Cookies help us run our site more efficiently.

By clicking “Accept”, you agree to the storing of cookies on your device to enhance site navigation, analyze site usage, and assist in our marketing efforts. View our Privacy Policy for more information or to customize your cookie preferences.

The Rio Grande Valley was once covered in forest. One man is trying to bring it back.

News Feed
Monday, April 7, 2025

Sign up for The Brief, The Texas Tribune’s daily newsletter that keeps readers up to speed on the most essential Texas news. This story was produced by Grist and co-published with the Texas Tribune. Jon Dale was 15 and an avid birder when he began planting native seedlings beside his house in Harlingen to attract more birds. He hoped to restore a bit of the Tamaulipan thornforest, a dense mosaic of at least 1,200 plants where ocelots, jaguars, and jaguarundis once prowled among hundreds of varieties of birds and butterflies. Developers began clearing the land in the early 1900s, and Dale's own father bulldozed some of the last coastal tracts in the 1950s. Today, less than 10 percent of the forest that formerly blanketed the Rio Grande Valley still stands. The U.S. Fish and Wildlife Service has restored 16,000 acres since the 1980s in a bid to protect endangered ocelots, but Dale wanted to do more. Dale, now 45, is still at it. He is a director at American Forests, which has toiled for 150 years to restore ecosystems nationwide. The nonprofit started working in the Valley in 1997 and took over the federal restoration effort last year. It also leads the Thornforest Conservation Partnership, a coalition of agencies and organizations hoping to restore at least 81,444 acres, the amount needed for the ocelot population to rebound. Although conservation remains the core mission, everyone involved understands, and promotes, the thornforest’s ability to boost community resilience to the ravages of a warming world. Climate change will only bring more bouts of extreme weather to Texas, and the Valley — one of the state’s poorest regions, but quickly urbanizing — is ill-equipped to deal with it. Dale believes urban thornforests, which can mature in just 10 years, provide climate benefits that will blossom for decades: providing shade, preserving water, reducing erosion, and soaking up stormwater. To prove it, American Forests is launching its first “community forest” in the flood-prone neighborhood of San Carlos, an effort it hopes to soon replicate throughout the region. “People need more tools in the tool kit to actually mitigate climate change impact,” Dale says. “It’s us saying, ‘This is going to be a tool.’ It’s been in front of us this whole time.” *** The Rio Grande Valley already grapples with climatic challenges. Each summer brings a growing number of triple-digit days. Sea level rise and beach erosion claim a bit more coastline every year. Chronic drought slowly depletes the river, an essential source of irrigation and drinking water for nearly 1.4 million people. Flooding, long a problem, worsens as stormwater infrastructure lags behind frenzied development. Three bouts of catastrophic rain between 2018 and 2020 caused more than $1.3 billion in damage, with one storm dumping 15 inches in six hours and destroying some 1,200 homes. Floods pose a particular threat to low-income communities, called colonias, that dot unincorporated areas and lack adequate drainage and sewage systems. San Carlos, in northern Hidalgo County, is home to 3,000 residents, 21 percent of whom live in poverty. Eight years ago, a community center and park opened, providing a much-needed gathering place for locals. While driving by the facility, which sits in front of a drainage basin, Dale had a thought: Why not also plant a small thornforest — a shady place that would provide respite from the sun and promote environmental literacy while managing storm runoff? Although the community lies beyond the acreage American Forests has eyed for restoration, Dale mentioned the idea to County Commissioner Ellie Torres. She deemed it “a no-brainer.” Since her election in 2018, Torres has worked to expand stormwater infrastructure. “We have to look for other creative ways [to address flooding] besides digging trenches and extending drainage systems,” she says. Credit: Laura Mallonee/Grist A thornforest’s flood-fighting power lies in its roots, which loosen the soil so “it acts more like a sponge,” says Bradley Christoffersen, an ecologist at the University of Texas Rio Grande Valley. Urban trees can reduce runoff by as much as 26 percent because their canopies intercept rainfall and their roots help absorb it, saving cities millions in annual stormwater mitigation and environmental impact costs. This effect varies from place to place, so American Forests hopes to enlist researchers to study the community forest's impact in San Carlos. That sentiment has grown as cities across the Valley embrace green infrastructure. Brownsville is planting a “pocket prairie” of thornforest species like brasil, colima, and Tamaulipan fiddlewood in one drainage area. McAllen, about an hour to the west, has enlisted the help of a local thornforest refuge to add six miniature woodlands to school playgrounds, libraries, and other urban locations. The biggest challenge to greater adoption of this approach is “a lack of plant distributors that carry the really cool native thornscrub species,” says Brownsville city forester Hunter Lohse. “We’re trying to get plant suppliers to