In Denmark, the sea can’t breathe

For more than four months, Brian, a commercial fisherman in his late 40s, had been waiting for the weather conditions to be right for us to go fishing outside Bagenkop, a small harbor town on the southern tip of the Danish island of Langeland. 

“One more problem has come up,”  Brian told me over the phone in early May. “I have lost my fishing license." He was no longer allowed to sell fish for a living. Instead of preparing his boat to go out to sea and to show me how fishing in Denmark had changed over his lifetime, Brian was now removing the registration number from its hull. 

Across Denmark, coastal fishing communities are shrinking as catches decline. At the same time, warming seas, overfishing and pollution are putting increasing pressure on marine ecosystems. 

“Plenty of fish in the sea”? Not anymore, say UN experts, with 35% of the world’s marine fish stocks being fished faster than they can be biologically replaced. Today, more than half of the fish we consume worldwide comes from fish farms. 

This summer, sea temperatures along Denmark’s beaches reached 28 degrees Celsius, a record high. On September 2, the UN Environment Program warned that the world is likely to cross 1.5 C of warming above pre-industrial levels within the next few years. As the climate warms, the pressure on marine ecosystems grows.

In August, Iceland voted not to restart accession talks with the European Union, in part because of concern that it would lose sovereign control of its fishing industry. While fishing is not as major a part of Denmark’s GDP as it is Iceland’s, the EU’s impact has meant independent Danish fishermen have struggled to survive in the face of corporate competition.

For Brian, though, it’s about more than regulations. It is about watching the ocean he grew up with slowly disappear.

Nets covered in black slime

His story reflects a larger shift happening along the Danish coastline. Coastal fishermen, once a central part of the country’s history, are a vanishing breed.

For Brian, it was never about the money. Even when he was a teenager and he told his father he wanted to be a fisherman, his father said it was a bad idea. But the pull of the sea was irresistible. His life as a fisherman began as a hobby, accumulating experience and knowledge just by spending as much time as possible on water. He learned how to read the currents, the weather, and fish movements through experience rather than education. In 2019, despite the uncertainty surrounding the industry, he bought a commercial fishing boat. “When I started as a teenager, there were fish everywhere,” he said. But over the years, the numbers have dwindled starkly. Every few years, another Danish harbor became economically unsustainable. First Bogense, then Kerteminde, later Nyborg and Spodsbjerg. Each one of them followed the same pattern: fewer fish, declining landings, and growing questions about whether it was possible for small fisheries to continue their operations. 

While working on this story, I spoke to ten small-scale Danish fisheries across the country. Half of them said they do not expect to still be fishing five years from now. In 2019, they said, ten nets could bring in between 150-200 kilos of plaice on a single trip. Two years later, the same nets would return with only two kilos. As the catches became smaller, so did the possibility of keeping a commercial license. Brian no longer caught and sold enough fish to keep his permit.

One day still stands out to him as perhaps the single worst he has experienced at sea. He had three nets in the water. The first one he hauled in looked normal. The second held fewer fish than expected. Then he started pulling in the third — the net was completely empty and covered in thick, black slime. 

Marine biologist Stiig Markager told me that what Brian saw was a tell-tale sign of oxygen depletion. In 2025, around 40% of Danish marine areas were affected by low oxygen levels. Oxygen depletion happens when too many nutrients, mainly nitrogen and phosphorus from agriculture and wastewater, enter the sea. These nutrients fuel large algae blooms. 

When the algae die and sink to the seabed, bacteria begin decomposing them, consuming enormous amounts of oxygen in the process. Climate change exacerbates the problem. “Warmer water contains less oxygen. At the same time, biological processes speed up when temperatures rise.” In practice that means algae grow faster, oxygen is consumed more quickly, and deep waters struggle to recover. Together, these processes reinforce each other. “When oxygen disappears, it damages the seabed ecosystem,” Markager said.

A new global study argues that aquatic deoxygenation is approaching an “unsafe space” and should be considered a potential tenth planetary boundary. The global ocean has lost around 2% of its oxygen over the past 50 years. The consequences for marine life are catastrophic, forcing either flight or suffocation.

Marine biologists have studied oxygen depletion in the Danish seas for decades. But, Brian says, “fishers are often the first people to see the effects of that depletion, directly in their nets.” It is a first-hand experience, fishers say, that is often discounted or ignored. Many independent coastal fishers say they feel increasingly excluded from political conversations about the ocean, despite spending their working lives at sea. 

“It feels like we’re not really welcome anymore,” Brian said. He believes small-scale fisheries like his are being pushed out while decisions about the seas are increasingly made by those on land. “I think they don’t want so many people out there seeing what’s actually happening.”

For years, debates about oxygen depletion in Denmark have become deeply political. Marine scientist Stiig Markager says that the results of environmental research have repeatedly clashed with agricultural and political interests. “There is complete opposition from agriculture and from Venstre (a major center-right political party) to making research publicly available,” he said. “There is a clear political strategy from Venstre that there must be no interference with agriculture.” 

According to Markager, tensions between environmental researchers and agricultural interests intensified during the early 2000s, as scientists linked nitrogen runoff from farming to oxygen depletion in Danish waters. Despite decades of plans and political promises, Markager says, the recovery many researchers hoped for never fully arrived.

For this story, I also contacted both the Minister of Environment and the Minister for Food, Agriculture and Fisheries to ask for an interview about the state of Danish waters and the future of small-scale fishing. Neither had time to answer questions.

What remains is behind glass

One harbor that has felt the impact of the changing nature of Danish waters is Bønnerup Strand, which has transformed from a fishing town into a tourist destination. The harbor now features an ice cream shop, a hot dog kiosk, a seafood restaurant, and  a mini golf course. The iconic blue Danish fishing boats are conspicuous only by their absence. Instead, boats built for leisure, not commercial fishing, are docked at the harbor. 

