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Over a dozen methane satellites are now circling the Earth — and more are on the way.
On Monday afternoon, a satellite the size of a washing machine hitched a ride on a SpaceX rocket and was launched into orbit. MethaneSAT, as the new satellite is called, is the latest to join more than a dozen other instruments currently circling the Earth monitoring emissions of the ultra-powerful greenhouse gas methane. But it won’t be the last. Over the next several months, at least two additional methane-detecting satellites from the U.S. and Japan are scheduled to join the fleet.
There’s a joke among scientists that there are so many methane-detecting satellites in space that they are reducing global warming — not just by providing essential data about emissions, but by blocking radiation from the sun.
So why do we keep launching more?
Despite the small army of probes in orbit, and an increasingly large fleet of methane-detecting planes and drones closer to the ground, our ability to identify where methane is leaking into the atmosphere is still far too limited. Like carbon dioxide, sources of methane around the world are numerous and diffuse. They can be natural, like wetlands and oceans, or man-made, like decomposing manure on farms, rotting waste in landfills, and leaks from oil and gas operations.
There are big, unanswered questions about methane, about which sources are driving the most emissions, and consequently, about tackling climate change, that scientists say MethaneSAT will help solve. But even then, some say we’ll need to launch even more instruments into space to really get to the bottom of it all.
Measuring methane from space only began in 2009 with the launch of the Greenhouse Gases Observing Satellite, or GOSAT, by Japan’s Aerospace Exploration Agency. Previously, most of the world’s methane detectors were on the ground in North America. GOSAT enabled scientists to develop a more geographically diverse understanding of major sources of methane to the atmosphere.
Soon after, the Environmental Defense Fund, which led the development of MethaneSAT, began campaigning for better data on methane emissions. Through its own, on-the-ground measurements, the group discovered that the Environmental Protection Agency’s estimates of leaks from U.S. oil and gas operations were totally off. EDF took this as a call to action. Because methane has such a strong warming effect, but also breaks down after about a decade in the atmosphere, curbing methane emissions can slow warming in the near-term.
“Some call it the low hanging fruit,” Steven Hamburg, the chief scientist at EDF leading the MethaneSAT project, said during a press conference on Friday. “I like to call it the fruit lying on the ground. We can really reduce those emissions and we can do it rapidly and see the benefits.”
But in order to do that, we need a much better picture than what GOSAT or other satellites like it can provide.
In the years since GOSAT launched, the field of methane monitoring has exploded. Today, there are two broad categories of methane instruments in space. Area flux mappers, like GOSAT, take global snapshots. They can show where methane concentrations are generally higher, and even identify exceptionally large leaks — so-called “ultra-emitters.” But the vast majority of leaks, big and small, are invisible to these instruments. Each pixel in a GOSAT image is 10 kilometers wide. Most of the time, there’s no way to zoom into the picture and see which facilities are responsible.
Jacob, D. J., Varon, D. J., Cusworth, D. H., Dennison, P. E., Frankenberg, C., Gautam, R., Guanter, L., Kelley, J., McKeever, J., Ott, L. E., Poulter, B., Qu, Z., Thorpe, A. K., Worden, J. R., and Duren, R. M.: Quantifying methane emissions from the global scale down to point sources using satellite observations of atmospheric methane, Atmos. Chem. Phys., 22, 9617–9646, https://doi.org/10.5194/acp-22-9617-2022, 2022.
Point source imagers, on the other hand, take much smaller photos that have much finer resolution, with pixel sizes down to just a few meters wide. That means they provide geographically limited data — they have to be programmed to aim their lenses at very specific targets. But within each image is much more actionable data.
For example, GHGSat, a private company based in Canada, operates a constellation of 12 point-source satellites, each one about the size of a microwave oven. Oil and gas companies and government agencies pay GHGSat to help them identify facilities that are leaking. Jean-Francois Gauthier, the director of business development at GHGSat, told me that each image taken by one of their satellites is 12 kilometers wide, but the resolution for each pixel is 25 meters. A snapshot of the Permian Basin, a major oil and gas producing region in Texas, might contain hundreds of oil and gas wells, owned by a multitude of companies, but GHGSat can tell them apart and assign responsibility.
