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Climate Change Could Save the Rust Belt

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Saturday, March 23, 2024

As my airplane flew low over the flatlands of western Michigan on a dreary December afternoon, sunbursts splintered the soot-toned clouds and made mirrors out of the flooded fields below. There was plenty of rain in this part of the Rust Belt—sometimes too much. Past the endless acres, I could make out the eastern shore of Lake Michigan, then soon, in the other direction, the Detroit River, Lakes Huron and Erie, and southern Canada. In a world running short on fresh water in its lakes and rivers, more than 20 percent of that water was right here. From a climate standpoint, there couldn’t be a safer place in the country—no hurricanes, no sea-level rise, not much risk of wildfires. That explains why models suggest many more people will soon arrive here.My destination was the working-class city of Ypsilanti, and a meeting with Beth Gibbons, an urban planner and specialist in climate adaptation. Gibbons served as the founding executive director of a planning consortium called the American Society of Adaptation Professionals (ASAP), which was formed in part to consider how the country could anticipate and prepare for large-scale American climate migration. Gibbons believes that sooner or later a growing chunk of the nation’s population will be arriving in the Great Lakes region. Ypsilanti was an interesting place for us to meet: Many Black migrants from the South had moved here in the 20th century, and during World War II, some were employed building military aircraft. Now the city stands to be transformed again, this time by a great climate migration.Across the Great Lakes region, cities were in their prime six decades ago as America forged its industrial might. But places such as Detroit, Milwaukee, Cleveland, Buffalo, and Duluth have been in a steady decline ever since. And Ypsilanti, with its nest of underutilized streets, relatively cheap housing, and sprawling industrial spaces still belying the fact that its population peaked in 1970, is little different. That means—at least in theory—these cities have, in a word favored by planning types and scientists, “capacity” for more people.[Read: Every coastal home is now a stick of dynamite]As climate change brings disasters and increasingly unlivable conditions to growing swaths of the United States, it also has the potential to remake America’s economic landscape: Extreme heat, drought, and fires in the South and West could present an opportunity for much of the North. Tens of millions of Americans may move in response to these changes, fleeing coasts and the countryside for larger cities and more temperate climates. In turn, the extent to which our planet’s crisis can present an economic opportunity, or even reimagining, will largely depend on where people wind up, and the ways in which they are welcomed or scorned.Gibbons, who now works at the climate consulting firm Farallon Strategies, sees Michigan’s future in the Californians unsettled by wildfire. Those people are going to move somewhere. And so they should be persuaded to come to Michigan, she says, before they move to places like Phoenix or Austin. The Great Lakes region should market itself as a climate refuge, she thinks, and then build an economy that makes use of its attributes: the value of its water, its land, its relative survivability. In her vision, small northern cities, invigorated by growing populations, somehow manage to blossom into bigger, greener, cleaner ones.“There’s no future in which many, many people don’t head here,” Gibbons told me. The only question is whether “we don’t just end up being surprised by it.” And so Gibbons wants to see the Great Lakes states recruit people from around the country, as they did during the Great Migration. Back then, recruiters spread across the South to convince Black people there that opportunity awaited them in the factories of the North: That’s what helped make Ypsilanti.Today, long after the bomber factory was reduced to weed-riddled expanses of abandoned pavement, the town lives on. This time, the Great Lakes’ water is what will persuade people to move here: Humans have long migrated in pursuit of fresh water. Temperature will also make Michigan an attractive destination for climate migrants. For the coldest places, global warming promises newfound productivity and economic growth. The research connecting economic activity to cool temperatures suggests that there is an optimum climate for human productivity, and as ideal conditions for humans shifts northward, some places may soon find themselves smack in the middle of it. The same research suggests that when that happens, people are bound to follow.These are the findings of Marshall Burke, the deputy director of the Center for Food Security and the Environment at Stanford University. A notable 2015 paper he co-authored in the journal Nature earned international attention for predicting that most countries will see their economies shrivel with climate change. Less noticed, however, was what Burke found would happen on the northern side of that line: Incredible growth could await those places soon to enter their climate prime. Canada, Scandinavia, Iceland, and Russia could see their per capita gross domestic products double or even quadruple.The United States is on the cusp of this dividing line between economic loss and fortune—its southern regions more imperiled, its northern latitudes much better positioned to capitalize on climate change. Proprietary climate models from the Rhodium Group, an environmental- and economic-research firm I collaborated with for this book, forecast that even as commercial crop yields free-fall across the Great Plains, Texas, and the South, those closer to the Canadian border will steadily increase. By as soon as 2040, yields in North Dakota could jump by 5 to 12 percent. In Minnesota and Wisconsin and northern New York, the rise could be closer to 12 percent. By the end of the century, should climate change be severe, those increases could jump by 24 to 30 percent. Shaded on Rhodium’s map, the data show a dark hot spot where agricultural improvements will far outpace anywhere else in the country. It is centered like a bull’s-eye right over the Great Lakes.[Read: Climate change is already rejiggering where Americans live]Indeed, big commercial agricultural companies and other land investors may already be anticipating this. Over the past several years, land values have skyrocketed across the upper Midwest, as buyers including Bill Gates have snatched up thousands of acres of farmland. To the south, they see the Ogallala Aquifer being depleted, and in California, regulatory mandates potentially reducing water consumption in the Central Valley by 40 to 50 percent, while in northern Michigan, there is more water than anyone knows what to do with.The Rust Belt arguably led America’s industrial revolution, and with the push of new government support, this same region could help lead a green revolution. The Inflation Reduction Act, President Joe Biden’s historic climate legislation, has promised roughly $370 billion in subsidies for electric vehicles and clean energy, an injection of cash that has already spurred many billions more in private investment and revitalized the country’s manufacturing base. As of late last year, Michigan was the third-largest recipient of that investment. Following the IRA incentives, automakers have collectively invested tens of billions of dollars in the electric-vehicle supply-chain, and the federal government has made some $2 billion in grants available to retrofit and modernize old factories to produce electric vehicles.Imagine the economic center of gravity of the United States shifting north, and the seesaw effects of that change on the geographic locus of American society. Consider again the lasting cultural implications—for music and arts and sports and labor—of the previous century’s Great Migration out of the South, and what doubling it could mean. One day, a high-speed rail line may race across the Dakotas, through Idaho’s up-and-coming wine country and the country’s new bread basket, to the megalopolis of Seattle, which will have grown so big as people move north that it has nearly merged with Vancouver, at the southern edge of Canada. Never mind that roughly half the country will likely have to experience total upheaval or extreme discomfort—or both—to arrive at this point, or the fact that by the time the Great Lakes region reaches its apex, much of the nation’s southern half will have withered. And of course, every place in America will experience dramatic change and disruption from warming—just look at Canada’s wildfires last summer. But the northern part of the U.S. is more shielded from the primary threats of sea-level rise, hurricanes, drought, and extreme heat. The vision amounts to what Beth Gibbons describes as a chance to shift the climate narrative away from one of exclusive failure. And it suggests that the displacement erupting from climate stress in some places will put others on track toward greater security, wealth, and prosperity.[Read: Vermont was supposed to be a climate haven]An economic boom projected for warming regions, though, Burke told me, will also likely depend on a growing population in the region, which means peacefully resettling large numbers of climate migrants. That’s easier said than done. In Ann Arbor, an affluent city hoping and preparing for climate-driven population growth, I talked with the city’s sustainability director, who counted herself with Beth Gibbons among the optimists. She told me she thought Ann Arbor could be turned into a climate destination, but she was surprised to find that even in her hyperliberal, upper-class college town, some people didn’t necessarily want that.Gibbons, too, was running into resistance at every turn. Michigan’s Native American tribes, corralled into a tiny sovereign territory, told ASAP focus groups that they see climate change not only affecting their hunting and fishing grounds but potentially bringing new people and economic forces into conflict with their tribal rights. Rural communities from northern Wisconsin to Michigan’s Upper Peninsula fear something similar; the migration during the coronavirus pandemic showed them how little newly relocated second-home owners are simpatico with longtime locals who depend on harvesting timber and working large farms to make a living.Elsewhere in the United States climate migration is already leading to rising tensions between old and new, as smaller communities confront incoming numbers and rapidly urbanize. The seemingly best places have begun to attract the wealthiest and most mobile to resettle, even while the worst consequences of climate change in the U.S. disproportionately affect minorities and the poor. In Michigan, even some progressives worry that climate migration today will amount to climate gentrification; not so far down the line, forced migration could instead yield fears of newcomers as economic burdens.Migration can be thought of as the decision to leave, the choice of where to go, and the arrival at the destination. But what history shows is that the most friction occurs in the transitions leading up to and following these things. There is the separation, a breakdown, like paper being torn. And there is the integration of new people into an existing community, a community that could receive that change as an injection of vitality and energy and economic investment, or as a burden and a stressor.In part, that outcome depends on who is displaced. As Carlos Martín, then a senior fellow at the Urban Institute, told an audience of planners who had gathered to discuss migration in 2020, it often takes time to know whether a place will welcome new settlers. Immediately after Hurricane Katrina, people who resettled in Texas and elsewhere were greeted with empathy. A year later, though, talk of providing aid had shifted to questions about crime and competition for housing, code words for racial tensions. The sympathy turned to finger-pointing and anger. Sometimes it depends on who it is that’s arriving. Are they white or Black? Are they buying glass-curtain-walled condos, perhaps fueling gentrification but also goosing an economic boom? Or are they unemployed refugees looking for housing in the low-income suburbs? The answers shouldn’t matter, Martín says, but they do.This article has been adapted from the book On the Move: The Overheating Earth and the Uprooting of America by Abrahm Lustgarten.