Along the quay, an outdoor exhibition has been installed behind glass panels. It started last year, created by a local group of volunteers trying to preserve what Bønnerup Strand used to be. The pictures show fishing nets piled high, men in blue overalls, boats unloading their catch, and fish laid out in crates.

Movement. Noise. Purpose. It was a harbor bustling with life. Hans, in his 60s now, was once a fisherman in Bønnerup Strand. He walks past the diorama and tells me that twenty years ago “there were 60 or 70 fishing boats here, now there are two.” Some of the independent fishers chose to leave, their lives no longer making economic sense. Others lost their licenses. The rest have disappeared, not all at once, but gradually. Some left before it was too late, others had their boats seized by the bank when their revenue became too low. “Quite a lot of my colleagues had their boats taken by them," says Hans, referring to banks who repossessed boats because independent fishermen no longer made enough money to pay for them.

You could say that the gradual suffocation of the Danish seas began in 1909 with the invention of the artificial nitrogen fertilizer that transformed global agriculture. Artificial fertilizer rapidly became central to modern-day farming. By 1959, nearly 75% of farms were using fertilizer to increase crop production. At first, the growing amounts of nitrogen entering the sea did not appear harmful. During the 1960s and 70s, the extra nutrients actually increased algae and plankton growth, creating more food for some fish species. “There were actually more fish,” says Markager, the marine scientist, “but by the mid-1980s, the consequences had become impossible to ignore.”

On October 8, 1986, on Danish television fishermen in Gilleleje were seen pulling dead lobsters from the sea. The images became the subject of alarmed national conversation. For the first time, the public saw what oxygen depletion meant for life beneath the surface of the sea. 

Hans, the fisherman from Bønnerup Strand, told me he was part of the television coverage himself. “Fishers had talked about pollution long before the dead lobsters,” he said. “But suddenly people started paying attention.” The public outrage pushed Denmark to act. In 1987, the country introduced its first Water Environment Plan, aiming to reduce phosphorus emissions from wastewater by 80% and nitrogen emissions by 50% within five years. For many fishers and marine scientists, it became the first real sign that the environmental crisis in Danish waters was finally being taken seriously. During the 1990s, nitrogen and phosphorus pollution declined significantly. Water in several fjords and coastal areas became clearer, and conditions slowly began improving. For a moment, it appeared the damage could still be reversed.

But by the early 2000s, many coastal fisheries were once again experiencing declining catches and, with it, a growing uncertainty about the future. Hans was one of those affected. Coming from a family that had fished for five generations, the harbor was never a tourist destination for Hans. It was a way of life. But on a sunny Friday in April back 2005, he sailed out to Kattegat for plaice. He knew it was over. “I said to my employee: “this is the last trip. I start working on land from Monday.”” He had made the decision months earlier, as the numbers of fish dwindled and regulations tightened. 

It wasn’t an easy choice, but he had four children to think of. Climate change had taken away his livelihood. “You can’t do anything about it,” he said. “If you think too much about it, you go crazy.” Researchers describe this kind of environmental grief as solastalgia, the distress caused by watching a familiar environment change beyond recognition. Unlike homesickness, solastalgia happens while still remaining in the same place. For coastal fishers, the sea remains physically present, but the ecosystem they once knew and depended on, is disappearing.

Adapting has always been part of the job, says Hans. “There has always been a species that disappeared and then another one came.” But eventually, nothing was replacing what was lost anymore. 

In 2002, marine scientists Stiig Markager and Peter Bondo Christensen from DMU, the Danish Environmental Research Institute, published research showing that around 75% of Denmark’s nitrogen emissions originated from agriculture through waterways and atmospheric pollution. The findings intensified tensions between marine scientists, politicians, and agricultural organizations about who was responsible for the declining marine environment. 

In response to the worsening marine crisis, Denmark established DMU in 1989 to monitor oxygen depletion, nutrient pollution, and ecological changes beneath the surface. But their findings were inconvenient. By 2007, after nearly two decades as an independent institution, DMU was folded into Aarhus University as part of a wider restructuring of Denmark’s research sector. The decision sparked criticism from several environmental researchers and organizations, who feared the changes could weaken the independence of Danish environmental monitoring. 

“Agriculture succeeded in closing DMU,” former researcher Bo Normander told the media. “Nature has lost.” In 2015, the Danish government introduced the controversial Landbrugspakke, easing environmental regulations on fertilizer use in an effort to increase agricultural production. 

Critics warned that the policy could worsen nitrogen pollution in Danish waters at a time when oxygen depletion remained a recurring problem. In the years that followed, researchers from Aarhus University reported rising nitrogen emissions instead of the reductions politicians had promised. Markager argues that despite decades of environmental warnings, nitrogen pollution reductions largely stalled. While nitrogen pollution in Danish waters declined significantly after the first Danish Water Environment Plans in the 1980s and 1990s, researchers say the reductions have largely stagnated over the last 20-25 years. 

Now, Denmark is trying to reverse that trend. In the first week of September, the country passed a historic new law changing how agricultural nitrogen is regulated. The law will take effect in 2027 and represents a significant tightening of the rules introduced in 2015. 

Under the system introduced in 2015, farmers were allowed to fertilize closer to what was considered the agronomic optimum for their crops, while still operating within nationally defined nitrogen quotas and other rules. The new system moves in the opposite direction. Instead of relying primarily on broad national rules, nitrogen regulation will increasingly take the environmental sensitivity of individual areas into account. 

Where a farm is located will thus matter much more. The requirements will vary depending on factors such as whether fields drain towards vulnerable rivers or coastal waters, and whether they lie above areas important for groundwater and drinking-water protection. For farmers, this means that the amount of nitrogen they can use will become more restricted in areas where the surrounding environment is particularly vulnerable. 

