Swiss glaciers are disappearing so fast that entire mountains are being transformed into what one leading scientist describes as moonlit rock deserts. In the five-year span from 2021 to 2026, Swiss glaciers lost 19.4% of their ice volume. The first eight months of 2026 alone saw a 5.5% reduction—nearly matching the record losses of 2022.
Matthias Huss, a glaciologist at ETH Zürich and lead author of the Swiss Glacier Monitoring Network report, visited the former Plattalvafirn glacier last September. What he found was stark. "I visited one last week and it's so impressive to stand in this moonlike landscape where there was a big layer of ice – an extensive glacier – just a few years ago," Huss said. "And now it's a rock desert where there's some scattered blocks of old ice still lying around and melting on the hot rocks."
The data is undeniable. Individual glaciers' mean thickness fell by between 2.5 metres and 4 metres in 2026. Scientists haven't yet compiled a formal count of glaciers lost this year, but they've witnessed the disappearance of a number of small ones. Huss explained a troubling mechanism accelerating the collapse: glaciers are now failing from within. "You have huge holes like cheese in the middle of the ice that have collapsing roofs," he said. "These are processes that tear the glaciers apart and make them retreat even faster."
The underlying driver is unmistakable. Europe is warming twice as fast as the global average because of heat-trapping fossil fuel pollution and the destruction of nature, with Alpine areas among those experiencing the most dramatic changes. An analysis published by MeteoSwiss found that the April to September summer half-year in 2026 was the hottest and driest since records began in 1864—162 years of measurements. Over that period, humanity has put 1.8 trillion tons of carbon dioxide into the atmosphere and heated the planet by about 1.4C.
Glaciers Collapsing Faster Than Ever
The rate of change is accelerating beyond previous assumptions. The Plattalvafirn lost 99% of its area over 20 years. Huss, who studied its data as a PhD student, noticed the shift clearly. "What was different at that time, is that the rates of retreat were still kind of at a normal level," he said. "What we are seeing now is a complete explosion of these melt rates, leading to the disintegration of glaciers. They're really just falling apart."
Why the difference between 2026 and 2022's record? Scientists attributed it to limited Saharan dust deposits, which foul snow and reduce its reflection of sunlight, slightly greater snow cover at the end of winter and more sunlight during summer. The distinction matters: it shows how fragile the current balance is, how close Europe is to even more catastrophic losses.
European Agriculture Forced to Adapt
As the climate shifts, European farmers and researchers aren't waiting passively. They're experimenting with crops and methods that would have seemed impossible a generation ago. In the Netherlands, peat soils—which cover roughly one-tenth of the country—are becoming a focal point of adaptation. Farmers have traditionally drained peat to grow grass for cattle, but drying peat releases millions of tonnes of carbon dioxide and can cause land in the worst-affected areas to sink by several centimetres a year. Wageningen University estimates that emissions from Dutch peat soils account for around 2% to 3% of the country's total emissions. The problem also affects Germany, Belgium and the Baltic states.
A pilot project is testing an alternative: rice cultivation. On 0.6 hectares in a wet field between Amsterdam and The Hague, farmer Sander Roeleveld, 53, is growing rice using a combine harvester. He's testing about 30 cultivars from Russia, China, Japan and Uzbekistan, aiming to produce around three tonnes of short-grain rice suitable for sushi or risotto. "My goal is to show that more things are possible on wetland than just grass," Roeleveld said. "Of course, when you have had cows for 600 years, it's really hard to imagine that you want to do something else than having milk from your cow. I just want to show that things can be changed for the benefit of the future."
Philippe Terheggen, 68, chairman of the Land van Ons association that provided the fields, called the project "extraordinary." "We would never have thought maybe 20 years ago that we would be able to grow rice in the Netherlands," he said. "But it's also scary because it tells you what is possible... now the climate has changed."
Julian Helfenstein, a 36-year-old researcher at Wageningen University and Research piloting the project with colleagues from Leiden University, sees both adaptation and mitigation potential. Rice could help the region adapt by growing a crop that previously wasn't possible there, while also mitigating climate change by keeping peat wet and limiting its degradation and carbon dioxide emissions. "So far the results are promising," Helfenstein said. Researchers are monitoring carbon dioxide and methane emissions from rice cultivation against those from maintaining grassland to ensure the proposed solution doesn't create a worse problem.