Rising temperatures will push people north, and America’s economic center might move with them.

As my airplane flew low over the flatlands of western Michigan on a dreary December afternoon, sunbursts splintered the soot-toned clouds and made mirrors out of the flooded fields below. There was plenty of rain in this part of the Rust Belt—sometimes too much. Past the endless acres, I could make out the eastern shore of Lake Michigan, then soon, in the other direction, the Detroit River, Lakes Huron and Erie, and southern Canada. In a world running short on fresh water in its lakes and rivers, more than 20 percent of that water was right here. From a climate standpoint, there couldn’t be a safer place in the country—no hurricanes, no sea-level rise, not much risk of wildfires. That explains why models suggest many more people will soon arrive here.

My destination was the working-class city of Ypsilanti, and a meeting with Beth Gibbons, an urban planner and specialist in climate adaptation. Gibbons served as the founding executive director of a planning consortium called the American Society of Adaptation Professionals (ASAP), which was formed in part to consider how the country could anticipate and prepare for large-scale American climate migration. Gibbons believes that sooner or later a growing chunk of the nation’s population will be arriving in the Great Lakes region. Ypsilanti was an interesting place for us to meet: Many Black migrants from the South had moved here in the 20th century, and during World War II, some were employed building military aircraft. Now the city stands to be transformed again, this time by a great climate migration.

Across the Great Lakes region, cities were in their prime six decades ago as America forged its industrial might. But places such as Detroit, Milwaukee, Cleveland, Buffalo, and Duluth have been in a steady decline ever since. And Ypsilanti, with its nest of underutilized streets, relatively cheap housing, and sprawling industrial spaces still belying the fact that its population peaked in 1970, is little different. That means—at least in theory—these cities have, in a word favored by planning types and scientists, “capacity” for more people.

[Read: Every coastal home is now a stick of dynamite]

As climate change brings disasters and increasingly unlivable conditions to growing swaths of the United States, it also has the potential to remake America’s economic landscape: Extreme heat, drought, and fires in the South and West could present an opportunity for much of the North. Tens of millions of Americans may move in response to these changes, fleeing coasts and the countryside for larger cities and more temperate climates. In turn, the extent to which our planet’s crisis can present an economic opportunity, or even reimagining, will largely depend on where people wind up, and the ways in which they are welcomed or scorned.

Gibbons, who now works at the climate consulting firm Farallon Strategies, sees Michigan’s future in the Californians unsettled by wildfire. Those people are going to move somewhere. And so they should be persuaded to come to Michigan, she says, before they move to places like Phoenix or Austin. The Great Lakes region should market itself as a climate refuge, she thinks, and then build an economy that makes use of its attributes: the value of its water, its land, its relative survivability. In her vision, small northern cities, invigorated by growing populations, somehow manage to blossom into bigger, greener, cleaner ones.

“There’s no future in which many, many people don’t head here,” Gibbons told me. The only question is whether “we don’t just end up being surprised by it.” And so Gibbons wants to see the Great Lakes states recruit people from around the country, as they did during the Great Migration. Back then, recruiters spread across the South to convince Black people there that opportunity awaited them in the factories of the North: That’s what helped make Ypsilanti.

Today, long after the bomber factory was reduced to weed-riddled expanses of abandoned pavement, the town lives on. This time, the Great Lakes’ water is what will persuade people to move here: Humans have long migrated in pursuit of fresh water. Temperature will also make Michigan an attractive destination for climate migrants. For the coldest places, global warming promises newfound productivity and economic growth. The research connecting economic activity to cool temperatures suggests that there is an optimum climate for human productivity, and as ideal conditions for humans shifts northward, some places may soon find themselves smack in the middle of it. The same research suggests that when that happens, people are bound to follow.

