff about God and the end times isn’t irrelevant, but it’s not the main factor.
Yet that verdict rests on a big assumption: that evangelicals’ acceptance or rejection of the scientific consensus on anthropogenic climate change is indeed a secular belief. For many Americans, that’s a self-evidently nonreligious topic. But for lots of evangelicals, it’s not secular at all. It’s inseparable from explicit theological convictions about how God operates in history, from worries about whether “scientific materialism” leaves any room for divine purpose for humanity, and from a lingering, subconscious mindset that philosopher Charles Taylor called living in an “enchanted world,” a world in which invisible spiritual forces can have real influence over everything from intrusive thoughts to natural disasters.
Younger generations of American evangelicals are markedly more likely to be concerned about climate change and supportive of federal policy intervention. That tracks with generational, political shifts among Republicans, but it tracks with theological and cultural trends, too. Environmentally conscious lifestyle choices have long been normalized. Each generation’s mindset seems less enchanted than the last. And after 50 years of apocalypticism unfulfilled, millennial and gen-Z evangelicals are less interested in eschatology and prophecy-inflected politics. It’s “barely worth considering,” a 2009 essay on evangelical generation gaps explained, “unless, of course, we are mocking Left Behind among our peers.”
Evangelical climate politics were never just partisanship or just religion. For better and worse, it was always both. The rise of evangelical climate skepticism was a messy, multi-causal thing. Its decline among new generations of evangelicals will be too.
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What 700 math problems say about the AI economy’s biggest open question
This is Heatmap Daily, an evening news digest written by our executive editor. Subscribe here.
Happy Monday and welcome back.
It’s been a big weekend: I’m fairly certain Saturday Night Live mentioned Heatmap’s data center polling in one of its Weekend Update segments over the weekend. Watch here.
There are 22 days to the midterm elections here in the United States. We’ll soon enter that pre-election wormhole where only national politics can break through. So today I wanted to look at a story that might, on its face, seem like it has nothing to do with climate or energy. And warning: It’s a little bit of a weird one.
Last week, OpenAI released what it described as the solution to more than 700 open problems in mathematics. Many of the problems, such as the Quasi-Riemann hypothesis, had gone unsolved for decades. Some of the solutions came with proofs written in the programming language Lean.
The release made a stir in part because OpenAI had reached the solutions by using an internal model — that is, a version of ChatGPT not yet open to the general public. In a statement, the Association for Human Mathematics lambasted OpenAI for using an internal model to do research, violating what it described as a precept of AI-driven math research. (I’ve since seen speculation that OpenAI may not have even meant to solve the problems, but gave them to the internal model as a test … and then got the answers.) It’s also not clear whether all of OpenAI’s 700 solutions are correct — in many cases the proofs are so intricate that mathematicians are still wrapping their heads around them.
“There are some sad stories related to their users getting scooped [and] conflicts of interest,” Levent Alpöge, a mathematician at Anthropic, posted on X. “It’s obviously the most significant moment in mathematical history.”
On Friday night, the UCLA mathematician Terence Tao gave a pre-planned lecture at Caltech about what he called “Math 2.0”; it considered the revolution the field had seemingly undergone in the previous few days. (He posted the slides to his blog over the weekend, and I’m using them to summarize his talk here.) For most of math’s history, he said, the field operated under “proof scarcity,” in which finding a solution to an open math problem and confirming it as true was “difficult and rare,” requiring “significant human expertise.”
But AI, it has turned out, is well suited to solving math problems. This is partly because math, like the large language models themselves, is entirely conceptual, so confirming a proof as true requires no recourse to the physical. But it’s also because math’s solutions are “objectively verifiable”: “There is broad consensus on what constitutes a correct and complete proof of a given problem,” and thanks to the existence of proof programming languages like Lean, they can even be checked by computer.
The end result is that math is now entering a world of “proof abundance,” he said.
That is, perhaps surprisingly, a problem for math’s practitioners, and it will mandate a new intellectual regime for the discipline. Mathematicians have often used open problems as “lighthouses,” Tao wrote, “not destinations to be reached … but useful guides to explore the mathematical landscape.” Mathematicians often learn more in the solving than in the solution, in other words. But if mathematicians can now generate shortcuts to math problems without knowing how they got there, or even how the problem works, then actual human mathematical understanding will suffer. (One way to understand this is that mathematicians are now dealing with the same problem that math teachers have faced since the invention of the pocket calculator: How do you confirm students actually understand the material? Except the world’s most elite mathematicians themselves are the students in question.)
