It’s possible that I shall make an ass of myself. But in that case one can always get out of it with a little dialectic. I have, of course, so worded my proposition as to be right either way (K.Marx, Letter to F.Engels on the Indian Mutiny)
Intensified by Fossil Fuel-Driven Climate Crisis, ‘Godzilla-Level’ El Niño Smashing Records Ahead of Peak
“As long as we continue to burn fossil fuels,” said one scientist, El Niño “occurs on an increasingly hotter baseline, making it much more difficult for communities to deal with the consequences.”
A firefighter douses flames as they push toward homes during the Creek Fire in the Cascadel Woods area of unincorporated Madera County, California on September 7, 2020. The El Niño event of 2026 is expected to cause a variety of extreme weather, including dry conditions in some regions and extreme rainfall in others, in 2027. (Photo by Josh Edelson/AFP/Getty Images)
Although “El Niño comes and goes,” as one climate scientist said of the naturally occurring warm-weather phenomenon on Monday, experts are in agreement that this year is different—with meteorologists already recording a temperature rise of 3.07°C in the Pacific Ocean, putting it at a statistical tie with November 2015, when El Niño caused the ocean to warm by 3.08°C.
The temperature rise is not expected to peak until November and December, when an average of 14 models examined by Zeke Hausfather of Carbon Brief and Berkeley Earth found that a temperature rise of 4.1°C is forecast.
The event has been underway since June, Hausfather wrote, and has been gathering strength “faster than any previous event on record.”
Scientists typically track the strength of El Niño—which leads to heavy rainfall, higher global temperatures, and other extreme weather as warmer Pacific waters are pushed to the south—using the Niño 3.4 anomaly, or ONI, which determines how much hotter the central Pacific is compared with a 30-year rolling average.
A temperature rise above 2.0°C is considered a “very strong” El Niño, and scientists and policymakers are already calling this year’s event a “super El Niño,” with some experts using the terms “Godzilla-level” and “jaw-dropping” to describe the weather conditions that can be expected in the coming months due to the warmer climate.
As Common Dreams reported late last month, planetary heating driven by fossil fuel emissions is intensifying El Niño, while the naturally occurring phenomenon can in turn worsen the impacts of the climate emergency.
In the last 40 years scientists have recorded a 16% increase in the strength of El Niño events, according to a study published in Science last month. They’ve also gotten 36% stronger than they were before industrialization began.
The “double whammy,” as The Guardian called it, could make 2027 the hottest year ever recorded, blowing through heat records that have just been set this year—and that have been linked to the deaths of people around the world from extreme heat and flooding.
“This event is a huge redistribution of energy in the climate system and is dangerous because it is unfolding on top of a much warmer, human-influenced climate system,” climate scientist Friederike Otto of Imperial College London told The Guardian. “So, in many places around the world we will see never-before-experienced heat extremes, with all their consequences on health, food security, and water stress.”
Despite the fact that El Niño predates the human-caused climate emergency, Otto said, “as long as we continue to burn fossil fuels, it occurs on an increasingly hotter baseline, making it much more difficult for communities to deal with the consequences.”
This year’s event is likely to be the most intense El Niño in 1,000 years, reported to The Guardian, with hotter and drier conditions already linked to deadly wildfires in Indonesia and crop losses in Central America and the Caribbean region due to drought conditions. Rice production this season is expected to fail in Indonesia, according to the Salata Institute for Climate and Sustainability at Harvard University.
As the Southern Hemisphere’s summer months approach, southern Africa and Australia are at heightened risk of wildfires and droughts as well. Meanwhile, cocoa production could be damaged by extreme rainfall in parts of South America.
“All strong El Niño events on record have continued to strengthen well into the winter—and the models are in near-unanimous agreement that this one will, too,” wrote Hausfather at Carbon Brief. “If the forecast holds, the current event will peak between November and January at a level far beyond any event previously observed in the instrumental record.”
In California on Monday, Democratic Gov. Gavin Newsomdeclared a state of emergency in an effort to prepare communities for El Niño’s impacts in the coming months, which could include coastal flooding and heavy snow in mountain regions.
Hausfather noted that strong El Niño events like those that occurred in 1997 and 2015 were also “associated with hundreds of billions of dollars in damages globally.”
