In ‘Silent Spring,’ Rachel Carson described a fictional, bucolic hamlet, much like her hometown. Now, there’s a plastics plant under construction 30 miles away

SPRINGDALE, Pa.—If you stand in the sloping yard of the Rachel Carson Homestead and look southwest, down toward the Allegheny River, you can see the towers of the Cheswick Generating Station. Through the bare trees and thick green bramble that surround the house, the smokestacks emerge in the distance, twin pillars striped against a steel-silver sky. One is banded in orange and white, like a lighthouse; the other is dun-colored concrete. On this day in early spring, when birds are trilling and the smell of damp mulch fills the air, both towers are silent, because the plant was recently shut down.

When Rachel Carson was born here in 1907, this five-room white clapboard house about 18 miles east of Pittsburgh sat on 64 acres of farmland on the edge of town. The property included an apple and pear orchard, barn, and chicken coop. As a child, Carson explored the land around her home with enthusiasm. In one of her earliest essays, she writes about the trails “carpeted in fragrant pine needles” and the “thrill of exultation” she felt when she was outside on her own. Then, too, industry existed alongside the natural world; Carson would later recall the stench from the glue factory next to Springdale’s train station. When she was a teenager, West Penn Power built a coal power plant in Springdale. In her biography of Carson, Linda Lear writes about Carson’s adult distaste for what her hometown eventually became, “endlessly ugly” and “squeezed” between two “huge power stations.” 

In the famous opening of “Silent Spring,” Carson describes a fictional, bucolic hamlet, a literary echo of the Springdale she knew as a girl. She evokes a place that is still familiar to anyone who has spent time in Pennsylvanian woods. “There was once a town in the heart of America where all life seemed to live in harmony with its surroundings,” she writes. “The town lay in the midst of a checkerboard of prosperous farms, with fields of grain and hillsides of orchards where, in spring, white clouds of bloom drifted above the green fields.” She writes about the vivid maples and striking birches, the nodding ferns and wildflowers, the deer and foxes and abundant fish who swim in clear, cold creeks, “the mists of the fall mornings.” Most of all, she writes about birds: the robins, wrens and doves whose voices come together in a “dawn chorus.”

Now the Carson homestead seems out of place on Marion Avenue, a relic from a bygone era. Tidy beds of tulips have replaced the wildflowers, and brick single-story houses and asphalt crowd in on all sides. The sounds of traffic and barking dogs and chatting neighbors cut through the birdsong, and the yard backs into Springdale High School’s parking lot. Springdale’s town website is proudly emblazoned with the slogan “The Power City,” while also offering information about Rachel Carson’s birthplace. Springdale is part of Pennsylvania’s newly redrawn 17th Congressional district, one of 26 races that the Cook Political Report considers a toss-up for 2022. The issues of the environment, energy and jobs are front and center in the May 17 primary election election.

The Generating Station was permanently closed earlier this month after 50 years of operation. It was the last coal-fired power plant in the county and one of the last in Pennsylvania, and 50 people lost their jobs in the closure. The planned demolition of the plant stirred concern in some residents, who worried about the economic impact on businesses in their small community. GenOn Holdings, the plant’s owner, was also a source of financial support for Springdale in the form of donations to churches, parks, emergency management services, and projects like GenOn field, a baseball diamond built in 2012 for which the company donated more than $17,000.

Some residents were relieved to escape the plant’s pollutants (it was one of the largest sources of air pollution in the area) and eager to see the site converted into something else. In 2012, two Springdale residents filed a class-action lawsuit against GenOn, alleging that emissions from the station were damaging their property and making them “prisoners in their homes,” subject to “fly ash, barium compounds, copper compounds, dioxin and dioxin-like compounds, hydrochloric acid,” and other harmful chemicals. One of the plaintiffs complained about “black particulates and sulfur odors” that she believed were causing her children to get headaches. The residents ultimately won the right to sue the plant, and that decision has been called “a guide for future plaintiffs” pursuing cases about local pollution.

Flowers grow in the yard of the Rachel Carson Homestead in Springdale, Pennsylvania, May 9, 2022. Credit: Katie Surma

Sometimes these opposing viewpoints are embodied in one person at the same time. “Me, personally, I think it’s good they’re shutting down,” a local worker told Trib Live in 2021, when the closure was announced. “I think that it’s going to be kind of good for the environment.” But he was also worried about the disappearance of the steady stream of customers patronizing Springdale’s bars, restaurants, and the beer distributor where he worked, Beer & Beyond.

This is an old story in Southwest Pennsylvania, a well-worn narrative about the hard choices to be made between opportunity and public health, prosperity and preservation, stability and safety. For nearly as long as there has been European settlement, people here have benefited from—and been subject to the dangers unleashed by—the fuels beneath their feet. In the past, it’s been a story about the cost of survival and what must be endured in order to get by, whether that meant “killer smog,” lung disease, or industrial accidents like the Harwick mine disaster of 1904, which killed 181 people in Cheswick, the town neighboring Springdale. Today, this familiar fight has taken on heightened urgency. Depending on who is telling the story, that urgency has been brought on by the climate crisis and the harmful effects of the fracking boom. Or it’s tied to gas prices, unemployment, and foreign oil.

Politicians, like the candidates running in the 17th Congressional district, try to have it both ways when it comes to jobs and the environment. The Democrats speak about the urgency of responding to climate change and tend to emphasize the jobs that could be created in that response, and Republicans promote oil and gas investment and fracking as engines of economic growth. Candidates from both parties say they want to protect residents from pollution. But few people think that it might be possible to craft an entirely new story about this part of the country, a story that doesn’t revolve around fossil fuels.

The Cheswick Generating Station and smokestacks located mere blocks from the Rachel Carson Homestead in Springdale, Pennsylvania on May 9, 2022. Credit: Katie Surma

Bob Schmetzer, a member of a local grassroots environmental group, the Beaver County Marcellus Awareness Community, who has lived in the area all his life, explained the trade-offs as people perceive them by harkening back to the old days when so many depended on the steel mills for their livelihoods and grandmothers swept soot off their porches every night. The thinking went like this, he said: “As long as there is dirt to sweep, we’ll have food to eat.” 

“There’s a feeling of ‘we trade our health for jobs’ here,’” said Terrie Baumgardner, who works for the Clean Air Council in the region. “That’s what we do.”

A Plastics Plant 30 miles from Springdale

There is a story from Rachel Carson’s childhood about what first triggered her lifelong love for the ocean, the subject of so much of her writing. She grew up far from the sea, but townspeople in Springdale later remembered that she once found a “large fossilized shell in the rocky outcroppings of her family’s hillside property,” Lear writes, of a little girl gazing down on something left behind by an ancient ocean, captured in her palm. “She wondered where it had come from…and what had happened to the sea that had nurtured it so long ago.” Three hundred and ninety million years ago, western Pennsylvania was covered by an inland sea. Detritus from that sea eventually formed the Marcellus Shale, the vast deposit that is the source of the natural gas coveted by petroleum companies in the 21st century.

About 30 miles from Springdale, along the Ohio River in Beaver County in the town of Monaca, an ethane cracker plant being built by Royal Dutch Shell is the latest and largest development to take advantage of the natural gas found in the Marcellus Shale. “Cracker” is shorthand for the process used to break down the gas molecules into smaller molecules. It is slated to open sometime in 2022. During the construction, which began in 2017, parking lots for the struggling Beaver Valley Mall filled with buses for workers and cars with out of state license plates. 