move away from the high-maintenance tropical plants they’ve been selling for 50 years.” *** American Forests doesn’t have that problem. Two dedicated employees roam public lands to collect seeds, some of which weigh less than a small feather. They typically gather more than 100 pounds of them each year and stash them in refrigerators or freezers at Marinoff Nursery, a government-owned, 15,000-square-foot facility in Alamo that the nonprofit runs. That may sound like a lot of seed, but it’s only sufficient to raise about 150,000 seedlings. Another 50,000 plants provided by contract growers allows them to reforest some 200 acres. At that rate, without additional funding and an expansion of its operation, it could take four centuries to achieve its goal of restoring nearly 82,000 acres throughout the Valley. “These fields are probably one generation, maximum, from turning into housing,” Dale says. Credit: Laura Mallonee/Grist Funding is a serious challenge, though. In 2024, American Forests began a $10 million contract with the Fish & Wildlife Service to reforest 800 acres (including 200 the agency’s job solicitation noted was lost to the construction of a section of border wall). That comes to $12,500 an acre, suggesting it could take more than $1 billion to restore just what the ocelots need. Despite this, Dale says any restoration, no matter how small, is “worth the investment.” The nursery is currently growing 4,000 seedlings for four more community plots, each an acre or two in size. For now, nursery workers just have to keep the plants alive. All of them are naturally drought-resistant, and raised with an eye toward the lives they’ll lead. “We don’t baby them or coddle them,” senior reforestation manager Murisol Kuri says. “We want to make sure they are acclimated enough so when we plant they can withstand the heat and lack of water.” Credit: Laura Mallonee/Grist Despite this, on average, 20 percent of plants die, partly due to drought. It underscores the complexity of American Forest’s undertaking: While thornforest restoration can help mitigate climate change, it only works if the plants can stand up to the weather. The organization expects that in the future, species that require at least 20 inches of annual rainfall could perish (some, like the Montezuma cypress and cedar elm, are already dying). That doesn’t necessarily doom an ecosystem, but it does create opportunities for nonnative fauna to push out endemic plants. Removing them is a hassle, so it is best to avoid letting them take root. “If you don’t do this right, it can blow up in your face,” Dale says. Hoping to evade this fate with its restored thornforests, American Forests has created a playbook of “climate-informed” planting. The six tips include shielding seedlings inside polycarbonate tubes, which ward against strong winds and hungry critters while mimicking the cooler conditions beneath tree canopies. Seedling survival rates shot up as much as 90 percent once American Forests adopted the technique a decade ago. Another strategy seems abundantly obvious: Select species that can endure future droughts. Christoffersen, the University of Texas ecologist, and his students have surveyed restoration sites dating to the 1980s to see which plants thrived. The winners? Trees like Texas ebony and mesquite that have thorns to protect them from munching animals and long roots to tap moisture deep within the earth. Guayacan and snake eye, two species abundant in surviving patches of the original Tamaulipan thornforest, didn’t fare nearly as well when planted on degraded agricultural lands and would require careful management, as would wild lime and saffron plum. Credit: Laura Mallonee/Grist Altering the thornforest’s composition by picking and choosing the heartiest plants would decrease overall diversity, but increase the odds of it reaching maturity and bringing its conservation and climate benefits to the region. A 40-acre planting at Laguna Atascosa National Wildlife Refuge reveals how quickly this can happen. Five years ago, a tractor wove through the site cultivating sorghum, which gave way to 40,000 seedlings. Today, the biggest trees stand 10 feet tall, with thorns high enough to snag clothing. This little patch of the past does more than preserve the region’s biological history or defend it from a warming world. It’s an attempt to reverse what naturalist Robert Pyle calls an “extinction of experience.” Most people have never even heard of a thornforest, let alone witnessed its wild beauty at Santa Ana. Dale and those working alongside him to revive what’s been lost want others to know the value this ecosystem holds beyond saving ocelots or mitigating climate change. His grandfather was a preacher, and that influence is evident as he speaks of the “almost transcendental” feeling he gets simply being in nature. “I’ve talked to people, and it’s like, ‘Do you know how this is going to enrich your life?’” Tickets are on sale now for the 15th annual Texas Tribune Festival, Texas’ breakout ideas and politics event happening Nov. 13–15 in downtown Austin. Get tickets before May 1 and save big! TribFest 2025 is presented by JPMorganChase.

The Tamaulipan thornforest once covered 1 million acres on both sides of the border with Mexico. Restoring even a fraction of it could help the region cope with the ravages of a warming world.

Sign up for The Brief, The Texas Tribune’s daily newsletter that keeps readers up to speed on the most essential Texas news.