“We’ll see five, 10, 15, 20 different sites emitting at the same time and you can differentiate between them,” said Gauthier. “You can see them very distinctly on the map and be able to say, alright, that’s an unlit flare, and you can tell which company it is, too.” Similarly, GHGSat can look at a sprawling petrochemical complex and identify the exact tank or pipe that has sprung a leak.
But between this extremely wide-angle lens, and the many finely-tuned instruments pointing at specific targets, there’s a gap. “It might seem like there’s a lot of instruments in space, but we don’t have the kind of coverage that we need yet, believe it or not,” Andrew Thorpe, a research technologist at NASA’s Jet Propulsion Laboratory told me. He has been working with the nonprofit Carbon Mapper on a new constellation of point source imagers, the first of which is supposed to launch later this year.
The reason why we don’t have enough coverage has to do with the size of the existing images, their resolution, and the amount of time it takes to get them. One of the challenges, Thorpe said, is that it’s very hard to get a continuous picture of any given leak. Oil and gas equipment can spring leaks at random. They can leak continuously or intermittently. If you’re just getting a snapshot every few weeks, you may not be able to tell how long a leak lasted, or you might miss a short but significant plume. Meanwhile, oil and gas fields are also changing on a weekly basis, Joost de Gouw, an atmospheric chemist at the University of Colorado, Boulder, told me. New wells are being drilled in new places — places those point-source imagers may not be looking at.
“There’s a lot of potential to miss emissions because we’re not looking,” he said. “If you combine that with clouds — clouds can obscure a lot of our observations — there are still going to be a lot of times when we’re not actually seeing the methane emissions.”
De Gouw hopes MethaneSAT will help resolve one of the big debates about methane leaks. Between the millions of sites that release small amounts of methane all the time, and the handful of sites that exhale massive plumes infrequently, which is worse? What fraction of the total do those bigger emitters represent?
Paul Palmer, a professor at the University of Edinburgh who studies the Earth’s atmospheric composition, is hopeful that it will help pull together a more comprehensive picture of what’s driving changes in the atmosphere. Around the turn of the century, methane levels pretty much leveled off, he said. But then, around 2007, they started to grow again, and have since accelerated. Scientists have reached different conclusions about why.
“There’s lots of controversy about what the big drivers are,” Palmer told me. Some think it’s related to oil and gas production increasing. Others — and he’s in this camp — think it’s related to warming wetlands. “Anything that helps us would be great.”
MethaneSAT sits somewhere between the global mappers and point source imagers. It will take larger images than GHGSat, each one 200 kilometers wide, which means it will be able to cover more ground in a single day. Those images will also contain finer detail about leaks than GOSAT, but they won’t necessarily be able to identify exactly which facilities the smaller leaks are coming from. Also, unlike with GHGSat, MethaneSAT’s data will be freely available to the public.
EDF, which raised $88 million for the project and spent nearly a decade working on it, says that one of MethaneSAT’s main strengths will be to provide much more accurate basin-level emissions estimates. That means it will enable researchers to track the emissions of the entire Permian Basin over time, and compare it with other oil and gas fields in the U.S. and abroad. Many countries and companies are making pledges to reduce their emissions, and MethaneSAT will provide data on a relevant scale that can help track progress, Maryann Sargent, a senior project scientist at Harvard University who has been working with EDF on MethaneSAT, told me.
Courtesy of MethaneSAT
It could also help the Environmental Protection Agency understand whether its new methane regulations are working. It could help with the development of new standards for natural gas being imported into Europe. At the very least, it will help oil and gas buyers differentiate between products associated with higher or lower methane intensities. It will also enable fossil fuel companies who measure their own methane emissions to compare their performance to regional averages.
