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The ambitious plan to protect Northern California’s Plumas National Forest from wildfires

To shield the forest and its communities from the next megafire, the Forest Service plans to burn it — intentionally.

A white-headed woodpecker stirs the dawn quiet, hammering at a patch of charred bark stretching 15 feet up the trunk of a ponderosa pine. The first streaks of sun light the tree’s green crown, sending beams across this grove of healthy conifers. The marks of the 2021 Dixie Fire are everywhere. Several blackened trees lie toppled among the pale blossoms of deer brush and the spikes of snow plants, their crimson faded to dusky coral. Flames raged through neighboring forests, exploding the tops of trees, flinging sparks down the mountainside until, on August 4, 2021, the fire itself reached the valley below and Greenville, 90 miles north of Lake Oroville. It took less than 30 minutes to destroy a town of 1,000 residents. Yet this stand at Round Valley Reservoir survived.   Years earlier, U.S. Forest Service crews had removed the brush and smaller trees, reducing the most flammable vegetation. Then they set fires, burning what was left on the ground in slow-moving spurts of flame. When Dixie arrived, the same fire that melted cars and torched 800 homes hit this stand and dropped to the ground. Here Dixie was tame, a docile blaze meandering across the forest floor with only occasional licks up the trunks of trees, says Ryan Bauer, Plumas National Forest fuels manager for the past 18 years. If only there had been more active forest management like this, laments Bauer. Instead of 100-acre patches, “if we had burned 10,000-acre patches, we’d have 10,000-acre patches of surviving forest. We just never did,” says Bauer, who recently retired and is now working with a nonprofit to adapt communities to fire.  Two-thirds of the Plumas National Forest has burned in the last seven years, an area twice the size of San Francisco Bay. The fires have sent smoke charging down the Feather River Canyon, across the Central Valley, and into the San Francisco Bay Area, turning the sky burnt orange. Each fire has taken a toll on the watershed that provides drinking water to over 27 million people in California. With every blaze, habitat for deer, bald eagles, and four of California’s 10 wolf packs hangs in the balance. Read Next Wildfire smoke could soon kill 71,000 Americans every year Matt Simon The rest of the Plumas Forest is still green but far too crowded, with trees six to seven times as dense as in the past, according to a 2022 study led by prominent fire scientist Malcolm North. As forests dry each summer, a process exacerbated by climate change, vegetation becomes vulnerable to the least spark, poised to rage into the catastrophic wildfires experts predict are inevitable without a dramatic increase in active forest management. If the Plumas burns, the 8,000 people who live in towns like Quincy, Graeagle, and Portola are in jeopardy—at risk of joining the thousands of us forced to evacuate Paradise, Greenville, and other Plumas communities destroyed by recent wildfires. The forest also faces an existential risk, says Michael Hall, manager of the Feather River Resource Conservation District. Because forests in the Sierra Nevada have evolved with fire, they depend on its power to clear out overcrowded trees and let in  nurturing bursts of sunlight, to spur new growth. Black-backed woodpeckers, morels, grasses, ferns, and wildflowers all rely on periodic wildfires. A century of fire suppression has stymied this natural succession, creating overcrowded and decadent stands that have fueled the recent sequence of megafires. If we don’t deal with the threat such fires pose, the soil and seed banks that replenish forests will be destroyed, the trees replaced by shrubs and snags, Hall says. Some ponderosa and red fir stands will convert to oak and brush. Without active management, those will burn, too. “And then we’ve lost a forest,” he says. It’s a nightmare scenario that has jolted Forest Service officials into action. Urged on by scientists, the Forest Service, and other natural resource agencies, Plumas Forest officials have launched a plan for a dramatic change in forest management. To mount it, they are using chain saws, drip torches, and an array of gigantic machines that include masticators, feller bunchers, grapples, and hot saws. The goal is to thin, log, and intentionally burn what experts say are unnaturally fire-prone forests. If their work can stay ahead of stand-converting flames, they hope to leave a vast swath of trees resilient to future fires. The project, which targets 285,000 acres of forest, is called Plumas Community Protection, and Congress in 2023 gave the Forest Service $274 million to carry it out. This plan is visionary and ambitious but untested in scale. Its success depends on rapid accomplishment by a bureaucracy seldom known to be nimble, and now in the hands of an administration that has laid off thousands of workers and frozen millions of dollars of federal funds. Despite the high stakes, Forest Service officials have held few public meetings, refused to provide basic details of the project with reporters, and declined to review a summary of our findings. Bay Nature and The Plumas Sun reported largely without the help of federal officials, including public information officers who said they feared doing their jobs would end them. Instead, we interviewed 47 forest experts—agencies, nonprofit organizations, and community leaders—and mined public documents to piece together a picture of the Plumas Community Protection project so far.  These interviews have made clear that the funding, unimaginable five years ago, has been largely spent or obligated. Yet little on-the-ground work has been accomplished in the woods. The plan is already foundering. Hail Mary plan Almost all of us who live in Plumas County can recite the recent fire sequence in chronological order starting in 2017: the Minerva, Camp, Walker, North Complex, Dixie, Beckwourth Complex, Park. . . .  