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The whales will be fine.

Donald Trump loves eagles and whales and therefore he wants to protect them — from clean energy development.
Trump may, however, be relieved to hear that many of his concerns about wind and solar energy are unfounded. Here’s what he gets right and wrong.
Pointing out the window to the Atlantic Ocean at one point, one attendee said, the former president claimed that offshore wind turbines break down when they are exposed to saltwater … [April 17, 2024]
Fact check: Let’s just get this out of the way: offshore wind turbines are designed to withstand saltwater exposure. People have been building things in saltwater for a long, long time. From the oldest known ships constructed 6,000 years ago out of papyrus reeds to Norway’s Troll A platform — a reinforced concrete offshore natural gas platform and the tallest structure ever moved by humankind — we’ve learned a few things about resisting salt corrosion.
This scene occurred during a fundraising dinner with oil and gas executives at Trump’s Mar-a-Lago resort reported on by The Washington Post, which also pointed out this obvious fact. That said, to the former president’s credit, “the ocean is indeed a difficult environment” for construction and engineering, Eric Hines, a civil and environmental engineering professor and the director of the offshore wind energy graduate program at Tufts University, told me. But the lifespan of offshore structures can range from a few years to more than a century.
According to Hines, most offshore wind farms today are built to have “approximately 25-year service lives,” but the design is always evolving. His department, for example, is working on developing advanced underwater foundations that are built to last more than a century and double as artificial reefs.
“I like the concept of solar, but it’s not powerful like what we need to fire up our factories.” [Dec. 16, 2023]
Fact check: “That question is actually a little bit tricky,” Baker, the assistant professor of engineering at the University of Colorado, told me, when I asked him whether solar alone could power a factory — but it’s also not really what we should be asking. “One thing I’ve noticed people do a lot is they’ll just compare efficiency of power generation,” Baker explained. But “it’s not just about the efficiency — it’s about other things, too, like solar’s ability to be distributed. You can’t put a nuclear fission power plant in your house — you know, not yet — but you can put solar panels, so that’s a huge benefit. It offers some resiliency that other sources just can’t offer.”
It’s true that solar power is less efficient than other sources of energy, including wind, and that it requires a lot of surface area, which could be an undue burden for a manufacturer. But at the same time, “I don’t know if anybody is proposing to power an entire factory based off of solar,” Baker said.“Their windmills are causing whales to die in numbers never seen before. Nobody does anything about that. They’re washing up on shore. I saw it this weekend: Three of them came up! You wouldn’t see it once a year; now they’re coming up on a weekly basis. The windmills are driving them crazy. They’re driving the whales, I think, a little batty.” [Sept. 25, 2023]
Fact check: If you ever want to feel ridiculous, try asking a scientist at the National Oceanic and Atmospheric Administration if windmills are making whales “a little batty.”
NOAA actively studies how “sound, vessel, and other human activities” impact marine life, Lauren Gaches, the director of NOAA Fisheries Public Affairs, told me over email. “At this point, there is no scientific evidence that noise resulting from offshore wind site characterization surveys could potentially cause mortality of whales,” she said.
An ongoing “unusual mortality event” for humpback whales has resulted in 200 whale deaths between 2016 and June 2023 along the Atlantic coast from Maine to Florida — that much is true. But “there are no known links between recent large whale mortalities and ongoing offshore wind surveys,” Gaches told me. NOAA’s fact page on whales and offshore wind explains that of “roughly 90 whales examined, about 40% had evidence of human interaction, either ship strike or entanglement.”
There has been some chatter about underwater surveying work disrupting whales, which may be true in the case of oil and gas surveys, which use seismic air guns to penetrate deep into the ocean floor. The surveying equipment used for offshore wind is, by contrast, used in 15-second bursts and limited to a specific area, “so the likelihood of an animal encountering and coming right into that sound beam is quite low,” Erica Staaterman, the deputy director for the Bureau of Ocean Energy Management’s Center for Marine Acoustics, said on a NOAA-hosted call with the press early last year.