MethaneSAT won’t be able to look at every source of methane emissions around the world. The project is limited by how much data it can send back to Earth, so it has to be strategic. Sargent said they are limiting data collection to 30 targets per day, and in the near term, those will mostly be oil and gas producing regions. They aim to map emissions from 80% of global oil and gas production in the first year. The outcome could be revolutionary.
“We can look at the entire sector with high precision and track those emissions, quantify them and track them over time. That’s a first for empirical data for any sector, for any greenhouse gas, full stop,” Hamburg told reporters on Friday.
But this still won’t be enough, said Thorpe of NASA. He wants to see the next generation of instruments start to look more closely at natural sources of emissions, like wetlands. “These types of emissions are really, really important and very poorly understood,” he said. “So I think there’s a heck of a lot of potential to work towards the sectors that have been really hard to do with current technologies.”
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Current conditions: A rare wildfire alert has been issued for London this week due to strong winds and unseasonably high temperatures • Schools are closed on the Greek islands of Mykonos and Paros after a storm caused intense flooding • Nearly 50 million people in the central U.S. are at risk of tornadoes, hail, and historic levels of rain today as a severe weather system barrels across the country.
President Trump today will outline sweeping new tariffs on foreign imports during a “Liberation Day” speech in the White House Rose Garden scheduled for 4 p.m. EST. Details on the levies remain scarce. Trump has floated the idea that they will be “reciprocal” against countries that impose fees on U.S. goods, though the predominant rumor is that he could impose an across-the-board 20% tariff. The tariffs will be in addition to those already announced on Chinese goods, steel and aluminum, energy imports from Canada, and a 25% fee on imported vehicles, the latter of which comes into effect Thursday. “The tariffs are expected to disrupt the global trade in clean technologies, from electric cars to the materials used to build wind turbines,” explained Josh Gabbatiss at Carbon Brief. “And as clean technology becomes more expensive to manufacture in the U.S., other nations – particularly China – are likely to step up to fill in any gaps.” The trade turbulence will also disrupt the U.S. natural gas market, with domestic supply expected to tighten, and utility prices to rise. This could “accelerate the uptake of coal instead of gas, and result in a swell in U.S. power emissions that could accelerate climate change,” Reutersreported.
Republican candidates won in two House races in Florida on Tuesday, one of which was looking surprisingly tight going into the special elections. The victories by Jimmy Patronis in Florida’s First District and Randy Fine in the Sixth District bolster the party’s slim House majority and could spell trouble for the Inflation Reduction Act as the House Ways and Means Committee mulls which programs to cut to pay for tax cuts. But the result in Wisconsin’s Supreme Court election was less rosy for Republicans. Liberal Judge Susan Crawford defeated conservative Brad Schimel despite Schimel’s huge financial backing from Tesla CEO and Trump adviser Elon Musk, who poured some $15 million into the competition. The outcome “could tarnish the billionaire’s political clout and trigger worry for some Republicans about how voters are processing the opening months of Trump’s new administration,” as The Wall Street Journalexplained.
The Trump administration announced mass layoffs across the Department of Health and Human Services on Wednesday, part of a larger effort to reduce the agency’s workforce by 25%. The cuts included key staffers with the Low Income Home Energy Assistance Program, which has existed since 1981 and helps some 6.7 million low-income households pay their energy bills. A 2022 white paper calls LIHEAP “one of the most critical components of the social safety net.” The move comes at a time when many U.S. utilities are preparing to raise their energy prices to account for higher costs for materials, labor, and grid upgrades. In a scathing letter to HHS Secretary Robert F. Kennedy. Jr., Senate Energy and Commerce Democrats call the workforce cuts “reckless” and demand detailed explanations for why roles have been eliminated.
Energy storage startup Energy Vault on Wednesday announced it had closed $28 million in project financing for a hybrid green hydrogen microgrid energy storage facility in California. The firm says its Calistoga Resiliency Center, deployed in partnership with utility company Pacific Gas & Electric, is “specifically designed to address power resiliency given the growing challenges of wildfire risk in California.” The zero-emission system will feature advanced hydrogen fuel cells that are integrated with lithium-ion batteries, which can provide about 48 hours of back-up power via a microgrid to the city of Calistoga during wildfire-related power shutoffs. The site is expected to be commercially operational in the second quarter of 2025.