Each name triggers a wave of anxiety. It was the 2021 Dixie Fire that delivered the harshest blow, devastating the communities of Canyon Dam, Greenville, Indian Falls, and Warner Valley as it roared up the Feather River Canyon and on through Lassen Volcanic National Park to Hat Creek. When high winds relented and crews quelled the flames that October, the Dixie Fire had burned nearly one million acres in California’s largest single fire in recorded history. For those who evacuated, who lost homes, offices, and entire businesses, time is forever divided into before and after, pre-fire and post. In the months that followed, stunned Plumas Forest officials grappled with an uncomfortable reality. For decades they had been marking trees to cut, administering timber sales that met the board-footage targets set by officials in Washington, D.C., and putting out every fire they could. By the 1990s, they had realized this management was contributing to larger and more intense wildfires. In response, they had developed a network of fuel breaks—modest linear patches cleared of vegetation—to slow the spread of fire. Reporting by Tanvi Dutta Gupta / Illustration by Kelly Murphy The patch near Round Valley was among the few successful fuel breaks on the Plumas Forest. The Dixie Fire overwhelmed most of the others, along with a handful of related projects. “They just got bowled over by this fire that was happening at this scale we’d never seen before,” says Angela Avery, executive director of Sierra Nevada Conservancy, a state-funded conservation organization. The horrendous damage Dixie caused made it clear that nothing was working to protect the Plumas Forest and its rural communities. “We threw everything we had at that fire but there was nothing we could do to stop it,” says Bauer, the former Plumas National Forest fuels manager.  Bauer, a 1994 graduate of Portola High School in eastern Plumas County, first became intrigued by the role of fire in forest ecosystems in a high school forestry class. Returning fire to landscapes that evolved with it has been his focus during most of his 31-year Forest Service career. As the Dixie smoke settled, Bauer saw an opportunity. He began to develop new plans with regional Fire Safe Councils and community wildfire preparedness groups. They focused on the towns within the Plumas Forest that wildfire had not yet burned. Their plans were aimed at making communities safer and forest stands more resilient to drought, insects, and other climate-driven disturbances. Community protection was the first priority, forest resilience the second. Ideas included up to mile-wide buffer zones around every area where communities bumped up against forests, known as the wildland urban interface (WUI). Bauer’s back-of-the-napkin strategies evolved into the plans that formed the management basis for the community protection plan. The long-term goal is preparing these unburned forests for future fires to amble along the forest floor, clearing out the vegetation that can build into stand-destroying wildfires. The plans expand WUI buffer areas and significantly increase the acreage designated for thinning and logging. Crucially, the plans emphasize the importance of intentional fires set routinely throughout the forest. No thinning, no commercial logging project is complete until the acreage has been intentionally burned, Bauer says. Bauer and his Fire Safe colleagues mapped 300,000 acres where dense brush and overcrowded trees posed a hazard to communities and natural resources. Forest officials launched biological, archaeological, and watershed surveys and started to streamline the environmental analyses they would eventually need. Forest planners often work ahead of funding, but this was a 300,000-acre plan with no assurance of approval or money. “It was a bit of a Hail Mary,” Bauer says. “We take risks sometimes, but mostly safer than this one.” This Hail Mary aimed to save 41 rural communities and the national forest in the immediate path of a potential wildfire all too real in the post-Dixie world. A whopping $274 million The ferocity of the Dixie and other megafires in 2020 and 2021 shocked Forest Service officials in Washington, D.C. In 2022, they announced a wildfire crisis strategy designating 45 million acres, mostly in the West, for attention as particularly high-risk “firesheds.” Congress allocated $3.2 billion in the Bipartisan Infrastructure Law (BIL) and Inflation Reduction Act (IRA) to make them safer. In January 2023, the agency added the Plumas National Forest’s 285,000 acres to the strategy. The astonishing $273,930,000 investment underscored the urgency felt from Quincy to the nation’s capital. The Plumas Forest funding is about 20 percent of the $1.4 billion in federal BIL and IRA spending for nature in Northern California that Bay Nature has tracked in its Wild Billions reporting project, and it is the largest single allocation by far. A commitment to forest health in such a large landscape with that level of funding is monumental, says Chris Daunt, a Portola resident with the Mule Deer Foundation, which received $14 million for on-the-ground treatments—“a once-in-a-lifetime opportunity.” Work quickly shifted to identifying specific geographic areas to begin the thinning and logging that would prepare the way for beneficial fires that protect communities. Some work already begun around Quincy, the county seat, was rolled into the Community Protection project. The next priority became Portola, Graeagle, and a string of small towns along Highway 70, where planning was already underway. Forest officials allocated $85 million from the federal fund to Sierra Tahoe Environmental Management, a logging company based in Loyalton formed around the time the well-funded Plumas plan was announced. STEM is tasked with removing hazardous trees across 70,000 acres, selecting those large enough to log for commercial sale, and eventually applying intentional fire. The nonprofit Missoula, Montana–based National Forest Foundation (NFF) was allocated $98 million to complete similar work on 70,000 acres in the valley surrounding Quincy and Mohawk Valley to the east.  Bigger, faster The sheer size of the Plumas Forest projects is unprecedented. The two 70,000-acre projects are each more than seven times bigger than most previous Plumas contracts and on a much larger scale than has been done in California. It’s the level we need to be working toward, says Jason Moghaddas, a Quincy-based forester, fire ecologist, and geographic analyst who is familiar with the Plumas National Forest.  