As Ben Laws, the deputy chief of NOAA’s Permits and Conservation Division in the Office of Protected Resources, said on the same call, “There is no information that would support any suggestion that any of the equipment that’s being used in support of wind development for these site characterization surveys could directly lead to the death of a whale.”
“If you go out hunting and you happen to shoot a bald eagle, they put you in jail, like, for five years, right? They kill thousands of them with these windmills; nothing happens.” [Jan. 28, 2023]
“If you want to see a bird cemetery, go under a windmill sometime. You’ll see birds like you never saw. If you love birds, you’ll start to weep.” [Dec. 16, 2023]
Fact check: Trump has had a vendetta against wind turbines since long before he ever ran for president. “Wind farms are killing many thousands of birds,” reads one illustrative tweet from 2012. “They make hunters look like nice people!”
Lewis Grove is the director of wind and energy policy at the American Bird Conservancy, and he told me that while it’s “not necessarily as simple as Mr. Trump painted it out to be, wind turbines absolutely kill birds.”
But the context here is extremely important. Jason Ryan, a spokesperson for the American Clean Power Association, a leading renewable energy trade group, pointed me to research from the U.S. Fish & Wildlife Service that shows wind farms “represent just 0.03% of all human-related bird deaths in the U.S.” Grove likewise told me that, for the most part, bird deaths due to wind turbines do “not have population-level impacts.”
There are exceptions, such as an infamous wind farm in California’s Altamont Pass built in 1981 that “just happened to be in a place that was really heavily used by golden eagles,” Grove told me. Because golden eagle populations were already very low, having 100 or so killed a year by turbines was “unsustainable.” Even in a case like this, though, it behooves one to look at the whole picture: “They found it was a few individual turbines that were causing the damage,” Grove said. These days, around 60 golden eagles a year are killed in Alameda County, the Alameda Post reports, and the operating company must pay steep penalties for eagle deaths.
What’s more, “climate change is one of the greatest threats birds face, with two-thirds of North American species at risk of extinction due to our warming planet,” Jon Belak, senior manager of science and data analysis at The National Audubon Society, told me in a statement. “We need to build more wind and solar facilities to help slow the rise in global temperatures and protect birds and their habitats from a changing climate.”
Wind farms may not have population-level impacts on birds, but fracking does — “the onset of shale oil and gas production reduces subsequent bird population counts by 15%,” even after accounting for factors like weather and other land-use changes, according to one just-published, peer-reviewed study.
“Remember the windmills? ‘Darling, darling, I want to watch the president, I love him so much. I want to watch him on television tonight.’ ‘I’m sorry, but the wind isn’t blowing, you’ll have to wait ‘til another time.’ Windmills.” [March 26, 2022]
Fact check: “I mean, it’s possible with any mix of generation that if supply and demand aren’t equal, your TV will go out. That’s just physics,” Kyri Baker, an assistant professor of engineering at the University of Colorado, told me when I asked her if Trump’s scenario had any merit. In other words, a power outage could happen whether your electricity is coming from coal or natural gas or anything else. The difference, she said, is that “wind is by nature variable, intermittent. But it’s also not reliant on fuel like natural gas or coal plants or even nuclear plants are.”
What happens on days when there is no wind? “Grids are extremely regulated,” Baker explained to me. “There’s so many layers of redundancy that aim specifically to not have [an outage] happen.” A grid is made up of diverse electricity sources (for my visual learners, Canary imagines what a net-zero grid could look like here), as well as measures like offline backup generators, which can kick in if need be, so service isn’t disrupted.
Battery storage is another huge part of this equation. While they’re still fairly cutting-edge as climate technology goes, high-capacity batteries that can manage grid-scale energy needs are getting better and more plentiful.
“Stop with all of the windmills all over the place that are ruining the atmosphere.” [Jan. 20, 2022]
Fact check: Wind turbines do not damage the literal atmosphere.
But maybe Trump meant atmosphere as in “sense of place”? Most Americans don’t seem to think windmills are “ruining” anything. In a recent Heatmap poll, nearly eight in 10 Americans said they want the government to make it easier to build new wind farms. The Washington Post similarly found last year that about 70% of Americans said they wouldn’t mind living near a wind farm.