“The CRC serves as a model for Energy Vault’s future utility-scale hybrid microgrid storage system deployments as the only existing zero-emission solution to address [power shutoff] events that is scalable and ready to be deployed across California and other regions prone to wildfires,” the company said in a press release. As Heatmap’s Katie Brigham wrote last fall, PG&E has become an important partner for climate and energy tech companies with the potential to reduce risk and improve service on the grid.
China will finalize its first-ever sale of a green sovereign bond Wednesday. The country is expected to issue the bond on the London Stock Exchange and has reportedly received more than $5 billion in bids. “It’s no coincidence that China has chosen to list its debut green bond in London, given European investors’ continued strong demand for environmental products,” Bloombergnoted. Green bonds are investment vehicles that raise money exclusively for projects that benefit the climate or environment. China’s finance ministry wants the bond to “attract international funds to support domestic green and low-carbon development,” and specifically climate change mitigation and adaptation, nature conservation and biodiversity, and pollution prevention and control. Some of the money raised might also go toward China’s EV charging infrastructure, according toReuters.
GE Vernova has now produced more than half of the turbines needed for the SunZia Wind project in New Mexico. When completed in 2026, the 2.4 gigawatt project will be the largest onshore wind farm in the Western Hemisphere.
Rob and Jesse catch up on the Greenhouse Gas Reduction Fund with former White House official Kristina Costa.
The Inflation Reduction Act dedicated $27 billion to build a new kind of climate institution in America — a network of national green banks that could lend money to companies, states, schools, churches, and housing developers to build more clean energy and deploy more next-generation energy technology around the country.
It was an innovative and untested program. And the Trump administration is desperately trying to block it. Since February, Trump’s criminal justice appointees — led by Ed Martin, the interim U.S. attorney for the District of Columbia — have tried to use criminal law to undo the program. After failing to get the FBI and Justice Department to block the flow of funds, Trump officials have successfully gotten the program’s bank partner to freeze relevant money. The new green banks have sued to gain access to the money.
On this week’s episode of Shift Key, Rob and Jesse talk with Kristina Costa, who has been tracking the effort to bankrupt the green banks. Costa helped lead the Inflation Reduction Act’s implementation in the White House from 2022 to 2025 — and is a previous Shift Key guest. She joins us to discuss how Trump is weaponing criminal law to block a climate program, whether there’s any precedent for his actions, and what could come next in the legal battle. Shift Key is hosted by Robinson Meyer, the founding executive editor of Heatmap, and Jesse Jenkins, a professor of energy systems engineering at Princeton University.
Subscribe to “Shift Key” and find this episode on Apple Podcasts, Spotify, Amazon, or wherever you get your podcasts.
You can also add the show’s RSS feed to your podcast app to follow us directly.
Here is an excerpt from our conversation:
Robinson Meyer: There's kind of two lines you hear from the Trump administration about this, two claims made by the Trump administration about the reason for these seizures, and I just wanna talk about them briefly because this is an unprecedented action. We should look at why the government has claimed that it needs to take this unprecedented action.
The first has to do with this video made by Project Veritas, a kind of conservative media organization …
Kristina Costa: A hit squad.
Meyer: A hit squad that recorded, unwittingly, an EPA official who described the EPA’s actions during December 2024, between the loss of the election and the inauguration, as “throwing gold bars off the Titanic.” That the agency was so eager and desperate to spend as much of the IRA down as it could before the Trump administration took office that it was like they were throwing gold bars off the Titanic — you know, a sinking ship.
The EPA administrator has fixated on this line and described it as waste and self-dealing, suggesting reckless financial mismanagement, blatant conflicts of interest, astonishing sums of tax dollars awarded to unqualified recipients and severe deficiencies of regulatory oversight.
