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‘Like a Phoenix,’ A New Forest Emerges From the Destruction in Ukraine

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Tuesday, November 12, 2024

In the early hours of June 6, 2023, two large explosions reverberated across cities and small towns located on the banks of the Dnieper River in southern Ukraine. The Russian military had reportedly set off multiple bombs, destroying the three-kilometer-long Kakhovka Dam and draining its massive reservoir into nearby settlements. Water from the dam flooded the plains, killing hundreds of civilians and countless livestock, destroying farms, and displacing the residents of more than 37,000 homes. The bombing made headlines around the world. However, it’s the long-term impact of the attack on the local biodiversity that has scientists and experts concerned. In the weeks following the explosion, researchers from Ukrainian ministries and independent organizations carried out several assessments as best they could to the backdrop of the war. They found that the attack had flooded about 60,000 hectares (230 square miles) of forest in at least four national parks, threatening an estimated population of 20,000 animals and 10,000 birds. “Almost all aquatic vegetation had died, and much of the marine life had disappeared, including mollusks,” says Serhiiy Skoryk, director of Kamianska Sich National Park in Kherson, one of the regions affected. “Those that survived moved downstream,” says the scientist-turned-freedom fighter. The deluge also dislodged many landmines in the heavy conflict region, moving them downstream into farms and residential areas. The researchers found an equally deadly if less obvious threat: Industrial pollutants previously captured in the reservoir’s sediments had contaminated the flood zones and the Black Sea. Another report by the Ukrainian Scientific Center for Marine Ecology, published just months after the destruction of the dam, also showed high evidence of pollution in the Black Sea, including heavy metals such as copper, zinc, and arsenic compounds. “All that water from the reservoir contains contaminant particles, along with carcasses of the animals that died during the flood, most of which ended in the sea, which is now polluted,” says Oleksiy Vasyliuk, an environmental scientist from Ukraine who has been documenting the ecological impact of the war. One of the hardest hit groups of species was mussels, “filter feeders” who help purify water. With populations of these animals significantly reduced, Vasyliuk expresses worry that these pollutants could enter the human food chain. Satellite data shows the dramatic drying of the Kakhovka reservoir bottom that has been transforming the landscape in 2023-2024. Source: EOS Data Analytics The war has made an already bad situation for many species even worse. “Even before the war, the ecology of Ukraine was endangered, but the Russian invasion attacks have caused serious threats to Ukrainian biodiversity,” says Anastasia Drapaliuk, project coordinator at Tellus Conservation in Ukraine. In a paper for the Ukrainian Nature Conservation Group, Drapaliuk and other experts noted that wildlife across 5,000 square kilometers (1,930 square miles) faced catastrophic effects from the flood, including rare species of birds, mammals, reptiles, and insects. “Populations of some species were dealt a possibly greater blow in one day on June 6 than in the last 100 years,” they wrote. But amidst the destruction, something unexpected has emerged. Baby Forests “Despite the challenges, our colleagues have been making regular expeditions to the affected area,” says Vasyliuk. “Three months after the attack they were shocked to find vegetation and forests in part of the reservoir that was left dry after the dam collapse.” They documented a young willow forest making its way through the dry cracked soil left behind by the floods. “It was unbelievable; no one expected to see the greenery they found, or that such a thing could happen amidst these tragic events,” he adds, the thrill of the discovering still evident in his voice. Where they feared desertification, a thick forest of largely willow trees — Rumex aquaticus and Celtis occidentalis — some reaching as high as six meters, now occupies about 150,000 hectares (930 square miles) of land that had once been covered by the reservoir. New vegetation emerges. Photo: Serhiiy Skoryk Vasyliuk hypothesizes that despite the absence of fertile soil, the forest flourished because of the organic mass left behind by the lost animals and plants, including dead species such as the mollusks. “It is possible the organic particles from these mollusks and other materials fed and nourished the forests like fertilizers,” he says. “The entire mechanism [that led to the birth of a new forest] is yet to be studied, because what we found was a lot of cross-breaded seeds among indigenous trees.” Still, it seems a cause for celebration. “It was very great,” he says, adding that the forest was the “only good thing to happened since the Russian attacks have damaged much of the local environment.” Skoryk echoes that: “Nature was healing herself, and all we have to do is to not interfere and let her take charge. Like a phoenix, in the form of a new forest, was rising from this tragedy,” he says. Drapaliuk looks at the growth from a longer perspective. The way she sees it, the nature in the region has been given