Size is actually the point, says Avery of the Sierra Nevada Conservancy. Motivated by how much bigger fires have gotten, the Conservancy has invested in landscape-scale projects. “If a megafire or a million-acre fire comes through, we have more opportunity to stand against it, for the treatments to work,” she says. Bauer and other Plumas Forest officials planned thinning projects that leaped from 5,000 acres to 50,000 and prescribed burns that would cover most of the Plumas Community Protection landscape.  The urgency of imminent wildfire caused the Plumas Forest officials to pare down the environmental analyses required by the National Environmental Policy Act. Instead of conducting full environmental impact statements, with scrutiny of cumulative impacts and years-long public comment periods, officials used less rigorous environmental assessments. Work on at least 70,000 acres was fast-tracked under emergency declarations, which eliminate public objections. NEPA processes that would normally take as long as seven years took an average of about 20 months. Read Next Who pays for wildfire damage? In the West, utilities are shifting the risk to customers. Will Peischel This tack brought a few critics—most significantly, two environmental groups that sued the Forest Service for failing to take a “more than perfunctory” look at environmental consequences. Plumas National Forest officials temporarily withdrew their approval for treating more than half the target landscape’s area—delaying implementation for over a year to revise their environmental analysis. It was just released July 1. But nearly all of the 47 people interviewed argued that cutting procedural corners is justified by the looming threat of disastrous fire. The challenge is, “can we work fast enough and do the work well enough to stave off some of the catastrophic outcomes we are seeing,” says Jonathan Kusel, executive director of the Sierra Institute for Community and Environment, whose organization has helped with environmental reviews for the Plumas Forest. Recent science supports both the size and urgency of the Plumas projects, according to Scott Stephens, professor of fire science at UC Berkeley. Some are calling for even more work on even larger landscapes. “If anything, the Plumas Community Protection project doesn’t treat enough acres,” Hall wrote with others in a published commentary. What’s done Driving around Plumas County, where the federal government manages 90 percent of the land, roads seem to go through one mile of green forest for every two miles of charred stands, their specters sometimes reaching to the horizon. Halfway between Quincy and the remote mining town of La Porte, a green forest of red fir and butterscotch-scented Jeffrey pines plunges down the mountain to the Middle Fork of the Feather River. Only the high-pitched call of a Townsend’s solitaire interrupts the muffled cascade a thousand feet below. Sugar pines dangle their foot-long cones on surrounding slopes so thick with seedlings and saplings a California black bear would be challenged to forage among them. This is some of the unnaturally dense forest slated for thinning, logging, and intentional burning. Two years after Congress approved the $274 million, work in the woods has been slow to advance. Progress toward the goal of treating 74,000 acres in 2023, with a total of 185,000 acres in subsequent years, is incremental. Some work has been done. In areas around Quincy and Meadow Valley, and near communities along Highway 70 toward Portola, mastication machines have been chewing brush and small trees into wood chips and spitting them back onto the landscape. Crews are also using chain saws and other machines to thin forests. These are steps preliminary to commercial logging, which has not started. The Forest Service’s annual reports say 49,496 acres of Plumas Forest were treated in 2023 and 5,400 acres in 2024, about one-fifth of the goal. But it’s unclear how much safer the forest is. The reports do not say whether the treatment was thinning, logging, or intentional burning, nor where the activity occurred. Scientists and forest managers across the West have been debating for years how to measure forest resilience and community protection. Acreage is not reliable, says Bauer. A better measure would count an acre as treated when all the on-the-ground work is done, says Eric Edwards, whose research at UC Davis focuses on environmental and agricultural economics. For all the wildfire crisis strategy’s hype of intentional burning and its protective benefits for both forests and communities, the Plumas plan is vague on acreage goals and enforcing the contractors’ burn objectives. It identifies all 285,000 acres for intentional fire, says Bauer. But unlike with thinning and logging, operators are not tied to burn goals. “It’s always a soft commitment,” Bauer says. Plumas Forest officials have reported 2,543 acres burned since October. Almost all of it was burning piles of branches and brush, not the essential low-intensity intentional fires that sweep across the forest floor. Those intentional broadcast burns total about 2,500 acres, Bay Nature and The Plumas Sun estimate, using Forest Service data with help from experts. That’s just under 1 percent of the target landscape. Read Next Two years after a wildfire took everything, Maui homeowners are facing a new threat: Foreclosure Anita Hofschneider In reports on the nationwide wildfire crisis strategy, the Forest Service has cited challenges to implementation, including inflated costs, a lack of timber market for small-diameter wood, employee housing costs, uncompetitive pay, and limited on-the-ground capacity. Little of the information about progress on the Plumas Community Protection projects has come from Plumas Forest officials, who have given short shrift to reporters’ questions since late January. Calls to the Plumas Forest supervisor’s office have gone unreturned, sometimes careening in bizarre redirects that include a scratchy recording of the Smokey Bear song. Reporters’ written questions, submitted in February to the Forest Service’s public affairs office in Washington, D.C., have gone unanswered. The Trump administration has blocked press access to agency scientists and taken down the interactive map that once documented project progress. The only interview granted since late January was a half hour, in August, on how to use agency data. Links to websites available in January now post “page not found” or, more cynically, “Looks like you hit the end of the trail.” Some Plumas residents say the Forest Service has shirked