The plant will use ethane to make 1.6 million tons a year of tiny plastic pellets called “nurdles,” which are “feedstock” that can be made into a range of plastic products. It is permitted to emit 2.2 million tons of carbon dioxide equivalent into the atmosphere.

Each year, around 230,000 tons of nurdles find their way into Carson’s beloved oceans, where they are consumed by fish and wildlife; they are the ocean’s second-largest source of micropollutants. 

The plant “marks a major expansion of the natural gas industry into downstream supply chain production,” according to “When Fracking Comes to Town,” an academic anthology about natural gas extraction in America. It is the “first facility of its kind” in the Marcellus Shale, the “first investment by Royal Dutch Shell outside of the Gulf Coast area in 20 years,” and its construction was made possible by $1.7 billion in tax credits from the state. 

The cracker plant was built on the same site as a zinc smelting facility that was shut down in 2014, taking with it 600 jobs and thousands of dollars in local tax revenue. Though Shell  employed 6,000 workers during the construction phase, in normal operations, the company  expects to employ 600 people.

Rachel Carson’s Legacy

On an unusually hot spring day, I met with a group of people concerned about the Shell plant’s environmental and health impacts at the Allegheny Health Network’s Cancer Institute in Beaver County, a gleaming new building behind the mall and across from Rural King, a farm supply store. Warmth radiates through the soles of my shoes from the baking pavement; there is hardly any shade here, only a few spindly, immature trees. Where Rachel Carson was focused on the effects of pesticides used in agriculture, today many environmentalists in Pennsylvania are most worried about the powerful oil and gas industry and its encroachment on residential areas and public parks.

Karen Gdula arrived first, petite and friendly, though focused and matter-of-fact when she’s describing her experiences with the natural gas industry. In September 2018, Energy Transfer’s Revolution pipeline exploded behind her house on Ivy Lane, only a few miles away from where we were standing. Gdula keeps a carefully organized binder of the events of that day and its aftermath, with photographs showing the cindered remains of one of her neighbors’ houses, a charred outline where a home used to be. “As a child, I had a recurring nightmare that the woods behind my house were on fire,” Gdula said. “And that morning, my childhood nightmare became a reality.” Now, she’s worried about the Shell plant. 

In March, Shell reported a 2,500-gallon spill of sulfuric acid to the federal government’s National Response Center, according to a local report and the response center’s database. Although the spill was contained at the site, Gdula is concerned about the potential for spills like it to contaminate her water supply in the future. “It’s a big concern for me,” she said.

Shell did not return telephone or electronic message requests for comment on the spill or its plans to protect the public and the environment from water or air pollution.

I asked Gdula if she had ever considered moving. Her parents built her house in 1957, and it’s where she grew up. Ivy Lane is a charming, welcoming neighborhood. Gdula’s gardens are bursting with daffodils, her back porch laden with bird feeders, swinging in the breeze. 

“Believe it or not,” she said, in recent months “there have been bidding wars for the houses in this neighborhood.” But none of this is why she hasn’t left. “My neighbor who now lives closest to the pipelines went out looking for a new house, and she found one she loved,” Gdula said. “She walked outside and she looked around and she realized that Revolution was there too.” 

At least, Gdula concluded, the pipelines in her neighborhood were 300 or 350 feet away from her home, rather than 30. “There’s no guarantees when you move,” she said. Even if she bought a house with no pipelines in sight, there was nothing to stop another company from seizing and building on nearby land. The Shell plant alone requires 97 miles of pipeline and 1,000 fracking wells to feed it. 

Next to arrive was Baumgardner, soft spoken and wearing metallic pink glasses, which glinted in the sun. Baumgardner works for the Clean Air Council as the Beaver County Outreach Coordinator. Baumgardner has worked with Clean Air Council since 2016, but she first became involved with environmental issues through Beaver County Marcellus Awareness Community, the same organization that Schmetzer is part of. The community has its own citizen watchdog group devoted to monitoring the cracker plant, “Eyes on Shell.” 

Clifford Lau joined us later, sporting a thick gray mustache and the air of someone who is used to delivering educational lectures about complicated topics. Lau teaches chemistry and environmental science and is an adjunct professor at Duquesne University. He is full of detailed knowledge about the Shell plant and strategies for monitoring the plant’s effects on the air and water. He told me that he hasn’t been to the Rachel Carson house, but he does talk to his students about Carson. “A lot of them don’t know about ‘Silent Spring,’” he said.

The Shell plant can be seen from an overlook adjacent to the Cancer Institute parking lot, and we peered over the edge. Blackened, broken trees on the nearest hillside looked like snapped matchsticks. Below this ridge, the plant sprawled like a space-age city, all shiny turrets and blinking lights and fleets of silver railcars, extending to the shores of the blue-green Ohio. “I can see the glow in the sky from my house at night,” Gdula said. “The week that they lit their pilots, I heard the rumbling.”

Lau recalled attending a Pennsylvania Department of Environmental Protection meeting about Shell’s Falcon pipeline in Washington County, which borders Allegheny and Beaver counties. The meeting was held at night at a junior high school on top of a hill. “It just struck me when I was out in the parking lot and I could see all the lights of the wells and the flares, and thinking, 10 years ago, that would have been perfectly dark, a nice starry night,” he said. “We’re actually having a chemical plant built around us.”

A historical marker on the Rachel Carson Homestead in Springdale, Pennsylvania, on May 9, 2022. Credit: Katie Surma

Baumgardner pointed out the town of Beaver, about two miles north of the plant on the other side of the river. “It’s a really nice town. I lived there for 14 years, and it got nicer every year until this thing came,” she said. She indicated a residential area of Beaver called River Road. “I’m surprised those people have not put up more of an outcry.”

“I know someone who lives down there,” Gdula said. “I asked her if there was concern. She said, no, she thinks they live far enough away.”

“What we have a fear of here,” Lau said, “is the fact that unlike in Louisiana and Texas and Oklahoma, where it’s very flat, here, they’re right down in the valley.” Like Springdale, Beaver was built into the sloping valley formed by the movement of the river long ago. The land around the Ohio River is like a giant, populated funnel.

“None of their stacks are really above the ridgelines, so if things are going to come down, the valley’s going to act like a big pipe,” Lau went on. “Depending on which way the wind is going, either it’s going to go that way toward Beaver. Or if the wind’s coming from the opposite direction,” he gestured to the west, and the wind picked up. “It’s gonna go that way toward Ohio and Steubenville.”

Was worry about the Shell plant’s pollution a frequent topic of conversation among people who live near Monaca, especially as the plant nears operation? “Not at all,” Gdula said. “I have to bring it up and then usually their eyes roll back in their head.”

“The response I get is that they haven’t had time to look into it,” Lau said. “And I’m trying to say, well, what’s a better time to look into it?” 

“Beaver County has had a lot of manufacturing with chemicals and smells,” Gdula said. “It’s almost like it’s part of the DNA of Beaver County: ‘My father worked in the mill; my grandfather worked in the mill, and yeah, their life got cut short,’ but you know,” she paused. “It’s accepted.”

What Would Rachel Carson Think?

The next morning I woke up at 6:30 a.m. to join a group of hikers who were training for the Rachel Carson Challenge, an all-day endurance event that is held annually in June on the 45-mile trail that shares Carson’s name. We would begin in Emmerling Park and end almost nine miles away in Springdale, passing by Carson’s homestead.  