For fishermen like Brian and Hans, the law represents a change they have long been asking for: an attempt to redress the damage done to Danish seas. 

But understanding how the water became polluted is more complicated than it first appears. Much of the pollution data commonly referred to in public debates focuses on point-source pollution, which emanates from identifiable sources like wastewater treatment plants, industrial discharge, and fish farms, and is generally easier to measure. But most nitrogen pollution in Danish waters actually comes from diffuse sources, mainly agricultural runoff carried from fields through rainwater, rivers, groundwater, and the atmosphere. Unlike point sources, diffuse pollution is far harder to measure directly and comes with greater uncertainty in the data. As a result, wastewater pollution can often appear to be the biggest issue, even though agriculture remains the dominant source of nitrogen input into Danish waters.

For Hans, the consequences appear almost irreversible. These days, the fish often do not return. “There are still plaice here, but they’re too thin. They don’t gain weight.” Scientists point to several overlapping causes, and the suggested solutions are just as diverse. Activists call for stricter rules, fishers say there are already too many. Farmers reject blame, and governments insist wastewater is already being purified. Plenty of fingers are being pointed, but the problem remains.

Hans doesn’t expect it to change. “I don’t think we’ll have fish out here ever again.” These days, he’s on the other side of the industry, buying catch from fisheries and selling it to customers. “People have to get used to the fact that we don’t always have everything available on demand. With a changing climate, fish shops may no longer offer cod, salmon, or plaice like we’ve been used to.” Instead, he says, squid is becoming the new normal. 

Still, while independent fisheries disappear, the demand for fish continues to grow. Instead of restoring the ocean, parts of the fishing industry are increasingly moving onto land. 

In northern Denmark, companies like Skagen Salmon are now raising fish entirely inside closed artificial systems, where the water, oxygen, and temperature are carefully controlled. Outside, Skagen Salmon looks like a factory. No windows, just a large grey box near the coastline. 

If the building had windows, the fish inside could look out at the sea. But these fish will never see, taste, or feel those waters. Instead, they are raised in artificial tanks until they reach market size. They are then slaughtered and sold to supermarkets and fish shops across the country.

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After kilometers of flat, orange desert, the bus dives down through an increasingly lunar landscape as it reaches San Pedro de Atacama. Amidst the sea of red rocks, patchy vegetation and distant high plains known as altiplanos, a small sign appears on the side of the road. The entry marker has been tagged in graffiti. “Se vendió los salares.” “They sold the salt flats.” 

The town of San Pedro, located in the north of Chile not far from the borders with Argentina and Bolivia, then appears like an oasis. In this hub for international tourism, small buses packed with visitors make trips from the dusty, bustling center to explore the region’s various geysers, sand dunes and volcanoes. Night sky tourism ventures offer a unique look at the southern stars. But it is the vast white salt flats, formed between 100 and 10 million years ago, that people come from around the world to see. 

As tectonic plates slowly shifted, water flowing from the Andes mountains lost access to the sea and settled into a natural drainage area known as an endorheic basin. Here, water evaporated quickly, leaving a white crust of salt on top and below, a rich mélange of minerals – lithium, potassium, magnesium, and boron — encased in brine. The Salar de Atacama is one of the biggest salt flats in the world — and one of the most important.

On March 11, Jose Antonio Kast, Chile’s new president took office. Kast, a conservative ostentatiously close to Donald Trump, has long been a critic of Chile’s national lithium strategy. One of his first actions as president was to sign an exploratory deal with the United States to extract rare earths and essential mirals. Chile, the world’s largest producer of copper and second largest of lithium, is central to the Trump administration’s plans to reduce its reliance on China as a source of the rare earths and metals that are fundamental to modern industry, from semiconductors to electric vehicles to batteries to defense technology.

Even before Kast took office, he attended Trump’s “Shield of the Americas” summit in Miami, an ostensibly security-related alliance that is also an attempt led by the U.S. to curb China’s growing influence in Latin America. Under the previous Chilean government, China had become a dominant player in the national lithium industry, as it had in Argentina. With Javier Milei, a Trump ally, in office in Buenos Aires, having another ally ensconced in Santiago has been a significant boost to U.S. plans to reclaim its role as the overwhelming regional hegemon. It was intervention from Washington, for instance, that led to Chile abandoning a $500 million Chinese telecom deal to link the two countries via undersea fiber optic cables.

Amidst the geopolitical wrangling, though, is the question of who benefits from Chile’s national resources and what impact the relentless drive to extract those resources has on the country and its people.

Sonia Ramos Chocobar sweeps kibble from the small kitchen table of her home on the outskirts of San Pedro and shoos her five dogs and three cats into the yard. Chocobar has just returned home after several days in neighboring Calama – where she was attending the first-ever Salt Flats Conference – and the house is a mess. The climate activist has made time between her afternoon grocery shopping and an evening community gathering to meet with me. 

Chocobar, in her 70s, is a bit of a local legend. In 2009, she made national news when she and another environmental activist (Amelia Mamani, since deceased) silently walked from San Pedro to Santiago, a distance of 1,534 kilometers, to raise awareness about the environmental risks of geothermal exploration near a geyser known as El Tatio — sacred to the Lickanantay indigenous community she comes from. The “march of the grandmothers” was followed by other environmental actions. Most recently, Chocobar walked to Antofagasta, the gritty port town that exports much of the copper, lithium and other resources mined out of the vast expanses of land in what’s known as Chile’s Gran Norte (“Greater North”) region. 

This time her message was different: save the Atacama salt flats.

