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This Tribe Will Gladly Accept Clean Energy Funding, Even If Wyoming Won’t

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Wednesday, April 24, 2024

This story was originally published by Inside Climate News and is reproduced here as part of the Climate Desk collaboration. When Wyoming governor Mark Gordon told the Environmental Protection Agency in 2023 that the state would not be applying for federal grant money to reduce pollution and greenhouse gases, he left most communities in the state without access to potentially transformative funds to upgrade infrastructure, reduce pollution, and bring down costs for local governments. But in the nation’s most sparsely populated state, two cities and the Northern Arapaho and Eastern Shoshone tribes could qualify on their own for Climate Pollution Reduction Grants (CPRG) from the $4.6 billion made available to states, cities, tribes and territories under the Inflation Reduction Act to reduce greenhouse gas emissions and air pollution. On April 1, Cheyenne, Wyoming’s capital, submitted its application for more than $99 million to cover most of the cost of building two solar farms and making upgrades to both of its wastewater treatment plants.  Northern Arapaho members host a local powwow on the eve of a solar eclipse in Riverton, Wyoming. Helen H. Richardson/ Getty Images The Northern Arapaho, which is qualified to apply for the $4.6 billion in general funding, met the EPA’s deadline to do so earlier this month. The tribe is also eligible for $300 million in EPA tribal funding, for which it is finalizing an application ahead of a May 1 deadline. The tribe hopes federal money will fund a solar-powered microgrid on its reservation, enable weatherization and energy efficiency upgrades to residents’ homes, and help convert the tribe’s vehicle fleet to electric and hybrid cars. Officials from the Northern Arapaho Tribe and city of Cheyenne called the grant money potentially transformational. “This money would really, truly help big time,” said Dean Goggles, environmental director for the tribe’s natural resources office. Wyoming faces a series of climate change-related threats to its environment, people, plants, and animals. Temperatures in the state have already risen 2.5 degrees Fahrenheit since the onset of the 20th century, according to the National Oceanic and Atmospheric Administration. As temperatures rise, the rate and severity of droughts and wildfires are projected to increase and the severity of storms across the state is expected to rise, too. With “unprecedented warming” expected to continue, “communities in Wyoming will continue to experience higher average temperatures, warmer winters, decreased snowfall, stronger storm precipitation events and increased risk of drought and wildfires,” said an EPA spokesperson. “Everyone is faced with high utility bills. What we’re looking at is something that would be off the grid and generate its own power.” The Northern Arapaho will likely prioritize projects that will increase the tribe’s energy independence and the community’s resilience to severe weather events. Tribal planners began working on the community’s application last fall, and identified the building and transportation sectors as the largest sources of climate-warming emissions the tribe could address. “There’s a lot of interest in solar here,” said Steve Babits, an environmental scientist with the Northern Arapaho Natural Resource Office. “People are pretty interested in being more self-sufficient with the utilities.” In its Priority Climate Action Plan (PCAP), a planning document the Northern Arapaho submitted to the EPA last month in order to qualify for general funding, the tribe laid out plans to apply for funds to build a community‐scale solar farm with battery storage on the Wind River Reservation. Such a project could reduce the tribe’s emissions and “provide affordable, reliable power” to the community, the tribe wrote. As Goggles and Babits met with tribal government groups about the PCAP, they said the idea proved popular. “Everyone is faced with high utility bills,” Babits said. “What we’re looking at is something that would be off the grid and generate its own power.” Weatherizing housing on the reservation is another of the tribe’s top priorities. By constructing high-efficiency buildings using electrical heating systems, putting them close together and retrofitting current buildings with better insulation, the tribe can minimize driving and create homes that “more easily ‘ride out’ power failures during inclement weather by minimizing heat energy losses to the exterior,” it said. This would help solve “major public health issues on the reservation” during Wyoming’s biting winters. The Northern Arapaho also signaled they might seek funds to replace the tribe’s fleet of diesel and gas-powered vehicles with electric and hybrid ones. Babits said funding for any of these plans would help the community create jobs. “The reservation is an underserved community, it could really benefit from that,” he said. About 300 miles to the southeast of the Wind River reservation, Renee Smith had been working diligently on Cheyenne’s PCAP and CPRG. “We’ve been working toward this for a year. We just weren’t anticipating being the lead,” she said, referencing Gordon’s decision to remove the state from funding consideration. Like the Northern Arapaho, Smith sees these funds as an opportunity to expand Cheyenne’s renewable energy portfolio. The city is working with Black Hills Energy, a local utility company, to install solar panels on city-owned cattle grazing lands, the municipality’s closed landfill, and both its wastewater treatment plants. (In Wyoming, cities cannot own and provide their own energy.) Together, these projects could add more than 96,000 megawatts to Cheyenne’s grid annually, helping the city meet its growing energy demand as more data center companies flock to the area, Smith said. Cheyenne’s goal is to win as much grant money as it can from the federal competition, but “it would be great if the state could support this.” Pairing solar panels with cattle grazing, a burgeoning practice known as agrivoltaics, could be particularly transformative for the city. Cheyenne makes money by leasing land for grazing, and leasing that same land for solar development to a utility like Black Hills Energy is a way for the city to do some “double dipping,” Smith said. “Cheyenne would become a national leader” if the city received money for this idea, Smith said. “No project in America would come close to the size and scale of this proposed project.” Reusing the city’s old landfill as a solar farm would help power low-income residents’ homes, Smith said, and the goal would be to one day create a community solar site run by Black Hills. Installing solar panels at its Crow Creek and Dry Creek wastewater treatment plants would allow Cheyenne to power municipal infrastructure with cheaper energy, which would free up tax dollars “to fund quality of life projects” like outdoor and indoor recreation facilities Smith said. “We feel like this is just a once in a lifetime opportunity.” In its CPRG application, the city also included plans to capture and sell methane collected from Dry Creek wastewater treatment plant to local utilities that can burn it as natural gas. Any of these projects would develop employment opportunities in Cheyenne. Solar installation creates jobs “on the front end,” Smith said. As the panels are being set up, Cheyenne would train a workforce to “make sure we have enough qualified people to manage these [panels] and maintain them,” she said. Absent federal funding, Cheyenne would be hard pressed to find ways to get these projects off the ground. Wyoming offers Energy Matching Funds, money from state coffers awarded by the Wyoming Energy Authority to projects that meet an array of energy criteria—most of which are focused on preserving the extraction and use of fossil fuels in a clean energy economy. Cheyenne’s goal is to win as much grant money as it can from the federal competition, but “it would be great if the state could support this. Even in this small way,” Smith said.  States and cities that have applied for CPRG funds will compete based on grant proposal size. It is not yet clear how many other states or cities joined Cheyenne in applying for CPRG funding between $50 million to $99 million, but the EPA plans to award anywhere from six to 12 grants in that range, according to an EPA announcement in January. If both the Northern Arapaho’s applications are deemed suitable for funding, the EPA would award the tribe only one grant. With only two applicants from Wyoming, and Gordon electing to keep the state on the sidelines, grant planners from the Northern Arapaho and Cheyenne said they are aware that the rest of the state may be keeping tabs on how their applications turn out should the two communities receive funding. “Hopefully we can be a leader on this in the state and be a good example for everyone,” Babits said.  “It’s really exciting that we get to apply for these funds—and it’s even more exciting if we can move ahead,” Goggles added. “I’m anxious for it.”