We followed yellow blazes through the flat gravel paths of Emmerling Park up to the first hill, finding our footing among roots and stones that lined the switchbacks. The route alternated between narrow, wooded trails, where the only noises were the birds overhead and the sound of creek water rushing over rocks, and quiet neighborhoods, where we walked on the shoulder of the road, through tunnels and past construction sites. In between there were steep, muddy inclines, cut like ski runs through the bare trees. My boots slipped in the dirt, and I was jealous of the hikers who had thought to bring hiking poles. When we started, the morning was chilly enough that goosebumps stood on my arms, and I noticed the sparkle of dew on the grass. We climbed hill after hill with the sun hot on our necks, and I was soon warm enough to stow away my sweatshirt. At mile seven, I bent down to submerge both of my hands in the cold water of a stream that crossed the trail. 

As I hiked, I was struck by the beauty of the landscape: the undulating hills, the gaps in the trees where I could see the valley unfold all around us, the violets and dandelions growing at the edges of the path, wind chimes pealing in the distance. But I also noticed signs of something surprising: industry. About an hour in, I saw the first marker for a natural gas pipeline, a white post that was stuck like a milestone in an open field. “Warning,” it read, with a number listed for emergencies. Soon after, I spotted another one, poking out of the ground near a traffic cone. Others, bright yellow, sprouted along the route as we walked. We passed locked metal fences with the same red Eastern Gas Transmission and Storage logo as the pipeline markers and a vast, glittering coal ash pile, where part of the path turned black and silky beneath our feet. Rainwater pooled in thick tire tracks in the mud. (A few hundred feet from one section of trail, there is a fracking well built by Range Resources, which has paid to help sponsor the Challenge in the past.)

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In ‘Silent Spring,’ Rachel Carson described a fictional, bucolic hamlet, much like her hometown. Now, there’s a plastics plant under construction 30 miles away

SPRINGDALE, Pa.—If you stand in the sloping yard of the Rachel Carson Homestead and look southwest, down toward the Allegheny River, you can see the towers of the Cheswick Generating Station. Through the bare trees and thick green bramble that surround the house, the smokestacks emerge in the distance, twin pillars striped against a steel-silver sky. One is banded in orange and white, like a lighthouse; the other is dun-colored concrete. On this day in early spring, when birds are trilling and the smell of damp mulch fills the air, both towers are silent, because the plant was recently shut down.

When Rachel Carson was born here in 1907, this five-room white clapboard house about 18 miles east of Pittsburgh sat on 64 acres of farmland on the edge of town. The property included an apple and pear orchard, barn, and chicken coop. As a child, Carson explored the land around her home with enthusiasm. In one of her earliest essays, she writes about the trails “carpeted in fragrant pine needles” and the “thrill of exultation” she felt when she was outside on her own. Then, too, industry existed alongside the natural world; Carson would later recall the stench from the glue factory next to Springdale’s train station. When she was a teenager, West Penn Power built a coal power plant in Springdale. In her biography of Carson, Linda Lear writes about Carson’s adult distaste for what her hometown eventually became, “endlessly ugly” and “squeezed” between two “huge power stations.” 

In the famous opening of “Silent Spring,” Carson describes a fictional, bucolic hamlet, a literary echo of the Springdale she knew as a girl. She evokes a place that is still familiar to anyone who has spent time in Pennsylvanian woods. “There was once a town in the heart of America where all life seemed to live in harmony with its surroundings,” she writes. “The town lay in the midst of a checkerboard of prosperous farms, with fields of grain and hillsides of orchards where, in spring, white clouds of bloom drifted above the green fields.” She writes about the vivid maples and striking birches, the nodding ferns and wildflowers, the deer and foxes and abundant fish who swim in clear, cold creeks, “the mists of the fall mornings.” Most of all, she writes about birds: the robins, wrens and doves whose voices come together in a “dawn chorus.”

Now the Carson homestead seems out of place on Marion Avenue, a relic from a bygone era. Tidy beds of tulips have replaced the wildflowers, and brick single-story houses and asphalt crowd in on all sides. The sounds of traffic and barking dogs and chatting neighbors cut through the birdsong, and the yard backs into Springdale High School’s parking lot. Springdale’s town website is proudly emblazoned with the slogan “The Power City,” while also offering information about Rachel Carson’s birthplace. Springdale is part of Pennsylvania’s newly redrawn 17th Congressional district, one of 26 races that the Cook Political Report considers a toss-up for 2022. The issues of the environment, energy and jobs are front and center in the May 17 primary election election.

The Generating Station was permanently closed earlier this month after 50 years of operation. It was the last coal-fired power plant in the county and one of the last in Pennsylvania, and 50 people lost their jobs in the closure. The planned demolition of the plant stirred concern in some residents, who worried about the economic impact on businesses in their small community. GenOn Holdings, the plant’s owner, was also a source of financial support for Springdale in the form of donations to churches, parks, emergency management services, and projects like GenOn field, a baseball diamond built in 2012 for which the company donated more than $17,000.

Some residents were relieved to escape the plant’s pollutants (it was one of the largest sources of air pollution in the area) and eager to see the site converted into something else. In 2012, two Springdale residents filed a class-action lawsuit against GenOn, alleging that emissions from the station were damaging their property and making them “prisoners in their homes,” subject to “fly ash, barium compounds, copper compounds, dioxin and dioxin-like compounds, hydrochloric acid,” and other harmful chemicals. One of the plaintiffs complained about “black particulates and sulfur odors” that she believed were causing her children to get headaches. The residents ultimately won the right to sue the plant, and that decision has been called “a guide for future plaintiffs” pursuing cases about local pollution.

Flowers grow in the yard of the Rachel Carson Homestead in Springdale, Pennsylvania, May 9, 2022. Credit: Katie Surma

Sometimes these opposing viewpoints are embodied in one person at the same time. “Me, personally, I think it’s good they’re shutting down,” a local worker told Trib Live in 2021, when the closure was announced. “I think that it’s going to be kind of good for the environment.” But he was also worried about the disappearance of the steady stream of customers patronizing Springdale’s bars, restaurants, and the beer distributor where he worked, Beer & Beyond.

This is an old story in Southwest Pennsylvania, a well-worn narrative about the hard choices to be made between opportunity and public health, prosperity and preservation, stability and safety. For nearly as long as there has been European settlement, people here have benefited from—and been subject to the dangers unleashed by—the fuels beneath their feet. In the past, it’s been a story about the cost of survival and what must be endured in order to get by, whether that meant “killer smog,” lung disease, or industrial accidents like the Harwick mine disaster of 1904, which killed 181 people in Cheswick, the town neighboring Springdale. Today, this familiar fight has taken on heightened urgency. Depending on who is telling the story, that urgency has been brought on by the climate crisis and the harmful effects of the fracking boom. Or it’s tied to gas prices, unemployment, and foreign oil.

Politicians, like the candidates running in the 17th Congressional district, try to have it both ways when it comes to jobs and the environment. The Democrats speak about the urgency of responding to climate change and tend to emphasize the jobs that could be created in that response, and Republicans promote oil and gas investment and fracking as engines of economic growth. Candidates from both parties say they want to protect residents from pollution. But few people think that it might be possible to craft an entirely new story about this part of the country, a story that doesn’t revolve around fossil fuels.