a bit of a reset: It’s simply reviving its original biodiversity, “Before the Soviet Union, this was a historically significant region, not just for the Cossacks [indigenous Ukrainian tribes] but also for the biodiversity. It was the wetlands, a place for many rare birds and animals,” she explains. Rebuild or Restore? This new forest is a rare positive development in an otherwise tragic situation, considering an estimated 298,000 hectares (1,150 square miles) of forest fires — 50 times more than the annual average — have been reported across Ukraine since the start of the since 2022, according to the by the Kyiv School of Economics. The report, which took stock of Ukraine’s economic losses as of this past January, calculated forest damages “at more than 82.9 million cubic meters of timber with an estimated value of $4.5 billion.” As a result, many Ukrainian environmentalists and scientists have appealed to the government to withhold any reconstruction of the dam. “When the dam was first built [during the Soviet era], the damage to the regional ecology, culture and heritage were not taken into consideration,” says Vasyliuk. “As a result, so much of the natural and historical significant biodiversity was impacted, such as the Great Meadows,” referring to the historic steppe terrain of Ukraine that was submerged under the reservoir when the dam was built. In the early 1950s the Soviet Union pushed for widespread industrialization. During this period, this region and many others were razed to make way for infrastructure such as the dam. “The dam increased the salinity of the land, affecting soil quality, and that should be one of the reasons to not rebuild it,” Vasyliuk argues. “We need to plan strategically for the future and make decisions that are good for Ukrainian and not just because the dam was already there and someone gave us money to rebuild it.” Toll on Scientific Study Overall, though, scientific research in the region has been severely restricted since the Russian invasion. “From what we can gather, about 30% of the previously protected areas, such as wetlands and Ramsay sites in Ukraine, are now active warzones or occupied territories,” says Drapaliuk, who presented findings on that damage last year in a webinar for the EUROPARC Foundation. The Dnipro delta, the mouth of the Dnieper River, is included in the Ramsar Convention’s list of protected areas of international importance. According data published this past February by the Ukrainian Ministry of Environmental Protection, about 812 protected areas, spread over 1 million square kilometers, have been affected by different types of military operations since the beginning of the war. “So much of the area has been mined (with explosive land mines) that it becomes dangerous to even study the region even after it is liberated,” Drapaliuk says, adding that lack of resources, financial and human, has considerably slowed down data collection. “The damage by the war has put a lot of pressure on our work,” she adds. “For those working in the national parks, it is difficult to even access basic needs such as vehicles, fuel, electricity and equipment since much of it was destroyed during the Russian attacks.” Then there’s the effect on people. “To care about a forest, you have to care about people who work for it,” Drapaliuk says. But persistent Russian bombing of the region has prevented any normalcy in the work and life of the locals. “A lot of people from this area, a lot of forest rangers, are now in the army, making it difficult to continue work on protection and conservation.” Indeed, the war has blurred the lines of duty for those like Skoryk, who went from being an environmentalist to a combatant to a prisoner of war. Just days after the invasion began in February 2022, Skoryk was taken prisoner by Russian forces who had entered Ukraine. He eventually escaped when his captors “got drunk on too much vodka.” He went on to assist with the liberation of the national park. Photo courtesy Serhiiy Skoryk. Drapaliuk urges international environmental groups to invest in preserving Ukraine’s biodiversity. Much of the aid flowing into Ukraine today is for military support, and issues such as ecological destruction tends to take a backseat. “Of course, we all understand the priority and urgency; our country needs military support,” she says. “But in my opinion, we also really need international help to protect the ecological sector.” Skoryk calls attention to demining efforts in the region, a task to which he is personally devoting his time. “Gradually, we are clearing the area of mine and explosives, but it is a vast land mass encompassing nearly 12,000 hectares, and complex undertaking,” he says. Experts also emphasized the need to build policies and plans, not just for wartime but also to be implemented after victory. “There is a lot we can’t do now [in terms of conservation] but we can prepare an action plan for territories under war or occupation. They can be established as new protected areas so that we are ready to save the biodiversity in those territories soon after liberation,” Drapaliuk says. “We can’t afford to waste time,” she adds. Scroll down to find our “Republish” button Previously in The Revelator: War Threatens Ukraine’s Unique Red Seaweed Fields. Here’s How Scientists Monitor Them From Afar The post ‘Like a Phoenix,’ A New Forest Emerges From the Destruction in Ukraine appeared first on The Revelator.