This story was originally published by Inside Climate News and is reproduced here as part of the Climate Desk collaboration. When Wyoming governor Mark Gordon told the Environmental Protection Agency in 2023 that the state would not be applying for federal grant money to reduce pollution and greenhouse gases, he left most communities in the state without access to […]

This story was originally published by Inside Climate News and is reproduced here as part of the Climate Desk collaboration.

When Wyoming governor Mark Gordon told the Environmental Protection Agency in 2023 that the state would not be applying for federal grant money to reduce pollution and greenhouse gases, he left most communities in the state without access to potentially transformative funds to upgrade infrastructure, reduce pollution, and bring down costs for local governments.

But in the nation’s most sparsely populated state, two cities and the Northern Arapaho and Eastern Shoshone tribes could qualify on their own for Climate Pollution Reduction Grants (CPRG) from the $4.6 billion made available to states, cities, tribes and territories under the Inflation Reduction Act to reduce greenhouse gas emissions and air pollution. On April 1, Cheyenne, Wyoming’s capital, submitted its application for more than $99 million to cover most of the cost of building two solar farms and making upgrades to both of its wastewater treatment plants. 

A collection of people walks through an open plain.

Northern Arapaho members host a local powwow on the eve of a solar eclipse in Riverton, Wyoming.

Helen H. Richardson/ Getty Images

The Northern Arapaho, which is qualified to apply for the $4.6 billion in general funding, met the EPA’s deadline to do so earlier this month. The tribe is also eligible for $300 million in EPA tribal funding, for which it is finalizing an application ahead of a May 1 deadline. The tribe hopes federal money will fund a solar-powered microgrid on its reservation, enable weatherization and energy efficiency upgrades to residents’ homes, and help convert the tribe’s vehicle fleet to electric and hybrid cars.

Officials from the Northern Arapaho Tribe and city of Cheyenne called the grant money potentially transformational. “This money would really, truly help big time,” said Dean Goggles, environmental director for the tribe’s natural resources office.

Wyoming faces a series of climate change-related threats to its environment, people, plants, and animals. Temperatures in the state have already risen 2.5 degrees Fahrenheit since the onset of the 20th century, according to the National Oceanic and Atmospheric Administration. As temperatures rise, the rate and severity of droughts and wildfires are projected to increase and the severity of storms across the state is expected to rise, too. With “unprecedented warming” expected to continue, “communities in Wyoming will continue to experience higher average temperatures, warmer winters, decreased snowfall, stronger storm precipitation events and increased risk of drought and wildfires,” said an EPA spokesperson.

The Northern Arapaho will likely prioritize projects that will increase the tribe’s energy independence and the community’s resilience to severe weather events. Tribal planners began working on the community’s application last fall, and identified the building and transportation sectors as the largest sources of climate-warming emissions the tribe could address. “There’s a lot of interest in solar here,” said Steve Babits, an environmental scientist with the Northern Arapaho Natural Resource Office. “People are pretty interested in being more self-sufficient with the utilities.”

In its Priority Climate Action Plan (PCAP), a planning document the Northern Arapaho submitted to the EPA last month in order to qualify for general funding, the tribe laid out plans to apply for funds to build a community‐scale solar farm with battery storage on the Wind River Reservation. Such a project could reduce the tribe’s emissions and “provide affordable, reliable power” to the community, the tribe wrote. As Goggles and Babits met with tribal government groups about the PCAP, they said the idea proved popular. “Everyone is faced with high utility bills,” Babits said. “What we’re looking at is something that would be off the grid and generate its own power.”

Weatherizing housing on the reservation is another of the tribe’s top priorities. By constructing high-efficiency buildings using electrical heating systems, putting them close together and retrofitting current buildings with better insulation, the tribe can minimize driving and create homes that “more easily ‘ride out’ power failures during inclement weather by minimizing heat energy losses to the exterior,” it said. This would help solve “major public health issues on the reservation” during Wyoming’s biting winters.