The Cheswick Generating Station and smokestacks located mere blocks from the Rachel Carson Homestead in Springdale, Pennsylvania on May 9, 2022. Credit: Katie Surma

Bob Schmetzer, a member of a local grassroots environmental group, the Beaver County Marcellus Awareness Community, who has lived in the area all his life, explained the trade-offs as people perceive them by harkening back to the old days when so many depended on the steel mills for their livelihoods and grandmothers swept soot off their porches every night. The thinking went like this, he said: “As long as there is dirt to sweep, we’ll have food to eat.” 

“There’s a feeling of ‘we trade our health for jobs’ here,’” said Terrie Baumgardner, who works for the Clean Air Council in the region. “That’s what we do.”

A Plastics Plant 30 miles from Springdale

There is a story from Rachel Carson’s childhood about what first triggered her lifelong love for the ocean, the subject of so much of her writing. She grew up far from the sea, but townspeople in Springdale later remembered that she once found a “large fossilized shell in the rocky outcroppings of her family’s hillside property,” Lear writes, of a little girl gazing down on something left behind by an ancient ocean, captured in her palm. “She wondered where it had come from…and what had happened to the sea that had nurtured it so long ago.” Three hundred and ninety million years ago, western Pennsylvania was covered by an inland sea. Detritus from that sea eventually formed the Marcellus Shale, the vast deposit that is the source of the natural gas coveted by petroleum companies in the 21st century.

About 30 miles from Springdale, along the Ohio River in Beaver County in the town of Monaca, an ethane cracker plant being built by Royal Dutch Shell is the latest and largest development to take advantage of the natural gas found in the Marcellus Shale. “Cracker” is shorthand for the process used to break down the gas molecules into smaller molecules. It is slated to open sometime in 2022. During the construction, which began in 2017, parking lots for the struggling Beaver Valley Mall filled with buses for workers and cars with out of state license plates. 

The plant will use ethane to make 1.6 million tons a year of tiny plastic pellets called “nurdles,” which are “feedstock” that can be made into a range of plastic products. It is permitted to emit 2.2 million tons of carbon dioxide equivalent into the atmosphere.

Each year, around 230,000 tons of nurdles find their way into Carson’s beloved oceans, where they are consumed by fish and wildlife; they are the ocean’s second-largest source of micropollutants. 

The plant “marks a major expansion of the natural gas industry into downstream supply chain production,” according to “When Fracking Comes to Town,” an academic anthology about natural gas extraction in America. It is the “first facility of its kind” in the Marcellus Shale, the “first investment by Royal Dutch Shell outside of the Gulf Coast area in 20 years,” and its construction was made possible by $1.7 billion in tax credits from the state. 

The cracker plant was built on the same site as a zinc smelting facility that was shut down in 2014, taking with it 600 jobs and thousands of dollars in local tax revenue. Though Shell  employed 6,000 workers during the construction phase, in normal operations, the company  expects to employ 600 people.

Rachel Carson’s Legacy

On an unusually hot spring day, I met with a group of people concerned about the Shell plant’s environmental and health impacts at the Allegheny Health Network’s Cancer Institute in Beaver County, a gleaming new building behind the mall and across from Rural King, a farm supply store. Warmth radiates through the soles of my shoes from the baking pavement; there is hardly any shade here, only a few spindly, immature trees. Where Rachel Carson was focused on the effects of pesticides used in agriculture, today many environmentalists in Pennsylvania are most worried about the powerful oil and gas industry and its encroachment on residential areas and public parks.

Karen Gdula arrived first, petite and friendly, though focused and matter-of-fact when she’s describing her experiences with the natural gas industry. In September 2018, Energy Transfer’s Revolution pipeline exploded behind her house on Ivy Lane, only a few miles away from where we were standing. Gdula keeps a carefully organized binder of the events of that day and its aftermath, with photographs showing the cindered remains of one of her neighbors’ houses, a charred outline where a home used to be. “As a child, I had a recurring nightmare that the woods behind my house were on fire,” Gdula said. “And that morning, my childhood nightmare became a reality.” Now, she’s worried about the Shell plant. 

In March, Shell reported a 2,500-gallon spill of sulfuric acid to the federal government’s National Response Center, according to a local report and the response center’s database. Although the spill was contained at the site, Gdula is concerned about the potential for spills like it to contaminate her water supply in the future. “It’s a big concern for me,” she said.

Shell did not return telephone or electronic message requests for comment on the spill or its plans to protect the public and the environment from water or air pollution.

I asked Gdula if she had ever considered moving. Her parents built her house in 1957, and it’s where she grew up. Ivy Lane is a charming, welcoming neighborhood. Gdula’s gardens are bursting with daffodils, her back porch laden with bird feeders, swinging in the breeze. 

“Believe it or not,” she said, in recent months “there have been bidding wars for the houses in this neighborhood.” But none of this is why she hasn’t left. “My neighbor who now lives closest to the pipelines went out looking for a new house, and she found one she loved,” Gdula said. “She walked outside and she looked around and she realized that Revolution was there too.” 

At least, Gdula concluded, the pipelines in her neighborhood were 300 or 350 feet away from her home, rather than 30. “There’s no guarantees when you move,” she said. Even if she bought a house with no pipelines in sight, there was nothing to stop another company from seizing and building on nearby land. The Shell plant alone requires 97 miles of pipeline and 1,000 fracking wells to feed it. 

Next to arrive was Baumgardner, soft spoken and wearing metallic pink glasses, which glinted in the sun. Baumgardner works for the Clean Air Council as the Beaver County Outreach Coordinator. Baumgardner has worked with Clean Air Council since 2016, but she first became involved with environmental issues through Beaver County Marcellus Awareness Community, the same organization that Schmetzer is part of. The community has its own citizen watchdog group devoted to monitoring the cracker plant, “Eyes on Shell.” 

Clifford Lau joined us later, sporting a thick gray mustache and the air of someone who is used to delivering educational lectures about complicated topics. Lau teaches chemistry and environmental science and is an adjunct professor at Duquesne University. He is full of detailed knowledge about the Shell plant and strategies for monitoring the plant’s effects on the air and water. He told me that he hasn’t been to the Rachel Carson house, but he does talk to his students about Carson. “A lot of them don’t know about ‘Silent Spring,’” he said.

The Shell plant can be seen from an overlook adjacent to the Cancer Institute parking lot, and we peered over the edge. Blackened, broken trees on the nearest hillside looked like snapped matchsticks. Below this ridge, the plant sprawled like a space-age city, all shiny turrets and blinking lights and fleets of silver railcars, extending to the shores of the blue-green Ohio. “I can see the glow in the sky from my house at night,” Gdula said. “The week that they lit their pilots, I heard the rumbling.”

Lau recalled attending a Pennsylvania Department of Environmental Protection meeting about Shell’s Falcon pipeline in Washington County, which borders Allegheny and Beaver counties. The meeting was held at night at a junior high school on top of a hill. “It just struck me when I was out in the parking lot and I could see all the lights of the wells and the flares, and thinking, 10 years ago, that would have been perfectly dark, a nice starry night,” he said. “We’re actually having a chemical plant built around us.”

A historical marker on the Rachel Carson Homestead in Springdale, Pennsylvania, on May 9, 2022. Credit: Katie Surma

Baumgardner pointed out the town of Beaver, about two miles north of the plant on the other side of the river. “It’s a really nice town. I lived there for 14 years, and it got nicer every year until this thing came,” she said. She indicated a residential area of Beaver called River Road. “I’m surprised those people have not put up more of an outcry.”