The broader area where the borders of Chile, Argentina and Bolivia converge is often referred to as the world’s “lithium triangle.” This lost corner of South America is believed to hold 68% of the world’s lithium reserves — a key element in the production of the lithium-ion batteries that fuel not only electric vehicles, but, increasingly, data centers and other large “green” infrastructure projects. San Pedro, roughly in the middle of the triangle, is sitting on a modern gold mine — and a faultline for the future of renewable energy.  

The town of 2,500 full-time residents has long been at the center of a tug-of-war between different actors, all of whom claim sovereignty – dominion – over the salt flats surrounding it: the indigenous communities who have called this environment home for centuries, the Chilean state and the international markets salivating over the “white gold” extracted from it. Over the years, and through much negotiation on local, national and international levels, a sort of entente had been reached: the state owns the resource, private companies exploit it and some of the profits kick back to local communities. Lithium was even granted a special status under a dictatorship-era decree: a “strategic” mineral, only to be mined with the express agreement of the State. The election of Kast has already disrupted this tenuous equilibrium. The Chilean president has removed environmental protections from roughly 40 different types of natural resources — reopening the tap that has long fueled extractivism and inequality in Chile after four years of left-wing, protectionist policies. 

With counter space cleared and the tape recorder set, Chocobar begins to speak, choosing her words carefully and pausing regularly for emphasis. She sounds tired, but steely. “We are always in a constant effort to protect our water, our land,” she tells me. “We have the misfortune of the Pacific. And we have the misfortune that the Salar de Atacama is one of the greatest lithium sources in the world.”

It wasn’t always this way — in fact, the “resource curse” is relatively new, she explains. For a long time, the Atacama desert was viewed by most Chileans as a no man’s land. Growing up as a member of the Lickanantay indigenous community — also known as the Atacameño people — Chocobar learned how to coexist with the harsh environment, rather than to dominate it. How to extract groundwater, which plants to grow, when and where to shuffle crops. “If we are millenary people, it is because we have found many ways to survive here,” she says. “People think the desert is lifeless, but it’s the exact opposite.” 

Over her many years, Chocobar has seen these techniques slowly disappear: dried-up streams, dying flora and fauna, water rerouted from communities to corporations. The natural richness of the desert lands she calls home has been converted into a monocrop for export. The culprit? The world’s increasingly rapacious appetite for rare earths and metals.

Lithium demands huge amounts of water. To extract the resource through a process called brine evaporation, mineral-rich groundwater is pumped from beneath the salt flats at a rate of thousands of liters per second into vast open-air ponds. Then, the water is evaporated to reveal the lithium. 95% of this groundwater — which once belonged to the smattering of 18 indigenous communities that inhabit the region — quite literally disappears into thin air. 

For local communities, the strain is already noticeable. In San Pedro, an estimated 49% of residents don’t have access to running water, says journalist Ernesto Picco. In one town — the ironically named Santiago del Rio Grande — Picco has reported, 100% of residents have no access to water. 

It's not only humans who are being affected. The water scarcity has modified the breeding and feeding habits of alpaca populations, a local llama herder in neighboring Toconao, Hugo Flores, told me. A river used to run through San Pedro. On one of my days in town, I climbed down a ladder and walked across the dried up stream to get a better view of the distant Licancabur Volcano. The caked ground chipped under my sandals.

“We’re sitting on a watershed, and yet there is water scarcity,” Chocobar explains. “We’re being conquered, in a sense — commercially, economically. It is a natural laboratory that is being destroyed.” 

Lithium hasn’t always been so coveted.

When it comes to minerals, in Chile, copper was for a long time — and still is, to a certain extent —king. Since its discovery in the 1880s, the South American country has been one of the world’s largest exporters of copper, which is drilled out of open pit mines in the Gran Norte region. From the window of a taxi in the port city of Antofagasta the day before, I had admired the massive telescopic loading chutes that transport the mineral directly into the hull of boats, releasing brown-gold particles into the air that settles on surfaces — park benches, balconies, cars — across the city.

It wasn't until the 1960s that the Chilean government began to recognize the benefits of lithium after accidentally discovering it buried in salt brine during an exploration aimed at identifying additional water sources for copper mining. The timing couldn’t have been better. “After World War II, there was a lot of speculative value in lithium as a nuclear material,” James J. A. Blair, a professor at Cal Poly Pomona who has published several papers on lithium mining in Chile, explained over a recent video call. 

In 1979, about six years into his 17-year iron reign and following the lead of the United States, which had done the same, Chilean dictator Augusto Pinochet declared lithium a “strategic resource” reserved exclusively for the state — not on account of its economic potential, which was at the time unknown, but as a national security stockpile. 

This seemingly small linguistic tweak has had long-lasting effects. 

After Pinochet’s decree, lithium extraction came under the auspices of Chile’s State Development Agency, CORFO, which started to ink contracts with private firms for further exploration. A year later, CORFO partnered with U.S.-based Foote Minerals to form the Chilean Lithium Company (SCL), in which the state held a 45% stake. 

What began as a Cold War precaution would quietly harden into one of the most unusual resource regimes in the world. By carving lithium out from the standard mining code, written in the 1930s, the Chilean state created a hybrid model. Lithium was not exactly nationalized, but neither was it fully privatized. “Lithium sits in a legal gray zone in Chile,” Blair told me. “It’s formally non-concessionable — meaning private actors can’t just stake a claim the way they would for copper — but in practice, the state has delegated extraction through long-term agreements that are incredibly favorable to a small number of firms.”

During the dictatorship’s wave of privatizations in the 1980s, control over key lithium assets was transferred to a small circle of politically connected actors. Among them: Julio Ponce Lerou, Pinochet’s son-in-law, who would go on to run SQM, now one of the world’s dominant lithium producers.

“Decisions were made in a highly centralized and opaque way,” researcher Gonzalo Gutiérrez told me over cafeteria food at the University of Chile, in Santiago. “By the time lithium became economically important, the institutional framework was already locked in.”