“This event,” he told The Guardian, “is leaving those past ones in the dust.”
‘The Diagnosis Is Unambiguous’: 2026 Planetary Health Report Finds Pressure Mounting on Earth Systems
“Seven of nine planetary boundaries are transgressed, and pressure on all seven is at its highest recorded level,” said one scientist.
A protester is seen in Los Angeles during a climate change demonstration holding a placard that says, “There is no Planet B.” (Photo by Ronen Tivony/SOPA Images/LightRocket via Getty Images)
Like other recent warnings from climate scientists, the message sent by the latest Planetary Health Check report on Monday was clear: “We need to move fast,” as the director of the Potsdam Institute for Climate Impact Research, the group behind the report, said.
“Seven of nine planetary boundaries are transgressed, and pressure on all seven is at its highest recorded level,” said Johan Rockström, director of the Potsdam Institute (PIK).
The report finds that seven measures of the Earth’s health are no longer within the “safe operating space”: ocean acidification, freshwater change, land system change, climate change, modification of biogeochemical flows, introduction of novel entities, and change in biosphere integrity.
Just two markers, stratospheric ozone depletion and the increase in atmospheric aerosol loading, have shown improvement over the last decade, said the Planetary Boundaries Science Lab at PIK.
“The diagnosis is unambiguous,” said Boris Sakschewski, the lead author of the report. “Pressure is rising across every planetary boundary already outside the safe operating space. It means that the risk of large-scale, persistent, and potentially irreversible change is increasing, while our margin for error in tackling these problems is shrinking.”
The scientists behind the report emphasized that with recent news regarding the state of the planet’s crucial coral reefs, forests, and extreme weather events like heatwaves and flooding, it should come as no surprise that the Earth’s boundaries have been transgressed, as continued fossil fuel emissions have caused runaway planetary heating.
Earlier this month, United Nations scientists said the planet can no longer avoid at least a temporary temperature rise above 1.5°C over preindustrial levels.
Oceans have also become so warm that stressed coral reefs have less and less time to recover from climate damage, as Common Dreams reported last month, and a UN report last year found that the world’s governments are not moving fast enough to end the destruction of forests.
Last month and the summer of 2026 both set heat records, with extreme heatkilling more than 1,000 people across Europe, and wildfiresspreading across the continent and Canada. Record-breaking heat was also recorded in parts of Asia and the Middle East.
In June, the UN Children’s Fund found that nearly every child on Earth is now exposed to at least one climate hazard driven by fossil fuel emissions, including flooding, heatwaves, and drought.
“Pakistan’s 2025 monsoon floods affected more than 6.9 million people,” said PIK. “Global ocean heat content reached a new record in 2025, with Hurricane Melissa rapidly ramping up to a Category 5 hurricane and striking Jamaica after passing over exceptionally warm seas. From January 2023 to September 2025, bleaching-level heat stress impacted about 84.4% of the world’s coral reef area, making it the largest global coral-bleaching event observed to date.”
Hindou Oumarou Ibrahim, chair of Planetary Guardians, implored readers of the Planetary Health Check report to “read that list again: Pakistan, the Caribbean, Europe, the reefs beneath our oceans. These are not separate emergencies; the planet is telling us, in every region at once, that it is out of balance.”
“As chair of Planetary Guardians, I hear this same story wherever I go, whether from a pastoralist watching the rains fail season after season or a coastal community watching the sea rise,” said Ibrahim. “The 2026 Planetary Health Check puts data behind what communities on the frontlines already know from living it. We do not have the luxury of treating these as separate crises any longer.”
Rockström emphasized that while “we do not have the luxury of time... we do have the knowledge, capacity, and solutions to change course.”
“Accelerating action to return to the safe operating space across all planetary boundaries is essential to protect lives and livelihoods,” said Rockström, “and to deliver on the promise of shared future prosperity.”
Tuesday, September 15, 2026
Chocolate’s new climate threat: Too much rain
Drought is not the only climate challenge facing cocoa farmers. Better warnings before extreme rains could help them protect their harvests
Cocoa farmers in West Africa cannot stop intense downpours from damaging their crops. But they may be able to anticipate the risk and prepare, protecting both their livelihoods and their plants, the source of one of the world’s most beloved foods.