These are the findings of Marshall Burke, the deputy director of the Center for Food Security and the Environment at Stanford University. A notable 2015 paper he co-authored in the journal Nature earned international attention for predicting that most countries will see their economies shrivel with climate change. Less noticed, however, was what Burke found would happen on the northern side of that line: Incredible growth could await those places soon to enter their climate prime. Canada, Scandinavia, Iceland, and Russia could see their per capita gross domestic products double or even quadruple.

The United States is on the cusp of this dividing line between economic loss and fortune—its southern regions more imperiled, its northern latitudes much better positioned to capitalize on climate change. Proprietary climate models from the Rhodium Group, an environmental- and economic-research firm I collaborated with for this book, forecast that even as commercial crop yields free-fall across the Great Plains, Texas, and the South, those closer to the Canadian border will steadily increase. By as soon as 2040, yields in North Dakota could jump by 5 to 12 percent. In Minnesota and Wisconsin and northern New York, the rise could be closer to 12 percent. By the end of the century, should climate change be severe, those increases could jump by 24 to 30 percent. Shaded on Rhodium’s map, the data show a dark hot spot where agricultural improvements will far outpace anywhere else in the country. It is centered like a bull’s-eye right over the Great Lakes.

[Read: Climate change is already rejiggering where Americans live]

Indeed, big commercial agricultural companies and other land investors may already be anticipating this. Over the past several years, land values have skyrocketed across the upper Midwest, as buyers including Bill Gates have snatched up thousands of acres of farmland. To the south, they see the Ogallala Aquifer being depleted, and in California, regulatory mandates potentially reducing water consumption in the Central Valley by 40 to 50 percent, while in northern Michigan, there is more water than anyone knows what to do with.

The Rust Belt arguably led America’s industrial revolution, and with the push of new government support, this same region could help lead a green revolution. The Inflation Reduction Act, President Joe Biden’s historic climate legislation, has promised roughly $370 billion in subsidies for electric vehicles and clean energy, an injection of cash that has already spurred many billions more in private investment and revitalized the country’s manufacturing base. As of late last year, Michigan was the third-largest recipient of that investment. Following the IRA incentives, automakers have collectively invested tens of billions of dollars in the electric-vehicle supply-chain, and the federal government has made some $2 billion in grants available to retrofit and modernize old factories to produce electric vehicles.

Imagine the economic center of gravity of the United States shifting north, and the seesaw effects of that change on the geographic locus of American society. Consider again the lasting cultural implications—for music and arts and sports and labor—of the previous century’s Great Migration out of the South, and what doubling it could mean. One day, a high-speed rail line may race across the Dakotas, through Idaho’s up-and-coming wine country and the country’s new bread basket, to the megalopolis of Seattle, which will have grown so big as people move north that it has nearly merged with Vancouver, at the southern edge of Canada. Never mind that roughly half the country will likely have to experience total upheaval or extreme discomfort—or both—to arrive at this point, or the fact that by the time the Great Lakes region reaches its apex, much of the nation’s southern half will have withered. And of course, every place in America will experience dramatic change and disruption from warming—just look at Canada’s wildfires last summer. But the northern part of the U.S. is more shielded from the primary threats of sea-level rise, hurricanes, drought, and extreme heat. The vision amounts to what Beth Gibbons describes as a chance to shift the climate narrative away from one of exclusive failure. And it suggests that the displacement erupting from climate stress in some places will put others on track toward greater security, wealth, and prosperity.

[Read: Vermont was supposed to be a climate haven]

An economic boom projected for warming regions, though, Burke told me, will also likely depend on a growing population in the region, which means peacefully resettling large numbers of climate migrants. That’s easier said than done. In Ann Arbor, an affluent city hoping and preparing for climate-driven population growth, I talked with the city’s sustainability director, who counted herself with Beth Gibbons among the optimists. She told me she thought Ann Arbor could be turned into a climate destination, but she was surprised to find that even in her hyperliberal, upper-class college town, some people didn’t necessarily want that.

Gibbons, too, was running into resistance at every turn. Michigan’s Native American tribes, corralled into a tiny sovereign territory, told ASAP focus groups that they see climate change not only affecting their hunting and fishing grounds but potentially bringing new people and economic forces into conflict with their tribal rights. Rural communities from northern Wisconsin to Michigan’s Upper Peninsula fear something similar; the migration during the coronavirus pandemic showed them how little newly relocated second-home owners are simpatico with longtime locals who depend on harvesting timber and working large farms to make a living.

Elsewhere in the United States climate migration is already leading to rising tensions between old and new, as smaller communities confront incoming numbers and rapidly urbanize. The seemingly best places have begun to attract the wealthiest and most mobile to resettle, even while the worst consequences of climate change in the U.S. disproportionately affect minorities and the poor. In Michigan, even some progressives worry that climate migration today will amount to climate gentrification; not so far down the line, forced migration could instead yield fears of newcomers as economic burdens.

Migration can be thought of as the decision to leave, the choice of where to go, and the arrival at the destination. But what history shows is that the most friction occurs in the transitions leading up to and following these things. There is the separation, a breakdown, like paper being torn. And there is the integration of new people into an existing community, a community that could receive that change as an injection of vitality and energy and economic investment, or as a burden and a stressor.

In part, that outcome depends on who is displaced. As Carlos Martín, then a senior fellow at the Urban Institute, told an audience of planners who had gathered to discuss migration in 2020, it often takes time to know whether a place will welcome new settlers. Immediately after Hurricane Katrina, people who resettled in Texas and elsewhere were greeted with empathy. A year later, though, talk of providing aid had shifted to questions about crime and competition for housing, code words for racial tensions. The sympathy turned to finger-pointing and anger. Sometimes it depends on who it is that’s arriving. Are they white or Black? Are they buying glass-curtain-walled condos, perhaps fueling gentrification but also goosing an economic boom? Or are they unemployed refugees looking for housing in the low-income suburbs? The answers shouldn’t matter, Martín says, but they do.


This article has been adapted from the book On the Move: The Overheating Earth and the Uprooting of America by Abrahm Lustgarten.

Read the full story here.
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New York realizes it cannot afford its green promises

Up for reelection, Gov. Kathy Hochul (D) distance herself from climate catastrophists.