As my colleague Robinson Meyer has written, “American laws today give even a small, well-resourced minority plenty of tools to block a project” like a wind farm, and “what’s more, once that small group starts campaigning against a project, the public’s broad but shallow support for, say, a general technology can crater. That’s what happened recently in New Jersey, where a once broadly pro-wind public has turned against four proposed offshore wind farms.”
“It’s a very expensive form — probably the most expensive form of energy.” [Jan. 20, 2022]
Fact check: Wind in general is not the most expensive form of energy, but offshore wind is very expensive — for now.
Of the energy sources we’re currently used to, nuclear is usually cited as having the highest levelized cost of electricity — that is, it has the highest average cost per unit of electricity generated after construction, maintenance, and operation have been taken into account. Peaker plants — gas-powered plants that run just during times of peak demand — usually come in second.
Offshore wind is costly, with the levelized cost of electricity from a subsidized U.S. offshore wind project increasing “to $114.20 per megawatt-hour in 2023, up almost 50% from 2021 levels in nominal terms,” BloombergNEF reports. Many of the factors making offshore wind so expensive — including permitting delays, high interest rates, and supply chain issues — will abate with time. Meanwhile, onshore wind is one of the cheapest forms of electricity available and has boasted a “lower LCOE than gas plants since 2015,” Sustainable Energy in America reports.
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The smoke pouring into Seattle from Spokane is particularly bad, but there’s also no such thing as good smoke.
I wrote this story from inside a cloud of smoke. Owing to some funky meteorology in the Seattle area this week — a pressure ridge paired with a thermal trough — the region’s usual westerly winds reversed, causing smoke from the fires burning in the eastern half of the state to pour through the mountain passes and river valleys of the Cascades and pool over the populous Puget Sound lowlands, where I live.
Though it’s cleared up some today, I’m still running my air purifier on full blast because I know what’s in the lingering smoke. Unlike the still blazing wildfires in Ontario that are burning through mostly uninhabited forests, the smoke in the Seattle area this week came to us partially from Spokane, where the Old Trails fire razed at least 700 buildings and homes last weekend. That means that beyond the usual organic matter associated with wildfire smoke, the pollution that has hung over Seattle has likely also contained particles and chemicals from burned plastics, batteries, cars, and household appliances.
But how can the average person be sure whether their wildfire smoke is the bad kind or the worse kind? (At least assuming that well-adjusted people do not obsessively watch the animations on AirNow.Gov, as I do.) I turned to Coty Jen, an associate professor of chemical engineering, and Albert Presto, a research professor of mechanical engineering, both of Carnegie Mellon University, to learn more about the chemistry of wildfire smoke.
“There is no safe smoke,” Jen said, setting me straight immediately. “It’s all bad. It will piss your body off.”
While it’s true that some smoke is more toxic than other smoke, what you might call the “all natural, organic” variety will still spike hospital emission rates and exacerbate pre-existing respiratory diseases, even if it is mostly burning trees.
Under ideal conditions, when cellulose or lignin — the main structural components of trees and plants as well as leaf litter and soil, the largest sources of carbon during a forest fire — heat up and combust, the chemical reaction creates carbon dioxide, water, heat, and light. But wildfires don’t burn cleanly, and the chemical reactions often stall midway through that process due to things like oxygen availability and temperature variation, producing intermediate products like carbon monoxide or partially broken-down bits of carbon, often called soot. The tiniest of these particles can be smaller than 2.5 micrometers across — 30 or more could fit across the width of a human hair — and are measured collectively as PM2.5, a catch-all term that refers to the size of the particle rather than what it is. What’s important, though, is that these particles are small enough to penetrate deep into our lungs and potentially enter our bloodstream, factors that add to the known mortality associated with PM2.5 exposure.
Different kinds of forests create different emissions — heavy duff, or leaf litter, which is common in pine forests, creates some of the densest smoke conditions. Wetter fuels also burn “dirtier,” creating more pollution. Different topographies also impact air quality in myriad ways; it’s no surprise that some of the worst pollution from the Spokane wildfires pooled in mountain valleys as a warm overhead layer of air trapped the particles near the ground.