“I know someone who lives down there,” Gdula said. “I asked her if there was concern. She said, no, she thinks they live far enough away.”

“What we have a fear of here,” Lau said, “is the fact that unlike in Louisiana and Texas and Oklahoma, where it’s very flat, here, they’re right down in the valley.” Like Springdale, Beaver was built into the sloping valley formed by the movement of the river long ago. The land around the Ohio River is like a giant, populated funnel.

“None of their stacks are really above the ridgelines, so if things are going to come down, the valley’s going to act like a big pipe,” Lau went on. “Depending on which way the wind is going, either it’s going to go that way toward Beaver. Or if the wind’s coming from the opposite direction,” he gestured to the west, and the wind picked up. “It’s gonna go that way toward Ohio and Steubenville.”

Was worry about the Shell plant’s pollution a frequent topic of conversation among people who live near Monaca, especially as the plant nears operation? “Not at all,” Gdula said. “I have to bring it up and then usually their eyes roll back in their head.”

“The response I get is that they haven’t had time to look into it,” Lau said. “And I’m trying to say, well, what’s a better time to look into it?” 

“Beaver County has had a lot of manufacturing with chemicals and smells,” Gdula said. “It’s almost like it’s part of the DNA of Beaver County: ‘My father worked in the mill; my grandfather worked in the mill, and yeah, their life got cut short,’ but you know,” she paused. “It’s accepted.”

What Would Rachel Carson Think?

The next morning I woke up at 6:30 a.m. to join a group of hikers who were training for the Rachel Carson Challenge, an all-day endurance event that is held annually in June on the 45-mile trail that shares Carson’s name. We would begin in Emmerling Park and end almost nine miles away in Springdale, passing by Carson’s homestead.  

We followed yellow blazes through the flat gravel paths of Emmerling Park up to the first hill, finding our footing among roots and stones that lined the switchbacks. The route alternated between narrow, wooded trails, where the only noises were the birds overhead and the sound of creek water rushing over rocks, and quiet neighborhoods, where we walked on the shoulder of the road, through tunnels and past construction sites. In between there were steep, muddy inclines, cut like ski runs through the bare trees. My boots slipped in the dirt, and I was jealous of the hikers who had thought to bring hiking poles. When we started, the morning was chilly enough that goosebumps stood on my arms, and I noticed the sparkle of dew on the grass. We climbed hill after hill with the sun hot on our necks, and I was soon warm enough to stow away my sweatshirt. At mile seven, I bent down to submerge both of my hands in the cold water of a stream that crossed the trail. 

As I hiked, I was struck by the beauty of the landscape: the undulating hills, the gaps in the trees where I could see the valley unfold all around us, the violets and dandelions growing at the edges of the path, wind chimes pealing in the distance. But I also noticed signs of something surprising: industry. About an hour in, I saw the first marker for a natural gas pipeline, a white post that was stuck like a milestone in an open field. “Warning,” it read, with a number listed for emergencies. Soon after, I spotted another one, poking out of the ground near a traffic cone. Others, bright yellow, sprouted along the route as we walked. We passed locked metal fences with the same red Eastern Gas Transmission and Storage logo as the pipeline markers and a vast, glittering coal ash pile, where part of the path turned black and silky beneath our feet. Rainwater pooled in thick tire tracks in the mud. (A few hundred feet from one section of trail, there is a fracking well built by Range Resources, which has paid to help sponsor the Challenge in the past.)

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‘People laugh but think twice’: Belgian cartoonist takes on plastic pollution

‘People laugh but think twice’: Belgian cartoonist takes on plastic pollution Pieter De Poortere is putting his best-known character, Dickie, to work to help galvanise opposition to a giant plastics plant in Antwerp Belgian cartoonist Pieter De Poortere was trying to do his bit for the environment: eating less meat and diligently sorting his rubbish …

Plastic found inside Arctic char has Nunavut hunters fearing for local food sources

Hunters in Nunavut say they’ve been finding plastic inside the bellies of Arctic char — a fish that’s an essential part of Inuit culture, often eaten raw, frozen or boiled. Bobby Greenley, chairperson of the Ekaluktutiak Hunters and Trappers Organization in Cambridge Bay, said the issue started cropping up four or five years ago.  “We’re finding it in the stomachs of the fish we’re doing studies on,” he said. “We’re starting to get more whales around our area, they might be sucking [plastic] into their stomachs as well.” Greenley said it’s bad for the animals — but bad for people’s safety, too. “It can get sucked up into people’s outboard [boat] motors and cause them damage. Next thing you know, you’re rescuing people who are broken down in the middle of the ocean.” Billy Merkosak, a hunter from Pond Inlet, has seen plastic inside fish too. It’s a discovery that’s “very scary” and leaves him wondering about the health of his community.  Plastic comes from near and far Scientists say it’s hard to know how much plastic pollution is in the Arctic, but a recent study published in the journal Nature Reviews Earth & Environment takes a look at where it’s coming from and what can be done about it.  Jennifer Provencher, a scientist with Environment and Climate Change Canada, and one of the report’s authors, says plastic is coming from a mix of local and international sources — sometimes even carried north by migrating animals.  Jennifer Provencher working on a cliffside near Digges Sound, Quebec, as part of a survey to count seabirds and plastic litter.

Plastic found inside Arctic char has Nunavut hunters fearing for local food sources

Hunters in Nunavut say they’ve been finding plastic inside the bellies of Arctic char — a fish that’s an essential part of Inuit culture, often eaten raw, frozen or boiled. Bobby Greenley, chairperson of the Ekaluktutiak Hunters and Trappers Organization in Cambridge Bay, said the issue started cropping up four or five years ago.  “We’re finding it in the stomachs of the fish we’re doing studies on,” he said. “We’re starting to get more whales around our area, they might be sucking [plastic] into their stomachs as well.” Greenley said it’s bad for the animals — but bad for people’s safety, too. “It can get sucked up into people’s outboard [boat] motors and cause them damage. Next thing you know, you’re rescuing people who are broken down in the middle of the ocean.” Billy Merkosak, a hunter from Pond Inlet, has seen plastic inside fish too. It’s a discovery that’s “very scary” and leaves him wondering about the health of his community.  Plastic comes from near and far Scientists say it’s hard to know how much plastic pollution is in the Arctic, but a recent study published in the journal Nature Reviews Earth & Environment takes a look at where it’s coming from and what can be done about it.  Jennifer Provencher, a scientist with Environment and Climate Change Canada, and one of the report’s authors, says plastic is coming from a mix of local and international sources — sometimes even carried north by migrating animals.  Jennifer Provencher working on a cliffside near Digges Sound, Quebec, as part of a survey to count seabirds and plastic litter.