New York’s crusade against gas stoves is being placed on the back burner: Gov. Kathy Hochul (D) recently delayed the implementation of a 2023 ban on running gas in new buildings before it took effect in January.That hasn’t been Hochul’s only climate backtrack. In November, she agreed to a Trump-backed gas pipeline, marking the Empire State’s first pipeline in at least a decade — and the first since they passed their hallmark climate law in 2019 requiring the state to cut carbon emissions 40 percent by 2030. Hochul also signed an agreement granting permits to a gas-powered crypto mining facility, on the condition the plant nearly halves its pollution by 2030.When asked in October about the mandate for no gas in new buildings, the governor said she’s “going to look at this with a very realistic approach and do what I can, because my number one focus is affordability.” Hochul’s U-turn is an admission that the anti-energy agenda pushed by far-left environmental groups was always unaffordable.Climate activists accuse Hochul of being a traitor, but maybe the governor has finally realized that there’s rarely any upside to pursuing unrealistic decarbonization plans. At the very least, it looks like she’s paying attention to voters during a reelection cycle. Polling shows 61 percent of New Yorkers — including 54 percent of Democrats — “somewhat” or “strongly” agree that keeping energy affordable in the state is more important right now than reducing greenhouse gas emissions.The state’s residential electricity prices have risen 36 percent since New York passed its decarbonization legislation in 2019, according to a Progressive Policy Institute study. That’s almost three times faster than the rest of the country. Still, nearly half of New York’s electricity is supplied by fossil fuels. That study concludes that New York’s energy strategy is driving up costs, constraining reliable supply and jeopardizing the political viability of the state’s climate agenda. Other blue states face similar pain.It’s no coincidence that most of the states with the highest prices also have the most ambitious decarbonization mandates. Even though the federal government can dish out all kinds of subsidies for renewable energy, the states largely get to regulate how they generate and sell their electricity.Florida has chosen to base its energy generation on reliability and affordability, instead of ideology. Despite intense energy demands driven by a subtropical climate, Florida’s electricity prices are two percent lower than the national average. The state gets about 75 percent of its energy from natural gas.Symbolic climate gestures please activists, but they become a political liability when the bills come due.

The race to protect New York’s subway from extreme rainfall

As the planet warms, subway systems around the world have struggled to cope with floods far beyond what they were originally designed to handle.