The Northern Arapaho also signaled they might seek funds to replace the tribe’s fleet of diesel and gas-powered vehicles with electric and hybrid ones. Babits said funding for any of these plans would help the community create jobs. “The reservation is an underserved community, it could really benefit from that,” he said.

About 300 miles to the southeast of the Wind River reservation, Renee Smith had been working diligently on Cheyenne’s PCAP and CPRG. “We’ve been working toward this for a year. We just weren’t anticipating being the lead,” she said, referencing Gordon’s decision to remove the state from funding consideration.

Like the Northern Arapaho, Smith sees these funds as an opportunity to expand Cheyenne’s renewable energy portfolio. The city is working with Black Hills Energy, a local utility company, to install solar panels on city-owned cattle grazing lands, the municipality’s closed landfill, and both its wastewater treatment plants. (In Wyoming, cities cannot own and provide their own energy.) Together, these projects could add more than 96,000 megawatts to Cheyenne’s grid annually, helping the city meet its growing energy demand as more data center companies flock to the area, Smith said.

Pairing solar panels with cattle grazing, a burgeoning practice known as agrivoltaics, could be particularly transformative for the city. Cheyenne makes money by leasing land for grazing, and leasing that same land for solar development to a utility like Black Hills Energy is a way for the city to do some “double dipping,” Smith said.

“Cheyenne would become a national leader” if the city received money for this idea, Smith said. “No project in America would come close to the size and scale of this proposed project.”

Reusing the city’s old landfill as a solar farm would help power low-income residents’ homes, Smith said, and the goal would be to one day create a community solar site run by Black Hills. Installing solar panels at its Crow Creek and Dry Creek wastewater treatment plants would allow Cheyenne to power municipal infrastructure with cheaper energy, which would free up tax dollars “to fund quality of life projects” like outdoor and indoor recreation facilities Smith said. “We feel like this is just a once in a lifetime opportunity.”

In its CPRG application, the city also included plans to capture and sell methane collected from Dry Creek wastewater treatment plant to local utilities that can burn it as natural gas.

Any of these projects would develop employment opportunities in Cheyenne. Solar installation creates jobs “on the front end,” Smith said. As the panels are being set up, Cheyenne would train a workforce to “make sure we have enough qualified people to manage these [panels] and maintain them,” she said.

Absent federal funding, Cheyenne would be hard pressed to find ways to get these projects off the ground. Wyoming offers Energy Matching Funds, money from state coffers awarded by the Wyoming Energy Authority to projects that meet an array of energy criteria—most of which are focused on preserving the extraction and use of fossil fuels in a clean energy economy.

Cheyenne’s goal is to win as much grant money as it can from the federal competition, but “it would be great if the state could support this. Even in this small way,” Smith said. 

States and cities that have applied for CPRG funds will compete based on grant proposal size. It is not yet clear how many other states or cities joined Cheyenne in applying for CPRG funding between $50 million to $99 million, but the EPA plans to award anywhere from six to 12 grants in that range, according to an EPA announcement in January.

If both the Northern Arapaho’s applications are deemed suitable for funding, the EPA would award the tribe only one grant.

With only two applicants from Wyoming, and Gordon electing to keep the state on the sidelines, grant planners from the Northern Arapaho and Cheyenne said they are aware that the rest of the state may be keeping tabs on how their applications turn out should the two communities receive funding. “Hopefully we can be a leader on this in the state and be a good example for everyone,” Babits said. 

“It’s really exciting that we get to apply for these funds—and it’s even more exciting if we can move ahead,” Goggles added. “I’m anxious for it.”

Read the full story here.
Photos courtesy of

Scientists Suspect Fracking Contaminated This Pennsylvania Town’s Wells

This story was originally published by Inside Climate News and is reproduced here as part of the Climate Desk collaboration. In the summer of 2022, John Stolz got a phone call asking for his help. This request—one of many the Duquesne University professor has fielded—came from the Center for Coalfield Justice, an environmental nonprofit in […]