Even “natural” wildfires can be extra toxic; burning eucalyptus, which grows in Southern California, is not something you want to inhale. Pine smoke can cause mutations in bacterial DNA, a common lab test for a substance’s potential to cause cancer. Wildfires that smolder are worse than those that burn fast; researchers have found that PM2.5 can be up to 70 times higher when fuels aren’t actively on fire. “You can even see this if you’ve ever built a fire yourself,” Presto explained. “There’s a period where everything is big and flaming, and then, if you’re burning a log, it eventually goes down to smoldering. The emissions are different.”
In the case of something like a house burning down in a wildfire, however, it’s not only cellulose and lignin combusting. “We’re good at engineering materials that are extremely robust, but when they burn, they release very exotic compounds,” Jen said. She pointed to the common plastic PVC, which is used for everything from exterior siding to plumbing and window frames. When it combusts, PVC releases chlorine, “which is very bad for you,” Jen told me. “It’s like how bleach is bad for you — it’s a pretty nasty chlorine compound. PVC isn’t releasing bleach, but it is releasing radical chlorine molecules that produce some crazy compounds.”
If you’re following a smoke event at home, the answer is “not really.” PM2.5 is measured in micrograms per cubic meter, which tells us how much small stuff is floating around, but not what that small stuff is. “It is pretty difficult to measure all the different compounds that wildfires, or broadly any pollution, will emit,” Jen said. “The easiest way to quantify it is to literally suck air onto a filter and measure how heavy it got.”
Measuring what exactly is in that mass requires instruments that cost in the ballpark of half a million dollars, which is not financially feasible at every air monitoring station, Jen went on. But while there are certainly academic applications for that kind of knowledge, a person trying to decide whether or not to go for their run in wildfire smoke doesn’t need that level of granularity.
“Some smoke is definitely more dangerous,” Jen said. “But as innocent bystanders, it’s not like we can pick and choose what smoke floats over to us. You just have to live with it, so the best mentality is to treat all smoke as bad.”
In a 2026 Science Advances study that attributed more than 24,000 deaths per year to wildfire smoke in the U.S., researchers found no safe threshold for PM2.5 exposure. Every 0.1 microgram per cubic meter increase in a county’s average annual PM2.5 from smoke was associated with nearly 5,600 excess deaths nationwide, even though most counties saw only trace amounts of smoke — about 0.4 micrograms per cubic meter a year. While it’s “orange sky” days, when the pollution spikes into triple-digit AQI numbers, that get the most media attention, even low exposure that you can’t smell or even see can be affecting your health.
PM2.5 is just one component of wildfire smoke — the other is gases, including benzene and formaldehyde. Many gases chemically transform as they move from where the fire is to where you inhale them. “The atmosphere is extremely oxidizing — it likes to add oxygen molecules onto compounds,” Jen said.
Some of those compounds react faster than others, “so it depends how downwind you are,” Jen went on. That’s why people closer to a wildfire — maybe a day or less downwind — get the distinctive campfire smell, mainly from the “young” vapors and volatile organic compounds. But for people on the East Coast who were subject to the Ontario smoke several weeks ago, the smoke had to travel several days to reach places like Pittsburgh and New York, and by then the sharper-smelling compounds had transformed into new pollutants like ozone.
The AQI only measures a few specific gases that are considered “criteria pollutants” under the Clean Air Act, which means, as Presto told me, “during these fires, you could emit a whole bunch of different other gases that don’t have an AQI number.”
Instead, you can look at the PM2.5 number to get the gist of how prevalent wildfire gases are. “If your PM 2.5 is high, it’s impossible for the bad gasses to be low,” Jen said. “The way we think about it is, there’s a bunch of junk on the particle, and if the same junk’s not also in the gas, it will evaporate off the particle into the gas. They always exist together.”
You might notice by now that I’ve written little about the actual AQI number, that score that appears on your weather app and runs from zero to 500 (or, confusingly, even higher). That’s because while the AQI is a great communication tool, it doesn’t offer us much in the way of the science of wildfire smoke.