Russia’s bombing of Kakhovka Dam in 2023 killed hundreds of people and tens of thousands of animals, but it’s also provided a potential ecological reset. The post ‘Like a Phoenix,’ A New Forest Emerges From the Destruction in Ukraine appeared first on The Revelator.

In the early hours of June 6, 2023, two large explosions reverberated across cities and small towns located on the banks of the Dnieper River in southern Ukraine. The Russian military had reportedly set off multiple bombs, destroying the three-kilometer-long Kakhovka Dam and draining its massive reservoir into nearby settlements.

Water from the dam flooded the plains, killing hundreds of civilians and countless livestock, destroying farms, and displacing the residents of more than 37,000 homes.

The bombing made headlines around the world. However, it’s the long-term impact of the attack on the local biodiversity that has scientists and experts concerned. In the weeks following the explosion, researchers from Ukrainian ministries and independent organizations carried out several assessments as best they could to the backdrop of the war.

They found that the attack had flooded about 60,000 hectares (230 square miles) of forest in at least four national parks, threatening an estimated population of 20,000 animals and 10,000 birds.

“Almost all aquatic vegetation had died, and much of the marine life had disappeared, including mollusks,” says Serhiiy Skoryk, director of Kamianska Sich National Park in Kherson, one of the regions affected. “Those that survived moved downstream,” says the scientist-turned-freedom fighter.

The deluge also dislodged many landmines in the heavy conflict region, moving them downstream into farms and residential areas.

The researchers found an equally deadly if less obvious threat: Industrial pollutants previously captured in the reservoir’s sediments had contaminated the flood zones and the Black Sea.

Another report by the Ukrainian Scientific Center for Marine Ecology, published just months after the destruction of the dam, also showed high evidence of pollution in the Black Sea, including heavy metals such as copper, zinc, and arsenic compounds.

“All that water from the reservoir contains contaminant particles, along with carcasses of the animals that died during the flood, most of which ended in the sea, which is now polluted,” says Oleksiy Vasyliuk, an environmental scientist from Ukraine who has been documenting the ecological impact of the war.

One of the hardest hit groups of species was mussels, “filter feeders” who help purify water. With populations of these animals significantly reduced, Vasyliuk expresses worry that these pollutants could enter the human food chain.

Satellite data shows the dramatic drying of the Kakhovka reservoir bottom that has been transforming the landscape in 2023-2024. Source: EOS Data Analytics

The war has made an already bad situation for many species even worse. “Even before the war, the ecology of Ukraine was endangered, but the Russian invasion attacks have caused serious threats to Ukrainian biodiversity,” says Anastasia Drapaliuk, project coordinator at Tellus Conservation in Ukraine.

In a paper for the Ukrainian Nature Conservation Group, Drapaliuk and other experts noted that wildlife across 5,000 square kilometers (1,930 square miles) faced catastrophic effects from the flood, including rare species of birds, mammals, reptiles, and insects. “Populations of some species were dealt a possibly greater blow in one day on June 6 than in the last 100 years,” they wrote.

But amidst the destruction, something unexpected has emerged.

Baby Forests

“Despite the challenges, our colleagues have been making regular expeditions to the affected area,” says Vasyliuk. “Three months after the attack they were shocked to find vegetation and forests in part of the reservoir that was left dry after the dam collapse.” They documented a young willow forest making its way through the dry cracked soil left behind by the floods. “It was unbelievable; no one expected to see the greenery they found, or that such a thing could happen amidst these tragic events,” he adds, the thrill of the discovering still evident in his voice.

Where they feared desertification, a thick forest of largely willow trees — Rumex aquaticus and Celtis occidentalis — some reaching as high as six meters, now occupies about 150,000 hectares (930 square miles) of land that had once been covered by the reservoir.

New vegetation emerges. Photo: Serhiiy Skoryk

Vasyliuk hypothesizes that despite the absence of fertile soil, the forest flourished because of the organic mass left behind by the lost animals and plants, including dead species such as the mollusks.

“It is possible the organic particles from these mollusks and other materials fed and nourished the forests like fertilizers,” he says. “The entire mechanism [that led to the birth of a new forest] is yet to be studied, because what we found was a lot of cross-breaded seeds among indigenous trees.”

Still, it seems a cause for celebration. “It was very great,” he says, adding that the forest was the “only good thing to happened since the Russian attacks have damaged much of the local environment.”

Skoryk echoes that: “Nature was healing herself, and all we have to do is to not interfere and let her take charge. Like a phoenix, in the form of a new forest, was rising from this tragedy,” he says.

Drapaliuk looks at the growth from a longer perspective. The way she sees it, the nature in the region has been given a bit of a reset: It’s simply reviving its original biodiversity, “Before the Soviet Union, this was a historically significant region, not just for the Cossacks [indigenous Ukrainian tribes] but also for the biodiversity. It was the wetlands, a place for many rare birds and animals,” she explains.

Rebuild or Restore?

This new forest is a rare positive development in an otherwise tragic situation, considering an estimated 298,000 hectares (1,150 square miles) of forest fires — 50 times more than the annual average — have been reported across Ukraine since the start of the since 2022, according to the by the Kyiv School of Economics. The report, which took stock of Ukraine’s economic losses as of this past January, calculated forest damages “at more than 82.9 million cubic meters of timber with an estimated value of $4.5 billion.”