That framework has proven to be remarkably durable. Even as Chile transitioned back to democracy in the 1990s and expanded its role as a global mining powerhouse, lithium remained an exception — governed not through open concessions but through a handful of contracts administered by CORFO. 

In her 2025 book “Extraction,” researcher Thea Riofrancos notes that even today, two firms — SQM and Albemarle — effectively operate as a “a legally sanctioned private duopoly.” Control over lithium, she writes, is a tightrope between “the palpable potential of public control and the reality of corporate dominance.” 

For Ramón Balcázar, the founder of the San Pedro-based nonprofit, Fundacion Tantí, this legal exceptionalism has had profound consequences on the ground. “The state claims ownership, but the impacts are local,” he said. “Communities were never meaningfully included in the design of these contracts, yet they are the ones living with the depletion of water and the transformation of their ecosystems.”

Balcazar’s nonprofit sits on a side street in San Pedro, across from a trendy French bakery called La Franchuteria that sells iced lattes at European prices. 

Since its founding in 2016, Fundacion Tanti’s small team of researchers has studied the effects of lithium mining on indigenous communities in the Atacama desert. The period has coincided with nothing less than an explosion in the demand for Chilean lithium. 

The growth has mostly been tied to a dramatic rise in demand for electric vehicle batteries. Between 2015 and 2024, global lithium demand grew roughly sixfold, largely driven by EV batteries. The boom has fundamentally reshaped lithium markets: whereas EV batteries accounted for only about 15% of lithium demand in 2017, they made up roughly 85% by 2023. In Chile, arguably the world’s lithium breadbasket, raw materials are mined for export but rarely do its benefits trickle back down to communities.

“Where is the lithium going? To Elon Musk?” Daniela Rodriguez, a local journalist and activist I spoke with in San Pedro, asked. “To send rockets into space, to power electric cars that you never even see around here?” 

In 2021, Balcazar and fellow researchers came up with a neat term for this phenomenon: “green extractivism.” “What we are seeing is not an energy transition — it’s an expansion of the extractive frontier under a green label,” he told me. 

Faced with increasing demand for lithium to fuel the “green revolution,” the Chilean state has tried to thread the needle. In 2019, after a wave of mass protests against neoliberal inequality known as “el estallido social” (the social uprising), Chileans elected Gabriel Boric, a young, tattooed reformer who promised to, among other things, reassert state control over the lithium supply chain to redistribute its value. 

“Lithium is the mineral of the future,” Boric said on the campaign trail. “Chile can’t make the historic mistake of privatizing resources again.” His government promised a paradigm shift: more community involvement, more protection of wetlands, greener methods of extraction. Lithium, he seemed to say, would benefit Chileans across the whole supply chain and not just a select few at the top.

In April 2023, the government announced its National Lithium Strategy. The policy sought to expand production while increasing state control through public-private partnerships, renegotiate the contract with SQM (the same private company once headed by Pinochet’s son-in-law) and include community and indigenous participation in future lithium exploration decisions. 

In all, Boric’s government identified 68 salt flats that could be opened to mining exploration, but also 27 wetlands to be protected, Riofrancos, the author of “Extraction,” notes in her book. 

“The national lithium strategy is Boric's most successful policy,” Nicolas Grau, Boric’s former finance minister, told me over the phone. “It will allow Chile to industrialize through lithium — growing the economy while also protecting the environment.” After years of passive control, the state would finally take a more “protagonistic role” in managing the resource, Grau said, without nationalizing it.

To Riofrancos, the juggling act under Boric was typical of what happens when a state tries to pry some space in a market where extractivism has long been left unchecked. “Boric’s blueprint cited Allende as an inspiration, but his approach was more conciliatory toward extractive capital than anything Allende had proposed,” she writes. 

Local communities in San Pedro felt similarly. “The only thing politicians care about is being in power,” Chocobar said in San Pedro. “For all intents and purposes, we might as well not exist.” 

Boric’s successor, Kast has quickly rolled back environmental protections, fulfilling his campaign promises of commercializing mining and partnering with the U.S. regardless of the environmental impacts on the salt flats. 

Jorge Heine, a former Chilean diplomat and expert on international relations, argues that Kast is more constrained than it might appear. “People tend to overestimate how much a single administration can reshape lithium policy,” Heine explained. “This is a sector governed by long-term contracts, by international commitments, and by a legal framework that has proven remarkably resilient. Kast can tweak, accelerate, or slow things down, but dismantling the model entirely would come at a significant political and economic cost.”

But huge costs are already being paid, costs that communities in San Pedro have been living with for decades. Could Kast’s attempts to liberalize lithium mining and potentially exacerbate inequalities and environmental damage galvanize resistance?

For now, the signs of that resistance are still weak: graffiti scrawled on the side of the road, a grandmother walking along a highway with a cardboard sign, four panels of wood hung in a town square. But like lithium itself, transformations tend to take place very slowly at first — millennia of build-up in the brine — until suddenly they happen very fast. From Santiago to Atacama, protesters have been taking to the streets. In June, broader protests against Kast’s dismantling of social programs and services turned violent. 

At some point, austerity for the people contrasted with largesse for mining companies, technology companies and acquisitive foreign powers becomes hard for even a government elected in a landslide to defend.

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It starts with a simple search term in the Department of Justice’s Epstein Library. “Blue eyes.” Hundreds of results. Jeffrey Epstein’s international trafficking agents send him pictures and descriptions of blue-eyed young girls: potential victims to be dispatched to his various homes. “I spotted two skinny blond blue eyes 21 years old ladies in Monaco last weekend and asked them for CVs,” one agent, whose name has been redacted, wrote. “Trying her best to move from her small town to Moscow; English isn't great. Could be fun for Paris, blue eyes,” wrote another. “Can't understand if her breast is real. Otherwise very pretty and sweet…Very blue eyes as we like.” 