This disconnect can pose its own AI alignment problems, Tao said, analogizing math to pharmaceuticals. Suppose an advanced AI found what appears to be a cure for cancer that can pass a stage 3 clinical trial: “After a large amount of compute, it produces a cocktail of previously unknown chemicals which it claims, when mixed and injected into a patient, will kill all their cancer cells,” he said. It even generates a programmatic proof of the cocktail’s effectiveness.
“Before injecting this cocktail into your bloodstream,” he asked, “would you find it reassuring to know that there is at least one human cancer expert who understands — even partially — the mechanism behind this cure?” If not, you can see mathematicians’ problem, confronted by a surfeit of proofs that seem to work, but nobody who can explain how or why they do.
Now, Tao’s analogy is somewhat peculiar because something like this actually does happen all the time in medicine: Doctors still don’t fully understand how many drugs work, including acetaminophen, SSRIs, and lithium. (That said, those compounds were identified by trial and error, not by a mechanical superintelligence.) But the broader situation that Tao is painting — as well as the crisis posed by OpenAI’s 700 proofs — get at a significant question with economic importance far beyond just math: Will AI solve the economy’s secular attention shortage or worsen it?
This question has greater import than it may seem — but let me qualify what I mean by “attention shortage.” Writing in 1971, the economist Herber Simon observed the sudden superabundance of information that had exploded in every economic domain. There were more facts, data, news articles, and opportunities than any individual or organization knew what to do with. He pointed out that this newfound “wealth” of information implied an insufficiency of something else: attention.
“What information consumes is rather obvious: it consumes the attention of its recipients,” he wrote in Designing Organizations for an Information-Rich World. “Hence a wealth of information creates a poverty of attention and a need to allocate that attention efficiently among the overabundance of information sources that might consume it.”
He wrote this, of course, well before the advent of internet, smartphones, sensors, or networked cameras — all of which have worsened the problem. But in the ensuing half century, the economy has learned to deal (or at least intermittently manage) this secular scarcity of attention. Much of what we now call knowledge work is devoted to filtering, siphoning, processing, and otherwise attending to the information superabundance.
AI is, in theory, supposed to help address this same set of problems. AI is commodified attention — or, at least, that is its promise. (The most important machine learning paper of the past decade, after all, is entitled “Attention Is All You Need.”) Many AI products, such as Meta’s Muse, now want you to believe that by ceding control of your email, your calendar, your restaurant reservations, and your digital life to AI, you will gain an attentional edge. The AI will do the grunt-work of attending to boring things for you, and you will feel less overwhelmed. If this vision comes true, the economy’s mismatch of information and attention will prove to be a short-lived historical blip.
But the past week of math news and Tao’s “Math 2.0” regime suggest a different scenario is more likely, at least in the immediate near term. By allowing far faster and more automated information production, AI will create a new, more vicious, and even more abstract form of information overload. Every profession and intellectual discipline will be overwhelmed with new papers, ideas, observations, proofs, or choices. Yet the human understanding required to convert this new information into useful action will become even more scarce. In such a world, AI will not solve the economy’s attention shortage, but worsen it.
I’m not sure which world would be worse for humanity, to be candid. One world suggests the eventual automation of all human effort. But in Tao’s world, many of us might still have jobs — they will just involve even more filtering, sorting, and processing of an ever-deepening pile of automated idea generation than we do today.
And what is the connection to climate and energy? One easy connection might be to the permitting process: If you think a new transit line (at the local level) or transmission line (at the state or federal level) could be overwhelmed with procedural concerns 10 years ago, wait until you see what happens when information itself can be mechanically produced. But that is only one example of a more general problem. Soon, if not already, any process of providing input to an important policy question — on energy, decarbonization, or anything else — will be overwhelmed with facially high-quality analysis. It will be left to policy officials and elected leaders to sort through it.
This past weekend’s storms caused flooding and property damage up and down the coast — and it’s going to get worse.
California has around 3,400 miles of shoreline, ranging from the wild, foggy beaches of the North Coast to the sunbather-studded sands of Orange and San Diego counties. That’s a whole lot of border to share with the Pacific Ocean, especially when the water is as hot and tempestuous a neighbor as it is right now.
Just ask the city of Long Beach, which this weekend was on the receiving end of some Super El Niño mischief. Swells from the storm briefly dubbed Hurricane Rachel “annihilated” beachfront mansions and flooded city streets, causing pieces of the local boardwalk to “shred away.” “It’s never happened like this before,” one resident of 64 years told the New York Post.