As a result, many Ukrainian environmentalists and scientists have appealed to the government to withhold any reconstruction of the dam.

“When the dam was first built [during the Soviet era], the damage to the regional ecology, culture and heritage were not taken into consideration,” says Vasyliuk. “As a result, so much of the natural and historical significant biodiversity was impacted, such as the Great Meadows,” referring to the historic steppe terrain of Ukraine that was submerged under the reservoir when the dam was built.

In the early 1950s the Soviet Union pushed for widespread industrialization. During this period, this region and many others were razed to make way for infrastructure such as the dam.

“The dam increased the salinity of the land, affecting soil quality, and that should be one of the reasons to not rebuild it,” Vasyliuk argues. “We need to plan strategically for the future and make decisions that are good for Ukrainian and not just because the dam was already there and someone gave us money to rebuild it.”

Toll on Scientific Study

Overall, though, scientific research in the region has been severely restricted since the Russian invasion.

“From what we can gather, about 30% of the previously protected areas, such as wetlands and Ramsay sites in Ukraine, are now active warzones or occupied territories,” says Drapaliuk, who presented findings on that damage last year in a webinar for the EUROPARC Foundation. The Dnipro delta, the mouth of the Dnieper River, is included in the Ramsar Convention’s list of protected areas of international importance.

According data published this past February by the Ukrainian Ministry of Environmental Protection, about 812 protected areas, spread over 1 million square kilometers, have been affected by different types of military operations since the beginning of the war.

“So much of the area has been mined (with explosive land mines) that it becomes dangerous to even study the region even after it is liberated,” Drapaliuk says, adding that lack of resources, financial and human, has considerably slowed down data collection.

“The damage by the war has put a lot of pressure on our work,” she adds. “For those working in the national parks, it is difficult to even access basic needs such as vehicles, fuel, electricity and equipment since much of it was destroyed during the Russian attacks.”

Then there’s the effect on people. “To care about a forest, you have to care about people who work for it,” Drapaliuk says. But persistent Russian bombing of the region has prevented any normalcy in the work and life of the locals. “A lot of people from this area, a lot of forest rangers, are now in the army, making it difficult to continue work on protection and conservation.”

Indeed, the war has blurred the lines of duty for those like Skoryk, who went from being an environmentalist to a combatant to a prisoner of war. Just days after the invasion began in February 2022, Skoryk was taken prisoner by Russian forces who had entered Ukraine. He eventually escaped when his captors “got drunk on too much vodka.” He went on to assist with the liberation of the national park.

Photo courtesy Serhiiy Skoryk.

Drapaliuk urges international environmental groups to invest in preserving Ukraine’s biodiversity. Much of the aid flowing into Ukraine today is for military support, and issues such as ecological destruction tends to take a backseat.

“Of course, we all understand the priority and urgency; our country needs military support,” she says. “But in my opinion, we also really need international help to protect the ecological sector.”

Skoryk calls attention to demining efforts in the region, a task to which he is personally devoting his time.

“Gradually, we are clearing the area of mine and explosives, but it is a vast land mass encompassing nearly 12,000 hectares, and complex undertaking,” he says.

Experts also emphasized the need to build policies and plans, not just for wartime but also to be implemented after victory.

“There is a lot we can’t do now [in terms of conservation] but we can prepare an action plan for territories under war or occupation. They can be established as new protected areas so that we are ready to save the biodiversity in those territories soon after liberation,” Drapaliuk says.

“We can’t afford to waste time,” she adds.

Scroll down to find our “Republish” button

Previously in The Revelator:

War Threatens Ukraine’s Unique Red Seaweed Fields. Here’s How Scientists Monitor Them From Afar

The post ‘Like a Phoenix,’ A New Forest Emerges From the Destruction in Ukraine appeared first on The Revelator.

Read the full story here.
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The Major NJ Wildfire Shows Unexpected Urban Areas Are at Risk

A forest fire that erupted in New Jersey and spread overnight highlights the major wildfire risk faced by the state and other urban areas