This story was produced by Grist and co-published with the Texas Tribune.

Jon Dale was 15 and an avid birder when he began planting native seedlings beside his house in Harlingen to attract more birds. He hoped to restore a bit of the Tamaulipan thornforest, a dense mosaic of at least 1,200 plants where ocelots, jaguars, and jaguarundis once prowled among hundreds of varieties of birds and butterflies. Developers began clearing the land in the early 1900s, and Dale's own father bulldozed some of the last coastal tracts in the 1950s.

Today, less than 10 percent of the forest that formerly blanketed the Rio Grande Valley still stands. The U.S. Fish and Wildlife Service has restored 16,000 acres since the 1980s in a bid to protect endangered ocelots, but Dale wanted to do more.

Dale, now 45, is still at it. He is a director at American Forests, which has toiled for 150 years to restore ecosystems nationwide. The nonprofit started working in the Valley in 1997 and took over the federal restoration effort last year. It also leads the Thornforest Conservation Partnership, a coalition of agencies and organizations hoping to restore at least 81,444 acres, the amount needed for the ocelot population to rebound. Although conservation remains the core mission, everyone involved understands, and promotes, the thornforest’s ability to boost community resilience to the ravages of a warming world.

Climate change will only bring more bouts of extreme weather to Texas, and the Valley — one of the state’s poorest regions, but quickly urbanizing — is ill-equipped to deal with it. Dale believes urban thornforests, which can mature in just 10 years, provide climate benefits that will blossom for decades: providing shade, preserving water, reducing erosion, and soaking up stormwater. To prove it, American Forests is launching its first “community forest” in the flood-prone neighborhood of San Carlos, an effort it hopes to soon replicate throughout the region.

“People need more tools in the tool kit to actually mitigate climate change impact,” Dale says. “It’s us saying, ‘This is going to be a tool.’ It’s been in front of us this whole time.”

***

The Rio Grande Valley already grapples with climatic challenges. Each summer brings a growing number of triple-digit days. Sea level rise and beach erosion claim a bit more coastline every year. Chronic drought slowly depletes the river, an essential source of irrigation and drinking water for nearly 1.4 million people. Flooding, long a problem, worsens as stormwater infrastructure lags behind frenzied development. Three bouts of catastrophic rain between 2018 and 2020 caused more than $1.3 billion in damage, with one storm dumping 15 inches in six hours and destroying some 1,200 homes. Floods pose a particular threat to low-income communities, called colonias, that dot unincorporated areas and lack adequate drainage and sewage systems.

San Carlos, in northern Hidalgo County, is home to 3,000 residents, 21 percent of whom live in poverty. Eight years ago, a community center and park opened, providing a much-needed gathering place for locals. While driving by the facility, which sits in front of a drainage basin, Dale had a thought: Why not also plant a small thornforest — a shady place that would provide respite from the sun and promote environmental literacy while managing storm runoff?

Although the community lies beyond the acreage American Forests has eyed for restoration, Dale mentioned the idea to County Commissioner Ellie Torres. She deemed it “a no-brainer.” Since her election in 2018, Torres has worked to expand stormwater infrastructure. “We have to look for other creative ways [to address flooding] besides digging trenches and extending drainage systems,” she says.

Credit: Laura Mallonee/Grist

A thornforest’s flood-fighting power lies in its roots, which loosen the soil so “it acts more like a sponge,” says Bradley Christoffersen, an ecologist at the University of Texas Rio Grande Valley. Urban trees can reduce runoff by as much as 26 percent because their canopies intercept rainfall and their roots help absorb it, saving cities millions in annual stormwater mitigation and environmental impact costs. This effect varies from place to place, so American Forests hopes to enlist researchers to study the community forest's impact in San Carlos.

That sentiment has grown as cities across the Valley embrace green infrastructure. Brownsville is planting a “pocket prairie” of thornforest species like brasil, colima, and Tamaulipan fiddlewood in one drainage area. McAllen, about an hour to the west, has enlisted the help of a local thornforest refuge to add six miniature woodlands to school playgrounds, libraries, and other urban locations. The biggest challenge to greater adoption of this approach is “a lack of plant distributors that carry the really cool native thornscrub species,” says Brownsville city forester Hunter Lohse. “We’re trying to get plant suppliers to move away from the high-maintenance tropical plants they’ve been selling for 50 years.”

***

American Forests doesn’t have that problem. Two dedicated employees roam public lands to collect seeds, some of which weigh less than a small feather. They typically gather more than 100 pounds of them each year and stash them in refrigerators or freezers at Marinoff Nursery, a government-owned, 15,000-square-foot facility in Alamo that the nonprofit runs.