This story was originally published by Inside Climate News and is reproduced here as part of the Climate Desk collaboration. In the summer of 2022, John Stolz got a phone call asking for his help. This request—one of many the Duquesne University professor has fielded—came from the Center for Coalfield Justice, an environmental nonprofit in southwestern Pennsylvania.  They told him about New Freeport, a small town in Pennsylvania’s Greene County that had experienced what’s called a “frac-out,” when drilling fluids used in the fracking process escape their intended path and end up at the surface or elsewhere underground, in this case via an abandoned gas well nearby. Residents had noticed strange odors and discoloration in their well water. Their pets were refusing to drink it. Now they wondered if it was unsafe.  Stolz, who has been testing water for signs of pollution from fracking for more than 10 years, agreed to find out. The testing that he and his colleagues carried out over the next two years shows that residents were right to be concerned. They found evidence for oil and gas contamination in a larger geographic area than was initially reported, according to a study published last month. Of the 75 samples tested, 71 percent contained methane.  “We found significant contamination,” Stolz said. “Essentially half of the people in our study had bad water.” Two of the wells registered “explosive levels of methane,” he said. “The homeowners had no clue it was that bad.”  Sarah Martik, the executive director at the Center for Coalfield Justice, said she was grateful for Stolz’s work. “Dr. Stolz has been one of the only people in our area that we can count on to come provide free water tests,” she said. Stolz said the more people heard about the study, the bigger it got. “It started essentially on Main Street, where that initial report came in,” he said. “But I gave a couple of presentations down there with our preliminary results, and it grew, and people started calling and saying, ‘Would you test my water?’” Guy Hostutler, the chairman of the Board of Supervisors in Freeport Township, where New Freeport is located, said at least 22 households there rely on holding tanks called water buffaloes right now because of contamination, and others are using five-gallon jugs brought in by the Center for Coalfield Justice. Some people have installed filter systems.  In addition to the pollution issues, some New Freeport residents have also recently noticed their wells are drying up.  In 2024, residents filed a class-action lawsuit against fracking company EQT, the owner of the well pad that is the alleged source of the frac-out. “I am hopeful that this publication is going to lend a lot of credibility to that fight,” Martik said. “This study is really a validation of what people already know. They have this thing that they’re able to point to now and say, ‘Hey, EQT, this did happen, and I have been impacted.’”  EQT has maintained that it bears no responsibility for the contamination. The company did not respond to a request for comment. When the Pennsylvania Department of Environmental Protection tested wells in New Freeport, the agency found that the water was not safe for human consumption but did not find a link to oil and gas drilling, according to spokesman Neil Shader.  “If you suspect that there’s ever going to be any drilling, get your water tested,” so you’ll have a baseline for comparison. Stolz said he thought DEP had not “fully utilized the data they have” to make a determination on the source of the contamination, which is complicated by the fact that an abandoned conventional gas well was involved. “You have to look at the broader picture and the timeline of events,” he said. “It’s very clear that things changed after the frac-out.” DEP is now investigating more recent complaints in the area that water sources have been contaminated by oil and gas. New Freeport is not the only town in Pennsylvania to find its water contaminated after oil and gas drilling took place nearby. Its story mirrors that of Dimock, a community in the northeastern part of the state that has been without clean water for more than a decade. Dimock made headlines around the world after residents were filmed setting fire to their water. They’re still waiting for a promised public water line.  Groundwater contamination poses particularly acute public health dangers in Pennsylvania, where more than 25 percent of adults use private wells as their primary source for drinking water, 10 percentage points higher than the national average.  And the water in those private water wells—serving more than 3 million people—is rarely tested, according to Penn State University’s Drinking Water program. “You’re looking at community after community across the state and in the tri-state region losing their water. What we’re trying to call attention to is these things happen, and somebody has to be accountable,” Stolz said.  Daniel Bain, a co-author of the study and a professor at the University of Pittsburgh, said companies’ denial of responsibility for contamination becomes increasingly difficult to swallow as the number of incidents rises. “They start to lose credibility. When they say there’s no problem, then you’re like, ‘Well, who do I trust? Do I trust my water ever again?’” he said. Frac-outs are relatively rare, but Pennsylvania’s hundreds of thousands of abandoned and orphaned oil and gas wells make them more probable. These wells are not easily detectable, their locations are often unknown and they’re estimated to be more numerous here than in any other state.  DEP recorded 54 “communication” incidents, as frac-outs are called, between 2016 and 2024.  The Freeport township supervisors have one piece of advice for others who live near fracking. “If you suspect that there’s ever going to be any drilling, get your water tested,” said Tim Brady, the vice-chairman.  Residents can contact Penn State’s Agricultural Analytical Services Laboratory to get testing for oil and gas contaminants, which costs $75. “Pay the money to have the test done so you have it in hand,” Brady said. “It helps not only you, but it would also help your local government. Seventy-five dollars is worth its weight in gold whenever it comes to fighting a battle like this.”   With baseline test results, investigators can more easily pinpoint the source of the contamination, allowing them to distinguish between fracking pollution and other sources, like old coal mines and abandoned oil and gas wells.   Stolz and Bain’s approach relies on “the preponderance of evidence” to separate fracking contamination from legacy pollution caused by other fossil fuel extraction. The results in this paper present “compelling evidence that the frac-out profoundly changed local well water chemistry even without sample data prior to the event for comparison,” according to the authors. Bain said the unpredictable nature of frac-outs means their impacts are more likely to evade regulatory scrutiny. According to state law, contamination within 2,500 feet of a fracking well is presumed to be caused by that drilling. But there is no such “zone of presumption” for frac-outs.  “If it were around a well, it would be 2,500 feet. But because it’s around a frac-out, it’s zero feet, and there’s no responsibility whatsoever,” Bain said. Just last month, Freeport Township declared a disaster emergency, stating that the frac-out had “endangered or will endanger the health, safety and welfare of a substantial number of persons residing in Freeport Township.” Local officials are working to resolve the crisis on several fronts: opening a new investigation with DEP over the water quantity issues, raising money to build a public water line and talking to state and federal officials about what options they have for funding.  “We’re doing everything in our power,” Hostutler said. “We’re going to fight as long as we can.” Hostutler said a few people have moved away in the three years since the frac-out happened, and others are trying to sell their houses. A water buffalo costs $3,000 a month, an expense many residents cannot afford. He worries about what will happen over the long term to the community, which he describes as a close-knit little village where everyone knows each other and looks out for one another.  “We’ve lost a lot of residents over the years. And we want to keep what we have,” Brady said. “It’s not going to be easy, but you just take a look at all the towns around here that’s lost water. They’re nonexistent anymore. We don’t want to end up like that. If you don’t have water, you don’t have anything.”

Has Your Scientific Work Been Cut? We Want to Hear.

For a new series, Times journalists are speaking with scientists whose research has ended as a result of policy changes by the Trump administration.