its obligation to keep the public informed. John Sheehan, who has paid close attention to Plumas National Forest issues since 1992, was dismayed by knowing “next to nothing” about the Community Protection plan, he says. “When the government’s going to do something this big and this close to communities, it needs to be in touch with the people affected. The Plumas Forest just isn’t.” Josh Hart, a spokesperson for Feather River Action!, one of the plaintiffs in the lawsuit filed by environmental groups, complains about the dearth of public information for “the most significant plans for the Plumas National Forest ever in history.” The agency has provided no accounting of how it has spent the $274 million. Public records and interviews with contractors reveal that around $202 million has been allocated in contracts for thinning and logging. Another $5 million went to prescribed burning, Bauer says. The Great Basin Institute received approximately $2 million for wildlife surveys. Approximately $50 million went to environmental analyses. That leaves $15 million unaccounted for. Some went directly to salaries, says Bauer. Most of the rest likely went to planning, he says. “That funding source is gone.”  The agency acknowledged in a 2025 national report that it had run through most of its BIL and IRA money. “Fully realizing the vision laid out by the Wildfire Crisis Strategy will require further, sustained investments,” the report says. Hamstrung  Two full years since the launch of the Plumas Community Protection plan, the Plumas Forest’s hamstrung capacity raises questions about its ability to execute its own plan. Recent Trump administration layoffs cap years of reduced staffing. The Plumas Forest supervisor position was vacant for over a year. A merry-go-round of vacancies and short-term appointments often leaves partners and contractors in limbo, waiting for decisions to allow their work to proceed, says Jim Wilcox, a Plumas Corporation senior adviser who has worked on Forest Service restoration contracts for 35 years. “The delays drive everyone crazy.” Other agencies and private companies are filling some of the gaps, which is part of the national strategy to address the wildfire crisis. They have done most of the required environmental analyses and are slated for much of the on-the-ground project work. The Forest Service has always used non-agency partners to do logging and burning, Moghaddas says, but with giant 70,000-acre units, the partnerships are larger and more complex. “The Forest Service can’t do it alone,” he says. Avery calls it a cultural shift: “I have seen an evolution in the Forest Service’s willingness to work with partners, which I thought was a good thing in response to a tragedy.” Read Next First came the wildfire. Then came the scams. Naveena Sadasivam The shift away from federal oversight of national forest land, though, worries Hall. Forest Service crews have generally been composed of people who care about protecting and preserving public lands, he says. “I love the idea of public land and having so much of it available . . . If we don’t have someone obligated to steward it—and that’s the Forest Service folks—we’re all in trouble.”  While STEM is a company of experienced loggers and NFF has demonstrated  dedication to national forest health, these are new ventures for each organization. Ivy Kostick, NFF’s forester for the 70,000-acre project, is breaking it down into manageable pieces, she says: “How do you eat an elephant? One bite at a time?”  Moment of opportunity Now, four years after the Dixie Fire, the ambitious Plumas Community Protection plan is still more promise than on-the-ground reality. Because funding has already been obligated, the major work should eventually proceed, says Jake Blaufuss, a lifelong local and Quincy-based forester for American Forest Resource Council, a trade association that advocates for sustainable forests. Commercial logging will generate revenue that can be reinvested in prescribed burning and other remaining work, Blaufuss says. Jeff Holland, a spokesperson for STEM, says 2026 will bring enough activity “where people will actually see the difference.” For Bauer, the plan’s $274 million bought something essential: environmental analyses. While the Forest Service provided no financial details, partners close to the project confirmed that some of the federal funds went to the biological surveys, stream assessments, archaeological reviews, and timber stand counts required under NEPA. Today, most of the Plumas Community Protection landscape is covered by an approved plan. While currently there’s not a lot of actual activity, when it begins, Blaufuss says, these documents will “allow the Forest Service to be nimble.” Bauer measures the scale of success by the scale of prescribed fire. The goal for both forest resilience and community protection is to follow thinning and logging with burning; it is the goal for the Plumas Community Protection project. What haunts Bauer are the places around Greenville where pre-Dixie plans called for aggressive thinning followed by prescribed fire. Most never saw a chain saw or a drip torch, and most were totally incinerated when Dixie blazed through. “We just didn’t get to them,” Bauer says. If the Plumas Community Protection project does not complete the plan for prescribed burning, “it’s essentially a roulette scenario,” he says. And so far it hasn’t. What the plan has done is to advance the understanding that fire is essential for forest resilience and community safety. Forest managers are thinking creatively about how to achieve that. The conversation about forest management is shifting.  Fire rejuvenates forest ecosystems. While the Dixie Fire’s toll on the Plumas and its communities has been horrific, it leaves them poised for renewal—like silver lupines waiting in the seed bank to burst into flower. If the Plumas Forest project can gain additional funding and muster sufficient political will, the grand plan to protect all that did not burn may advance. “We know we need wholesale change in the way we’re managing the forest,” says Blaufuss. “This is our chance.” Tanvi Dutta Gupta and Anushuya Thapa contributed reporting. This article was supported by the March Conservation Fund. This story was originally published by Grist with the headline The ambitious plan to protect Northern California’s Plumas National Forest from wildfires on Oct 7, 2025.