Scientists at Harvard and the University of Ghana say that large-scale weather patterns could make some threats to cocoa harvests predictable months in advance, giving farmers time to act. Cocoa trees live for decades and a successful harvest depends on a long sequence of flowering, pollination, and pod development. Too little or too much rain at the wrong moment can damage the crop for the rest of the season.
“Drought is a real threat to cocoa, and that's well established. What has not been as well articulated is the other extreme of too much rain. Heavy rain arriving while the trees are flowering – or that favors the spread of fungal disease during flowering and early pod development – turns out to matter just as much,” said Anna Lea Albright, who led the research as a postdoctoral fellow at the Harvard University Center for the Environment.
“In Ghana, we found that excess rain during the wet season, together with dry-season drought, explains about two-thirds of the year-to-year swings in the cocoa harvest.”
The resulting price volatility – raw cocoa prices tripled in 2024 – is hitting chocolate lovers, showing up in higher prices, smaller bars, or reformulated products.
Because cocoa is especially vulnerable at certain stages of its growth cycle, adaptation must be precise. Disease control can be timed around periods of heavy rain, especially if forecasts can be provided that give enough time to prepare -- a capacity that the team is currently working to develop.
“We hope the findings will help reduce future crop damage, possibly by encouraging more canopy cover to shield cocoa flowers from large raindrops or by retaining more leaf litter to prevent splashes that transmit infection from soil to cocoa pods,” said senior author Peter Huybers, chair of Harvard's Department of Earth and Planetary Sciences.
Farmers have long worried about drought, and previous studies have warned that rising temperatures could make some cocoa-growing areas less suitable. But this study finds that average rainfall and average temperatures overlook the damage caused by short, intense bursts of rain.
In Ghana, the most damaging rains appear during the April-to-June wet season, when cocoa trees are flowering and young pods are beginning to form. Later, during the November-to-February dry period, too little rain can hurt the crop as pods continue to develop.
Cocoa over time
The researchers began with two decades of newly available district-level data from the Ghana Cocoa Board, a government agency. Production grew over that period as more land came into cultivation, so the researchers removed each district's long-term trend to isolate the year-to-year swings. Then they tested those swings against daily weather records and a range of possible culprits: average rainfall, heavy downpours, dry spells, soil moisture, and temperature extremes. In Ghana, the best predictors were heavy rain during the main wet season and too little rain during the dry season.
Then they asked whether Ghana was an exception. They looked at two other major producers on other continents, Ecuador and Indonesia, and found a similar pattern: Years with heavier wet-season rains tended to be worse for cocoa.
That is why forecasting matters. The team emphasizes that the rains that hurt cocoa are tied to larger climate patterns, such as El Niño or shifts in Atlantic sea-surface temperatures, and therefore some bad years may be predictable before the damage is done – early enough to give farmers a warning. For example, a strong El Niño is currently developing, typically favoring heavy rainfall in coastal Ecuador, and drier weather across West Africa and Indonesia.
Also lurking in the background is the potential for substantial changes in the timing and pattern of rainfall as a consequence of climate change. Current climate models, however, struggle to effectively represent the climatology of rainfall over West Africa, let alone how it will change in coming decades.
The study comes with caveats. Rain is not the only problem Ghanaian cocoa farmers face. Aging trees, gold mining, smuggling, fertilizer costs, pests, and disease can all lead to lower cocoa production. Rainfall data also do not always capture the biggest downpours well, and those are exactly the events that matter most here.
Still, the study clarifies the climate threat. Cocoa’s future is not just about a hotter world. It is also about when the rain falls, how hard it falls, and whether farmers can adapt to those extremes.
Coffee beans are held by an employee at Club Coffee's plant in Toronto on Thursday, Nov. 2, 2017. THE CANADIAN PRESS/Chris Young
Vietnam’s 2026/27
Robusta coffee crop could see a slight increase in output, though the threat posed by this year’s El Niño should not be underestimated, Thai Nhu Hiep, vice chairman of the Vietnam Coffee-Cocoa Association, told Reuters.
The slight increase in output should come as areas replanted in recent years enter phases of more stable yields, Hiep, who is also chairman and CEO of Vietnamese coffee exporter Vinh Hiep Co., Ltd, said late on Thursday.