One of Epstein’s victims wrote of being chosen for her eye color in a journal entry later shared with federal prosecutors. "Superior gene pool?!? Why me?" she wrote, describing Epstein's worldview as "Nazi like." "It makes no sense. Why my hair color and eye color?" 

Epstein — himself blue-eyed — seemed to prefer both his victims, and the people he bankrolled, to have blue eyes. “All of my fundees have blue eyes,” he boasted in one email. In the entryway of his Manhattan townhouse, he displayed dozens of prosthetic eyeballs in a frame. Epstein made notes and sent article links to his contacts asking if having blue eyes meant you were more intelligent or a “genius”. He even had a list of scientists and tech leaders with blue eyes — including Elon Musk, Peter Thiel, and Google’s Ray Kurzweil. “Total — 70 people Blue eyes — 41 Unclear (might be blue, but not 100% sure)” the list says. Appearing in the files — whether on this list or elsewhere in Epstein's records — does not connote legal wrongdoing.

Going deeper into the files, Epstein and his network of contacts discussed beliefs about how physical characteristics and race might denote intelligence. They exchanged emails about population control. They spoke of engineering women’s sex drives, building designer babies, and living in a world full of superintelligent humans that could merge with robots. They spoke of getting rid of the elderly, the infirm, and the poor.

The files offer a glimpse into a world where ideas about eugenics and race science have never gone away. On the contrary, they run through our elite universities, through the most powerful companies in Silicon Valley, and through the tech industry itself. Epstein’s was an exclusive club that counted among its members people who harbor dreams of re-engineering human minds and bodies, seizing control of our collective future, and building technology that, they hope, will one day merge with — or even replace — all of us.

In 2002, two decades before the launch of ChatGPT, Epstein hosted an Artificial Intelligence summit on his Caribbean island. In the years that followed, he cultivated close, regular contact with a network of  (predominantly male) scientists, researchers, academics and tech leaders working at the vanguard of AI, biotech, genetics and cognitive science, meeting them at universities like Harvard and at his various homes. 

In August 2018, a year before Epstein was found dead in his jail cell, he was in email correspondence with software consultant and bitcoin investor Bryan Bishop about funding a project to create “designer babies” — children with genes cherrypicked for their looks, health, strength, immune systems, sleep needs and even, in Bishop’s imaginings, abilities to live on a different planet. 

  “Attached is the doc you requested, it's the "use of funds" spreadsheet for the designer baby and human cloning company,” Bishop wrote to Epstein. “This gets us out of our self-funded ‘garage biology’ phase to the first live birth of a human designer baby, and possibly a human clone, within 5 years. Once we reach the first birth, everything changes and the world will never be the same again.”

Bishop went on to discuss how his ultimate ambition was to make “practically unlimited modifications to the cells before generating an embryo.”

In response to a request for comment, Bishop sent Coda a publicly available set of answers to frequently asked questions about designer babies.

“The reason people have an aversion to eugenics, and rightfully so, is because countries used genocide and sterilization to prevent reproduction by populations that they didn’t like. We have no intention of doing anything of the sort,” Bishop writes in the public FAQ. “‘Designer baby’ simply describes a child whose genome has been intentionally altered or chosen by their parents, rather than left entirely to the genetic lottery of natural conception.”

“It’s such a great subject,” Epstein responded after he read Bishop’s proposal. “We need to get a read on legal. Can’t do anything where US rules apply to US citizens regardless of where [they are].” 

Building a super-race of humans, and parachuting humanity into a different evolutionary era — or even obsoleting the human race as we know it — is a running theme in the Epstein files, and an increasingly prominent ambition for tech evangelists today.

“It’s eugenics all the way down,” said Jacob Metcalf, a founding partner at Ethical Resolve, a consulting firm working with tech companies to develop their ethics protocols. A common fantasy in tech circles, he said, is “to essentially control human destiny. And a lot of the times that human destiny is for humans to be replaced. That's the really bleak thing here. What could be more eugenic than getting rid of humans.”

In 2008, Epstein began conversations with the computer scientist Ben Goertzel. Over the years, Epstein would send Goertzel more than $360,000 to fund the researcher’s plans to build towards Artificial General Intelligence (AGI), a term Goertzel himself popularized.

“I remain eager to move forward on working together to accelerate progress toward a human-obsoleting thinking machine,” Goertzel wrote to Epstein in May 2008. Eighteen years on, and the idea of obsoleting humans with artificial intelligence is widely discussed in the tech world.

When asked to comment on his exchange with Epstein, Goertzel told Coda: “I do think we will create forms of transhuman intelligence going beyond the scope of humanity as we know it, but I also very much hope and envision a strong role for humans even after this happens.”

Goertzel went on to describe a future where the world reaches the “Singularity” — a Silicon Valley buzzword signifying a tipping point where AI surpasses human intelligence. “I do think AI will eventually gain its own superhuman autonomy, but I think this can happen in a way that respects and nourishes human life rather than being harmful to it,” he said. “Epstein and I discussed this face to face a few times and indeed I was a bigger fan of the human species than he was, and more optimistic about its flourishing post-Singularity.” 

In an email to Epstein, Goertzel laid out a scenario where AI systems would start running their own economic activity. He envisioned this Artificial Intelligence economy acting as a “parasite to overcome the regular human economy” that would eventually “gain its own superhuman autonomy.” The ideas Epstein and Goertzel exchanged mirror a broader conversation unfolding in the tech world that imagines a future where ultimately, human labour could be rendered superfluous, and ultimately be replaced by artificial intelligence and robots.