That may sound like a lot of seed, but it’s only sufficient to raise about 150,000 seedlings. Another 50,000 plants provided by contract growers allows them to reforest some 200 acres. At that rate, without additional funding and an expansion of its operation, it could take four centuries to achieve its goal of restoring nearly 82,000 acres throughout the Valley. “These fields are probably one generation, maximum, from turning into housing,” Dale says.

Credit: Laura Mallonee/Grist

Funding is a serious challenge, though. In 2024, American Forests began a $10 million contract with the Fish & Wildlife Service to reforest 800 acres (including 200 the agency’s job solicitation noted was lost to the construction of a section of border wall). That comes to $12,500 an acre, suggesting it could take more than $1 billion to restore just what the ocelots need.

Despite this, Dale says any restoration, no matter how small, is “worth the investment.” The nursery is currently growing 4,000 seedlings for four more community plots, each an acre or two in size.

For now, nursery workers just have to keep the plants alive. All of them are naturally drought-resistant, and raised with an eye toward the lives they’ll lead. “We don’t baby them or coddle them,” senior reforestation manager Murisol Kuri says. “We want to make sure they are acclimated enough so when we plant they can withstand the heat and lack of water.”

Credit: Laura Mallonee/Grist

Despite this, on average, 20 percent of plants die, partly due to drought. It underscores the complexity of American Forest’s undertaking: While thornforest restoration can help mitigate climate change, it only works if the plants can stand up to the weather. The organization expects that in the future, species that require at least 20 inches of annual rainfall could perish (some, like the Montezuma cypress and cedar elm, are already dying). That doesn’t necessarily doom an ecosystem, but it does create opportunities for nonnative fauna to push out endemic plants. Removing them is a hassle, so it is best to avoid letting them take root. “If you don’t do this right, it can blow up in your face,” Dale says.

Hoping to evade this fate with its restored thornforests, American Forests has created a playbook of “climate-informed” planting. The six tips include shielding seedlings inside polycarbonate tubes, which ward against strong winds and hungry critters while mimicking the cooler conditions beneath tree canopies. Seedling survival rates shot up as much as 90 percent once American Forests adopted the technique a decade ago.

Another strategy seems abundantly obvious: Select species that can endure future droughts. Christoffersen, the University of Texas ecologist, and his students have surveyed restoration sites dating to the 1980s to see which plants thrived. The winners? Trees like Texas ebony and mesquite that have thorns to protect them from munching animals and long roots to tap moisture deep within the earth. Guayacan and snake eye, two species abundant in surviving patches of the original Tamaulipan thornforest, didn’t fare nearly as well when planted on degraded agricultural lands and would require careful management, as would wild lime and saffron plum.

Credit: Laura Mallonee/Grist

Altering the thornforest’s composition by picking and choosing the heartiest plants would decrease overall diversity, but increase the odds of it reaching maturity and bringing its conservation and climate benefits to the region. A 40-acre planting at Laguna Atascosa National Wildlife Refuge reveals how quickly this can happen. Five years ago, a tractor wove through the site cultivating sorghum, which gave way to 40,000 seedlings. Today, the biggest trees stand 10 feet tall, with thorns high enough to snag clothing.

This little patch of the past does more than preserve the region’s biological history or defend it from a warming world. It’s an attempt to reverse what naturalist Robert Pyle calls an “extinction of experience.” Most people have never even heard of a thornforest, let alone witnessed its wild beauty at Santa Ana. Dale and those working alongside him to revive what’s been lost want others to know the value this ecosystem holds beyond saving ocelots or mitigating climate change. His grandfather was a preacher, and that influence is evident as he speaks of the “almost transcendental” feeling he gets simply being in nature. “I’ve talked to people, and it’s like, ‘Do you know how this is going to enrich your life?’”


Tickets are on sale now for the 15th annual Texas Tribune Festival, Texas’ breakout ideas and politics event happening Nov. 13–15 in downtown Austin. Get tickets before May 1 and save big! TribFest 2025 is presented by JPMorganChase.

Read the full story here.
Photos courtesy of

Australia has new laws to protect nature. Do they signal an end to native forest logging?

What do Australia’s new nature laws mean for native forests? The reforms closed a loophole that stopped legal scrutiny of logging. But we need the full detail.