New England’s final coal plant shuts down years ahead of schedule

Even as the federal government attempts to prop up the waning coal industry, New England’s last coal-fired power plant has ceased operations three years ahead of its planned retirement date. The closure of the New Hampshire facility paves the way for its owner to press ahead with an initiative to transform the site…

Additionally, solar power production accelerated from 2010 on, lowering demand on the grid during the day and creating more evening peaks. Coal plants take longer to ramp up production than other sources, and are therefore less economical for these shorter bursts of demand, Dolan said. In recent years, Merrimack operated only a few weeks annually. In 2024, the plant generated just 0.22% of the region’s electricity. It wasn’t making enough money to justify continued operations, observers said. The closure ​“is emblematic of the transition that has been occurring in the generation fleet in New England for many years,” Dolan said. ​“The combination of all those factors has meant that coal facilities are no longer economic in this market.” Granite Shore Power, the plant’s owner, first announced its intention to shutter Merrimack in March 2024, following years of protests and legal wrangling by environmental advocates. The company pledged to cease coal-fired operations by 2028 to settle a lawsuit claiming that the facility was in violation of the federal Clean Water Act. The agreement included another commitment to shut down the company’s Schiller plant in Portsmouth, New Hampshire, by the end of 2025; this smaller plant can burn coal but hasn’t done so since 2020. At the time, the company outlined a proposal to repurpose the 400-acre Merrimack site, just outside Concord, for clean energy projects, taking advantage of existing electric infrastructure to connect a 120-megawatt combined solar and battery storage system to the grid. It is not yet clear whether changes in federal renewable energy policies will affect this vision. In a statement announcing the Merrimack closure, Granite Shore Power was less specific about its plans than it had been, saying, ​“We continue to consider all opportunities for redevelopment” of the site, but declining to follow up with more detail. Still, advocates are looking ahead with optimism. “This is progress — there’s no doubt the math is there,” Corkery said. ​“It is never over until it is over, but I am very hopeful.”

AirPods Pro 3 review: better battery, better noise cancelling, better earbuds

Top Apple buds get upgraded sound, improved fit, live translation and built-in heart rate sensors, but are still unrepairableApple’s extremely popular AirPods Pro Bluetooth earbuds are back for their third generation with a better fit, longer battery life, built-in heart rate sensors and more effective noise cancelling, and look set to be just as ubiquitous as their predecessors.It has been three years since the last model, but the earbuds still come only in white and you really have to squint at the details to spot the difference from the previous two generations. Continue reading...

Apple’s extremely popular AirPods Pro Bluetooth earbuds are back for their third generation with a better fit, longer battery life, built-in heart rate sensors and more effective noise cancelling, and look set to be just as ubiquitous as their predecessors.The Guardian’s journalism is independent. We will earn a commission if you buy something through an affiliate link. Learn more.It has been three years since the last model, but the earbuds still come only in white and you really have to squint at the details to spot the difference from the previous two generations.The AirPods Pro 3 cost £219 (€249/$249/A$429), making them £30 cheaper in the UK than when their predecessors launched, and sit above the AirPods 4, which cost £169 with noise cancelling for those who don’t like silicone earbud tips.The shape of the earbuds has been tweaked, changing slightly the way you put them in and making them more comfortable than their predecessors for extended listening sessions of three hours or more. Five sizes of tips are included in the box, but if you didn’t get on with silicone earbuds before these won’t make a difference.The stalks are the same length as before, but the shape of the earbud has been changed to better align the tip with your ear canal. Photograph: Samuel Gibbs/The GuardianMost of the features are fairly standard for modern earbuds. Squeeze the stalks for playback controls, swipe for volume or take them out to pause the music. They support the same new features rolled out to Apple’s older earbuds, including the ability to use them as a shutter remote for the camera app and for live translation with the Translate app on the iPhone. The latter is limited to English, French, German, Portuguese and Spanish for now and isn’t available in the EU, but it works surprisingly well for casual conversations.The biggest problem is that the other person will have to rely on reading or hearing your translated speech from your iPhone. I can see it being most useful with announcements or audio guides – the kind you get on transport or in museums where you need only to translate language one way.The most interesting added hardware feature is heart rate monitoring via sensors on the side of the earbuds, similar to Apple’s Powerbeats Pro 2 fitness buds. They can be used with more than 50 workouts started in the Fitness app or a handful of third-party apps on the iPhone and proved to be roughly in line with readings from a Garmin Forerunner 970 or an Apple Watch during walks and runs. The earbuds are water-resistant to IP57 standards, which makes them much more robust against rain and sweat than before.The battery life has been increased by a third to at least eight hours of playback with noise cancelling for each charge, which is very competitive with some of the best rivals and long enough for most listening sessions.The compact flip-top case provides two full charges for a total playback time of 24 hours – six hours short of the previous generation, but five minutes in the case is enough for an hour of listening time. Photograph: Samuel Gibbs/The GuardianSpecifications Connectivity: Bluetooth 5.3, SBC, AAC, H2 chip, UWB Battery life: eight hours ANC playback (24 hours with case) Water resistance: IP57 (buds and case) Earbud dimensions: 30.9 x 19.2 x 27.0mm Earbud weight: 5.6g each Charging case dimensions: 47.2 x 62.2 x 21.8mm Charging case weight: 44g Case charging: USB-C, Qi wireless/MagSafe, Apple Watch Bigger sound and impressive noise cancellingThe silicone earbuds are infused with foam in the tips that expands slightly for a better seal for music and noise cancelling. Photograph: Samuel Gibbs/The GuardianThe sound of the third-generation AirPods Pro takes a great listen and makes it bigger. They have a wider soundscape that makes big tracks sound more expansive, while still maintaining strong but nicely controlled bass. They are detailed, well-balanced and do justice to different genres of music, with plenty of power and punch where needed. As with Apple’s other headphones, they sometimes sound a little too clinical, lacking a bit of warmth or rawness in some tracks, and they can’t quite hit the very deepest of notes for skull-rattling bass. However, few earbuds sound better at this price and size.Apple’s implementation of spatial audio for surround sound for movies remains best in class, adding to the immersion with compatible devices and services, even if spatial audio music remains a mixed bag.The AirPods Pro are the best combination of earbuds and compact case that you can easily fit in a pocket. Photograph: Samuel Gibbs/The GuardianThe improved noise cancelling is the best upgrade. Apple says it is twice as effective as the already good AirPods Pro 2, which sounds about right. In side-by-side comparisons, the AirPods Pro 3 handle street noise, including cars, horns and engines, almost as well as the class-leading Sony WH-1000XM6, which is thoroughly impressive given they are large over-ear headphones, not little earbuds.They also do a great job of dampening the troublesome higher tones such as keyboard clicks and speech, making the commute and office work more bearable.Apple’s class-leading transparency mode is just as good on the new earbuds, sounding natural as if you weren’t actually wearing the earbuds. It makes using them as hearing aids or out on the street with some dampening of sudden loud sounds very good indeed.Call quality is first-rate, and my voice sounded clear and natural in quiet or noisy environments with only a hint of road noise from some loud streets audible on the call.SustainabilityThe case charges via USB-C, MagSafe, Qi or Apple Watch charger, and has a new feature to limit charging of the earbuds to prolong their battery health. Photograph: Samuel Gibbs/The GuardianApple does not provide an expected lifespan for the batteries. Those in similar devices typically maintain at least 80% of their original capacity for 500 full charge cycles. The earbuds are not repairable, but Apple offers a battery service for £49 per earbud or case and offers replacements for those lost or damaged costing from £79 an item. The repair specialists iFixit rated the earbuds zero out of 10 for repairability.The AirPods and case contain 40% recycled material by weight including aluminium, cobalt, copper, gold, lithium, plastic, rare earth elements and tin. Apple offers trade-in and free recycling schemes and breaks down the environmental impact of the earbuds in its report.PriceThe AirPods Pro 3 cost £219 (€249/$249/A$429).For comparison, the AirPods 4 start at £119, the Beats Powerbeats Pro 2 cost £250, the Sennheiser Momentum TW4 cost £199, the Google Pixel Buds Pro 2 cost £219, the Sony WF-1000XM5 cost £219 and the Bose QuietComfort Ultra earbuds cost £300.VerdictThe AirPods Pro 3 take what was great about the ubiquitous second-generation models and improves almost everything.Longer battery life and a better, more comfortable fit for extended listening sessions are very welcome, as is the bigger, wider sound. Proper water resistance and built-in heart rate monitoring makes them useful for workouts, particularly those such as powerlifting that make wearing a watch difficult. The live translation feature worked better than expected, but has limitations that make it less useful for real-life conversations.The best bit is very effective noise cancelling that rivals some of the greatest over-ear headphones, but in a tiny set of earbuds that are much easier to carry around.Audiophiles will find they sound a little too clinical. While they work with any Bluetooth device, including Android phones, PCs and games consoles, they require an iPhone, iPad or Mac for full functionality. But the biggest letdown remains repairability, which remains a problem for most true wireless earbuds and loses them a star. Pros: very effective noise cancelling, great sound, best-in-class transparency, water resistance, built-in HR monitoring, great controls, advanced features with Apple devices including spatial audio, very comfortable, excellent case, top class call quality. Cons: extremely difficult to repair, expensive, no hi-res audio support, lack features when connected to Android/Windows, look the same as predecessors, only available in white. The AirPods Pro 3 are some of the very best earbuds you can buy, particularly if you use an iPhone. Photograph: Samuel Gibbs/The Guardian