Tracking plastic pollution hot spots

A new platform out Monday could allow for a global crackdown on plastic waste sites, thereby preventing plastic pollution from entering the oceans.Global Plastic Watch uses satellite imagery and artificial intelligence techniques to identify likely plastic waste sites in a similar way as space-based imagery is used to locate deforestation hot spots.Why it matters: By pinpointing sites where land-based waste enters waterways, Global Plastic Watch can allow governments and nonprofits to work to mitigate such pollution. The old adage in environmental protection, that you can’t mitigate what you can’t measure, applies here.Threat level: The ubiquitous nature of plastic waste threatens the viability of what many oil companies see as a source of future revenue. From the Great Pacific Garbage Patch to microplastics showing up on the highest mountain peaks and deepest oceans, reducing the amount of plastic waste could have significant benefits.Zoom in: Global Plastic Watch is a project funded by the Australia-based Minderoo Foundation. It has already revealed numerous, previously undocumented large-scale waste sites across 24 countries mapped so far, according to Fabien Laurier, who leads technology and innovation for the foundation.The tool, whose interface resembles maps tracking other environmental problems, from wildfires to carbon dioxide emissions, provides for the possibility of partnerships with governments that are contributing a significant amount of land-based plastic waste.One such country, Indonesia, is already using the technology to find undocumented or illegal waste sites, according to a Minderoo Foundation statement.What they’re saying: “Plastic pollution on land contributes to more than 90% of plastics getting into the ocean,” Laurier told Axios in an interview.”But up until now, the scientific understanding and waste management, in general, has been relying on estimates and models that are most often than not inconsistent, sometimes even inaccurate.””The goal here was to make sure that we would know where the plastic on land, provide the data to governments so they can better manage it, and stop it from entering rivers and the oceans in the first place,” Laurier said.The big picture: The new tracking tool is similar in concept to other projects launched in the past few years, such as Global Fishing Watch and Flaring Monitor, which keeps tabs on natural gas flaring.It takes advantage of publicly available data from the European Space Agency’s Sentinel satellite constellation and AI-driven data analysis to provide real-time monitoring capabilities.

Tracking plastic pollution hot spots

A new platform out Monday could allow for a global crackdown on plastic waste sites, thereby preventing plastic pollution from entering the oceans.Global Plastic Watch uses satellite imagery and artificial intelligence techniques to identify likely plastic waste sites in a similar way as space-based imagery is used to locate deforestation hot spots.Why it matters: By pinpointing sites where land-based waste enters waterways, Global Plastic Watch can allow governments and nonprofits to work to mitigate such pollution. The old adage in environmental protection, that you can’t mitigate what you can’t measure, applies here.Threat level: The ubiquitous nature of plastic waste threatens the viability of what many oil companies see as a source of future revenue. From the Great Pacific Garbage Patch to microplastics showing up on the highest mountain peaks and deepest oceans, reducing the amount of plastic waste could have significant benefits.Zoom in: Global Plastic Watch is a project funded by the Australia-based Minderoo Foundation. It has already revealed numerous, previously undocumented large-scale waste sites across 24 countries mapped so far, according to Fabien Laurier, who leads technology and innovation for the foundation.The tool, whose interface resembles maps tracking other environmental problems, from wildfires to carbon dioxide emissions, provides for the possibility of partnerships with governments that are contributing a significant amount of land-based plastic waste.One such country, Indonesia, is already using the technology to find undocumented or illegal waste sites, according to a Minderoo Foundation statement.What they’re saying: “Plastic pollution on land contributes to more than 90% of plastics getting into the ocean,” Laurier told Axios in an interview.”But up until now, the scientific understanding and waste management, in general, has been relying on estimates and models that are most often than not inconsistent, sometimes even inaccurate.””The goal here was to make sure that we would know where the plastic on land, provide the data to governments so they can better manage it, and stop it from entering rivers and the oceans in the first place,” Laurier said.The big picture: The new tracking tool is similar in concept to other projects launched in the past few years, such as Global Fishing Watch and Flaring Monitor, which keeps tabs on natural gas flaring.It takes advantage of publicly available data from the European Space Agency’s Sentinel satellite constellation and AI-driven data analysis to provide real-time monitoring capabilities.

Margaret Renkl: On an endangered river, another toxic disaster is waiting to happen