Reforms to Australia’s nature laws have passed federal parliament. A longstanding exemption that meant federal environment laws did not apply to native logging has finally been removed from the Environment Protection and Biodiversity Conservation Act. Native forest logging will now be subject to national environmental standards – legally binding rules supposed to set clear goals for environmental protection. This should be a win for the environment, and some have celebrated it as an end to native forest logging in Australia. But the reality is such celebrations are premature. We don’t have all the details of the new standards, or know how they will be enforced and monitored. Business as usual? Federal Environment Minister Murray Watt has told the forestry industry, including in Tasmania, that native forest operations will continue as usual. In an interview with ABC Radio Hobart, he said the changes keep day-to-day forestry approvals with the state government, but introduce stronger federal oversight. If that is the case, the logging of habitat for endangered species, such as the swift parrot, will continue, pushing these species closer to extinction. The Tasmanian government has shown no signs of willingness to change its current approach. And if “business as usual” logging persists, the environment reforms will fall far short of what Australia’s forests – and their plants and animals – need. Uncertain standards We don’t yet know what the national forestry standards will contain. But the draft standards for some threatened and endangered forest species aren’t enough to arrest ongoing declines, based on drafts I’ve seen that are yet to be publicly released. Crucially, we can’t meet the habitat requirements for many forest-dependent species by simply replanting previously cleared land. This is because the trees in replanted forests won’t be mature for several hundred years. Many forest-dwelling species live in holes and hollows that occur only in mature trees. In other words, allowing loggers to “offset” the forests they damage by replanting other areas is broadly impossible. This reinforces longstanding concerns about the limitations of biodiversity offsets as a way to conserve endangered forests and animals. Swift parrots are fast-flying migratory parrots. They are critically endangered, partly because the forests they nest in are being logged. Thirdsilencenature/Flickr, CC BY-ND Industry pushback Parts of the forest industry are already seeking to rebrand damaging practices such as mechanical thinning (the removal of large numbers of trees), as forms of so-called “active management” to create healthy forests. The Australian government’s Timber Fibre Strategy makes extensive reference to the use of “active management”. However, the scientific evidence shows the opposite: such activities can degrade forest structure (by removing key understorey vegetation), facilitate the invasion of weed species, and undermine the ecological integrity of forests. Different forests Australia has a vast range of different forest types, and many support a variety of animals and plants threatened by forestry operations. Effective national standards therefore need to be detailed and sophisticated to deal with such complexity. This will take considerable time to design. And it’s possible each species and forest type will need a different set of standards. These will need to account not only for the direct impacts of logging – such as the death of animals when their habitat trees are felled – but also indirect impacts. For example, logging can increase fire risk, promote the spread of weeds and feral animals into disturbed areas, and trigger long-term changes in vegetation structure. Developing national standards is only part of the challenge. Implementing them will demand significant new resources, as well as robust monitoring to ensure governments and logging contractors actually stick to the rules. Better recovery Many of Australia’s threatened species don’t have up-to-date recovery plans that will guide the best way to prevent their extinction. And when plans do exist, there is often a lack of resourcing to put them into action. Without substantial investment, many plants and animals will fall between the cracks, and these new environmental standards will not deliver the change so desperately needed. They must be matched with careful monitoring of species in forests and properly-funded plans for their recovery. A simple solution There is a straightforward way to avoid the ecological, administrative, and financial problems created by native forest logging – stop it altogether. The evidence shows ending native forest logging would deliver significant benefits for biodiversity, forest ecosystems, and reduce fire risks. It also would benefit government finances because taxpayers would no longer need to subsidise an economically unviable industry that currently loses large amounts of money. The environment law reforms are to be welcomed. But the devil will be in the detail as to whether hopes for better environmental outcomes and improved forest conservation are realised. David Lindenmayer receives funding from the Australian Government, NSW Government and the Victorian Government. He is a Councillor with the Biodiversity Council and a Member of Birdlife Australia, the Ecological Society of Australia, and the Australian Mammal Society. He is a Fellow of the Australian Academy of Science, Fellow of the American Academy of Science, Fellow of the Ecological Society of America, and Fellow of Royal Zoological Society of NSW.

Mischievous Hands': Indonesians Blame Deforestation for Devastating Floods

By Ananda TeresiaSOUTH TAPANULI, Indonesia, Dec 2 (Reuters) - Indonesian Reliwati Siregar gestured angrily at deforestation around her home on the...