By most metrics, 2025 has been the worst year for the American scientific enterprise in modern history.Since January, the Trump administration has made deep cuts to the nation’s science funding, including more than $1 billion in grants to the National Science Foundation, which sponsors much of the basic research at universities and federal laboratories, and $4.5 billion to the National Institutes of Health. Thousands of jobs for scientists and staff members have been terminated or frozen at these and other federal agencies, including the Centers for Disease Control and Prevention, the Environmental Protection Agency, the National Oceanic and Atmospheric Administration and the National Park Service.To thousands of researchers — veteran scientists and new grad students, at state universities and Ivy League institutions alike — these sweeping reductions translate as direct personal losses: a layoff, a shuttered lab, a yearslong experiment or field study abruptly ended, graduate students turned away; lost knowledge, lost progress, lost investment, lost stability; dreams deferred or foreclosed.“This government upheaval is discouraging to all scientists who give their time and lend their brilliance to solve the problems beleaguering humankind instead of turning to some other activity that makes a more steady living,” Gina Poe, a neuroscientist at the University of California, Los Angeles, wrote in an email.Next year looks to be worse. The 2026 budget proposed by the White House would slash the National Science Foundation by 56.9 percent, the N.I.H. by 39.3 percent and NASA by 24.3 percent, including 47.3 percent of the agency’s science-research budget. It would entirely eliminate the U.S. Geological Survey’s $299 million budget for ecosystems research; all U.S. Forest Service research ($300 million) and, at NOAA’s Office of Oceanic and Atmospheric Research, all funding ($625 million) for research on climate, habitat conservation and air chemistry and for studying ocean, coastal and Great Lakes environments. The Trump administration has also proposed shutting down NASA and NOAA satellites that researchers and governments around the world rely on for forecasting weather and natural disasters.

Tour operator Intrepid drops carbon offsets and emissions targets

Firm will instead invest A$2m a year in ‘climate impact fund’ supporting renewables and switching to EVsOne of the travel industry’s most environmentally focused tour operators, Intrepid, is scrapping carbon offsets and abandoning its emissions targets as unreachable.The Australian-headquartered global travel company said it will instead invest A$2m a year in an audited “climate impact fund” supporting immediate practical measures such as switching to electric vehicles and investing in renewable energy. Continue reading...

One of the travel industry’s most environmentally focused tour operators, Intrepid, is scrapping carbon offsets and abandoning its emissions targets as unreachable.The Australian-headquartered global travel company said it will instead invest A$2m a year in an audited “climate impact fund” supporting immediate practical measures such as switching to electric vehicles and investing in renewable energy.Intrepid, which specialises in small group tours, said it was stopping carbon offsets and “stepping away” from the Science Based Targets initiative (SBTi), after having committed to 2030 goals monitored by the climate-certification organisation five years ago.In an open letter to staff, the Intrepid co-founder and chair, Darrell Wade, and the chief executive, James Thornton, told staff: “Intrepid, and frankly the entire travel industry, is not on track to achieve a 1.5C future, and more urgent action is required if we are to get even close.”While Intrepid’s brand focuses on the low impact of its group tours, it has long conceded that its bigger footprint is the flights its customers take to reach them, with Wade also admitting two years ago that its offsets were “not credible”.The letter blamed governments that “failed to act on ambitious policies on renewable energy or sustainable aviation fuels that support the scale of change that is required”, adding: “We are not comfortable maintaining a target that we know we won’t meet.”Thornton said the change should build trust through transparency rather than losing customers by admitting its climate pledges had not worked. He told the Guardian: “We were the first global tour operator to adopt a science-based target through the SBTi and now we’re owning the fact that it’s not working for us. We’ve always been real and transparent, which is how we build trust.”He said the fund and a new target to cut the “carbon intensity” of each trip had been developed by climate scientists and would be verified by independent auditors.Part of that attempt would be to reduce the number of long-haul flights taken by customers, Thornton said, by prioritising domestic and short-haul trips, and offering more flight-free itineraries and walking or trekking tours.Environmental campaigners have long dismissed offsets and focused on cutting flying. Dr Douglas Parr, the Greenpeace UK chief scientist, said offsetting schemes had allowed “airlines and other big polluters to falsely claim green credentials while continuing to pump out emissions”.He said Greenpeace backed a frequent flyer levy, with a first flight each year tax-free to avoid taxing an annual family holiday but rising steeply with subsequent flights to deter “the binge flyers who are the main engine of growth for UK flights”.Intrepid’s Thornton said he saw “first-hand how important meaningful climate action is to our founders and owners, who see it as part of their legacy”, but added: “We need to be honest with ourselves that travel is not sustainable in its current format and anything suggesting otherwise is greenwashing.”