NASHVILLE — Almost four years ago, spurred by my decades-long fascination with Homer’s story of the lotus-eaters, my husband and I made a pilgrimage to the Mobile-Tensaw Delta in Alabama to see American lotuses in full bloom. Jimbo Meador, our guide, was happy to take us on his boat to see the extravagant flowers.A certified master naturalist, he was also happy to take birders to see the more than 300 species of birds that have been identified in that magnificent delta and to talk with history buffs about the original peoples who lived in the area or the fort where the last major battle of the Civil War was fought or the spot in the river where a ghost fleet of World War II Liberty ships was once anchored. Mr. Meador has spent his whole life talking about the crucial role the Mobile-Tensaw Delta plays in the human and ecological life of the region.The biologist E.O. Wilson called this delta “arguably the biologically richest place” Americans have.It’s also one of the most beautiful, an ecosystem that includes not just open water but also marsh, swamp and hardwood forest. From Mr. Meador’s flat-bottom boat, the delta feels entirely separate, a quiet world of sunshine and drifting clouds and lapping water and birdsong. Self-contained. Untouched.But the Mobile-Tensaw Delta is far from untouched. Nine rivers feed into it, and rivers carry more than just water. They also carry microplastics; fertilizer, pesticides and animal waste from factory-farming operations; silt from storm water runoff; and heavy metals from mines and factories — and that’s on top of the devastations wrought by damming or wetland development or the granddaddy of all environmental threats: climate change.These are the kinds of human-made perils that cause a waterway to be included on America’s Most Endangered Rivers, an annual list published by the nonprofit American Rivers. In this year’s report, the Mobile River, for which the delta is partly named, came in at No. 3, threatened by a coal ash storage pond at the James M. Barry Electric Generating Plant.Alabama Power has dumped 21.7 million tons of coal ash in a storage pond on land that lies within a hairpin crook of the Mobile River. Open to the elements, surrounded on three sides by water, separated from the river by only an earthen dam, the unlined storage pond is leaking heavy metals into the groundwater, which then makes its way to the river.Coal ash is a byproduct of burning coal for power. It contains high levels of toxic metals, including arsenic, lead, mercury, uranium and selenium. Utility companies have historically disposed of the ash by mixing it with water and storing it in pits or ponds constructed for that purpose. Because coal plants require massive amounts of water to generate energy — burning coal to boil water to create the steam that turns the turbines — they and their storage ponds are most often located on bodies of water.“For decades, utilities have disposed of coal ash dangerously, dumping it in unlined ponds and landfills where the toxins leak into groundwater,” according to a report last year by the nonprofit legal organization Earthjustice. There are hundreds of these coal ash storage facilities across 43 states and Puerto Rico, and almost all of them are leaking toxins into groundwater.The leaking storage pond at the Barry plant on the Mobile River was built in 1965, when storing coal ash in holding ponds was the norm. But as Carly Berlin of the nonprofit news organization Southerly pointed out in 2020, that strategy is no longer standard: “A considerable industry shift is underway,” she wrote. “Many Southern utilities are moving to excavate the material and relocate it to dry, lined landfills away from rivers or recycling it into building materials like concrete.”A lotus flower on the Mobile-Tensaw River DeltaDamon Winter/The New York TimesA common moorhen navigates among lotus leaves on the Mobile-Tensaw River Delta.Damon Winter/The New York TimesNot Alabama Power, though. It plans to pump the water out of its Barry plant pond and cap the ash in place on the banks of the Mobile River. Even if it weren’t already leaking into the groundwater, that strategy would still leave the toxic storage pond vulnerable to extreme weather events, like the catastrophic flooding that swamped Duke Energy’s coal ash storage ponds at the Sutton power plant near Wilmington, N.C., in 2018. A hurricane’s storm surge or rising water in extreme rain events could destroy the earthen dam and spill coal ash directly into the river. Once there, it would threaten the Mobile-Tensaw Delta, Mobile Bay and ultimately the Gulf of Mexico.“We’ve got an A-bomb up the river,” John Howard, a resident of Mobile County, told the CNN producer Isabelle Chapman. “It’s just waiting to happen.”We know what happens — to a river’s ecosystem, to human communities — when the dam on a coal ash pond finally breaks. In 2008 the collapse of a retaining wall at a Tennessee Valley Authority coal ash pond near Kingston in East Tennessee spilled more than a billion gallons of coal ash into the nearby river system, covering some 300 acres of Roane County with toxic sludge. It remains the worst industrial spill in U.S. history.What followed that toxic spill was a yearslong cleanup operation that sickened workers by the hundreds. Dozens have since died, the majority from diseases linked to heavy metal contamination — “respiratory, cardiac, neurological and blood disorders, as well as cancers,” according to the nonprofit news site The Daily Yonder. “The jury in a 2018 court case determined that many of these ailments could have been caused by long-term coal ash exposure.” In that case, the U.S. District Court found in favor of 200 plaintiffs in a class-action lawsuit against the T.V.A. contractors who supervised the cleanup. (In “Tip of the Ashberg,” an episode in its podcast, “Broken Ground,” the Southern Environmental Law Center gives a full and heartbreaking account of the spill and its aftermath.)The heavy metals in coal ash do not biodegrade, and the environmental cost of releasing so many toxins into flowing water is impossible to calculate. The coal ash holding pond on the Mobile River contains almost four times as much toxic material as the sludge that spilled in Kingston. And it is leaking.In better news, the Environmental Protection Agency announced this year that it was finally getting serious about protecting groundwater from coal ash contamination — a move that was greeted with cautious optimism by environmental groups. “That was great to see,” said Cade Kistler, a full-time advocate for the nonprofit Mobile Baykeeper, in a phone interview last week. “It makes it crystal clear that Alabama Power’s plan is illegal under the E.P.A.’s rule because it will leave coal ash in groundwater. And that pollution is going to continue for generations if they move forward with this plan to cap it in place.”Nevertheless, the Alabama Department of Environmental Management — which has a long history of siding with industry over the environment — has already approved the cap-in-place plan, according to Mr. Kistler. “This clarification from the E.P.A. should force them to move the coal ash. It’s just a matter of how long it’s going to take the E.P.A. to push back on Alabama.”The fact that the Mobile River has just made American Rivers’ most-endangered list may bring even more scrutiny to the A-bomb on the riverbank, Mr. Kistler said. “We’re hopeful that the list will make more people aware of the extreme danger and shortsightedness of Alabama Power’s plan. Across the Southeast, utilities are moving 250 million tons of coal ash away from their coastal sites, where hurricanes and sea-level rise pose such a threat. The citizens and environment of Alabama deserve the same protection.”I have never been on an oyster boat in Mobile Bay, where generations of families have made their livelihoods. I have never visited nearby Africatown, a community founded by some of the people who were smuggled into Alabama on the Clotilda, the last ship to bring enslaved Africans into this country, a ship that now lies at the bottom of the Mobile River. I don’t belong to any of the human communities that would be devastated if the earthen dam keeping Alabama Power’s coal ash out of the Mobile River ever collapses.But I have been in the American Amazon, as the Mobile-Tensaw Delta is known. I have heard the songbirds calling, and I have seen the ospreys fishing. I have fallen under the spell of the intoxicating American lotus in full bloom, and I can hardly bear to think that any of these treasures, human and environmental, could be in such danger.I called up Mr. Meador, who is no longer giving public tours of the delta. I wanted to ask how he feels about seeing the Mobile River on a top-10 list of America’s endangered rivers. “You know, I grew up on Mobile Bay when the water was so clear, and now the water is never clear,” he said. “The whole thing is just really sad to me. We’ve already lost so much.”Margaret Renkl, a contributing Opinion writer, is the author of the books “Graceland, at Last: Notes on Hope and Heartache From the American South” and “Late Migrations: A Natural History of Love and Loss.”The Times is committed to publishing a diversity of letters to the editor. We’d like to hear what you think about this or any of our articles. Here are some tips. And here’s our email: letters@nytimes.com.Follow The New York Times Opinion section on Facebook, Twitter (@NYTopinion) and Instagram.

The ocean's biggest garbage pile is full of floating life

Researchers found that small sea creatures exist in equal number with pieces of plastic in parts of the Great Pacific Garbage Patch, which could have implications for cleaning up ocean pollution.In 2019, the French swimmer Benoit Lecomte swam over 300 nautical miles through the Great Pacific Garbage Patch to raise awareness about marine plastic pollution.As he swam, he was often surprised to find that he wasn’t alone.“Every time I saw plastic debris floating, there was life all around it,” Mr. Lecomte said.The patch was less a garbage island than a garbage soup of plastic bottles, fishing nets, tires and toothbrushes. And floating at its surface were blue dragon nudibranchs, Portuguese man-o-wars, and other small surface-dwelling animals, which are collectively known as neuston.Scientists aboard the ship supporting Mr. Lecomte’s swim systematically sampled the patch’s surface waters. The team found that there were much higher concentrations of neuston within the patch than outside it. In some parts of the patch, there were nearly as many neuston as pieces of plastic.“I had this hypothesis that gyres concentrate life and plastic in similar ways, but it was still really surprising to see just how much we found out there,” said Rebecca Helm, an assistant professor at the University of North Carolina and co-author of the study. “The density was really staggering. To see them in that concentration was like, wow.”The findings were posted last month on bioRxiv and have not yet been subjected to peer review. But if they hold up, Dr. Helm and other scientists say, it may complicate efforts by conservationists to remove the immense and ever-growing amount of plastic in the patch.The world’s oceans contain five gyres, large systems of circular currents powered by global wind patterns and forces created by Earth’s rotation. They act like enormous whirlpools, so anything floating within one will eventually be pulled into its center. For nearly a century, floating plastic waste has been pouring into the gyres, creating an assortment of garbage patches. The largest, the Great Pacific Patch, is halfway between Hawaii and California and contains at least 79,000 tons of plastic, according to the Ocean Cleanup Foundation. All that trash turns out to be a great foothold for living things.The snail Recluzia species, viewed from the side oral end.Denis RieckViolet snail Janthina species, viewed from the side, with a large bubble raft made from snail mucus emerging from the water.Denis RieckBlue button Porpita species, viewed from above.Denis RieckThe floating anemone Actinecta species, viewed from the side, with the aboral float at the surface.Denis RieckDr. Helm and her colleagues pulled many individual creatures out of the sea with their nets: by-the-wind sailors, free-floating hydrozoans that travel on ocean breezes; blue buttons, quarter-sized cousins of the jellyfish; and violet sea-snails, which build “rafts” to stay afloat by trapping air bubbles in a soap-like mucus they secrete from a gland in their foot. They also found potential evidence that these creatures may be reproducing within the patch.“I wasn’t surprised,” said Andre Boustany, a researcher with the Monterey Bay Aquarium in California. “We know this place is an aggregation area for drifting plastics, so why would it not be an aggregation area for these drifting animals as well?”Little is known about neuston, especially those found far from land in the heart of ocean gyres.“They are very difficult to study because they occur in the open ocean and you cannot collect them unless you go on marine expeditions, which cost a lot of money,” said Lanna Cheng, a research scientist at the University of California, San Diego.Because so little is known about the life history and ecology of these creatures, this study, though severely limited in size and scope, offers valuable insights to scientists.Blue sea dragons, Glaucus species, viewed from above with dark blue ventral surfaces.Denis RieckBy-the-wind sailor Velella species, viewed from above.Denis RieckA Portuguese man-of-war, Physalia species, viewed from the side, with the float above the surface.Denis RieckA buoy barnacle, Dosima fascicularis, viewed from the side, with aboral white float at the water’s surface.Denis RieckBut Dr. Helm said there is another implication of the study: Organizations working to remove plastic waste from the patch may also need to consider what the study means for their efforts.There are several nonprofit organizations working to remove floating plastic from the Great Pacific Patch. The largest, the Ocean Cleanup Foundation in the Netherlands, developed a net specifically to collect and concentrate marine debris as it is pulled across the sea’s surface by winds and currents. Once the net is full, a ship takes its contents to land for proper disposal.Dr. Helm and other scientists warn that such nets threaten sea life, including neuston. Although adjustments to the net’s design have been made to reduce bycatch, Dr. Helm believes any large-scale removal of plastic from the patch could pose a threat to its neuston inhabitants.“When it comes to figuring out what to do about the plastic that’s already in the ocean, I think we need to be really careful,” she said. The results of her study “really emphasize the need to study the open ocean before we try to manipulate it, modify it, clean it up or extract minerals from it.”Laurent Lebreton, an oceanographer with the Ocean Cleanup Foundation, disagreed with Dr. Helm.“It’s too early to reach any conclusions on how we should react to that study,” he said. “You have to take into account the effects of plastic pollution on other species. We are collecting several tons of plastic every week with our system — plastic that is affecting the environment.”Plastic in the ocean poses a threat to marine life, killing more than a million seabirds every year, as well as more than 100,000 marine mammals, according to UNESCO. Everything from fish to whales can become entangled, and animals often mistake it for food and end up starving to death with stomachs full of plastic.Ocean plastics that don’t end up asphyxiating an albatross or entangling an elephant seal eventually break down into microplastics, which penetrate every branch of the food web and are nearly impossible to remove from the environment.One thing everyone agrees on is that we need to stop the flow of plastic into the ocean.“We need to turn off the tap,” Mr. Lecomte said.