SOUTH TAPANULI, Indonesia, Dec 2 (Reuters) - Indonesian Reliwati Siregar gestured angrily at deforestation around her home on the island of Sumatra, where landslides and floods brought by a tropical storm killed more than 700 people in its deadliest disaster since a cataclysmic tsunami in 2004."Mischievous hands cut down trees ... they don't care about the forests, and now we're paying the price," Siregar said at a temporary shelter near her home in Tapanuli, the worst-hit area, with about a quarter of the death toll, government data shows.The landslides buried homes and crippled rescue and relief efforts, while floodwaters washed ashore dozens of logs, Siregar said."The rain did cause the flood, but it's impossible for it to sweep away this much wood," the 62-year-old added, her voice rising in disgust. "Those raindrops do not cause wood to fall."Environmental experts and regional leaders said the tropical storm in the Malacca Strait that hit Indonesia, Malaysia, and Thailand last week, killing more than 800 people, was just one of many worsened by climate change.But deforestation in Sumatra led to a disproportionately deadly toll, they said.  "Yes, there were cyclonic factors, but if our forests were well-preserved ... it would not have been this terrible," Gus Irawan Pasaribu, a local government leader in Tapanuli, told Reuters by telephone.Pasaribu said he had already protested to the forestry ministry over licences issued for the use of forest area for projects, but it ignored his pleas.Indonesia's forestry and environment ministries did not reply to Reuters requests for comment.Media said the attorney general's office is leading a task force to check if illegal activities contributed to the disaster, and that the environment ministry would query eight companies in industries such as logging, mining and palm plantations, after logs washed ashore in some areas of Sumatra.They did not identify the companies or projects.Masinton Pasaribu, another local government official in Tapanuli, blamed the clearing of natural forests to make way for palm plantations, which yield palm oil, one of Indonesia's main exports.Authorities in the archipelago, home to many dense tropical forests, have looked to reverse some of the destruction but lean heavily on its vast natural resources to fuel economic growth.Monitoring group Global Forest Watch says North Sumatra lost 1.6 million hectares of tree cover over the period from 2001 to 2024, or the equivalent of 28% of the tree-covered area.From 2001 to 2024, Sumatra as a whole has lost 4.4 million hectares (11 million acres) of forest, an area bigger than Switzerland, said David Gaveau, founder of deforestation monitor Nusantara Atlas."This is the island of Indonesia that has had the most deforestation," he said, adding that global warming was the biggest factor in the deadly floods, though deforestation had a secondary role.Environment-focused group JATAM said its analysis of satellite imagery showed construction for the China-funded 510MW Batang Toru hydropower plant, planned to begin operating in 2026, contributed to the destruction."This situation can no longer be explained merely by the narrative of 'extreme weather,' but must be understood as a direct consequence of upstream ecosystem and watershed destruction by extractive industries," it said in a statement.Reuters could not reach North Sumatra Hydro Energy, which runs the plant, to seek comment. Its parent, China's SDIC Power Holdings, did not immediately respond to a request for comment.Another environment-focused non-government group, Walhi, sought revocation of a government permits for the hydropower plant in a 2018 lawsuit in a state administrative court, but the court rejected the suit in 2019, media say."This disaster was caused not only by natural factors but also ecological factors, namely mismanagement of natural resources by the government," Walhi said.JATAM said legal permits to convert forests into extraction zones covered about 54,000 hectares (133,000 acres), a majority of them for mining.Among the permit holders is PT Agincourt Resources, which operates the Martabe gold mine in the Batang Toru ecosystem.In a statement to Reuters it said making a direct link between the floods and the mine's operations was "a premature and inaccurate conclusion". Instead, it pointed to extreme weather, the overflowing river, and a blockage of logs at one point in its course."Usually just a few ... but now, there's more than ever," said Yusneli, 43, a resident of the West Sumatran city of Padang, who goes by one name, as she described the alarm caused by the number of logs washing ashore. (Reporting by Yudhistira in Tapanuli, Ananda Teresia, Fransiska Nangoy, Stanley Widianto, Zahra Matarani and Heru Asprihanto in Jakarta and Johan Purnomo, Willy Kurniawan and Aidil Ichlas in Padang; Writing by Gibran Peshimam; Editing by Josh Smith and Clarence Fernandez)Copyright 2025 Thomson Reuters.

European Parliament Supports Year-Long Deforestation Law Delay

BRUSSELS (Reuters) -The European Parliament on Wednesday voted in favour of delaying the implementation of the European Union's deforestation law...

BRUSSELS (Reuters) -The European Parliament on Wednesday voted in favour of delaying the implementation of the European Union's deforestation law by one year.Companies will have an additional year to comply with new EU rules to prevent deforestation, the European Parliament said in a statement.Large operators and traders must respect the obligations of this regulation as of December 30, 2026, and micro and small enterprises from June 30, 2027.The ban on imports of cocoa, palm oil and other commodities linked to forest destruction is a key pillar in the EU's green agenda.The world-first policy aims to end the 10% of global deforestation fuelled by EU consumption of imported soy, beef, palm oil and other products, but has become a politically contested part of Europe's green agenda.But it faces pushback from some industries and countries that say the measures are costly and logistically challenging.Critics have previously warned of environmental setbacks.Food majors such as Nestle, Ferrero and Olam Agri back the law. They warned last month that delaying it endangers forests worldwide and is contrary to the EU's aim of simplifying business rules.Advocacy group Business For Nature called the delay "a profound failure of political courage".(Reporting by Charlotte Van Campenhout, editing by Bart Meijer and Ed Osmond)Copyright 2025 Thomson Reuters.