You were involved in setting up the IRA. I wonder, first of all, just how do you reflect on this episode? And second of all, was the Biden administration doing the proverbial version of throwing gold bars off the Titanic during the post-election period?
Costa: Yeah, so I mean, it falls apart as any sort of quote-unquote evidence in what's happening with the Greenhouse Gas Reduction Fund if you just believe in the linear nature of time. So, as I said, we announced EPA made the selections in April of 2024. The funds were fully obligated in August of 2024. Grantees were starting to make announcements about investments in October of 2024 — all dates which precede election day by weeks to months. And so it is just a complete fabrication on the part of Lee Zeldin that there was any sort of inappropriate action on the part of the Biden EPA or any of the other agencies in doing what Congress directed us to do, which was to award and obligate funds to recipients consistent with the provisions of the Inflation Reduction Act that authorized and appropriated funds for the programs.
We had also — and I think I might have said this when I was with you guys in December — one of the first things that we did, from the White House implementation team, was to meet with all of our grant agencies and, in September and October of 2022, set targets for them for how much funding we wanted them to try to award and obligate by the end of the administration. And we set a goal, basically, that we would be aiming to have at least 80% of the available funds obligated by the end of 2024. And we hit that. And so the idea that there was some massive acceleration post-election — like, were there some contracts that the agencies obligated in December and January that, in the event of a Kamala Harris administration, they would've maybe obligated in February and March instead? Sure. I'm not going to say otherwise, but those grants had been made already. There wasn't this rush of actual decision-making.
Music for Shift Key is by Adam Kromelow.
That trust was hard won — and it won’t be easily regained.
Spring — as even children know — is the season for planting. But across the country, tens of thousands of farmers who bought seeds with the help of Department of Agriculture grants are hesitating over whether or not to put them in the ground. Their contractually owed payments, processed through programs created under the Biden administration, have been put on pause by the Trump administration, leaving the farmers anxious about how to proceed.
Also anxious are staff at the sustainability and conservation-focused nonprofits that provided technical support and enrollment assistance for these grants, many of whom worry that the USDA grant pause could undermine the trust they’ve carefully built with farmers over years of outreach. Though enrollment in the programs was voluntary, the grants were formulated to serve the Biden administration’s Justice40 priority of investing in underserved and minority communities. Those same communities tend to be wary of collaborating with the USDA due to its history of overlooking small and family farms, which make up 90% of the farms in the U.S. and are more likely to be women- or minority-owned, in favor of large operations, as well as its pattern of disproportionately denying loans to Black farmers. The Biden administration had counted on nonprofits to leverage their relationships with farmers in order to bring them onto the projects.
“This was an opportunity to repair some of that trust, through this project,” Emily Moose, the executive director of the sustainable agriculture organization A Greener World, told me in an email. Moore and her teammates spent years recruiting farmers from the group’s Oregon community, and eventually got 77 of them to sign up to create certified regenerative farm management plans. A Greener World was notified in January that its reimbursements were being suspended, and now risks losing $10,000 in incentive payments, meaning the farmers in the program “are now having to weigh paying for certification out of pocket or dropping the certification process entirely and losing market opportunities.”
Nicole Delcogliano, director of programs at the Organic Growers School, a farmer training organization in North Carolina, and a small farmer herself had similar hopes for a grant the group received to help mentor and educate early-stage farmers. The department had “finally started to build back a little bit of trust,” she told me. With the funding pause, she said, “I think that is going to be lost.”
Affected grants include billions set aside for the USDA through the Inflation Reduction Act for soil and water conservation projects, as well as more than $820 million earmarked for the Rural Energy for America Program, or REAP, which incentivized agricultural producers to make energy-efficiency improvements on their land. Grants issued through the Partnerships for Climate-Smart Commodities program for farm innovations that have greenhouse gas and carbon sequestration benefits — funded through the USDA’s Commodity Credit Corporation, a Dust Bowl-era entity more typically leveraged to protect farm income and prices during disasters — are also on pause. Original plans for the program under Biden would have seen it eventually scaled to 60,000 farms, reducing an estimated 50,000 million metric tons of CO2 equivalent.