Though he did not give a production forecast of his own, Hiep pointed to the U.S. Department of Agriculture, which expects Vietnamese coffee production of 32 million 60-kilogram bags in the 2026/27 crop, the overwhelming majority of which is robusta coffee.
However, the threat from the El Niño weather phenomenon cannot be ignored, Hiep said, adding that Vietnam’s central highlands region is particularly vulnerable to extreme weather patterns during crucial parts of the crop cycle.
“For Vietnam, adapting to climate change is no longer a future concern. It has become an urgent necessity to safeguard coffee production,” Hiep said while in Brazil for an international coffee event.
Vietnam’s coffee industry is collaborating with farmers to develop a specialty robusta profile based on quality, helping the country’s beans gain recognition for their unique origins, he said.
“We believe this approach will boost export value while enabling farmers to capture a larger share of the value generated throughout the coffee supply chain,” he said.
The country is also building data infrastructure to help meet European Union rules on traceability intended to prevent deforestation caused by crops like coffee, Hiep said.
Twice delayed due to its complexity, the EU Deforestation Regulation (EUDR) requires importers of commodities and related goods to prove their products weren’t grown on recently deforested land.
“EUDR should not be viewed merely as a barrier to exports,” Hiep said. “It also presents an opportunity for Vietnam to build a coffee supply chain that is more transparent, sustainable, and competitive in the long run.”
Reporting by Oliver Griffin; Editing by Kirsten Donovan
Friday, August 21, 2026
Europe faces a season of deluges as the Mediterranean hits 33°C
The sea has spent the summer storing heat. It comes back as rain, and Valencia and Derna are what that looks like when it does. / bne IntelliNewsFacebook
The Mediterranean has spent the summer soaking up heat. That heat will comes back as rain this autumn. A lot of rain.
With the hottest summer on record, the Mediterranean has absorbed record and sea temperatures are literally off the scale – climatologists have been forced to redraw the axes of their charts to accommodate the never-seen-before results.
Heat turns into humidity. When the temperatures begin to fall in the coming months, the humidity turns into rain. Record hot seas in the summer mean record rainfall, flooding and storms in the autumn.
Sea surface temperatures across virtually the whole Mediterranean basin are far above normal, with parts of it running between 28°C and 33°C, according to measurements circulated by meteorologist JJ Gonzalez Aleman of Spain's state weather agency.
“The Mediterranean is burning,” he wrote. “And it is not a metaphor.”
The EU’s meteorological satellite service Copernicus put the anomaly across parts of the sea at as much as 6°C above the long-term average in the first half of this year, and around 82% of the world's oceans went through marine heatwave conditions over the same period.
None of that energy has gone anywhere. It sits in the water in the air until the first autumn cold intrusions arrive to squeeze it out as precipitation. Southern Europe has been on the receiving end of that exchange in successive Septembers and Octobers of what is now an annual disaster season.
On land the summer has read as drought. Record wildfires have swept France, Spain and more recently the Balkans. France reached 43°C in the fifth major heatwave of the year, with hundreds of cities under alert. Hungary has been running its energy system around a Danube at record lows, and nuclear plants there and in Romania have been forced to shut down as river temperatures rose to the point where they can’t cool the reactors.
The heatwaves have set Europe up for flash floods and worse. Baked ground is the worst possible surface for a month of heavy autumnal rain. Water runs off hardened soil instead of sinking into it, gathers in the rivers and turns a downpour into a flash flood.
However, in the short-term some relief is expected that might take the edge off a looming disaster. Most of Europe is due significant rainfall over the coming week, with 50-100 mm possible in the areas most in deficit, according to the forecaster Ventusky. That is welcome for rivers and crops, and softening ground that has been close to zero moisture for months will take some of the edge off what follows.
Russia's Far East is already showing the wet end of the same year. Severe flooding has turned the Amur around Khabarovsk into what residents are calling an inland sea, while southern Europe is still grappling with wildfires.
Seven per cent per degree
Warmer air holds more water – the rule of thumb is 7% more per 1’C of warming, under the Clausius-Clapeyron relation. The atmosphere already carries roughly 10% more water vapour than it did 30 years ago.