The AQI measures five different pollutants — PM2.5, ozone, carbon monoxide, sulfur dioxide, and nitrogen dioxide — with the EPA setting specific concentration thresholds for each one, as my colleague Emily Pontecorvo has explained. “If local concentrations of any one of them tick up above those protective standards, the AQI will jump from green to a more alarming color,” she wrote. “The higher the level of pollution is, the higher the AQI and the darker the color will be.”
If you want to impress your friends, though, you ought to zero in specifically on the PM2.5 concentration — again, because the prevalence of the tiniest particulates is a good indicator of all the other gunk you can assume is in the air, too. (You can find the specific PM2.5 concentration usually by clicking for more information about the AQI on your weather app or checking IQ Air’s widget.) For example, at the time of this writing, my local PM2.5 concentration is 50 micrograms per cubic meter, more than triple the World Health Organization’s 15 micrograms per cubic meter threshold for 24-hour exposure. (The EPA’s 24-hour threshold is much more lenient, at 35 micrograms per cubic meter.)
When I asked Jen how she stays sane knowing all she knows about smoke exposure, she laughed. “I have just generally become more terrified of all campfires and all barbecues, but people already think I’m weird, so I might as well add to it,” she told me.
In all seriousness, though, she told me the answer is air filters, and her confidence in their ability to work. When wildfire smoke rolled through Pittsburgh, she had two running that she moved from room-to-room with her family, as well as a whole-house air filter. “We were getting PM2.5 concentrations in our house of about 80 micrograms per cubic meter when it was 150 outside,” she said. “But with the air filter on, we could drop that down to less than eight.”
Jen pointed out, though, that many people do not run their air filters properly. Filters are rated at their highest blower level, “so for them to be effective, you need to crank them to their highest setting to get all the air through,” she said. Most people keep their filters on auto or low because they’re so loud — myself included, until I learned otherwise.
Additionally, while an air filter is a rather large appliance, it really ought to be placed in the center of your room to be the most efficient, rather than up against a wall. (Again, my bad.) “When these wildfire events happen, the most effective place for the air filter is where you are, and you have to run it loud, which kind of sucks,” Jen said. “But it is better than breathing in gross air.”
The bill has bipartisan support, but even as Washington State burns, chances for passing it this session are looking slim.
It has been five days since the Old Trail fire burned through northeast Spokane, one of three blazes to encroach on the periphery of Washington state’s second-largest city this week. Tens of thousands of residents remain under evacuation notices, with some still unsure of if their homes are standing. While fire crews used cool weather at the end of the week to dig in new fire lines, this weekend marks the return of hot, dry, and windy red flag conditions.
The fight is far from over — nor is it limited to Spokane. The entire Northwest appears to be ablaze, with 44 large, uncontained fires burning in Washington and Oregon alone.
Something, everyone agrees, needs to be done. Exactly what, though, is a tougher question.
Most prominent among the potential solutions is the Fix Our Forests Act, which has managed to earn bipartisan support in the halls of an increasingly divided Congress. But it has also split the environmental movement in two. Even as the urgency has risen, hope for it to pass during this Congress has diminished, a sign of just how fraught forest management has become in this age of fires.
Initially drafted in 2023 under President Joe Biden, the Fix Our Forests Act aims to modernize forest management practices by sweeping away regulatory hurdles. After passing the House in September 2024, the bill arrived too late in the Senate for a committee vote. The bill was picked up again in 2025 after the Los Angeles wildfires, with its co-sponsor, House Committee on Natural Resources Chair Bruce Westerman, touting it as a way to prevent “future disasters.” (Westerman reintroduced the law with Democratic Representative Scott Peters of San Diego after they bonded over sequoias on a flight.)
With California’s tragedy fresh on the lower chamber’s minds, the bill quickly passed to a floor vote, with 64 Democrats joining all of the Republicans in sending it to the Senate. There, the bill has similar cross-aisle support. As one press email I received from an electrical manufacturer’s industry group in support of the legislation observed, “At least we can agree on wildfire mitigation.”
But though FOFA cleared its Senate committee markup 18-5, the August recess is now looming, meaning the window for a floor vote is narrowing. Given other must-pass bills languishing in the Senate, supporters of the Fix Our Forest Act fear it may once again get booted to the next Congress.