Trump’s coal bailout won’t solve the data center power crunch

The Trump administration is spending more than half a billion dollars to help prop up the dying coal industry. It’s also weakening pollution regulations and opening up more federal land to coal mining. All of this isn’t likely to save the industry—and also isn’t likely to do much to meet the surging demand for power from data centers for AI. Coal power is expensive, and that isn’t going to change Aging coal power plants are now so expensive to run that hundreds have retired over the last decade, including around 100 that retired or made plans to retire during Trump’s first term. Offering relatively small subsidies isn’t likely to change the long-term trend. “I don’t think it’s going to change the underlying economics,” says Michelle Solomon, a manager in the electricity program at the think tank Energy Innovation. “The reasons why coal has increased in cost will continue to be fundamentally true.” The cost of coal power grew 28% between 2021 and 2024, or more than double the rate of inflation. One reason is age: the average coal power plant in the U.S. is around 50 years old, and they aren’t designed to last much longer. Because renewable energy is cheaper, and regulation is likely to ramp up in the future, investors don’t see building new coal power plants as viable. But trying to keep outdated plants running also doesn’t make economic sense. The new funding can’t go very far. The Department of Energy plans to spend $625 million on coal projects, including $350 million to recommission and retrofit old plants. Another $25 million is set aside for retrofitting coal plants with natural gas co-firing systems. But that type of project can cost hundreds of millions or even a billion dollars for a single plant. (The $25 million, presumably, might only cover planning or a small pilot.) Other retrofits might only extend the life of a power plant by a few years. Because the plants will continue to be expensive to run, some power plant owners may not think the subsidies are worth it. Utilities want to move on If coal power plants keep running past their retirement age, even with some retrofits, costs keep going up for consumers. “That’s something that you really see in states that continue to rely on coal for a big part of their electricity mix,” says Solomon. “Like Kentucky and West Virginia, who have had their cost for power increase at some of the fastest rates in the country.” In Michigan, earlier this year, the DOE forced a coal power plant to stay open after it was scheduled to retire. The DOE cited an “emergency,” though neither the grid operator nor the utility said that there were power supply issues; the planned retirement of the plant included building new sources of energy to replace it. The utility reported to the SEC that within the first 38 days, alone, it spent $29 million to keep the plant running. (The emergency order is still in place, and being challenged by multiple lawsuits.) The extra expense shows up on consumers’ bills. One report estimates that by 2028, efforts to keep large power plants from retiring could cost consumers more than $3 billion a year. Utilities have long acknowledged the reality that there are less expensive energy sources. In the first Trump administration, in 2018, utilities resisted Trump’s attempts to use emergency powers to keep uneconomic coal plants open. When utilities plan to retire a power plant, there’s a long planning process. Plants begin making decision to defer maintenance that would otherwise be necessary. And many won’t want to reverse their decisions. It’s true that demand for power from data centers has led some utilities to keep coal plants online longer—and electric bills are already soaring in areas near large data centers. But Trump’s incentives may not make much difference for others. The last coal plant in New England just shut down years early, despite the current outlook for data centers. “Utilities do have to take a long-term view,” says Lori Bird, director of the U.S. energy program at the nonprofit World Resources Institute. “They’re doing multi-year planning. So they consider the durability and economic viability of these assets over the longer term. They have not been economic, and they’re also the highest-emitting greenhouse gas facilities.” Even if the Trump administration has rolled back environmental regulations, she says, future administrations could reverse that; continuing to use coal is a risky proposition. In most states, utilities also have to comply with renewable power goals. There are better solutions It’s true that the U.S. needs more power generation, quickly. It’s not clear exactly how much new electricity will be needed—some of that will depend on how much AI is a bubble and how much tech companies can shrink their power usage at data centers. But the nonprofit Rewiring America calculated that data centers that are under construction or in planning could add 93 gigawatts of electricity demand to the U.S. grid by the end of the decade. The nonprofit argues that some or even all of that new capacity could be covered by rooftop solar and batteries at homes. Cheap utility-scale renewable power plants could obviously also help, though the Trump administration is actively fighting them. Battery storage can help provide 24/7 energy. One analysis of a retiring coal plant in Maryland found that it would be less expensive to replace it with batteries and transmission upgrades than to keep it running. Temporarily saving a handful of coal power plants won’t cover the new power needs. It would add to air pollution, water pollution, and climate pollution. And it would significantly push up power bills when consumers are already struggling. Real support for an “energy emergency” would include faster permitting and other work to accelerate building affordable renewable energy, experts say. “Making sure that resources can compete openly is really important,” says Solomon. “It’s important to not only meet the demand from AI, but make sure that it doesn’t raise costs for electricity consumers.”

The Trump administration is spending more than half a billion dollars to help prop up the dying coal industry. It’s also weakening pollution regulations and opening up more federal land to coal mining. All of this isn’t likely to save the industry—and also isn’t likely to do much to meet the surging demand for power from data centers for AI. Coal power is expensive, and that isn’t going to change Aging coal power plants are now so expensive to run that hundreds have retired over the last decade, including around 100 that retired or made plans to retire during Trump’s first term. Offering relatively small subsidies isn’t likely to change the long-term trend. “I don’t think it’s going to change the underlying economics,” says Michelle Solomon, a manager in the electricity program at the think tank Energy Innovation. “The reasons why coal has increased in cost will continue to be fundamentally true.” The cost of coal power grew 28% between 2021 and 2024, or more than double the rate of inflation. One reason is age: the average coal power plant in the U.S. is around 50 years old, and they aren’t designed to last much longer. Because renewable energy is cheaper, and regulation is likely to ramp up in the future, investors don’t see building new coal power plants as viable. But trying to keep outdated plants running also doesn’t make economic sense. The new funding can’t go very far. The Department of Energy plans to spend $625 million on coal projects, including $350 million to recommission and retrofit old plants. Another $25 million is set aside for retrofitting coal plants with natural gas co-firing systems. But that type of project can cost hundreds of millions or even a billion dollars for a single plant. (The $25 million, presumably, might only cover planning or a small pilot.) Other retrofits might only extend the life of a power plant by a few years. Because the plants will continue to be expensive to run, some power plant owners may not think the subsidies are worth it. Utilities want to move on If coal power plants keep running past their retirement age, even with some retrofits, costs keep going up for consumers. “That’s something that you really see in states that continue to rely on coal for a big part of their electricity mix,” says Solomon. “Like Kentucky and West Virginia, who have had their cost for power increase at some of the fastest rates in the country.” In Michigan, earlier this year, the DOE forced a coal power plant to stay open after it was scheduled to retire. The DOE cited an “emergency,” though neither the grid operator nor the utility said that there were power supply issues; the planned retirement of the plant included building new sources of energy to replace it. The utility reported to the SEC that within the first 38 days, alone, it spent $29 million to keep the plant running. (The emergency order is still in place, and being challenged by multiple lawsuits.) The extra expense shows up on consumers’ bills. One report estimates that by 2028, efforts to keep large power plants from retiring could cost consumers more than $3 billion a year. Utilities have long acknowledged the reality that there are less expensive energy sources. In the first Trump administration, in 2018, utilities resisted Trump’s attempts to use emergency powers to keep uneconomic coal plants open. When utilities plan to retire a power plant, there’s a long planning process. Plants begin making decision to defer maintenance that would otherwise be necessary. And many won’t want to reverse their decisions. It’s true that demand for power from data centers has led some utilities to keep coal plants online longer—and electric bills are already soaring in areas near large data centers. But Trump’s incentives may not make much difference for others. The last coal plant in New England just shut down years early, despite the current outlook for data centers. “Utilities do have to take a long-term view,” says Lori Bird, director of the U.S. energy program at the nonprofit World Resources Institute. “They’re doing multi-year planning. So they consider the durability and economic viability of these assets over the longer term. They have not been economic, and they’re also the highest-emitting greenhouse gas facilities.” Even if the Trump administration has rolled back environmental regulations, she says, future administrations could reverse that; continuing to use coal is a risky proposition. In most states, utilities also have to comply with renewable power goals. There are better solutions It’s true that the U.S. needs more power generation, quickly. It’s not clear exactly how much new electricity will be needed—some of that will depend on how much AI is a bubble and how much tech companies can shrink their power usage at data centers. But the nonprofit Rewiring America calculated that data centers that are under construction or in planning could add 93 gigawatts of electricity demand to the U.S. grid by the end of the decade. The nonprofit argues that some or even all of that new capacity could be covered by rooftop solar and batteries at homes. Cheap utility-scale renewable power plants could obviously also help, though the Trump administration is actively fighting them. Battery storage can help provide 24/7 energy. One analysis of a retiring coal plant in Maryland found that it would be less expensive to replace it with batteries and transmission upgrades than to keep it running. Temporarily saving a handful of coal power plants won’t cover the new power needs. It would add to air pollution, water pollution, and climate pollution. And it would significantly push up power bills when consumers are already struggling. Real support for an “energy emergency” would include faster permitting and other work to accelerate building affordable renewable energy, experts say. “Making sure that resources can compete openly is really important,” says Solomon. “It’s important to not only meet the demand from AI, but make sure that it doesn’t raise costs for electricity consumers.”