Why New Jersey Is Actually a Place with Major Wildfire RiskA forest fire that erupted in New Jersey and spread overnight highlights the major wildfire risk faced by the state and other urban areasBy Stephanie Pappas edited by Jeanna BrynerFirefighters try to extinguish a fast-moving brush fire along on November 19, 2024 in New York City. Spencer Platt/Getty ImagesA forest fire that erupted in New Jersey yesterday morning was spurred by winds and dry weather, fulfilling a prediction by state officials that the state would see an active fire season this spring.The Jones Road Fire has burned 12,000 acres, more than the average area burned by wildfires in the state in an entire year. A drought warning has been in effect in New Jersey since November 2024, which means that many drought status indicators, such as current drinking water supplies, are below normal. And after a busy fall fire season, spring kicked off with an above-average number of fires as well. The Jones Road Fire, which forced evacuations in Ocean County, New Jersey, threatened hundreds of homes and businesses in a populated area.How Did the New Jersey Fire Spread?On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.State fire officials have not yet determined the cause of the fire, but it grew in dry, windy conditions. The blaze started at the edge of the Pinelands, a region of pine forests known for its wildfire risk. In fact, the Pinelands’ landscape has been shaped by fire—if it didn’t regularly burn, the ecosystem would transition into an oak forest, says David Robinson, New Jersey’s state climatologist and a professor at Rutgers University.“Traditionally, spring is fire season down in the Pinelands, so as far as seasonal timing to this fire, there’s nothing unusual,” Robinson says. “The fact that [the fire] spread so quickly may be a testament to the fact that it hasn’t rained in over 10 days.”Because of New Jersey’s population density, the state experiences a lot of what research ecologist Michael Gallagher of the U.S. Department of Agriculture Forest Service Northern Research Station calls “interface fires,” which are fires that start where human habitation bumps up against wildland. “Fires as small as an acre frequently threaten homes,” Gallagher says.But the Jones Road fire moved quickly into an exurb-type environment with numerous buildings in its path. Wind-borne embers sped the fire along, starting spot fires that ignited new blazes, Gallagher says. His research has shown that in the spring, the sun tends to heat the south side of pine trees in the forests of the Pinelands, causing the bark to dry and curl. These curls ignite easily in a fire. Winds blowing from the north are then well poised to catch these tiny flaming brands, blowing them ahead of the main fire.How Did New Jersey’s Drought Worsen Fire Conditions?October 2024 was the driest month in the state in 130 years, Robinson says. Though fires generally peak in spring in New Jersey, it saw a busy fire season in the fall, as did much of the Northeast.Winter brought some relief. This year, however, New Jersey’s fire season, which typically starts in March, began in earnest in January, state officials said in a March 3 news conference. Between January 1 and March 3, the state saw 214 fires burn through 514 acres, the New Jersey Department of Environmental Protection reported. In comparison, 69 fires burned 21 acres during the same period in 2024.“We’re continuing just where we left off last year,” said state fire chief Bill Donnelly in the briefing.Precipitation improved somewhat in March and April, Robinson says, but it hasn’t recovered to the point that the state is out of the drought. “The news is all kind of good, but we still have to remember we are in a drought warning,” he says. And while the overall trend has been toward more moisture, the Pinelands area had been going through a mini dry spell before the fire began, with almost two weeks without rain, he says. The sandy soil and pine needles in the regions don’t hold on to water for long.“This area dries out very quickly,” Robinson says.That means the weather was ripe for fire, and wind gusts of up to 25 miles per hour quickly whipped the fire toward inhabited areas.“Last night [the fire] was on the eastern end of the Pinelands, near the [Garden State] Parkway, and it hopped the Parkway and headed toward the coast in a populated area. So [this was] a real worrisome situation,” Robinson says.How Will Climate Change Affect New Jersey’s Fire Risk?Wildfires are aggressively managed in New Jersey, with prescribed burns to reduce fuel and quick suppression when fires do ignite, Robinson says. These evolving actions should tamp down any climate-change-related increase in risk and make it difficult to compare the state’s fire outlook with a preindustrial “normal.” New Jersey has a history of large fires, including a multiple-fire outbreak in 1963 known as Black Saturday, which burned 183,000 acres and killed seven people.Long-term projections suggest the state will get a little wetter in a warming world, though rain is not expected to become more frequent, but rather will likely be heavier when it does fall. Warming temperatures could nudge the state’s fire risk a little bit higher as fuels dry out faster, however.“Things become volatile pretty quickly,” Robinson says.

A Sequoia Forest in Detroit? Plantings to Improve Air Quality and Mark Earth Day

Arborists are hoping to transform vacant land on Detroit’s eastside by planting giant sequoias, the world’s largest trees