Matt Weiner, the CEO and founder of the nonprofit advocacy group Megafire Action, which backed the bill with a six-figure ad campaign last year, told me he’s nevertheless feeling optimistic. “They’ve gotten the clearances they need on both sides to get it into a must‑pass vehicle, so there’s potential for floor time in September and potential for lame duck movement as well,” he said.
I’ve been speaking with Weiner about FOFA since 2024; against the backdrop of the burning West, he’s getting antsy. “We can’t just be discussing it for the next decade as these treasured landscapes that we love so much go up in smoke,” Weiner said. “The way they’re burning, they’re not going to come back in the way we know the West.”
FOFA aims to prevent fires by making it easier for forest managers to use mitigation practices, such as prescribed burning and mechanical thinning, on federal land. It does this by allowing projects of up to 10,000 acres to qualify for a “categorical exclusion” exempting them from National Environmental Policy Act reviews, more than tripling the current cap of 3,000 acres. It also gives the Forest Service discretion to designate high-risk wildfire regions of up to 250,000-acres as “fireshed management areas,” a determination that bypasses time-consuming public and tribal comment processes, NEPA reviews, and certain Endangered Species Act and National Historic Preservation Act guardrails. The statute of limitations for stakeholders and the public to bring a legal challenge against a management plan is further reduced from six years to 150 days.
In 2025, The Breakthrough Institute, which also supports the bill, found that forest management projects drew more NEPA-related litigation than any other kind, adding an average of two years to their development timeline. “There are plenty of examples where we’ve seen those exact forests where projects were planned go up in smoke,” Emily Bass, the director of federal policy, food, and agriculture at Breakthrough, told me.
Environmental and conservation groups are divided on the bill, though. More than 100 nonprofits and advocacy groups — including the Sierra Club, the Center for Biological Diversity, and Earthjustice — signed onto a letter ahead of FOFA’s Senate committee hearing last fall arguing that “provisions of the bill represent the antithesis of effective, science-based wildfire mitigation and offer false solutions that would harm communities, ecosystems, and biodiversity.”
Of particular concern is the fact that, among more popular wildfire mitigation techniques like prescribed burns, the bill considers “any” timber harvest to be a “hazardous fuels management activity.” That means, in essence, that FOFA would open hundreds of thousands of acres of federal forest to NEPA-free logging in the name of wildfire mitigation.
“It makes sense that there might be some emergency situation where you’d need to get in and quickly remove vegetation on a small area,” Ellen Montgomery, the public lands campaign director for Environment America, told me. But a categorical exclusion of 10,000 acres would create a “‘log first, tell us what you log later’ situation,” she said. “It could be old growth forest. It could be mature. It could be wildlife habitat. It could have serious watershed health impacts, and we literally wouldn’t even know they’ve done it.”
In addition to sidestepping NEPA, a separate provision in FOFA would make it easier to avoid redoing Endangered Species Act consultations at the landscape-plan level if new information about a listed animal or plant emerges, something opponents say is another nail in the coffin of an already substantially weakened ESA.
Weiner is sensitive to criticisms that focus on the bill as a “handout” to corporate timber interests, arguing that “we don’t have examples of a single wildfire categorical exclusion being used inappropriately for timber harvest.”
Alex Craven, the national forest campaign manager for the Sierra Club, wasn’t persuaded by that argument. “It hasn’t been abused yet,” he said. “My counter question would be, why would some of these sweeping authorities need to be as large or expansive as they are?” (Susan Jane M. Brown, the principal and chief legal counsel of Silvix Resources, a nonprofit environmental law firm, later pointed me to a case from earlier this year in which the timber industry used a categorical exclusion in Oregon to justify logging that a judge found “would have no significant impact” on actually reducing fire hazards.)
There is also President Trump’s 2025 executive order establishing timber harvest quotas for the Forest Service. Though FOFA was initially drafted in 2023, under the previous administration, the current Forest Service chief is a former timber lobbyist whose “theory of wildfire prevention [is] you prevent wildfires by not having trees,” the conservation-focused Substack More Than Just Parks has argued. Though supporters of FOFA argue the Trump administration will pursue its timber quotas with or without the bill, Montgomery of Environment America said that complicity on those grounds is “ridiculous.”