This innovative climate tech startup just moved its first big project from the U.S. to Canada after Trump cut its funding

At the beginning of this year, a climate tech startup called CarbonCapture was ready to break ground on its first commercial pilot at a site in Arizona. But the project is now about to open 2,700 miles away, in Alberta, Canada. The company started considering new locations shortly after the inauguration, as the political climate around climate projects quickly changed. “We were looking for regions where we felt we could get support for deployment,” says CarbonCapture CEO Adrian Corless. “Canada was an obvious choice given the existence of good government programs and incentives that are there.” [Photo: CarbonCapture] CarbonCapture makes modular direct air capture technology (DAC), units that remove CO2 from the air. In late March, reports came out that the Department of Energy (DOE) was considering cancelling grants for two other large DAC projects, including one in Louisiana that involved the company. By the end of May, by the time the DOE’s Office of Clean Energy Demonstrations announced that it was cancelling $3.7 billion in other grants, the startup had already signed an agreement with Deep Sky Alpha, a facility in Canada that is simultaneously deploying and testing multiple direct air capture projects to help the industry grow. The startup had already self-funded its planned project in Arizona and built the modules for the site. Because it didn’t rely on government funding for the project, it could have moved forward in the U.S. But it saw that it would be harder to move from the pilot to later commercial projects in Arizona. Now, it’s planning to build its first full commercial project in Canada as well. (The company wouldn’t disclose the cost for either project.) [Photo: CarbonCapture] “We just didn’t see a pathway in the U.S. to be able to show that linkage between doing a commercial pilot, starting to generate [carbon dioxide removal] credits and selling them, and then being able to raise the capital for something that’s much larger,” Corless says. Canada offers an investment tax credit of 60% for direct air capture equipment, plus an additional 12% for projects in Alberta, the heart of Canada’s oil and gas industry. The country also has strong support for R&D and first-of-a-kind deployments for early-stage companies, and multiple programs supporting climate tech specifically. The Canada Growth Fund, for example, is a $15 billion fund designed to advance decarbonization. And while Mark Carney, Canada’s prime minister, has taken steps backward on climate policy, he’s also said that he wants the country to be the “world’s leading energy superpower” both for conventional energy and clean energy. The situation in the U.S. is very different. Trump recently called climate change a “con job” in a speech to the United Nations. When Chris Wright, the energy secretary, recently canceled another $13 billion for renewable energy projects, he said, “if you can’t rock on your own after 33 years, maybe that’s not a business that’s going places,” despite the fact that fossil fuels have gotten subsidies from the U.S. for three times as long. Fossil fuel subsidies are now nearly $35 billion a year, or as much as $760 billion if you include health and environmental costs. Direct air capture tech arguably hasn’t been hit quite as hard as other forms of climate tech, like offshore wind power. When the “One Big Beautiful Bill” gutted other funding, from tax credits for EVs to solar panels, it left in place some credits that facilities can earn for capturing carbon as they operate. But the Department of Energy recently cut multiple grants that would have helped new DAC projects get built. One of the large projects CarbonCapture was supporting—the Louisiana facility previously under review, called Project Cypress—lost funding, and the company just received official notice of its cancellation. Corless says that the startup is still carefully watching what happens in D.C.—and the company still hasn’t made any announcements about whether it might move its whole company, not just particular projects. Right now, it’s headquartered in L.A. with around 50 employees. It also has a small factory for its equipment in Arizona, next to the site where it had planned to build its first carbon capture facility. [Photo: CarbonCapture] Moving the first project to Canada happened quickly. Five weeks ago, the site in Alberta was an empty field. Four weeks ago, the company shipped the modules it had built in Arizona to Canada. Construction crews have been finishing the final touches, and the company plans to begin commissioning the system next week. Deep Sky Alpha already had some key infrastructure in place, including access to solar power to run the equipment. The pilot will ultimately be able to capture 2,000 tons of CO2 a year, which will be buried underground. It’s possible that other companies might follow CarbonCapture’s move. “I think that there definitely are going to be several companies that are looking at the same data that we’re looking at,” Corless says. “And I think that it’s not lost on the Canadian government that they have an opportunity as well to step up and potentially take a leadership role in this space, which the U.S. has really owned for the last five years.” “The U.S. does have a real advantage, even without DOE support,” says Erin Burns, director at the nonprofit Carbon180. “But it’s very likely that uncertainty around DOE programs will weaken that edge. Some projects will move abroad. Some that might have thrived here will not. Others will achieve only a fraction of their potential. Each outcome is a setback on its own. Together they add up to millions, possibly billions, in lost investment and slower American innovation.”