But while things might look bad in California at the moment, they can still get much worse. One disaster modeler recently estimated the state could see as much as $3 billion in flooding and mudslide-related losses alone this winter — not to mention coastal erosion, king tides, and storm swell. Governor Gavin Newsom declared a state of emergency at the end of September, while many cities, including San Diego, have declared their own local emergencies.
El Niño will likely peak in December, meaning that towns and cities across the state have just a few remaining weeks to finalize projects, whether that means improving drainage in landslide-prone environments such as Rancho Palos Verdes or distributing NOAA weather radios in areas likely to lose power, as emergency managers are in Santa Cruz. The approaching winter storms, combined with El Niño, represent “a humbling reminder of the ongoing effects of climate change and the importance of emergency preparedness,” Laath Martin, the public affairs lead for the city of Long Beach, wrote to me in an email.
El Niño is a cyclical phenomenon, occurring when temperatures in a particular stretch of the Pacific Ocean rise half-a-degree Celsius above the average of the preceding 30 years. But there are signs these natural variations are happening less predictably because of climate change, and we know for sure that a warmer atmosphere makes the baseline for its impacts worse: king tides, Kelvin waves, and storm surge piggyback on top of rising sea levels to result in more severe coastal flooding and erosion. A warmer atmosphere also holds more water, which means more rain — perhaps 200% above normal — which, in turn, results in flooding and mudslides further inland, as well.
“Based on what I am seeing now, I am officially concerned,” Daniel Swain, a climate scientist at the University of California Agriculture and Natural Resources, said last week after reviewing the latest outlook. There’s a reason this year’s El Niño is being called a Godzilla.
In general, the weather pattern causes the jet stream to shift south in the winter, bringing wetter and snowier conditions to the lower U.S. while the northern part of the country stays drier and mild. (It’s also responsible for a weaker Atlantic hurricane season, as we’ve already seen this year.) In addition to El Niño-driven Kelvin waves, warm bulges of water that raise the sea level on the coast by as much as 18 inches, the state of California — and particularly southern California — sits directly in a storm track that will deliver “atmospheric rivers” of heavy rain to a region prone to landslides and flash floods.
In many parts of the state, that rain will test the best-made plans in addition to plans deferred. In Los Angeles, the Department of Sanitation and Environment, or LASAN, has told the City Council it has concerns about the ability of the aging wastewater pipes and plants to handle heavy rainfall associated with a supercharged El Niño. In San Diego, which requires some $3.3 billion to upgrade what is in some places a century-old wastewater system, emergency managers are preparing to work with what they have by clearing debris and brush that could back up in the drains, CalMatters reports. In both cases, the time required for systemwide repairs far exceeds the time remaining before the winter’s supercharged atmospheric rivers are due to arrive. (Rezende told me inland flooding affects more businesses and residents in San Diego than coastal flooding, since the population in the city is set further back from the coastline.)
The city of Roseville, northeast of Sacramento, by contrast, is leaning on decades of flood planning to get through the season. After a series of back-to-back storms in 1986 that killed 13 people and caused $400 million in damage, the city and FEMA invested $39 million to upgrade Roseville’s infrastructure, including widening streams and adding levees and stormwater bypass channels. With more accurate floodplain modeling that has “helped keep new construction at higher elevations,” Helen Dyda, the city manager’s public information officer told me that “less than 7% of the city is within a floodplain” today. Dyda added that the city prepares for winter storms every year — it has some 160 miles of creek shoreline, after all — but that the El Niño-specific preparations are, as a result, more similar to routine maintenance: “clearing more dense vegetation and fallen trees from key creek areas.”
Long Beach is caught somewhere in the middle. After swells from Hurricanes Marie and Polo hammered the city in September, Long Beach hastily developed a seven-point plan to strengthen its peninsula in the near and long term. It will also begin a $11.4 million dredging project this fall that will place 415,000 cubic yards of sand on the beach as a buffer zone. “While this effort will achieve a much-desired result, it will not stop the ocean from pulling sand from the peninsula with every wave, especially during the significant weather systems Long Beach continues to experience,” Martin, the city’s public affairs lead, wrote to me. “Back-passing will need to continue to return sand back to the peninsula each day until more permanent, long-term man-made and environmental solutions can be identified, permitted and implemented.”