Extreme rainfall rises faster than the vapour itself, closer to 15% for each 1°C, because the heaviest downpours pull moisture in from a wide area rather than wringing out only what sits overhead. World Weather Attribution's read is that current warming levels alone would be expected to lift rainfall intensity by around 10%.
Heat also holds the rain back. A warmer atmosphere hangs on to moisture for longer, which stretches the gaps between rainfall and loads more water into each event when it finally breaks.
Death by deluge
The Mediterranean has already shown how deadly the summer's stored heat can be. On September 10 and 11, 2023, Storm Daniel came ashore in eastern Libya after crossing a sea left unusually warm by climate change, and dropped a day of extraordinary rain on the hills above Derna.
Two dams above the city, Abu Mansour and Wadi Derna, gave way in the night and sent a wall of water several metres high through a sleeping town. Neither had been maintained since 2011, despite maintenance contracts worth millions of dollars that were never completed. Subsidence and cracks had been found in them as far back as the early 1990s.
The Libyan Red Crescent put the dead at as high as 11,300 in Derna alone. World Weather Attribution's own count days later was 3,958 confirmed dead in the city, a further 170 elsewhere in Libya, and more than 10,000 people still missing. Divers searched the sea because bodies were being washed back onto the beaches.
“Storm Daniel is yet another lethal reminder of the catastrophic impact that a changing climate can have on our world,” said the UN High Commissioner for Human Rights, Volker Turk.
The attribution study put the rainfall at a one-in-300 to one-in-600 year event and found that something as extreme as Libya's had been made up to 50 times more likely and up to 50% more intense by a climate 1.2C warmer than the pre-industrial one. In Libya, it noted, the magnitude sat far outside anything previously recorded.
The same low-pressure system had already crossed the northern Mediterranean. Between September 4 and 7 it flooded Greece and Bulgaria, killing 17 and four respectively; seven died in Turkey and six in Spain. Greek agriculture was written off for five years or more.
Rebuilding Derna was later costed at $1.8bn. Twelve officials were jailed over the dam collapses in 2024.
A year's rain in a day
Valencia is the European version of the same event. On October 29, 2024, a year's worth of rain fell on eastern Spain in a single day and more than 230 people died.
The rain alone did not do it. Alerts reached people late; the split between regional and national authority slowed the response; and years of building on flood plain, served by an ageing drainage network, left the water nowhere to go. A city can survive the meteorology and still drown on the administration.
The ingredient Valencia needed - a sea warm enough to load the atmosphere above it - is this year present across the whole basin rather than in one corner of it.
The whole ocean is running hot
The Mediterranean is the warm corner of a warm planet rather than an outlier. July 2026 tied July 2024 as the hottest month in 176 years of record-keeping, at 1.18C above the twentieth-century average on the US National Oceanic and Atmospheric Administration's reckoning and 1.47C above pre-industrial on the Copernicus and World Meteorological Organisation numbers.
Sea surface temperatures set their own July record, running 1.02C above average - the first July past that mark - with the daily reading for the 60S-60N band closing the month at 21.05C. The Persian Gulf hit a record 36C while Iran sweltered near 50C.
Close to 40% of the world's ocean area was in a marine heatwave in June, with the hottest patches in the Mediterranean and the Pacific more than 10C above normal. The oceans absorb more than 90% of the excess heat trapped by burning fossil fuels, which is why their temperature is the cleanest single measure of how far the warming has run.
“Current conditions could indicate the beginning of a new phase, leading, once more, to uncharted territory,” said Carlo Buontempo, director of the Copernicus Climate Change Service.
The Pacific is louder
The biggest signal of the year is not in the Mediterranean at all. A super El Nino arrived early and is still strengthening. Temperatures in the benchmark Nino 3.4 region of the central Pacific are already 1.8C above average and closing on the 2C mark that defines a “super” event, and NOAA puts near-certain odds on it lasting into February 2027.
Nine of ten forecast models describe a strong-to-historic event. NOAA's Climate Prediction Center puts the chance of it reaching “very strong” by the November-January peak at around 63% - the top tier of a scale reached by only a handful of events since the 1950s.