“Just because there’s a very permissive executive order that encourages increased logging doesn’t mean it’s a good idea for Congress to pass a law to codify that," she said. “In fact, it makes it worse — a future administration can rescind an executive order. But if this law is on the books that authorizes these large categorical exclusions, that’s much harder to reverse.”
New additions to the bill such as a workforce protection program for Forest Service employees, a consolidated wildland-urban interface grant program, and the streamlined Wildfire Intelligence Center have helped win over some of the more forest management-focused holdouts over the years, including the Nature Conservancy, the National Wildlife Foundation, and the Environmental Defense Fund.
“I can’t speak to other nonprofits’ fears on this, but I can tell you we feel confident that the guardrails with NEPA and public review, and even the categorical exclusion increase of 10,000 acres, are well within the reasonable need for us to carry out our work and also protect important habitat, drinking water, and other aspects,” Eric Sprague, the director of forest conservation at the National Audubon Society, which also supports FOFA, told me. He added that he was particularly excited about a reforestation piece included in the bill, which creates a list of priority projects, as well as its forward-looking seed sourcing program focused on adapting to hotter future habitats.
FOFA is one of a suite of fire management bills in various stages in Congress, including some with overlapping aims. (The Farm Bill that passed the House this spring, for example, contains language expanding categorical exclusions to 10,000 acres.) Some organizations have championed the Community Protection and Wildfire Resilience Act, which has been referred to committee in the Senate and focuses more on community-level resilience measures like home hardening, as an alternative to FOFA.
The Wildfire Emissions Prevention Act is a narrower bill that also has bipartisan support, and entered committee last month. Like FOFA, it has also divided environmental groups with its approach. Though it would ostensibly weaken Clean Air Act protections, it does so in the name of making it easier to greenlight prescribed burns, a well-tested tactic for curbing major fires in certain ecosystems. Bass noted that the Forest Service treated only 1.1 million acres with beneficial fire last year, against a national target of 3.6 million, even despite an influx of Inflation Reduction Act and Infrastructure Investment and Jobs Act funding. An optimal rate, per Breakthrough’s analysis, is closer to 3.9 million acres per year in California alone.
But underscoring the fragmented nature of wildfire mitigation bedfellows and enemies, even WEPA has its skeptics. “EPA’s regulations already provide for [prescribed fire as an exceptional event],” Abi Vijayan, an attorney at the Environmental Defense Fund who testified against WEPA, told me. “It doesn’t put prescribed fires on the table as a legal matter,” she went on. “It just weakens the guardrails that are already in place in both the Clean Air Act and EPA’s regulations.”
But here’s the $3.4 million question: If FOFA had passed when it was first introduced back in 2024, would the 2026 fire season look the same as it does now? It’s impossible to say. While Weiner pointed to positive examples like the prescribed burn scar that helped save South Lake Tahoe in 2021, experts largely agree that poor or stymied forest management efforts weren’t the root cause of the chaparral fires that burned into L.A. neighborhoods unwisely carved into fire-prone landscapes.
Even the bill’s co-sponsors acknowledge that while the bill might be a “move in the right direction,” it is ultimately meaningless in a greater policy vacuum. As New Mexico Democratic Senator Martin Heinrich put it to me in a statement: “Congress has to provide the meaningful investment to get this work done, and this administration needs to stop undermining the science, our public lands, and the federal workforce that make effective forest management possible.”
Forest management is only one piece of a complex puzzle; we also need to manage our communities, both where and how they are built. Looking at some of the most recent catastrophic fires — in Lahaina, Los Angeles, and Spokane — the unifying trend is not overgrown, untreated forests, but rather the nationwide pattern of suburban encroachment. “Federal land increasingly contributes little to disasters in urban and semi-urban settings,” The New York Times’ David Wallace-Wells wrote in January, marking the anniversary of the L.A. fires. Indeed, despite Westerman’s promise that FOFA would prevent “future disasters,” it likely would have done very little for Spokane, where an arsonist ignited the fire in a state park.