Two College Students Are Building a Robot to Replant Burned Forests

Marta Bernardino and Sebastião Mendonça invented Trovador, a six-legged, A.I.-powered robot that can plant trees in hard-to-reach, wildfire-damaged terrain

Two College Students Are Building a Robot to Replant Burned Forests Marta Bernardino and Sebastião Mendonça invented Trovador, a six-legged, A.I.-powered robot that can plant trees in hard-to-reach, wildfire-damaged terrain Nineteen-year-olds Marta Bernardino and Sebastião Mendonça are developing a robot capable of reaching and reforesting areas where humans have been unable to. Trovador For 19-year-olds Marta Bernardino and Sebastião Mendonça, the forest was the intimate, untamed backdrop of their childhood. “It was a living playground where we built worlds, a sanctuary where the concepts of ‘importance’ were felt instinctively rather than taught,” says Bernardino. As children growing up near Lisbon, the two always believed that the forest would remain a constant in their lives. But with each year, they watched as fires ravaged the forests not far from their homes, leaving behind scorched gray hillsides. Desperate to revive these forests, the two then-high school students set out to create Trovador—a robot capable of reaching and reforesting areas where humans have been unable to. The state of Portugal’s forests A 2024 study by Carlos C. DaCamara, an atmospheric scientist at the University of Lisbon, revealed that between 1980 to 2023, over 1.2 million acres burned in wildfires across mainland Portugal, equivalent to 54 percent of its territory. In 2017, the country recorded 32,000 acres of tree cover loss, with wildfire accounting for 75 percent of that destruction, the highest in a year to date. Moreover, Portugal is the southern European nation most affected by wildfires, based on the scale of burned areas and the sharp rise in recent wildfires. To begin their project, Bernardino and Mendonça set out to understand the current methods used for reforestation and the reasons behind the forests’ slow recovery. “The initial, passive hope that nature would heal itself was shattered when we learned the soil was too damaged and the fires too frequent for recovery,” Bernardino adds. Though volunteers and community members strived to revive the burned forests, it was physically impossible to reach the most vulnerable parts, which happened to be on steep, treacherous slopes. “The defining moment came,” Bernardino says, “when a project leader articulated the brutal truth: the terrain itself was the enemy, making manual replanting a dangerous and often impossible task.” She continues, “The inspiration was no longer a feeling of loss, but a cleareyed recognition of a flawed system. We saw that existing solutions—from volunteer planting to drone seed-dropping—were failing to meet the scale and complexity of the problem.” Quick facts: The impact of climate change on wildfires Between 2003 and 2023, extreme wildfire activity worldwide increased by 2.2-fold. Wildfire seasons are lengthening too, starting earlier in the spring and lasting longer into the fall. Over 60 percent of forests in Portugal lie on steep, rugged terrain, where planting is unsafe and labor is scarce, Bernardino explains. Tractors can’t handle slopes, and they compact the soil. Using heavy vehicles for reforesting can disturb the oxygen and water supply to plants and soil microorganisms. Such disturbances can cause substantial damage to the soil systems, which in certain cases can be long-lasting and even irreversible, harming the productivity of the forest and the overall functionality of the ecosystem. Drone-based aerial seeding is one viable alternative highly considered today for reforestation. However, the technique has its own challenges. While it’s competent in precision identification of suitable locations for reforestation, the method typically uses thousands of seeds per acre (at least 4,000) for blanket seedings, making it less economical. “Drones, while flexible, scatter seeds with low precision—wasting one of the most scarce natural resources,” Bernardino adds. One pilot project focusing on certain conifer species found their survival rate when dropped from drones fell between 0 and 20 percent. “Since the early 2000s, Portugal has lost over half of its forest cover, triggering erosion, water loss and biodiversity collapse,” Bernardino explains. “This crisis hits rural communities hardest: places like Fundão and Alentejo, where forests provide food, water, income and cultural identity. As ecosystems vanish, so do livelihoods.” And the rapid loss of forest cover isn’t limited to Portugal—it extends around the globe. Recent data from the University of Maryland’s Global Land Analysis & Discovery (GLAD) lab, reported in the World Resources Institute’s “Global Forest Review,” found that an unprecedented 16.6 million acres of primary rainforest was lost in the tropics in 2024. Researchers at the GLAD lab estimate that tropical primary forests vanished at an accelerated pace of 18 soccer fields every minute last year. The loss—largely caused by massive forest fires—is almost double that of 2023. “The problem itself became our blueprint,” recounts Bernardino, “and we dedicated ourselves to creating a solution that embraced all the constraints: steep terrain, high survival rates and autonomy.” A firefighter tackles the flames next to a road as vegetation burns during a wildfire in Vila