Guusje van der Vossen, 27, of the Wij Land association, which helps farmers transition to more sustainable production, reports growing interest from local restaurants in premium Dutch rice. The current harvest uses a grain from northern Japan that appears best adapted to Dutch conditions. Van der Vossen tasted rice from an experimental Dutch-grown batch harvested the previous year. "It tasted delicious, to be honest," she said, explaining that the aim was to make sushi with it, and perhaps sake. "It was a bit chewy, but also great."
New Crops in Unexpected Places
In Sicily, climate adaptation is taking an even more dramatic form. The Morettino family estate on the outskirts of Palermo has produced Arabica coffee beans grown and harvested entirely in Italy for the first time. The plantation sits in the San Lorenzo ai Colli area, a few hundred metres above sea level, and produces around 100 kilograms of coffee drupes—also known as cherries—yielding just over 15 kilograms of roasted beans. The project involves the University and Botanical Garden of Palermo in research into how tropical crops adapt to the changing Mediterranean climate.
Coffee is traditionally grown in tropical and equatorial regions, where high temperatures, humidity and steady rainfall support cultivation. Arabica, considered higher quality, is grown at higher altitudes than Robusta. Major producers include Brazil, Colombia, Peru and Costa Rica in Latin America; Ethiopia, Uganda, Kenya and Tanzania in Africa; and Vietnam and Indonesia in Asia. Before the Morettino venture, a farm in Terrasini, also in the Palermo area, had grown coffee entirely in greenhouses. Experiments have also taken place in southern Europe: Spain has projects testing coffee plants in Granada province, while coffee has been grown in Gran Canaria since the 19th century, aided by its southerly latitude and fertile, humid volcanic soils. Private plantations have been reported on Portugal's Azores islands, among the northernmost places where coffee is grown.
The promoters say the Palermo coffee has distinctive aromatic notes reminiscent of raisins. Whilst far from large-scale commercial production, the project has scientific and symbolic value—proof that Mediterranean agriculture can shift in response to changing climate patterns.
Italy's role in the global coffee market is already significant. The country is the EU's leading producer of roasted coffee, producing more than 400 tonnes in 2025. The national industry imports its raw, unroasted "green coffee," includes around 1,000 roasters and generates annual turnover of 5.9 billion euros. Studies published on 1 October for International Coffee Day reported robust and growing Italian coffee consumption. In a survey by AstraRicerche and the Segafredo brand, 82.6% of Italians said raw-material quality was decisive, 71.8% paid attention to aromatic characteristics and 51.5% wanted to know the product's origin and supply-chain journey. A separate survey by the Italian Coffee Committee of Unione Italiana Food and Altroconsumo, involving more than 1,200 consumers, found three out of four Italians drink coffee regularly, and almost one in two regard it as a symbol of national culture and lifestyle on a par with pasta. Among espresso drinkers, 83% have it every day, at home or in a bar, using either a moka pot or modern capsule machines, which are now neck and neck in people's habits.
Yet expanding coffee cultivation outside traditional growing regions raises environmental concerns. Processing beans after harvest can use between 50 and 200 litres of water per kilogram of green coffee and creates wastewater that can affect local ecosystems if it isn't properly treated. If cultivation moves to areas where seasonal drought is becoming endemic, reducing water use in both growing and processing will be essential.
Why This Matters:
Europe's climate crisis isn't abstract anymore—it's remaking the continent's geography and economy in real time. Glaciers that have existed for centuries are vanishing within years. Farmers who've worked the same land for generations are forced to choose between abandoning their livelihoods or adopting entirely new crops. These aren't isolated stories. They're signals of a broader transformation that demands coordinated European action. The EU cannot address climate adaptation through member-state initiatives alone. The peatland crisis affects Germany, Belgium and the Baltic states as much as the Netherlands. Water scarcity from expanded coffee and rice cultivation will require EU-wide standards for agricultural water use and wastewater treatment. Glacial melt in the Alps affects water security across multiple nations. The only framework capable of managing these interconnected challenges is the European Union itself—through coordinated climate policy, agricultural support for farmers in transition, and investment in sustainable adaptation strategies. Failure to act at this scale leaves millions of Europeans—farmers, workers in climate-vulnerable industries, communities dependent on Alpine water—facing an impossible choice: adapt alone or be left behind.