Solar and Wind Power Has Grown Faster Than Electricity Demand This Year, Report Says

A new analysis of solar and wind power shows its generation worldwide has outpaced electricity demand this year

Worldwide solar and wind power generation has outpaced electricity demand this year, and for the first time on record, renewable energies combined generated more power than coal, according to a new analysis.Global solar generation grew by a record 31% in the first half of the year, while wind generation grew by 7.7%, according to the report by the energy think tank Ember, which was released after midnight Tuesday London time. Solar and wind generation combined grew by more than 400 terawatt hours, which was more than overall global demand increased in the same period, it found.The findings suggest it is possible for the world to wean off polluting sources of power — even as demand for electricity skyrockets — with continued investment in renewables including solar, wind, hydropower, bioenergy and geothermal energies. “That means that they can keep up the pace with growing appetite for electricity worldwide,” said Małgorzata Wiatros-Motyka, senior electricity analyst at Ember and lead author of the study.At the same time, total fossil fuel generation dropped slightly, by less than 1%.“The fall overall of fossil may be small, but it is significant,” said Wiatros-Motyka. “This is a turning point when we see emissions plateauing."The firm analyzes monthly data from 88 countries representing the vast majority of electricity demand around the world. Reasons that demand is increasing include economic growth, electric vehicles and data centers, rising populations in developing countries and the need for more cooling as temperatures rise.Meeting that demand by burning fossil fuels such as coal and gas for electricity releases planet-warming gases including carbon dioxide and methane. This leads to more severe, costly and deadly extreme weather. Ember also dedicated part of its report to an analysis of China, India, the European Union and the U.S. Combined, they account for nearly two-thirds of electricity generation and carbon dioxide emissions from the power sector globally. In the first six months of the year, China added more solar and wind than the rest of the world combined, and its fossil fuel generation fell by 2%, the report said.India saw record solar and wind growth that outpaced the growth in demand. India's fossil fuel generation also dropped. In both nations, emissions fell.“It’s often been said by analysts that renewable energy doesn’t really lead to a reduction in fossil fuel use,” said Michael Gerrard, founder and director of the Columbia University Sabin Center for Climate Change Law, who was not involved in the report. “This report highlights an encouraging step in the opposite direction.” But in the U.S., demand growth outpaced the growth of clean power generation. In the E.U., sluggish wind and hydropower generation contributed to higher coal and gas generation, the report said. In both markets, fossil fuel generation and emissions increased.In his speech at the United Nations General Assembly last month, Trump attacked renewable energy and questioned the validity of the concept of climate change. Experts warn that Trump's efforts to block clean energy will have a long-term impact.“The federal government is greatly increasing the growth of artificial intelligence, which is going to massively increase electricity demand, and they’re also shutting down the cheapest new sources of electricity, wind and solar. That’s going to lead to a gap in supply and demand,” Gerrard said.Renewables “still have an opportunity to make inroads in to displacing fossil fuels, even with some demand growth,” said Amanda Smith, senior scientist at research organization Project Drawdown, who also wasn't involved in the report. But, Smith said: “I am very cautiously optimistic that renewables can continue to grow and continue to displace fossil fuels in the U.S. I am more optimistic on the world scale.”The Associated Press’ climate and environmental coverage receives financial support from multiple private foundations. AP is solely responsible for all content. Find AP’s standards for working with philanthropies, a list of supporters and funded coverage areas at AP.org.Copyright 2025 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See – Sept. 2025