(The Washington Post)The race to protect New York’s subway from extreme rainfallSubway systems around the world struggle to cope with floodingEvery day, thousands of people walk up these two yellow steps, never knowing they are treading on a key tool in the New York subway’s fight against a rising climate threat.Torrential rainstorms fueled by the warmer atmosphere are increasingly striking the city — creating floods that gush into tunnels and submerge tracks.At least 200 of the city’s 472 stations have flooded in the past two decades, according to data from the Metropolitan Transit Authority.December 19, 2025 at 5:00 a.m. EST7 minutes agoAs the planet warms, subway systems in places such as London and Tokyo have struggled to cope with floods far beyond what they were originally designed to handle. Stormwater regularly seeps into the subterranean networks, cutting off the transit lines that are their cities’ lifeblood. At least 14 passengers were killed in the Chinese city of Zhengzhou four years ago when floodwaters filled their train tunnel.Few places are more susceptible than New York. The city’s sprawling, century-old subway system was built close to the surface and contains more than 40,000 openings through which water can reach the tracks below.A map that shows where floods have been reported in the New York City Subway according to MTA data. The map shows stations that have two or more reported impacts in dark purple and stations that have one reported impact in lighter purple. Stormwater impacts can include such effects as pooled water on platforms and flooded tracks and tunnels. Staten Island Railway not shown.Its vulnerabilities underground are exacerbated by surging moisture in the skies above, a Washington Post analysis shows. The strongest plumes of water vapor the region sees each year — which provide fuel for the most severe storms — are intensifying almost twice as much as the global average. Very heavy rainfall events (producing at least 1.4 inches of rain in a day) have increased about 60 percent since the subway was first built.Yet public transit is also crucial for the fight against rising temperatures, officials say, because it means riders aren’t using cars or trucks that spew planet-warming pollution.This is what it will take to protect the New York subway — and its nearly 1.2 billion annual riders — in an era of escalating floods.Passengers navigate a train platform at Grand Central in New York on Dec. 11.An aging systemLong before the subway was built, before the city even existed, water defined New York. Manhattan was dotted by ponds and crisscrossed by creeks and streams. Wetlands fringed the Brooklyn and Queens borders, expanses of swaying cordgrass and reeds absorbing the rise and fall of tides.As the city grew, the original landscape was obscured by buildings and pavement. By the time subway construction began in the early 1900s, few remembered or cared where water once flowed.Today, that oversight is proving costly, said ecologist Eric Sanderson, vice president for urban conservation at the New York Botanical Garden. When he and his colleague analyzed reports of modern-day inundation from 311 calls and official flood maps, they found that the most susceptible parts of the city are often the sites of former waterways.An image made in 1893 of 116th Street near Lenox Avenue. (Brown Brothers/The New York Public Library)The 116th stop on the 2 and 3 lines, which run along Lenox Avenue in Central Harlem, illustrates the leaky system’s many vulnerabilities.The station sits at a low point in Manhattan’s topography along the path of a former creek. Flood maps from the New York City Department of Environmental Protection (DEP) show how stormwater collects at this spot — generating what the agency calls “deep and contiguous flooding” during periods of intense rain.A historic map of the area around the 116th St. station in Harlem. This map uses data from the Welikia Project to re-create what the region looked like in the early 17th century. The topography and coastline differ greatly from that of modern-day New York City. Tidal marshes and streams are annotated, and, when overlaid with modern Manhattan, a strong correlation with flood-prone areas of the subway system can be seen.This map of the same area as the before imagery shows what parts of the city's infrastructure are prone to flooding. When paired with the 17th-century re-creation, a strong connection to the flood-prone stations can be seen.“It’s not like you can erase the ecological factors that led to there being ... a creek there,” said Sanderson, who has spent more than a decade studying the city’s pre-Colonial landscape. “And climate change is supercharging those factors.”Like most of the original subway, the 116th Street station was built using the “cut and cover” technique, in which workers dug a trench, constructed the tunnel, then rebuilt the street on top.This graphic is an illustration of the intersection of 116th Street and Lenox Avenue, including a cross-section of the subway station below the street level. It shows how the intersection is at risk of flooding, including the station's entrances and vents. The illustration also shows how water drains off the platform, through the tracks, into a pump room located off the platform and into the city's sewer system. According to the DEP, this intersection can become submerged even during a “limited flood” scenario, when rainfall rates are 1.77 inches per hour.Water running off the sidewalk can drain into the station’s four entrances and several sidewalk grates, which are the station’s primary method of ventilation.116th Street station, Manhattan, Sept. 1, 2021Pans underneath the vents collect rainwater, but they can overflow in a deluge, spilling torrents onto the platform below.As water runs off the platform into the track bed, it mixes with floodwaters flowing from elsewhere in the tunnel. If water on the tracks rises as high as the electrified third rail — which supplies power to the trains — it becomes unsafe for subways to run.To avoid that scenario, a drain beneath the tracks carries water to a nearby sump pit. But the drain can become clogged with trash.When the sump pit fills, it activates pumps that push the water into the city’s sewer system. Two of the pumps at 116th Street are more than 100 years old and can handle only a fraction of the rainfall the city now experiences.After decades of budget crises and deferred maintenance, much of the subway system is outdated and in disrepair, the MTA acknowledges.But when it comes to storms, aging pumps are its “Achilles’ heel,” said Eric Wilson, the agency’s senior vice president for climate and land use planning. Of more than 250 pump rooms in the system, 11 percent are in poor or marginal condition, according to a 2023 assessment.At 116th Street, the struggling pneumatic pumps emit a shuddering screech every time they turn on.“You’re looking at a relic, basically,” said Juan Urena, a superintendent in the Department of Subway’s hydraulics division. “It’s time to upgrade.”MTA workers look into the sump pit at the 116th Street station on Oct. 17. The decision to put the subway underground stems from the “Great White Hurricane” of 1888, which killed about 200 people in New York and stranded roughly 15,000 people on the elevated trains that were then the city’s primary transit system. Freezing passengers fled one snowbound train by climbing down a ladder — but only after they paid the ladder’s owner 25 cents each.The catastrophe left residents aghast that their modern metropolis could be brought to its knees by the weather. Within three years, the state had authorized construction of a subterranean transit system.Water has posed a problem from the beginning. Groundwater seeps through tunnel walls, requiring the MTA to pump at least 10 million gallons out of the system every day. When it rains, New York’s tall buildings and paved surfaces prevent water from seeping into soils, causing it to run off into subway tunnels instead.Yet climate change has made the challenge worse, officials said. Plumes of warm, waterlogged air frequently stream out of the tropics and make landfall in the city, dropping large amounts of rain faster than the landscape and infrastructure can absorb it.Most parts of New York’s combined sewer system, which funnels both stormwater and sewage, are designed to handle up to 1.75 inches of rain in an hour. When many of the system’s components were installed more than 50 years ago, that intensity of rain could be expected roughly twice a decade. But a rain gauge at Central Park has recorded rainfall exceeding that threshold five times in the past five years.This is a line chart of annual maximum rainfall at the Central Park gauge. It shows inches per hour since a little before the 1950s. The combined sewer system was designed to take in 1.75 inches per hour at its upper limits. The line chart shows how, in the past few decades, that has been more often exceeded by rainfall averages.“The sewers were designed for a climate we no longer live in,” said Rohit Aggarwala, the city’s chief climate officer and DEP commissioner.When a strong moisture plume swept into the city on July 14, unleashing 2.07 inches of rain in one hour, the sewer system was quickly overwhelmed. Untreated stormwater backed up into streets and homes. Water rained through subway grates, streamed down station stairwells and seeped through cracks in the walls.The overtaxed sewers couldn’t take in additional water from the MTA’s pumps and instead became a source of flooding. At the 28th Street station, water burst through a manhole cover on a train platform, creating a geyser that drenched passengers waiting for the uptown 1 train. (The city welded the cover shut soon after.)“It’s an incredible challenge for any city to have to face,” said Bernice Rosenzweig, an environmental scientist at Sarah Lawrence College and a lead author of the New York City Panel on Climate Change. “The bad decisions were made generations ago, and now it’s figuring out how to deal with that in a fully built-out and operating city.”A manhole cover at the spot where massive flooding took place at the 28th Street station.The worst-case scenarioRosenzweig still remembers stories that emerged from the Zhengzhou subway flooding.Amid the heaviest downpour ever observed in China, water from a collapsed drainage ditch surged into a subway tunnel during rush hour. Survivors spoke of standing on seats and lifting children above the steadily rising water. People began to vomit and faint from lack of oxygen as they exhausted their dwindling pocket of air.The situation in China, which stemmed from a combination of extreme weather, infrastructure failures and human missteps, is not completely analogous to what might happen in New York, Rosenzweig noted.“But it was an important event for city managers and emergency managers to show that it’s not just the nightmare scenario of someone who studies natural hazards for a living,” she said. “It’s something that can happen and has happened, and it’s not unrealistic to plan for those worst-case scenarios.”When the remnants of Hurricane Ida lashed the New York region just over one month later, it underscored Rosenzweig’s worries. At its peak, the storm dropped a record-breaking 3.46 inches in a single hour — about twice the intensity of rainfall the city’s stormwater systems are designed to handle.The MTA’s Juan Urena looks over an antiquated pump room at the 116th Street station on Oct. 17.NEW YORK, NY, US, October 17- MTA workers look over an antiquated pump room at the 116th St. Station in New York, on Friday, October 17, 2025. Increasing rainfall has caused flooding in New York subways, a problem the city has scrambled to address. Photographer: Victor J. Blue for The Washington PostNo injuries or deaths were recorded in the subways during Ida. Yet all but one of New York’s 36 subway lines were shut down, according to an after-action report, and roughly 1,250 passengers had to be evacuated from the system. Damage to MTA infrastructure totaled $128 million.The full economic toll of transit disruptions is probably even greater, research suggests.“It is the absolutely vital organ of the region,” said Jamie Torres-Springer, president of MTA construction and development.The subway is also important for fighting climate change, he noted: By keeping cars off the street, the MTA estimates that it avoids about 22 million tons of carbon dioxide emissions each year.Yet floods make it harder for New Yorkers to get where they need to go. Subway service was disrupted due to flooding at least 75 times between January 2020 and September 2025, according to a Post analysis of MTA alerts.There’s no simple way to stop heavy rains from spilling into the system, Torres-Springer said.Though the MTA dedicated nearly $3 billion in state and federal funds to implement coastal resiliency measures after Hurricane Sandy ravaged the system in 2012, those protections don’t shield against inland flooding, he noted. The tunnel doors and grate covers developed after Sandy must also be deployed with hours or days of advance notice — precluding their use during sudden cloudbursts, like the July 14 storm.Outdated pipes in the pump room at the 116th Street station.Stemming the tideInstead of racing to respond to an approaching deluge, the MTA has adopted a sprawling set of interventions that can protect the subway system day in and day out. In a five-year capital plan passed this spring, the agency committed an unprecedented $700 million to new stormwater defenses.Much of that funding will go toward upgrading at least a dozen pump rooms, including the one at 116th Street. New pumps are made of stainless steel and can handle much more water per minute than their older counterparts, Urena said.But many solutions are lower-tech — what Torres-Springer calls “tactical” interventions that can be implemented one by one, gradually plugging the system’s thousands of leaks.By adding one or two steps to station entrances — as the agency is doing at 116th Street — the MTA aims to protect places that used to get drenched with every storm.New raised grates, sometimes topped by bicycle racks or benches, can prevent puddles on the surface from falling onto passengers below.At a few stations, including 116th Street, the agency has sealed vents with temporary covers until more permanent improvements can be installed.In some places, stopping floods is as simple as keeping debris out of the drains that siphon water on the tracks into station pump rooms. Since 2017, the MTA has maintained a catalogue of nearly 10,000 drain boxes scattered across the subway system. The agency has said it aims to clean at least a quarter of them every year.As of this month, the MTA has installed or set aside funds for flood defenses at 110 of the 200 flood-prone stations, according to a Post analysis of agency data. But 22 stations that have flooded more than once are not on its list of targets. Several of these stations, most of which are in Brooklyn, were among those inundated during the July 14 storm.A 2023 report from New York’s state comptroller also faulted the MTA for failing to complete several flood-proofing projects and for inconsistently following extreme-weather protocols.In a statement, MTA spokesperson Mitch Schwartz said that vulnerable stations not targeted in the capital plan might still receive flood defenses as part of other upgrade work.“We have never moved faster to keep this system safe from extreme weather,” he said.But the MTA can’t hold back surging floodwaters on its own, Torres-Springer said. The fate of the subway is inextricably linked to that of another massive, aging underground system: the sewer.The DEP recently adopted a requirement that all new stormwater infrastructure be capable of withstanding 2.15 inches of rainfall in an hour. The agency has directed about $10 billion to drainage network improvements, expanded sewer mains and underground tanks capable of storing excess water during storms.With a limited budget and more than 7,400 miles of sewer pipes to maintain, Aggarwala said, the DEP’s priority is preventing water from getting into people’s homes, where it can destroy possessions and threaten lives. Subway disruptions due to flooding, he added, are more temporary.As the skies above New York grow ever warmer and wetter, keeping water out of the subway will also involve restoring it to the surface where it originally flowed.Ecologist Eric Sanderson.Guided in part by Sanderson’s research on New York’s original ecology, city agencies are trying to uncover hidden creeks and wetlands — creating “bluebelts” that can absorb excess rainfall during severe storms. By alleviating pressure on the sewer system and giving runoff an alternate place to go, officials say that these projects can curb flooding in neighborhoods and subway stations alike.The initiative is a long-overdue reversal of the impulse that led New York to pave over waterways and bury the transit system in centuries past, Sanderson said.“A city that works with its nature,” he said, “is going to be a city that lasts longer for its people.”About this storyTop videos by Wynter Gray/Storyful; @nuevayorkypunto/Spectee; Paullee Wheatley-Rutner/Storyful; Ayeraye Akosua Hargett/Storyful; and @anjalitsui.Design and development by Talia Trackim. Additional code by Frank Hulley-Jones. Editing by Simon Ducroquet, Roger Hodge, Betty Chavarria, Dominique Hildebrand, Juliet Eilperin and John Farrell. Copy editing by Rachael Bolek.MethodologyTo examine trends in heavy rainfall in New York City, The Post analyzed 130 years of rain gauge data from the National Oceanic and Atmospheric Administration’s National Centers for Environmental Information weather station in Central Park. To define what counts as a heavy rainfall day, The Post used the period from 1895 to 1924 to find the threshold for a 95th percentile precipitation event. Days with at least 0.5 millimeters of precipitation were included. Using a simple linear regression, The Post measured the change in frequency of the 95th percentile rain events at the station from 1895 to 2024.The analysis showed a significant positive trend in 95th percentile rain events, with the number of days each year with heavy rainfall increasing by nearly three days, a roughly 60 percent increase.Carolien Mossel, a PhD candidate in the CUNY Graduate Center’s earth and environmental science department, provided guidance on the data and analysis of hourly precipitation amounts for Central Park from May 1948 to August 2025.​​To investigate global changes in extreme precipitation, The Post measured the amount of water vapor flowing through Earth’s atmosphere, a metric called integrated vapor transport (IVT). The analysis also identified days and locations where heavy rainfall coincided with high IVT. See more about The Post’s methodology for the IVT analysis here.To map how present-day New York City would have looked in the early 17th century, The Post used data from Eric Sanderson’s “Before New York: An Atlas and Gazetteer” (Abrams, 2026), courtesy of the New York Botanical Garden.