Together, Goertzel and Epstein also discussed modifying human brains — a concept popular in Silicon Valley today, where numerous brain-computer projects are researching ways to cognitively enhance the human brain, and alter human personality, memory, and mental capabilities.

In 2008, when Epstein told Goertzel he was “off to jail” for a year, after he was convicted of soliciting a minor for prostitution, Goertzel suggested the solution to his problems might one day be solved if human brains could be re-programmed.

“According to my understanding, the girls you were involved with were old enough to know what they were doing, so society really has no ‘moral right’ to lock you up,” Goertzel wrote to Epstein. “This is a fucked-up society we live in. But past ones have really been no better -- the fault is really w/ the human brain architecture, which is precisely what I'm aiming to supercede in my AGI work.”

When asked to comment on these remarks — and in particular the implication that Epstein’s problems might be solved if his accusers' brains were one day re-engineered — Goertzel told Coda: “This was a general observation that the messed-up nature of our society generally is rooted in the way our brains have evolved... and that advanced tech will let us modify our brains to make ourselves and thus our society better.  There was no implication intended (nor stated) that women’s brains are any more or less messed up or in need of improvement than men’s.”

Goertzel reflected that his comments on Epstein’s victims being “old enough” were “regrettable and unfortunate in hindsight,” adding that his impression was that Epstein had been involved with adult women, not “disgustingly curating high school students for sexual purposes. I should have paid more attention.” 

In 2013, three and a half years after Epstein was released from jail, Goertzel approached Epstein for funding to build a “toddler robot”. Given Epstein’s criminal history of abusing minors, this has inevitably attracted attention online. “When we were discussing measuring the IQ of robot toddlers, the topic was never sexualized in any way,” Goertzel told Coda when asked about the project. “While I had nothing to do with Epstein's perverse sexual tastes or abuse of women, what I have read about his awful doings in the newspapers relates to his interest in teenage girls not toddlers.”

Epstein was particularly interested in funding projects that built — like Goertzel’s –- on transhumanist theories. Transhumanism is a worldview that captivates many of the most prominent tech leaders in Silicon Valley today. It believes in a future when the human body can be endlessly altered, genetically engineered, and ultimately fused with artificial intelligence. 

“Transhumanism is a much more radical concept than eugenics,” explained Timnit Gebru, a computer scientist and researcher who has written extensively about eugenicist ideas within artificial intelligence. “In eugenics, you're trying to create a more superior human by breeding humans through generations. In transhumanism, you're trying to get rid of humans altogether.”

For transhumanists, she added, “their idea is to get rid of any undesirable properties they see with humans."

Perhaps the most well-known proponent of transhumanism in the Epstein files is Peter Thiel.

“I think you would prefer the human race to endure, right?” New York Times journalist Ross Douthat asked Thiel last year. “Uh—,” Thiel said. “This is a long hesitation!” Douthat said. “Should the human race survive?” “Yes, but I would like us to radically solve these problems,” Thiel said. “We want you to be able to change your heart and change your mind and change your whole body.”

Thiel’s name appears in the files more than 2000 times, and Epstein reportedly invested some $40 million into Valar Ventures, a firm co-founded by Thiel. The two spoke of building secret societies and shared an interest in transhumanism and cryogenics — Epstein wanted to freeze his brain and penis when he died, so that one day he could be revived, while Thiel has also stated his body will be frozen after his death. 

They also appeared to share an interest in bringing an end to the democratic systems of today, imagining a different system altogether. Epstein, for his part, spent his life puppeteering the most powerful people in the world and undermining democratic systems. Thiel, meanwhile, first expressed his own anti-democratic views in 2009 when he wrote: “I no longer believe that freedom and democracy are compatible,” adding that since women were allowed to vote, the notion of a capitalist democracy became impossible. When the Brexit vote came through, Epstein wrote to Thiel: “Brexit, just the beginning.” Thiel asked — “of what”; Epstein said – “Return to tribalism, counter to globalization, amazing new alliances.” 

Globalization — and the idea of internationally powerful governing bodies — is a worldview that both Epstein and Thiel seemed to distrust. In March, in a palazzo in Rome, a stone’s throw from the Vatican, Thiel gave one of his infamous lectures in which he espoused his views about an “antichrist” that gets in the way of technological progress. This antichrist, he suggested, could be an internationally powerful body; the product of globalization. I stood outside the palace as attendees — priests, students, researchers — mutely hurried out, refusing to speak to the cluster of reporters waiting for Thiel’s black Mercedes. 

“He has a totally irrational side, which lives on fear, of what danger might happen,” one audience member told me of Thiel on condition of anonymity, recalling how, up close, Thiel looked haunted and ill. “His head is full of future scenarios, which is what’s killing him. I think he’s scared.”

Thiel did not respond to multiple requests for comment. 

Epstein didn’t confine himself to lofty conversations about a future collapse of the global order or re-engineering humanity. He also had ambitions for his own personal eugenics project. In 2019, it emerged that he wanted to seed the world with his DNA — and reportedly have 20 women impregnated at a time at Zorro ranch, his New Mexico property.

Epstein tried to recruit Virginia Giuffre for this very project. He “fantasized about improving the human race by fathering children who carried his superior genes,” she recounted in her memoir, published posthumously late last year.  “He’d talk about using his Zorro ranch as a literal breeding ground to propagate babies.” When Giuffre was 18 years old, she recalled, Epstein asked if she would carry his child and hand over all legal rights to it – “like a modern-day handmaid.”

In a haunting diary entry from another Epstein victim, written between the ages of 16 and 17 and shared with federal prosecutors, a girl describes being told she will be sent to Zorro ranch — possibly to participate in the very same project. “Go to New Mexico? What in the hell? This makes no sense. What about school?” she writes, describing how Epstein chose her for her hair color and eye color, and tried to convince her she would create “perfect offspring.”