Though the Trump administration eventually released about 1% of the IRA-related USDA grant money in late February, much remains out of reach, with no timeline for payout. The National Sustainable Agriculture Coalition assumes that the “majority” of the $2.3 billion allocated to farmers on IRA-funded contracts is “likely still in USDA’s coffers.” Additionally, more than half of the $3.1 billion allocated to the Partnerships for Climate-Smart Commodities program had not yet been paid out by the end of February, according to The Hagstrom Report, an agricultural news service. (The Trump administration has said it would reconsider REAP grants if applicants rewrite them to “remove harmful [diversity, equity, inclusion, and accessibility] and far-left climate features.”)
All of the affected grant programs work on a reimbursement basis, with the farmers incurring costs upfront protected, in theory, by a contractual guarantee that the government will pay them back. Individual farmers aren’t usually the direct beneficiaries of USDA grants, however. The USDA more commonly awards a grant to nonprofit organizations that, in turn, provide financial and technical support to farmers making sustainable transitions. Many of the nonprofits are now having to furlough or lay off staff. Meanwhile, farmers are still seeking their reimbursements, but there’s no funding there to pay them.
Hannah Smith-Brubaker, the executive director of Pasa Sustainable Agriculture, a Pennsylvania-based nonprofit that was awarded a Climate Smart Commodities grant and a Farm and Food Workers Relief from the USDA, is planning to furlough 60 people — most of her team — due to the pause. Another project director at a Mid-Atlantic sustainability nonprofit told me his organization has “been lending cash” from their own books since January 27, when the pause was announced, and that he anticipated being laid off shortly after our call.
But while the nonprofits are certainly hurting, the farmers are the ones stuck with the final bill. In addition to the USDA’s history of discriminating against Black farmers, many who manage smaller acreages report feeling overlooked by the federal government in favor of powerful agro-business conglomerates. More than 70% of farmers under age 40 reported being unfamiliar with USDA programs that could help them, and nearly half said they’d never received support from the agency, according to polling by the National Young Farmers Coalition published in 2022.
“In the last administration, there was recognition that they didn’t have the trust of a lot of farmers who historically haven't been served, or been underserved, by USDA,” Smith-Brubaker said. With programs like the Climate-Smart Commodities grant, the Biden administration “asked us to leverage the trust that we already have with farmers — to ask them to trust us to enter into this program.”
It worked: Many of the more than 30,000 contracted farms are already a year or two into multi-year projects with nonprofits designed to improve soil health, plant cover crops, or improve farm efficiency. That means they’ve already hired the extra staff for the projects, placed orders for new equipment, and set aside precious land for soil-enrichment projects.
But with no word on the future of their funding, some are now hesitating over whether to spend more money out of pocket on those projects if the government might not uphold its end of the deal. The pause has led many of the farmers I spoke with to reevaluate their trust in future USDA funding. “It’s unsettling because you’re like, ‘Well, if I implement the practices I’m supposed to, but then I don’t get that reimbursement sometime in 2025, what does that look like?’” said Delcogliano, who received one Conservation Stewardship Plan payment in October for her farm, Green Toe Ground, but hasn’t yet heard yet whether future payments will be affected.
Delcogliano also emphasized that despite the commodities grant containing the “buzz word” of “climate,” what it actually encourages are long-established practices that help conserve water and soil. “It’s just smart farming,” she told me. Ed Winebarger, a chef and farmer in North Carolina, told me he participated in the Climate-Smart Commodities program for a year and saw an immediate 20% increase in production. “My crops did better, the system works — period,” he said.