DETROIT (AP) — Arborists are turning vacant land on Detroit's eastside into a small urban forest, not of elms, oaks and red maples indigenous to the city but giant sequoias, the world's largest trees that can live for thousands of years.The project on four lots will not only replace long-standing blight with majestic trees, but could also improve air quality and help preserve the trees that are native to California’s Sierra Nevada, where they are threatened by ever-hotter wildfires.Detroit is the pilot city for the Giant Sequoia Filter Forest. The nonprofit Archangel Ancient Tree Archive is donating dozens of sequoia saplings that will be planted by staff and volunteers from Arboretum Detroit, another nonprofit, to mark Earth Day on April 22.Co-founder David Milarch says Archangel also plans to plant sequoias in Los Angeles, Oakland, California, and London. The massive conifers can grow to more than 300 feet (90 meters) tall with a more than 30-foot (9-meter) circumference at the base. They can live for more than 3,000 years.“Here’s a tree that is bigger than your house when it’s mature, taller than your buildings, and lives longer than you can comprehend,” said Andrew “Birch” Kemp, Arboretum Detroit's executive director.The sequoias will eventually provide a full canopy that protects everything beneath, he said.“It may be sad to call these .5- and 1-acre treescapes forests,” Kemp said. “We are expanding on this and shading our neighborhood in the only way possible, planting lots of trees.”Giant sequoias are resilient against disease and insects, and are usually well-adapted to fire. Thick bark protects their trunks and their canopies tend to be too high for flames to reach. But climate change is making the big trees more vulnerable to wildfires out West, Kemp said.“The fires are getting so hot that its even threatening them,” he said. Descendants of Stagg and Waterfall Archangel, based in Copemish, Michigan, preserves the genetics of old-growth trees for research and reforestation. The sequoia saplings destined for Detroit are clones of two giants known as Stagg — the world's fifth-largest tree — and Waterfall, of the Alder Creek grove, about 150 miles (240 kilometers) north of Los Angeles.In 2010, Archangel began gathering cones and climbers scaled high into the trees to gather new-growth clippings from which they were able to develop and grow saplings.Sequoias need space, and metropolitan Detroit has plenty of it.In the 1950s, 1.8 million people called Detroit home, but the city's population has since shrunk to about one-third of that number. Tens of thousands of homes were left empty and neglected.“There’s not another urban area I know of that has the kind of potential that we do to reforest," he said. “We could all live in shady, fresh air beauty. It's like no reason we can’t be the greenest city in the world.”Within the last decade, 11 sequoias were planted on vacant lots owned by Arboretum Detroit and nine others were planted on private properties around the neighborhood. Each now reaches 12 to 15 feet (3.6 to 4.5 meters) tall. Arboretum Detroit has another 200 in its nursery. Kemp believes the trees will thrive in Detroit.“They’re safer here ... we don’t have wildfires like (California). The soil stays pretty moist, even in the summer,” he said. “They like to have that winter irrigation, so when the snow melts they can get a good drink.” How will the sequoias impact Detroit? Caring for the sequoias will fall to future generations, so Milarch has instigated what he calls “tree school” to teach Detroit’s youth how and why to look after the new trees.“We empower our kids to teach them how to do this and give them the materials and the way to do this themselves,” Milarch said. “They take ownership. They grow them in the classrooms and plant them around the schools. They know we’re in environmental trouble.”Some of them may never have even walked in a forest, Kemp said.“How can we expect children who have never seen a forest to care about deforestation on the other side of the world?" Kemp said. "It is our responsibility to offer them their birthright.”City residents are exposed to extreme air pollution and have high rates of asthma. The Detroit sequoias will grow near a heavily industrial area, a former incinerator and two interstates, he said.Kemp’s nonprofit has already planted about 650 trees — comprising around 80 species — in some 40 lots in the area. But he believes the sequoias will have the greatest impact.“Because these trees grow so fast, so large and they’re evergreen they’ll do amazing work filtering the air here,” Kemp said. “We live in pretty much a pollution hot spot. We’re trying to combat that. We’re trying to breathe clean air. We’re trying to create shade. We’re trying to soak up the stormwater, and I think sequoias — among all the trees we plant — may be the strongest, best candidates for that.”Copyright 2025 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See - Feb. 2025

Banned DDT discovered in Canadian trout 70 years after use, research finds

Potential danger to humans and wildlife from harmful pesticide discovered in fish at 10 times safety limitResidues of the insecticide DDT have been found to persist at “alarming rates” in trout even after 70 years, potentially posing a significant danger to humans and wildlife that eat the fish, research has found.Dichlorodiphenyltrichloroethane, known as DDT, was used on forested land in New Brunswick, Canada, from 1952 to 1968. The researchers found traces of it remained in brook trout in some lakes, often at levels 10 times higher than the recommended safety threshold for wildlife. Continue reading...