The teenager chronicles her pregnancy, pasting a sonogram into the scrapbook, before giving a traumatic account of giving birth with Ghislaine Maxwell beside her. “Ghislaine said to push all the pain away. I don't understand. Blood and water all over the bed.” As the baby was born, she writes, Maxwell covered her eyes. “I saw between her fingers this tiny head and body in the doctors hands.”

The girl describes hearing the baby’s “tiny cries” before “they took her.”

“I’m nothing but your property and incubator,” the teenager writes of Epstein. The diary is a terrifying piece of evidence that appears to link to Epstein’s longstanding fixation with creating genetically bespoke humans. The diary author’s lawyers, Wigdor LLP, declined to comment.   

Epstein’s fever-dreams of creating an army of children carrying specific genes reflect a broader trend of “pronatalism” — a movement historically tied to eugenics — that’s thriving in Silicon Valley.

 Millions of dollars of funding are currently being poured into projects creating “superbabies,” while billionaire tech oligarchs including Elon Musk — whose name appears more than 1000 times in the files — reportedly want to use surrogates “to reach legion-level before the apocalypse.” Musk did not respond to requests for comment.

In the files, women appear either as victims, as objects, or as vessels for genetic engineering experiments. They are an inconvenient reality, people to be controlled and re-booted. Epstein wrote a 2013 email implying that women “are like shrimp. You throw away the head and keep the body.” 

“The obsession with "artificial" life appears tied to a masculine desire to try control the production of life – ultimately ridding themselves of their dependency on women," said Gabriella Razzano, Co-Founder of OpenUp, a social impact tech lab based in Cape Town, who is also a senior advisor at the African AI Observatory. “I think there is important work to be done on tying the narratives that are very revealing in the Epstein files to understand how, and why, technology is being developed as it is.” 

The trading of ideas about intelligence — both artificial and human — takes a particularly sinister turn in a 2016 exchange between Epstein and the cognitive scientist and AI researcher Joscha Bach, whose research Epstein funded to the tune of $300,000.

Bach writes to Epstein about a study claiming that “black children outperform white children in motor development, even in very poor and socially disadvantaged households, but they lag behind (and never catch up) in cognitive development even after controlling for family income.”

Epstein responds with racist ideas about his notion of how to “make blacks smarter”, adding — “maybe climate change is a good way of dealing with overpopulation. The Earth’s forest fire. Potentially a good thing for the species,” before contemplating a world with “too many people,” where “many mass executions of the elderly and infirm make sense.” 

Epstein then imagines creating a future “Übermensch” — a superior human with cherry-picked attributes. “What I like is the idea that ubermensch could be the melding of humans, put together in one brain,” Epstein writes. This bespoke human, he suggests, would include traits from marginalized groups, who he appears to believe have a stronger awareness of how to navigate power structures because of their historical exclusion. “An increased motor system, an increased awareness, an increased status calculator (Blacks, jews, women). Ubermensch could be the combination of the best of humans, not the best of a specific race or gender. Fun idea.” 

Bach told Coda in a statement: “I was summarizing a scientific study in a private email. Studies like this get often abused in ideological discourse to justify discrimination, which I strongly oppose and condemn.”

“I am firmly opposed to any form of racial discrimination, and I reject the use of group-level statistical claims to make judgments about individuals or to justify unequal treatment.” 

He continued: “It goes without saying that if global warming were to lead to a reduction in the human population, it would be accompanied by immeasurable suffering. Our civilization would break down, leading to a return to dark ages, in which the elderly and infirm were often killed, because people could not support them, and often did not care about supporting them. Every reasonable person understands that this is horrible and not desirable in any way.”

Epstein “was often callous about human suffering in a way that I found disturbing but worth understanding, as a window into the perspectives of the rich and powerful,” Bach added. 

Alongside Epstein’s conversations about mass executions for the old and and the sick, he was also interested in Silicon Valley’s dream concept of living forever — he had numerous email conversations with the longevity guru Peter Attia about prolonging his own lifespan, and funded a Harvard project geared towards “the end of aging.” In an email to Attia, Epstein mused: “I’m not sure why women live past reproductive age at all.” Attia, who published a statement about his relationship to Epstein, did not respond to requests for comment. 

This interest in “longevity” — living for as long as possible, even living forever, is popular among the elite precisely because they find themselves in an elite class, says David Robert Grimes, a scientist and disinformation expert who has written about longevity and race science in Silicon Valley. “They're both sides of the same coin — the Silicon Valley eugenics, and also the longevity stuff. They promote an idea that ‘we are exclusive and we are special',” he said. "It helps them to justify deep social inequality."

The tech elite did not inherit this ideology by accident. Stanford University, the intellectual heart of Silicon Valley, was once a major hub for the American eugenics movement, which later helped to inspire Nazi race laws. Stanford’s founding president, David Starr Jordan, was a prominent eugenicist, campaigning for forced sterilization of people with undesirable genetic traits. The university removed his name from its buildings in 2020 — but in Palo Alto, his beliefs did not disappear with the nameplate.

"Instead of eugenics we just call it longevity or biohacking," Christopher Wylie, the Cambridge Analytica whistleblower who has spent years investigating Silicon Valley's belief systems, said on a panel with me at a journalism conference last year. "It's the same."

The ideology Epstein bankrolled in private is being built in public. It’s a vision of the future in which a select few get to upgrade and extend their lives, while tightening their grip on the systems that determine which humans are worth investing in — and which are not.

It sounds like a dark sci-fi fantasy, except, as the files show, that fantasy is being funded and pushed into reality. Most of us will never be in the rooms where these ideas are discussed. All of us will live with the results.

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The post “All my fundees have blue eyes.” Epstein and the tech world’s dark ideology appeared first on Coda Story.