From the telegraph to AI, our communications systems have always had hidden environmental cost

The telegraph was hailed for its revolutionary ability to span distance. Now AI is being hailed as a great leap forward. But both came with environmental costs.

The first attempt to lay submarine telegraph cable between Britain and France. Universal History Archive/GettyWhen we post to a group chat or talk to an AI chatbot, we don’t think about how these technologies came to be. We take it for granted we can instantly communicate. We only notice the importance and reach of these systems when they’re not accessible. Companies describe these systems with metaphors such as the “cloud” or “artificial intelligence”, suggesting something intangible. But they are deeply material. The stories told about these systems centre on newness and progress. But these myths obscure the human and environmental cost of making them possible. AI and modern communication systems rely on huge data centres and submarine cables. These have large and growing environmental costs, from soaring energy use to powering data centres to water for cooling. There’s nothing new about this, as my research shows. The first world-spanning communication system was the telegraph, which made it possible to communicate between some continents in near-real time. But it came at substantial cost to the environment and humans. Submarine telegraph cables were wrapped in gutta-percha, the rubber-like latex extracted from tropical trees by colonial labourers. Forests were felled to grow plantations of these trees. Is it possible to design communications systems without such costs? Perhaps. But as the AI investment bubble shows, environmental and human costs are often ignored in the race for the next big thing. The telegraph had a sizeable environmental and social cost. Pictured: workers coiling the first transatlantic telegraph cable in the bilge tanks of the S.S. Great Eastern in 1865. Universal History Archives/Getty From the “Victorian internet” to AI Before the telegraph, long distance communication was painfully slow. Sending messages by ship could take months. In the 1850s, telegraph cables made it possible to rapidly communicate between countries and across oceans. By the late 1800s, the telegraph had become ubiquitous. Later dubbed the “Victorian internet”, the telegraph was the predecessor of today’s digital networks. Building telegraph networks was a huge undertaking. The first transatlantic cable was completed in 1858, spanning more than 4,000km between North America and Europe. The first transatlantic submarine cables made possible rapid communication between the United States and Europe. This 1857 map shows their paths. Korff Brothers, CC BY-NC-ND Australia followed closely behind. European colonists created the first telegraph lines in the 1850s between Melbourne and Williamstown. By 1872, the Overland Telegraph Line between Adelaide and Darwin had been completed. From Darwin, the message could reach the world. There are clear differences between the telegraph and today’s AI systems. But there are also clear parallels. In our time, fibre optic cables retrace many routes of the now obsolete submarine telegraph cables. Virtually all (99%) of the world’s internet traffic travels through deep sea cables. These cables carry everything from Google searches to ChatGPT interactions, transmitting data close to the speed of light from your device to faraway data centres and back. Historical accounts describe the telegraph variously as a divine gift, a human-made wonder, and a networked global intelligence, far from the material reality. These descriptions are not far off the way AI is talked about today. Grounded in extraction In the 19th century, the telegraph was commonly thought of as an emblem of progress and technological innovation. But these systems had other stories embedded, such as the logic of colonialism. One reason European powers set out to colonise the globe was to extract resources from colonies for their own use. The same extractive logic can be seen in the telegraph, a system whose self-evident technological progress won out over environmental and social costs. If you look closely at a slice of telegraph cable in a museum or at historic sites where submarine telegraph cables made landfall, you’ll see something interesting. The telegraph was a technological marvel – but it came at considerable cost. Pictured is an 1856 sample of the first submarine telegraph cable linking Newfoundland and Nova Scotia in Canada. Jemimah Widdicombe, CC BY-NC-ND Wrapped around the wires is a mixture of tarred yarn and gutta percha. Cable companies used this naturally occurring latex to insulate telegraph wires from the harsh conditions on the sea floor. To meet soaring demand, colonial powers such as Britain and the Netherlands accelerated harvesting in their colonies across Southeast Asia. Rainforests were felled for plantations and Indigenous peoples forced to harvest the latex. European colonial powers drove intensified production of gutta-percha despite the environmental and social cost. Pictured: Kayan people in Borneo harvesting the milky latex around 1910. Wikimedia, CC BY-NC-ND Australia’s telegraph came at real cost, as First Nations truth telling projects and interdisciplinary researchers have shown. The Overland Telegraph Line needed large amounts of water to power batteries and sustain human operators and their animals at repeater stations. The demand for water contributed to loss of life, forced dispossession and the pollution of waterways. The legacy of these effects are still experienced today. Echoes of this colonial logic can be seen in today’s AI systems. The focus today is on technological advancement, regardless of energy and environmental costs. Within five years, the International Energy Agency estimates the world’s data centres could require more electricity than all of Japan. AI is far more thirsty than the telegraph. Data centres produce a great deal of heat, and water has to be used to keep the servers cool. Researchers estimate that by 2027, AI usage will require between 4.2 and 6.6 billion cubic metres of water – about the same volume used by Denmark annually. With the rise of generative AI, both Microsoft and Google have significantly increased their water consumption. Manufacturing the specialised processors needed to train AI models has resulted in dirty mining, deforestation and toxic waste. As AI scholar Kate Crawford has argued, AI must be understood as a system that is: embodied and material, made from natural resources, fuel, human labour, infrastructures, logistics, histories and classifications. The same was true of the telegraph. Huge new data centres are being built to service the growth in AI and the wider internet. Pictured: a new Google data centre in the United Kingdom. Richard Newstead/Getty Planning for the future Telegraph companies and the imperial networks behind them accepted environmental extraction and social exploitation as the price of technological progress. Today’s tech giants are following a similar approach, racing to release ever more powerful models while obscuring the far reaching environmental consequences of their technologies. As governments work to improve regulation and accountability, they must go further to enforce ethical standards, mandate transparent disclosure of energy and environmental impacts and support low impact projects. Without decisive action, AI risks becoming another chapter in the long history of technologies trading human and environmental wellbeing for technological “progress”. The lesson from the telegraph is clear: we must refuse to accept exploitation as the cost of innovation. Jemimah Widdicombe works for the National Communication Museum (NCM) as Senior Curator.