Real, Portugal, this past August. David Oliveira/Anadolu via Getty Images Designing a solution In 2023, Bernardino and Mendonça set out to create Trovador—a six-legged robot able to walk on rugged slopes and plant trees. Their first €15 ($17) prototype, built from recycled parts, planted 28 percent faster than humans with a 90 percent survival rate. The saplings also thrived without any post-planting care. The two are currently working to improve the efficiency of the robot and hope that their current prototype is able to handle longer operations on steeper terrains. “We build all-terrain robots that carry baby trees on their backs and plant them autonomously across difficult terrain,” says Bernardino. The innovators didn’t expect the wave of interest that followed their initial prototype. As a top finalist for National Geographic’s 2024 Slingshot Challenge, they won a grant of $10,000, and the invention was also featured in the magazine as one of the world’s most promising youth-led climate solutions. “On the tech side, the robotics world took notice, too—we became the youngest ever to receive Europe’s top award for Robotics for Sustainability,” says Bernardino. The hexapod robot is capable of climbing slopes of up to 45 degrees while detecting and simultaneously avoiding any boulders in its way. Trovador is also equipped to carry and plant up to 200 saplings per hour. Unlike a tractor, it barely makes an indent on the ground thanks to its light movement, preserving pore space for air and water in the soil. A depth camera attached to it maps any obstacles and allows it to slightly adapt its trajectory in real time. It also uses artificial intelligence and sensors to analyze the pH and humidity of the soil, after which Trovador will follow a three-step dig-place-tamp sequence to plant rooted saplings instead of seeds. “The sequence is validated to hit up to 85 to 90 percent survival in field trials and literature,” says Bernardino. With built-in sensors, Trovador uploads real-time data like GPS coordinates of each plant, soil humidity and battery life to a cloud, allowing the team to monitor the robot remotely. Moreover, during future soil analysis, the robot will be trained to skip the dry ground and steer planting to micro-niches with better odds. Bringing a viable product to market Miguel Jerónimo, a landscape architect and coordinator of Renature projects at the Group for Studies on Spatial Planning and the Environment, an independent environmental organization in Portugal, is optimistic about the tool. “Trovador appears to be an innovative project with potential, particularly as it was developed by two young students who turned a low-cost prototype into a possible approach to one of Portugal’s environmental challenges,” says Jerónimo. “The concept of a six-legged robot designed to move across steep slopes and dense vegetation offers a practical framework for reforestation in areas that are unsafe or difficult for people to access.” While Jerónimo is hopeful about the success of Trovador, he’s equally apprehensive about the robot’s durability in the actual field. “Moving from an experimental prototype to a reliable field-ready tool will require robust testing to ensure it can handle the rough, humid and heavily vegetated conditions typical of Portuguese forests,” he says. “Operational endurance, mobility in dense vegetation and ease of maintenance are areas that need further exploration before the system can be considered ready for broad use.” Additionally, the price tag on the tool also needs to be taken into account. “Keeping production costs low will be essential,” the landscape architect points out. “The robot must be affordable if it is to become a useful and accessible instrument in large-scale reforestation efforts rather than a one-off innovation.” However, Bernardino and Mendonça already have some ideas on how to make it affordable. Instead of selling the Trovador robot itself, the team plans to first market it as a platform that they operate as a service, selling “trees-in-the-ground.” By 2026, they hope to make the robot robust and user-friendly enough to deploy it in large-scale plantations. “Clients [like] municipalities, insurers, forestry firms or NGOs can open our app, outline a polygon, choose native species and receive a quote,” Bernardino elaborates. “Pricing is expected to be a big step up from the current methods, up to six times cheaper than manual crews and four times more cost‑effective than drones once seed wastage is factored in.” The innovators are narrowing in on a minimum viable product. For the next few months, the Trovador team intends to improve the tool based on feedback they received after field testing it in Lisbon this past summer. Both Bernardino and Mendonça’s hopes and ambitions remain high. With the robot, they aspire to make “reforestation that is fast, precise, audit-ready and scalable to the millions of hectares climate models say we must restore this decade,” says Bernardino. Get the latest stories in your inbox every weekday.

Suggested Viewing

Join us to forge
a sustainable future

Our team is always growing.
Become a partner, volunteer, sponsor, or intern today.
Let us know how you would like to get involved!

CONTACT US

sign up for our mailing list to stay informed on the latest films and environmental headlines.

Subscribers receive a free day pass for streaming Cinema Verde.
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.