Craven of the Sierra Club emphasized that this is why he opposes the blunt instrument of FOFA when it comes to tackling the hydra that is wildfire. “It’s almost more valuable to look at the wildfire crisis as the wildfire crises in terms of what you are trying to solve,” he said. “Is that the protection of homes and communities? Or is it returning forest health and natural fire cycles to these landscapes? The solutions you come up with need to be matched to the right problems.”
A chat with Colette Lamontagne, senior director for electric power at Ceres.
This week’s conversation is with Colette Lamontagne, senior director for electric power at the sustainability finance advocacy group Ceres. Her team just released a shareholder engagement guide for the utility space around data center development. I’ve been wondering when the ESG crowd would enter into the AI infrastructure fray, so I asked if I could chat with Colette about what the guide could teach my lovely readers and whether the data center backlash portends a new wave of boardroom fights between electric companies and institutional investors.
Our conversation was lightly edited for clarity.
What is the big message of this guide? If you were to talk about this over a coffee, what would be the topline takeaway?
These data centers are coming, but they can be done right. They don’t have to be done in a way that negatively impacts energy, water, and communities, and we need to slow down just enough to be able to do it right.
It’s not a guide about what data centers should do — it's a guide on the risks to the electric power sector. The biggest risk is the magnitude of power needed and the timing — how quickly it’s needed. Because of that, the traditional process for electric utilities can’t keep pace. It’s all regulated. There’s a lot of steps they have to go through to build new transmission infrastructure and new generation. If the grid connected companies can’t keep up the pace, data centers will just build their own generation. And the biggest problem with that? You have all these resources not shared by the users.
Do you think data centers are going to create a new wave of ESG-based investor advocacy?
I haven’t thought about it as a new age for ESG, but that’s a good point. We are moving beyond asking companies about targets and to create transition plans. Now we’re looking at how to accelerate solutions for climate impacts. I do think there’s a new age related to that.
When it comes to data centers, the questions aren't about utilities and their targets, but instead how they’ll meet this need so they don’t go back to old coal plants or [build] new [behind the meter] plants not used by the grid.
Should we anticipate some kind of new shareholder advocacy wave around how integrated utilities and power companies address or mitigate the impacts of the data center boom on meeting their resource plans, especially decisions made as a result of shareholder advocacy on climate?
If a data center comes to a utility and says they need 100 megawatts of power and the utility chooses to serve that with coal or gas instead of new renewables, it will impact their clean energy goals. If they say they signed a power purchase agreement and give all these renewable resources to a data center, that’s not new — you’re still impacting your clean energy goals because then you’re taking the renewables away from other customers. You have to build something else for those other customers. What are you building instead?
How they think about their long-term resource plans is really important. These generation sources will be around for a very long time. In most cases, renewable energy is cheaper to build. Gas plants require a four- or five-year wait for turbines. So not only is it better for the environment but better for business to get these renewables built.
I’ve written a lot about data center water use. The guide goes into the energy sector’s water use impacts from this increased power demand from data centers; specifically, it says investors should consider asking utilities to conduct new comprehensive water risk assessments around it. Can you help my readers and I better understand what this kind of assessment is and why companies should consider doing this?
Different types of electric generation facilities use different amounts of water. Some of it is withdrawn and put back. Some of it is withdrawn and consumed. Those matter. In cases when water is drawn and put back, the temperature goes up — that’s impacting the environment.
It’s an interesting dichotomy. The new technologies that use air cooling use less water, but they use more energy. Then you have to think about what electricity you’re using and how much water that electricity is using. It’s the life-cycle impacts.
Is there any kind of risk for investors or energy companies associated with the data center sector, given its political challenges?
Well, utilities usually get the short end of the straw. They always get blamed for everything. I say that with a laugh because I used to work for a utility.
Some of these companies have an obligation to serve. If someone comes to them and says they need power, they are required to provide it. However, they can protect themselves and other ratepayers. If the utility builds a whole generation plant and all this transmission infrastructure to serve one data center, and then the data center gets canceled, yeah that’s a risk — not to the bottom line of the utility but to their reputation.