Scientists Are Uncovering the Secrets of How Fluffy, White Dandelions Spread Their Seeds

Their seed dispersal strategies have helped these ubiquitous plants flourish all over the world, new research suggests

Scientists Are Uncovering the Secrets of How Fluffy, White Dandelions Spread Their Seeds Their seed dispersal strategies have helped these ubiquitous plants flourish all over the world, new research suggests Sarah Kuta - Daily Correspondent October 6, 2025 2:50 p.m. Dandelions are strategic about when to disperse their seeds, new research suggests. Pixabay Chris Roh and his 4-year-old daughter have developed a sweet father-daughter ritual: Whenever they see a fluffy dandelion while they’re out walking, they pick up the flower and blow on it. But Roh is not just a dad, he’s also a fluid dynamicist at Cornell University. So this shared activity got him thinking: How, exactly, do dandelions disperse their seeds? Roh and his colleagues answer this question in a new paper published September 10 in the Journal of the Royal Society Interface, describing the mechanisms that enable the ubiquitous weed (Taraxacum officinale) to spread its white tufts on the breeze. Did you know? Dandelions of many names Dandelions have many nicknames around the world, from "Irish daisy" to "cankerwort." The weed is also sometimes called "wet-the-bed"—likely because of its diuretic effects. “How the seeds are attached to the parent plant, how they enable or prevent [detachment] based on environmental conditions—that moment is so important,” Roh says in a statement. “It sets the trajectory and governs a lot of how far they will go and where they will land,” he says, adding that the initial detachment process “is probably one of the most crucial moments in their biology.” For the study, scientists glued a force sensor to individual dandelion seeds. Then, they slowly tugged the seeds away from the stem in different directions, recording the force required to free them in each scenario. The scientists say this is the first time anyone has ever formally measured the force needed to detach dandelion seeds, per Science News’ Susan Milius. Pulling downward required nearly five times as much force to release the seeds from the plant than pulling upward, according to the researchers. The seeds were the most stubborn when the scientists pulled straight out from the seed head, requiring more than 100 times the force of pulling upward, per Phys.org’s Sanjukta Mondal. Next, the team looked at the plant under a microscope to see how the seeds were attached to the stem. The seeds are connected to the plant by a slender tether with a horseshoe-shaped structure providing support on one side, they discovered. The researchers theorize that when the wind blows the seed tuft toward the supported side of the horseshoe, it doesn’t budge. Only when the breeze blows the tuft toward the open side does the seed detach and float away. These findings won’t surprise anyone who has ever blown on a fluffy dandelion—only the closest tufts take flight, while those on the opposite side of the seed head remain firmly attached. Rotating the plant, while continuing to huff and puff, is the only way to free all the seeds. This asymmetrical arrangement is likely an adaptation to help ensure the plant’s seeds only detach when a wind gust is optimal for dispersal—that is, when the wind is poised to blow the seeds upward and away from the parent plant, instead of downward toward the ground. This, in turn, gives the species better chances of surviving and proliferating. “Seed dispersal over a wide area … offers seedlings the chance to thrive by avoiding being in close proximity to their relatives, which would limit resources for seedlings and the parent plant,” writes Mary Abraham for Nature News and Views. This unique, microscopic seed attachment architecture is likely a big reason why dandelions grow anywhere and everywhere—much to the chagrin of groundskeepers trying to maintain unblemished, manicured lawns. “Its seed dispersal strategies are at least partially responsible for its nearly worldwide distribution and evolutionary success,” the team writes in the paper. The researchers see dandelions as a model for other wind-dispersed plants, such as cotton and lettuce, so they hope their findings will have broader implications. Understanding the basic structural mechanics of dandelion seed dispersion could prove useful for scientists modeling plant and disease population dynamics, for instance, or for growers managing their fields. The findings may one day help improve “how crop seeds are distributed, especially in large-scale farming,” says study co-author Sridhar Ravi, an engineer at the University of New South Wales, Canberra, in Australia, in a statement. “It could lead to more efficient planting techniques that reduce waste and increase yield.” Get the latest stories in your inbox every weekday.

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