Residues of the insecticide DDT have been found to persist at “alarming rates” in trout even after 70 years, potentially posing a significant danger to humans and wildlife that eat the fish, research has found.Dichlorodiphenyltrichloroethane, known as DDT, was used on forested land in New Brunswick, Canada, from 1952 to 1968. The researchers found traces of it remained in brook trout in some lakes, often at levels 10 times higher than the recommended safety threshold for wildlife.“DDT is a probable carcinogen that we haven’t used in 70 years here [Canada], yet it’s abundant in fish and lake mud throughout much of the province at shockingly high levels,” said Josh Kurek, an associate professor in environmental change and aquatic biomonitoring at Mount Allison University in Canada and lead author of the research.The research, published in the journal Plos One, discovered that DDT pollution covers about 50% of New Brunswick province. Brook trout is the most common wild fish caught in the region, and the research found DDT was present in its muscle tissue, in some cases 10 times above the recommended Canadian wildlife guidelines.Researchers said DDT, which is classified by health authorities as a“probable carcinogen”, can persist in lake mud for decades after treatment and that many lakes in New Brunswick retain such high levels of legacy DDT that the sediments are a key source of pollution in the food web.“The public, especially vulnerable populations to contaminants such as women of reproductive age and children, need to be aware of exposure risk to legacy DDT through consumption of wild fish,” said Kurek.Throughout the 1950s and 60s, half the province’s conifer forests were sprayed with DDT, a synthetic insecticide used to control insects carrying diseases such as malaria and typhus. Canada banned the use of the substance in the 1980s.The 2001 Stockholm convention on persistent organic pollutants banned DDT worldwide for mass agricultural use, although it is still permitted in small quantities for malaria control.“This mess can’t be cleaned up,” said Kurek. “DDTs can persist in lake mud for decades to centuries and then cycle in the food web. The best approach is to manage the public’s exposure of legacy DDTs by encouraging everyone to follow fish consumption guidelines and consider reducing exposure.skip past newsletter promotionThe planet's most important stories. Get all the week's environment news - the good, the bad and the essentialPrivacy Notice: Newsletters may contain info about charities, online ads, and content funded by outside parties. For more information see our Privacy Policy. We use Google reCaptcha to protect our website and the Google Privacy Policy and Terms of Service apply.after newsletter promotion“Our findings are a clear wake-up call to abandon our overreliance on synthetic chemicals. Lessons need to be learned so we don’t repeat past mistakes. Our study hopefully informs on other contaminants that we apply broadly today, such as road salt and herbicides like glyphosate. We absolutely need to do things differently or our ecosystems will continue to face a lifetime of pollution.”

Portland City Council moves to reject controversial PGE Forest Park transmission project

The Portland City Council moved Thursday to reject a PGE transmission upgrade project in Forest Park that would require the utility to clearcut more than 370 trees on about 5 acres in the park.