CalPERS’ $60 billion investment in ‘climate solutions’ lacks environmental standards, transparency

CalPERS won't say what climate companies it invests in. The pension also holds positions in fossil fuel, airlines, plastics manufacturing and technology.

Guest Commentary written by Allie Lindstrom Allie Lindstrom is a senior strategist for the Sierra Club’s sustainable finance campaign Jakob Evans Jakob Evans is a senior policy strategist with Sierra Club California In November the California Public Employees Retirement System announced it invested $60 billion in “climate solutions,” toward a goal of $100 billion by 2030. While the announcement highlighted several deals, the pension’s overall strategy remains shrouded in secrecy. As the largest public pension in the U.S., what CalPERS does has major impact. Yet it does not disclose a complete list of its climate-focused investments, nor the criteria it used to select them.  When asked how CalPERS defines climate investments, its staff points to a “taxonomy of mitigation, transition and adaptation” — meaning investments that reduce carbon emissions, support cleaner technologies for polluting businesses and help communities adapt to climate impacts. This taxonomy captures the right themes but is a woefully sparse definition for a pension that prides itself on climate leadership.  Climate finance around the world faces credibility challenges. Research has found climate dollars going to everything from airports to ice cream shops.  CalPERS can and should do better. The Sierra Club and the California Common Good coalition have asked CalPERS to be more transparent and adopt science-based principles to guide its climate investment strategy.  That became more important after research revealed CalPERS’ climate plan included $3.56 billion invested in fossil fuel companies, as well as in airlines, plastics manufacturers and tech companies. A sign at California Public Employees’ Retirement System (CalPERS) headquarters in Sacramento. Photo by Max Whittaker, REUTERS CalPERS’ climate plan aims to not only reduce carbon emissions through its portfolio, but to reduce the risk that climate change poses to the pension fund.  Risk reduction should be front of mind, as studies show pension funds are particularly vulnerable to the wide-ranging economic impact of climate change and could face declines in investment return of up to 50% by 2040. That would be a massive shock to all pensions working to deliver safe, secure retirements for beneficiaries. What remains unclear is how CalPERS’ investments in polluting companies actually address climate risk.  CalPERS has defended its fossil fuel outlay by emphasizing the investments are “small,” and “a green asset is a green asset.” That doesn’t cut it. The investments lack what is called “additionality” — they’re not new investments, and they don’t unlock resources for decarbonization.  Simply put, holding investments in fossil fuel companies does not protect workers’ savings from the systemic risk of climate change. A climate plan that counts anything with a whiff of “green” as a climate investment does not represent a commitment to allocating capital where it’s needed to scale clean energy solutions and stabilize markets. Every dollar invested in polluting companies — that isn’t being leveraged to drive change — is a dollar that could have been invested in reducing emissions and protecting communities.  Fossil fuel investments do not belong in CalPERS’ climate solutions portfolio.  By keeping its criteria for climate solution investments vague, CalPERS may think it is preserving flexibility to develop a cutting-edge strategy. But it is missing the opportunity to show how public money can be invested to proactively protect workers’ livelihoods, retirement savings and communities.  CalPERS’ climate plan counts progress in billions of dollars, but it doesn’t measure the things that matter most, such as the amount of emissions reduced, communities served and clean energy deployed.  System-level risks require system-level solutions. For a fund of CalPERS’ size and influence, that means using its leverage to mitigate the risks of climate change that threaten the economy and beneficiaries’ pensions.  CalPERS can start by adopting science-based principles that set clear exclusions on what does — and does not — constitute climate investments, and by clearly defining strategies for mitigation, adaptation and transition.  CalPERS should be applauded for identifying that climate change poses a clear risk to its beneficiaries’ savings and the entire economy. Many pensions have yet to follow suit.  But it has yet to articulate a bold enough vision to effectively mitigate those risks. 