The ocean's biggest garbage pile is full of floating life

Researchers found that small sea creatures exist in equal number with pieces of plastic in parts of the Great Pacific Garbage Patch, which could have implications for cleaning up ocean pollution.In 2019, the French swimmer Benoit Lecomte swam over 300 nautical miles through the Great Pacific Garbage Patch to raise awareness about marine plastic pollution.As he swam, he was often surprised to find that he wasn’t alone.“Every time I saw plastic debris floating, there was life all around it,” Mr. Lecomte said.The patch was less a garbage island than a garbage soup of plastic bottles, fishing nets, tires and toothbrushes. And floating at its surface were blue dragon nudibranchs, Portuguese man-o-wars, and other small surface-dwelling animals, which are collectively known as neuston.Scientists aboard the ship supporting Mr. Lecomte’s swim systematically sampled the patch’s surface waters. The team found that there were much higher concentrations of neuston within the patch than outside it. In some parts of the patch, there were nearly as many neuston as pieces of plastic.“I had this hypothesis that gyres concentrate life and plastic in similar ways, but it was still really surprising to see just how much we found out there,” said Rebecca Helm, an assistant professor at the University of North Carolina and co-author of the study. “The density was really staggering. To see them in that concentration was like, wow.”The findings were posted last month on bioRxiv and have not yet been subjected to peer review. But if they hold up, Dr. Helm and other scientists say, it may complicate efforts by conservationists to remove the immense and ever-growing amount of plastic in the patch.The world’s oceans contain five gyres, large systems of circular currents powered by global wind patterns and forces created by Earth’s rotation. They act like enormous whirlpools, so anything floating within one will eventually be pulled into its center. For nearly a century, floating plastic waste has been pouring into the gyres, creating an assortment of garbage patches. The largest, the Great Pacific Patch, is halfway between Hawaii and California and contains at least 79,000 tons of plastic, according to the Ocean Cleanup Foundation. All that trash turns out to be a great foothold for living things.The snail Recluzia species, viewed from the side oral end.Denis RieckViolet snail Janthina species, viewed from the side, with a large bubble raft made from snail mucus emerging from the water.Denis RieckBlue button Porpita species, viewed from above.Denis RieckThe floating anemone Actinecta species, viewed from the side, with the aboral float at the surface.Denis RieckDr. Helm and her colleagues pulled many individual creatures out of the sea with their nets: by-the-wind sailors, free-floating hydrozoans that travel on ocean breezes; blue buttons, quarter-sized cousins of the jellyfish; and violet sea-snails, which build “rafts” to stay afloat by trapping air bubbles in a soap-like mucus they secrete from a gland in their foot. They also found potential evidence that these creatures may be reproducing within the patch.“I wasn’t surprised,” said Andre Boustany, a researcher with the Monterey Bay Aquarium in California. “We know this place is an aggregation area for drifting plastics, so why would it not be an aggregation area for these drifting animals as well?”Little is known about neuston, especially those found far from land in the heart of ocean gyres.“They are very difficult to study because they occur in the open ocean and you cannot collect them unless you go on marine expeditions, which cost a lot of money,” said Lanna Cheng, a research scientist at the University of California, San Diego.Because so little is known about the life history and ecology of these creatures, this study, though severely limited in size and scope, offers valuable insights to scientists.Blue sea dragons, Glaucus species, viewed from above with dark blue ventral surfaces.Denis RieckBy-the-wind sailor Velella species, viewed from above.Denis RieckA Portuguese man-of-war, Physalia species, viewed from the side, with the float above the surface.Denis RieckA buoy barnacle, Dosima fascicularis, viewed from the side, with aboral white float at the water’s surface.Denis RieckBut Dr. Helm said there is another implication of the study: Organizations working to remove plastic waste from the patch may also need to consider what the study means for their efforts.There are several nonprofit organizations working to remove floating plastic from the Great Pacific Patch. The largest, the Ocean Cleanup Foundation in the Netherlands, developed a net specifically to collect and concentrate marine debris as it is pulled across the sea’s surface by winds and currents. Once the net is full, a ship takes its contents to land for proper disposal.Dr. Helm and other scientists warn that such nets threaten sea life, including neuston. Although adjustments to the net’s design have been made to reduce bycatch, Dr. Helm believes any large-scale removal of plastic from the patch could pose a threat to its neuston inhabitants.“When it comes to figuring out what to do about the plastic that’s already in the ocean, I think we need to be really careful,” she said. The results of her study “really emphasize the need to study the open ocean before we try to manipulate it, modify it, clean it up or extract minerals from it.”Laurent Lebreton, an oceanographer with the Ocean Cleanup Foundation, disagreed with Dr. Helm.“It’s too early to reach any conclusions on how we should react to that study,” he said. “You have to take into account the effects of plastic pollution on other species. We are collecting several tons of plastic every week with our system — plastic that is affecting the environment.”Plastic in the ocean poses a threat to marine life, killing more than a million seabirds every year, as well as more than 100,000 marine mammals, according to UNESCO. Everything from fish to whales can become entangled, and animals often mistake it for food and end up starving to death with stomachs full of plastic.Ocean plastics that don’t end up asphyxiating an albatross or entangling an elephant seal eventually break down into microplastics, which penetrate every branch of the food web and are nearly impossible to remove from the environment.One thing everyone agrees on is that we need to stop the flow of plastic into the ocean.“We need to turn off the tap,” Mr. Lecomte said.