Small farmers who pursued the government grants likely would have been interested in the practices regardless of the financial incentives in many cases; Erin Foster West, the Policy Campaigns Director for the National Young Farmers Coalition, told me the group’s research found nearly 85% of its membership was “motivated by environmental stewardship to farm.” Caroline Anderson Novak, the head of the Professional Dairy Managers of Pennsylvania — which is collaborating with Penn State on its greenhouse-gas-reducing Climate-Smart Commodities program, and which hasn’t received a notification of a pause from the USDA as other organizations have — told me that things like experimental feeds and sharper data assessments represent “operational improvements” that just happen to have attractive climate upsides. “They are things that the farm already wants to do,” she said.
What the grants do is provide the capital necessary for farmers to put these efficiency upgrades into practice. Margins, particularly at small farms, can be razor thin, and the risks of operational experiments can be steep. “A lot of the time, you would need to pursue a loan just to get started with the project,” Emma Jagoz, the owner of Moon Valley Farm in Maryland, who has hundreds of thousands in USDA grants tied up by the pause, told me.
As a result, farmers waiting for clarity on their grants generally have clear eyes about the root of the problem. “The organization that we work with, they can’t help the cuts. It’s not their fault,” Patrick Brown, who enrolled 90% of his North Carolina farm’s acreage in a climate-smart project, told me. “This administration has blatantly stated their approach.”
Kristin Reilly, the executive director of the Choose Clean Water Coalition, a collective of small nonprofits in the Chesapeake Bay watershed that is helping its farming partners navigate the funding freeze, agreed that “the practitioners on the ground are definitely seeing that it’s not the nonprofits who are not paying them; they’re struggling along with them.”
Almost everyone I spoke with was pessimistic that the USDA would honor the grants, even as Earthjustice and other groups have launched lawsuits against the federal government over the freeze. (Pasa has joined a lawsuit with the Southern Environmental Law Center.) “I don’t think [the pause is] going to lift as long as this guy is in power because he’s so disconnected from reality,” Winebarger, the North Carolina chef and farmer, said of President Trump. “He’s never put his hands in dirt in his entire life. He doesn’t understand me. He doesn’t understand my farming neighbors.”
Delcogliano shared a similar sentiment: “The government is incompetent,” she told me. “They’re not in touch with the people that are actually doing the work.”
Perhaps most crucially, while the federal money is paused, the climate continues changing. Any given season could bring a new drought or deluge that wipes out a farm entirely. Though separate from the troubles with the grant pauses, both Delcogliano and Winebarger are also recovering from extensive damage to their farms from Hurricane Helene, a process they told me has been made even more painful due to the lack of emergency funding available from the Federal Emergency Management Agency. Farmers will also be particularly vulnerable to the impacts of some of the tariffs the Trump administration plans to enact this week.
“It just feels like I’m driving behind a truck full of hammers that are dumping on me,” Winebarger said of the compounding problems. “And I can’t dodge them — they’re going to hit me. I don’t know how we’re going to get out from underneath this.”
Wolfe’s Neck Center for Agriculture & the Environment, a Maine-based nonprofit that stands to lose a $35 million Climate-Smart Commodities grant, has begun to reformulate how its programs could continue with the support of buyer funds, state funding sources, or philanthropic dollars instead. It had once envisioned working with more than 400 partners over the grant’s lifespan, but that idea has given way to smaller-scale projects it can still afford.
“This is about so much more than climate change,” Ellen Griswold, the director of Wolfe’s Neck, stressed to me about the importance of finding a way forward with or without the government. “It’s about making farmers as resilient and profitable as possible. Without this assistance, there will be impacts to the farming community” — including farmers themselves and their suppliers. That could include a fencing company, nursery, or refrigerated truck dealer farmers can no longer afford to pay, or regional schools or food banks that are now forced to pay more for local, organic produce.
The reverberations of the grant pause will be felt far into the future, too. Even if the contracts are ultimately honored by the Trump administration, some farmers will undoubtedly feel justified in their suspicions of partnering with the federal government. Nonprofits will have more difficulty convincing community partners to take on voluntary climate projects down the line, and common-sense efficiency projects with climate co-benefits will stay dormant.
“If another opportunity comes along like this, I completely understand if farmers say, ‘No, I’m not doing that,’” Smith-Brubaker of Pasa said.