How the devil is in the details of greener new jobs

Building a skilled workforce for a sustainable future has been much discussed in climate proposals. Now researchers are figuring out what green jobs actually entail, and how to support them.

What makes a job sustainable — both eco-friendly and liable to stick around? That question is at the center of new research from the Dukakis Center at Northeastern University’s Policy School, commissioned by the City of Boston to help meet its ambitious Climate Action Plan goals.  The plan lays out a road map for transitioning the city off fossil fuels, achieving citywide carbon neutrality by 2050, and making the city resilient to a future changing climate. It aims to decarbonize buildings, electrify the transportation system, upgrade the city’s grid, and build coastal resiliency. But getting there depends on people — who’s going to do the work, and how will they get trained? “Climate plans are like a jigsaw puzzle,” said Joan Fitzgerald, a professor of public policy at Northeastern who led the research. “And the last piece to be put in place often is workforce development.” For Boston, that last puzzle piece comes with the release of the City’s Climate Ready Workforce Action Plan, which marks the culmination of a year-long research project conducted in partnership with the Dukakis Center along with the Burning Glass Institute, TSK Energy Solutions, and Community Labor United. Additionally, the plan incorporates feedback from 51 advisors, including city and state officials, training and education partners, labor partners, employer partners, and community leaders.  One of the biggest challenges researchers encountered was how to define a “green job.” Take car mechanics, for instance. Fixing a gas-guzzling car might not seem like a climate-friendly role. But as electric vehicles become more common, mechanics are more likely to be servicing them. (Still, that doesn’t necessarily mean there will be more mechanic jobs overall, according to Fitzgerald; electric cars have fewer parts and don’t need as much maintenance.) The same is true for an HVAC technician—one day they could be installing a gas furnace, and the next, an energy-efficient electric heat pump. “These examples show some of the murkiness of figuring out what a green job is,” Fitzgerald said. Professor Joan Fitzgerald presents Northeastern’s research on green workforce needs for Boston’s climate goals at a green economy workshop. Northeastern University To tackle this challenge, Northeastern made use of a novel dataset collected by the Burning Glass Institute, a data-driven think tank, to do an inventory of what jobs are needed in the green economy and what skills those occupations need. “Imagine a data set that’s hundreds of millions of individual job ads,” Stuart Andreason, the institute’s executive director, said. “We look at job postings from across the globe, identify the skills in them, and track how those skills are changing.” The researchers found that, while jobs like solar developer are undoubtedly part of the green workforce, many existing jobs could become green jobs with new or evolving skills. Construction workers might need training in energy-efficient building codes; electricians may need to understand how to install EV chargers. As the nation pivots from fossil fuels toward clean energy, green skills are becoming essential for workers across sectors. Drawing on both the Burning Glass data and other publicly available data from the Bureau of Labor Statistics, Dukakis Center Director Alicia Modestino then analyzed two key questions: How many workers are going to be needed for the projects and initiatives laid out in Boston’s Climate Action Plan? And how many of these jobs will be held by new workers entering the labor force or workers who need to be replaced due to projected retirements? Despite some of these uncertainties, it’s clear that cities such as Boston can’t be climate-ready without a climate ready workforce. “And there is a limited number of programs and slots to equip workers with the green skills that are needed,” Modestino said. “The transition from entirely carbon-based jobs to those that require green skills or become entirely ‘greened’ will be rapid … possibly creating a shortage of workers if cities do not get ahead of the curve.”  That kind of analysis helps cities like Boston understand what jobs are growing, what skills those jobs require, and how to shape workforce training accordingly. “The problem is predicting need. Is it both training new people to enter the green workforce and on-the-job training for people who are already in the labor force? That makes it hard to predict,” Fitzgerald said.  In line with the environmental justice goals of Boston’s Green New Deal, researchers looked into what career opportunities exist for the city’s disadvantaged communities. These jobs run the gamut from designing and building climate-friendly infrastructure to community engagement. Beyond identifying what green jobs were out there, Fitzgerald’s team also explored how workers can climb the career ladder and identified where training programs are falling short.  One concern: Many existing green workforce programs do not have enough funding to provide wages and support services to trainees. Once the funding ends, so does the career pipeline. “One of our recommendations is that’s where cities can help,” Fitzgerald said. “If you have an effective training program but it’s relying on funding that doesn’t allow it to pay trainees, then the city can support the wages for participants.” Despite the challenges, Boston’s Climate Ready Workforce Action Plan lays the groundwork for other cities to turn their far-reaching climate goals into real, lasting job opportunities. This report is the first of its kind, connecting Boston’s climate agenda to economic opportunity, said Oliver Sellers-Garcia, Environment Commissioner and Green New Deal Director. “Our work to fight climate change will create good-paying jobs and a more inclusive workforce in Boston,” he said. Northeastern University’s School of Public Policy and Urban Affairs (Policy School) offers master’s degrees that feature innovative, real-world explorations of our world’s most challenging climate, environmental, and sustainability issues. Through a combination of experiential learning, interdisciplinary research, and cutting-edge coursework, these programs prepare you for the next step in your career, using policy to address environmental and social justice in communities around the globe. Learn with us at our campuses in Boston, Arlington (Metro D.C.), and Oakland. LEARN MORE This story was originally published by Grist with the headline How the devil is in the details of greener new jobs on Dec 17, 2025.