The Portland City Council moved Thursday to reject a Portland General Electric transmission upgrade project in Forest Park that would require the utility to clearcut more than 370 trees on about 5 acres in the park. The decision Thursday night – described as “tentative” until a final vote on May 7 – came after councilors considered appeals by the Forest Park Conservancy and Forest Park Neighborhood Association to overturn a city of Portland hearings officer approval in March of PGE’s proposal. The vote followed five hours of presentations and public testimony and directs city attorneys to write an ordinance to grant the appeals and overturn the hearings officer’s decision. PGE can appeal to the Oregon Land Use Board of Appeals. PGE wants to rewire a 1970s transmission line and add a second line in the utility’s existing right-of-way and said the upgrade will address an increase in the region’s energy demand and prevent rolling blackouts in North and Northwest Portland. A report from Portland’s Permitting and Development Office in January recommended that the hearings officer turn down PGE’s project due to non-compliance with environmental standards and the city’s Forest Park management plan. But hearings officer Marisha Childs last month went against those recommendations, agreeing with PGE about the need for the project and finding that routing through Forest Park “is the least environmentally detrimental option” of all the alternatives PGE analyzed. The two groups that filed the appeals said PGE failed to meet city approval criteria and that project would set a precedent for further development in the park. PGE’s proposal had touched off a months-long clash between the utility and opponents who seek to protect the trees in the 5,200-acre park because they provide valuable habitat for countless wildlife species and climate benefits to all city residents. More than 3,000 people filed testimony about the project, including over 1,000 who sent in comments ahead of the appeals hearing, with the vast majority against the upgrade. Several hundred protesters gathered at City Hall before the hearing. They held cardboard cutouts of trees, animals and insects and signs that read “Save Forest Park,” “No more ecocide” and “You have to be nuts to destroy Forest Park.” A protester at Portland City Hall holds a sign opposing PGE's transmission upgrade project in Forest Park ahead of a City Council appeals hearing. Beth Nakamura“It’s important to have more energy transmission infrastructure, power lines and responsive grids, yet this is one of the situations where it is very clear there is no ambiguity. PGE can build this project elsewhere in order to keep the lights on,” Damon Motz-Storey, the Sierra Club Oregon chapter’s director, told the crowd. “These trees have been standing since before we even had electricity in homes.”Motz-Storey then led the rally in a chant: “Listen to the people and the trees, not PGE.” Protesters and park advocates filled the council chambers and two overflow rooms, testifying one after another that the PGE project runs counter to the city’s plan to sustain an old-growth forest in Forest Park and asking for the council to save the trees and protect the park. Protesters at Portland City Hall listen as the City Council considers the appeals on PGE's controversial Forest Park transmission project. Beth Nakamura“This project is unacceptable to us and the community and the critters and plants that depend on us to say no to cutting trees, building roads, bulldozing, filling in wetlands and streams and saying this is good for climate resilience,” said Scott Fogarty, executive director with Forest Park Conservancy, the group that filed one of the appeals. The conservancy formed to maintain trails and restore native habitat in the park. Fogarty said PGE’s proposed plan to offset losses from the upgrade does not address cutting down 100-year-old trees and the benefits they bring. The mitigation proposal includes planting Oregon white oak seedlings near the project area, seeding the transmission corridor and access road edges with a pollinator-friendly native seed mix and paying a fee to the city to remove invasive species in the park. He also said the upgrade would pave the way for city approval of future phases of the project in Forest Park and lead to more tree removal. PGE has said those future phases could affect another 15 acres of the park. “Is 5 acres acceptable? Is 20 acres acceptable? Where do we draw the line?” Fogarty asked the council members. “One could argue losing just one 100-year-old tree is unacceptable, let alone 5 acres. In the age of climate resilience, this project flies in the face of retaining carbon suckers in a region that is seeing increased impacts from climate change, including potential fire danger.” PGE argued before the council that the project area is neither old nor ancient forest and that the maintenance of existing transmission lines is key to preserving blackout-free electricity. A proposal by Portland General Electric to cut more than 370 trees in Forest Park to upgrade transmission lines has spurred opposition. The utility and renewable energy proponents say the upgrades are needed to address transmission bottlenecks and fulfill state clean energy mandates.courtesy of Portland General Electric“Alleviating this choke point is important because our experts predict that as early as 2028 there is the risk of outages during times of peak demand,” said Randy Franks, a senior project manager for PGE. “Think about the hottest part of the day, during an ongoing heat wave, with no fans and no air conditioning.”Franks said the more than 20 alternatives PGE examined were not practical, would require the utility to take property through eminent domain, would take too much time or cost too much – and could lead to similar or even greater negative impacts to trees and wildlife outside the park. He said the city’s Forest Park management plan acknowledges the existence of utility corridors and the need to maintain and upgrade them over time and that doing so will help reduce global warming.“If we are serious about combating climate change, we simply have to improve the grid, keep it reliable and increase transmission capacity,” Franks said. Only a handful of people testified in favor of PGE’s plans. “Utilities around the country, including ours, are facing the most rapid load increases in a generation and concomitant reliability challenges. At the same time, our state is laboring to remove from the grid the coal and gas plants that are fueling climate change locally,” said Angus Duncan, the former chair of the Northwest Conservation and Power Planning Council, a group tasked with developing and maintaining a regional power plan. “We need to rebuild the power system to exclude fossil generation.” Council members Angelita Morillo and Steve Novick questioned the assertion that PGE’s proposal would help combat climate change. Novick also asked why PGE did not provide more evidence as to why the transmission upgrades are needed by 2028, not at a later date. Other councilors said they did not feel PGE had proved an alternative outside the park was unfeasible and did not present a compelling mitigation plan. And most of the 12 council members said they disagreed with PGE and the hearings officer that the proposal meets the parameters of the park’s management plan. “Ultimately, I think what has been proposed is probably the best option in the park,” said Councilor Eric Zimmerman. But, he said, nothing in PGE’s proposal showed that the council should overrule the Forest Park management plan. “I don’t think the standard has been met to not follow that plan,” Zimmerman said.Council President Elana Pirtle-Guiney agreed. “If an alternative (to the project) exists, we should not be granting an exception,” she said. Councilor Dan Ryan said the decision will likely be one of many to pit the needs for clean electricity against those of protecting the environment. “Portland will be having more and more tough decisions that include extremely difficult trade-offs. This is just where we are in managing the climate crisis,” Ryan said. “I think PGE worked really hard to find the best option and yet we all want a different option.” That’s because, he added, he – like other Portlanders – loves the park and its trees. “Forest Park is a cathedral,” Ryan said. “And maybe it’s Holy Week and I’m just treating this in a very spiritual way, but it’s just really difficult for me to think I could take a vote that would on the appearance be about deforesting Forest Park during this sacred week.” — Gosia Wozniacka covers environmental justice, climate change, the clean energy transition and other environmental issues. Reach her at gwozniacka@oregonian.com or 971-421-3154.Our journalism needs your support. Subscribe today to OregonLive.com.

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