In certain cities, preparations for the peak of El Niño overlap with ongoing repairs from the last bad storm season. In Santa Cruz County, the 2016 El Niño caused an estimated $9 million in damage, while many in the community of Pajaro are still recovering from the flood damage caused by a series of severe atmospheric rivers in 2023. “We have a list of hazards that the city is vulnerable to, and we plan for all of them not individually, but all together,” Meredith Albert, Santa Cruz’s emergency management manager, told me. She added that many of the city’s preparedness activities and El Niño initiatives, like urging the community to be prepared to spend 72 hours unsupported, overlap with other disasters it works year-round to prepare for, like earthquakes, landslides, and wildfires.
“El Niño turns up the volume a little bit, but it doesn’t necessarily change our hazard landscape,” is how Albert put it to me.
Santa Cruz has not declared a local state of emergency, and Albert told me they won’t until they “run out of resources.” Other cities, like San Diego, have declared one preemptively. “In the past, you’d have to go through a longer review if you wanted to make some headway on projects, and sometimes that would take many weeks or many months of permitting,” Rezende said. “With a state of emergency, we streamline that process and get projects in the queue.”
Both Rezende and Albert told me the governor's statewide emergency declaration mostly helps state agencies position themselves for a faster response or has implications for higher-level permitting processes. (In Carlsbad, for example, which has seven miles of badly eroding beach, just one mile is controlled by the city; the other six are managed by the State Parks.) The state has also teamed up with ICEYE, a satellite imaging company, to receive information about flooding even in the dark or through rain clouds.
No state of emergency, though, can make it so a city can replace a century-old sewer system by Christmas or reengineer a beach by the time January’s storms begin to make landfall. But if a Godzilla analogy fits the onslaught of a super El Niño, it also offers a classic disaster-movie lesson on how to survive it.
Albert’s advice for how to prepare? Ask a neighbor for a cup of sugar. Take their dog for a walk. Build a relationship that could prevent a tragedy. “We know that our city will be cut off for at least a couple of days,” she told me of a hypothetical major disaster, referring back to Santa Cruz’s experience after the 1989 Loma Prieta earthquake, which cut off the city’s power, communication, and supply lines. “And we also know that we can’t build those relationships during the disaster. We’re trying to build them before.”
The city is doing a lot to prepare for the storm, she said. “But the question is also, what are all of us doing?” Albert went on. “You know better than I do, at the city level, who’s not going to receive that alert,” whether that be an elderly or unhoused neighbor or a nonnative English speaker who might not receive or understand emergency communications.
“Check in on a neighbor” is easier said than done — active engagement and connection to one’s community is trending downward in most parts of the U.S. But the people and places that bounce back from disaster and tragedy are almost uniformly the ones that look after each other. Borrowing a cup of sugar, to this introvert, sounds like a nightmare. But there’s never been a better time than a Godzilla El Niño to bake a poorly resourced cake.
Heatmap News is looking for an ambitious, energetic senior editor to join our growing newsroom.
The senior editor will report to the deputy editor of the website and will be tasked with assisting in running all aspects of our coverage. This individual will be the primary editor on many of the site’s stories, including breaking news, features, and long-term projects, on topics ranging from permitting reform to decarbonized fuels to greenhouse gas accounting to the electric vehicle market. This person will also play a role in overseeing and furthering our cross-platform efforts such as newsletters, events, and podcasts. Additional duties will include managing and maintaining the site’s social media presence and digital production on stories, newsletters, and podcasts.
Candidates should be intellectually curious news junkies with a deep interest in climate change and the energy transition. They should have a proven ability to work in a fast-paced digital newsroom, spot great angles, line edit stories, and change hats quickly as needed. They should also be responsible, reliable, and a good colleague.
Candidates should have 5+ years experience editing for a digital publication. A background in climate or energy coverage is an obvious plus, but compelling candidates from other verticals, particularly politics and business, will also be considered. Heatmap is a fully remote workplace, so candidates from all U.S. locales are encouraged to apply.
Above all, candidates should be passionate about Heatmap’s mission and absolutely thrilled about building something from the ground up.
The salary minimum is $100,000 and the maximum is $120,000. Competitive benefits, unlimited paid time off, and a generous equity plan, which gives employees a real stake in the company, are also offered. This position is remote.
Interested candidates should send a brief cover letter and resume to editors@heatmap.news with the subject line ‘Senior Editor Application.’
Heatmap News is a media platform focused on the energy transition.
Heatmap News is an equal opportunity employer. All qualified applicants will receive consideration for employment without regard to sex, gender identity, sexual orientation, race, color, religion, national origin, disability, protected veteran status, age, or any other characteristic protected by applicable law.
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