At the beginning of this year, a climate tech startup called CarbonCapture was ready to break ground on its first commercial pilot at a site in Arizona. But the project is now about to open 2,700 miles away, in Alberta, Canada. The company started considering new locations shortly after the inauguration, as the political climate around climate projects quickly changed. “We were looking for regions where we felt we could get support for deployment,” says CarbonCapture CEO Adrian Corless. “Canada was an obvious choice given the existence of good government programs and incentives that are there.” [Photo: CarbonCapture] CarbonCapture makes modular direct air capture technology (DAC), units that remove CO2 from the air. In late March, reports came out that the Department of Energy (DOE) was considering cancelling grants for two other large DAC projects, including one in Louisiana that involved the company. By the end of May, by the time the DOE’s Office of Clean Energy Demonstrations announced that it was cancelling $3.7 billion in other grants, the startup had already signed an agreement with Deep Sky Alpha, a facility in Canada that is simultaneously deploying and testing multiple direct air capture projects to help the industry grow. The startup had already self-funded its planned project in Arizona and built the modules for the site. Because it didn’t rely on government funding for the project, it could have moved forward in the U.S. But it saw that it would be harder to move from the pilot to later commercial projects in Arizona. Now, it’s planning to build its first full commercial project in Canada as well. (The company wouldn’t disclose the cost for either project.) [Photo: CarbonCapture] “We just didn’t see a pathway in the U.S. to be able to show that linkage between doing a commercial pilot, starting to generate [carbon dioxide removal] credits and selling them, and then being able to raise the capital for something that’s much larger,” Corless says. Canada offers an investment tax credit of 60% for direct air capture equipment, plus an additional 12% for projects in Alberta, the heart of Canada’s oil and gas industry. The country also has strong support for R&D and first-of-a-kind deployments for early-stage companies, and multiple programs supporting climate tech specifically. The Canada Growth Fund, for example, is a $15 billion fund designed to advance decarbonization. And while Mark Carney, Canada’s prime minister, has taken steps backward on climate policy, he’s also said that he wants the country to be the “world’s leading energy superpower” both for conventional energy and clean energy. The situation in the U.S. is very different. Trump recently called climate change a “con job” in a speech to the United Nations. When Chris Wright, the energy secretary, recently canceled another $13 billion for renewable energy projects, he said, “if you can’t rock on your own after 33 years, maybe that’s not a business that’s going places,” despite the fact that fossil fuels have gotten subsidies from the U.S. for three times as long. Fossil fuel subsidies are now nearly $35 billion a year, or as much as $760 billion if you include health and environmental costs. Direct air capture tech arguably hasn’t been hit quite as hard as other forms of climate tech, like offshore wind power. When the “One Big Beautiful Bill” gutted other funding, from tax credits for EVs to solar panels, it left in place some credits that facilities can earn for capturing carbon as they operate. But the Department of Energy recently cut multiple grants that would have helped new DAC projects get built. One of the large projects CarbonCapture was supporting—the Louisiana facility previously under review, called Project Cypress—lost funding, and the company just received official notice of its cancellation. Corless says that the startup is still carefully watching what happens in D.C.—and the company still hasn’t made any announcements about whether it might move its whole company, not just particular projects. Right now, it’s headquartered in L.A. with around 50 employees. It also has a small factory for its equipment in Arizona, next to the site where it had planned to build its first carbon capture facility. [Photo: CarbonCapture] Moving the first project to Canada happened quickly. Five weeks ago, the site in Alberta was an empty field. Four weeks ago, the company shipped the modules it had built in Arizona to Canada. Construction crews have been finishing the final touches, and the company plans to begin commissioning the system next week. Deep Sky Alpha already had some key infrastructure in place, including access to solar power to run the equipment. The pilot will ultimately be able to capture 2,000 tons of CO2 a year, which will be buried underground. It’s possible that other companies might follow CarbonCapture’s move. “I think that there definitely are going to be several companies that are looking at the same data that we’re looking at,” Corless says. “And I think that it’s not lost on the Canadian government that they have an opportunity as well to step up and potentially take a leadership role in this space, which the U.S. has really owned for the last five years.” “The U.S. does have a real advantage, even without DOE support,” says Erin Burns, director at the nonprofit Carbon180. “But it’s very likely that uncertainty around DOE programs will weaken that edge. Some projects will move abroad. Some that might have thrived here will not. Others will achieve only a fraction of their potential. Each outcome is a setback on its own. Together they add up to millions, possibly billions, in lost investment and slower American innovation.”

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