Greek tragedy: the rare seals hiding in caves to escape tourists

Greece is hoping that protected areas will help keep daytrippers away and allow vulnerable monk seals to return to their island habitatsDeep in a sea cave in Greece’s northern Sporades, a bulky shape moves in the gloom. Someone on the boat bobbing quietly on the water close by passes round a pair of binoculars and yes! – there it is. It’s a huge Mediterranean monk seal, one of the world’s rarest marine mammals , which at up to 2.8 metres and over 300kg (660lbs), is also one of the world’s largest types of seal.Piperi, where the seal has come ashore, is a strictly guarded island in the National Marine Park of Alonissos and Northern Sporades, Greece’s largest marine protected area (MPA) and a critical breeding habitat for the seals. Only researchers are allowed within three miles of its shores, with permission from the government’s Natural Environment and Climate Change Agency. Continue reading...

Deep in a sea cave in Greece’s northern Sporades, a bulky shape moves in the gloom. Someone on the boat bobbing quietly on the water close by passes round a pair of binoculars and yes! – there it is. It’s a huge Mediterranean monk seal, one of the world’s rarest marine mammals , which at up to 2.8 metres and over 300kg (660lbs), is also one of the world’s largest types of seal.Piperi, where the seal has come ashore, is a strictly guarded island in the National Marine Park of Alonissos and Northern Sporades, Greece’s largest marine protected area (MPA) and a critical breeding habitat for the seals. Only researchers are allowed within three miles of its shores, with permission from the government’s Natural Environment and Climate Change Agency.With a global population of under 1,000 individuals, Monachus monachus is listed as vulnerable on the IUCN Red List, reclassified from endangered in 2023, after decades of conservation efforts helped raise numbers. According to the Hellenic Society for Protection of the Monk Seal (MOm), Greece is home to about 500 monk seals (up from 250 in the 1990s), half of the global population, so has a uniquely important role to play in the future of these rare mammals. This seems fitting given that seals were once thought to have been under the protection of mythical gods Poseidon and Apollo and so have a special place in Greek culture.Monk seals have been hunted in the Mediterranean since prehistoric times for their pelts, meat and blubber. While this threat has receded in Greece, others – entanglement in fishing gear, food depletion, pollution and habitat loss – have not. Now, according to conservationists, a very modern peril is growing exponentially and putting that fragile recovery at risk: Greece’s burgeoning marine leisure industry. Unregulated tourism is having a negative impact on a mammal that is sensitive to human disturbance, say .A monk seal surfaces close to a research boat.This summer several initiatives were launched to turn this around, including Seal Greece, a national education campaign. At about the same time, the islet of Formicula, a key seal habitat in the Ionian Sea, was shielded ahead of the busy summer season by a strict 200-metre no entry zone. In October, Kyriakos Mitsotakis, the Greek prime minister, confirmed two large-scale MPAs are to go ahead. If properly managed (and so far the management structure is unclear), these MPAs could offer a lifeline to the species.Back on the waters around Piperi, Angelos Argiriou, a freelance warden and marine biologist, points as the boat passes a shore monitored by camera. “We often see the seals resting on this beach,” he says. “The fact that they feel safe enough to haul out [rest] here in the open is a really good sign that the protection measures are working.”A pup that was found orphaned is prepared for release at the Hellenic Society for Protection of the Monk Seal. Photograph: P. DendrinosSeals began to be protected in Greece in the late 1980s, with the Hellenic Society for Protection of the Monk Seal , which has rescued more than 40 orphaned or injured seals to date.“Our rehab centre has really helped the recovery of the species,” says Mom’s president, Panos Dendrinos. “Last year, we saw a rehabilitated female with a new pup. If you save one female, she might have 20 pups in her lifetime.”Monk seals once commonly gathered on beaches but many moved into caves relatively recently because of human pressure. Although pupping caves might have provided shelter from people, they have often proved an unsuitable habitat in which to raise young – violent surf can smash them against rocks, drown them or sweep them out to sea. And caves no longer provide reliable hiding places. Once-remote coastlines are now accessible to everyone from day trippers on hired boats to private yachts anchored in the seals’ habitat.“A week after giving birth, monk seal mothers go fishing, leaving their pup alone for hours,” says Dendrinos. “If someone goes inside, the pup is liable to panic and abandon the cave; its mother is unlikely to find it.”An adult female with her pup on Piperi. The island is in a marine park that protects seals so they can start to use beaches again. Photograph: P. DendrinosAfter 40 years of monitoring the Alonissos MPA, Dendrinos says his society “now see seals using open beaches systemically”.As another key habitat for seals, Formicula will be part of the new Ionian MPA. The islet is at the heart of one of the world’s busiest sailing grounds but unlike its better-known neighbours, Meganisi and Cephalonia, it did not appear much on the tourist radar until recently.Marine biologist Joan Gonzalvo from Tethys Research Institute explains how tourism has taken its toll on the area. “Six, seven, eight years ago we had encounters almost every day,” he recalls. “We would see five, six seals in the water at once, socialising, chasing each other.”But with the sightings came the tourists. “What was exciting at first quickly turned into a nightmare,” he says.The hordes came, looking for “seal experiences”, he says. Instead of studying the animals, Gonzalvo found himself recording humans chasing seals. On two occasions, people entered breeding caves, causing the separation of mothers from pups. In both cases, the pups disappeared. One day in August 2024, he says he recorded more than 50 boats around the islet’s tiny shoreline. “Nowadays,” he says, “we are lucky if we see only one or two individual seals.”Seals were once thought to have been under the protection of mythical gods Poseidon and Apollo and so have a special place in Greek culture. Photograph: Ugo Mellone/The Wild LineAs we are talking Gonzalvo spots a seal and takes out his camera. He recognises her immediately. “Mm17003,” he says, citing the number of one of more than 40 seals he has catalogued online. As the seal rolls through the water, boats pull up and anchor in the new no-entry zones while tourists swim near the protected caves.Unlike the Alonissos MPA, there are no wardens patrolling Formicula and it is down to Gonzalvo to politely point out to the boat’s skippers that they are in a forbidden area.“It’s early days,” he says. “But the inactivity [of the seals] worries me. We need serious investment on law enforcement.”In Greece, NGOs have repeatedly raised the issue of “paper parks”, with inadequate implementation. A study published last year by nine environmental organisations highlighted “only 12 (out of 174) marine Natura 2000 sites [EU protected areas] have a protective regime”, but even those were fragmented or temporary.The hope is that the new MPAs bring patrols. “The Natural Environment and Climate Change Agency needs more boats, more people,” Dendrinos says, adding that the wardens currently report to port police, “a process that is time consuming and ineffective”.At Formicula, Gonzalvo worries that time is running out. “If we are not capable of protecting this important habitat, a tiny drop in the middle of the Ionian Sea, for one of the most charismatic and endangered marine mammals on the planet, there is very little hope for anything else we want to protect in our oceans.”The sight of the animals playing in the water drew crowds of tourists looking for ‘seal experiences’. Photograph: Marco-Colombo/The Wild Line

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