El Nino is the warm phase of a natural Pacific cycle that recurs every two to seven years and normally emerges during the northern autumn. What makes this one different is the surface it is landing on: a record-warm global ocean, with the natural cycle stacked on top of the long-term trend rather than fluctuating around a stable baseline.
Its fingerprints show up in rainfall as much as in heat. El Nino years typically bring heavier rain to California and South America and drier conditions to Australia and Southeast Asia. Hurricanes near the United States tend to be suppressed, while cyclones elsewhere come in stronger and wetter.
The food bill
Capital Economics counts three channels of disruption from an extreme El Nino year: food price inflation, lost power generation where hydro reservoirs run dry, and logistics broken up by extreme weather.
“An El Nino in the second half of the year - as seems increasingly likely - would add to the upside pressures on food and energy prices,” wrote William Jackson, the firm's chief emerging markets economist. “The macroeconomic effects would be largest in emerging markets, particularly those most sensitive to higher food prices, including India and parts of Africa, as well as those where power generation might be curtailed such as Colombia.”
Food can account for 30% or more of the consumer price basket and over a quarter of GDP in parts of South Asia and Sub-Saharan Africa, which is where a bad harvest turns into a political problem fastest.
Soft commodities move first. Fitch Solutions expects Cote d'Ivoire's cocoa crop to come in at 1.7mn tonnes in the 2026/27 season, down 17.5% year on year, with Ghana flat at 670,000 tonnes. Smallholders dominate both, with little irrigation and no capacity to absorb an input shock.
Staples are better insulated. Wheat and corn are grown across enough geographies that a bad year in one is usually covered by another. The concentrated markets have no such cushion - cocoa, coffee, sugar and palm oil all moved sharply during the 2023-24 cycle - and neither does copper, if heavy rain interrupts mining in Chile and Peru.
Europe has spent this summer managing the drought: reservoirs down, reactors off, rivers too low to cool anything. The heat that caused it is still sitting in the sea. It has to come out somewhere, and the only thing not yet settled is which coastline is standing there when it does.
Extreme heat, drought and wildfires expose Southeast Europe's climate risks
Helicopters deployed to fight wildfires in Albania. / Agjencia Kombëtare e Mbrojtjes Civile, AlbaniaFacebook
Europe has lost 606,327 hectares to wildfire so far this year, about two and a half times the 20-year average for this point in the year, according to the European Forest Fire Information System's own count, as drought and record heat intensify pressure on agriculture, energy systems and water supplies across the continent. Southeast Europe is at the sharp end of the crisis, with firefighters battling active blazes in counties across the region.
The fires are the most visible sign of a wider problem. Rivers are at exceptionally low levels, hydropower output is vulnerable, nuclear plants are facing constraints on cooling water and farmers are heading into harvests after a summer of heat and drought.
In just he last few days, Croatian firefighters have battled blazes that threatened the coastal town of Omiš as well as spreading across the Pelješac peninsula. The fires resulted in one death, at least 36 injuries and the evacuations of around 1,000 residents and tourists, according to government statements.
Croatia also sent firefighting helicopters to neighbouring Bosnia & Herzegovina, where a fire on Mount Risovac in the municipality of Bosansko Grahovo created a front of almost 15 km. Difficult terrain, a lack of forest roads, strong winds and thick smoke hampered efforts to contain the fire, just one of several wildfires across the country.
Albania's National Civil Protection Agency recorded 25 fires in the 24 hours to August 19. About 311 hectares had been affected. Around 350 firefighters and 26 vehicles were deployed, supported by 140 armed forces personnel, three helicopters and two Air Tractors.
In North Macedonia, a fire near Caniste in the Prilep area was moving towards Kruzevica on August 19, with about 30 volunteers working to slow its advance. Stojance Angelov, head of the Directorate for Protection and Rescue, said the length of the fire front meant it could not realistically be extinguished quickly.
The scale of this year's fire season puts the individual emergencies into a wider European context.
By August 18, 606,327 hectares had burned in 1,736 fires across Europe, according to the European Forest Fire Information System. The 2006-2025 average for the same date was 243,189 hectares.
That makes 2026 the second-worst year on record, behind 2025, when 957,510 hectares had burned. The two worst fire seasons in the record have therefore come consecutively.
Water under pressure
Extremely low water levels on the Danube have affected power generation and transport along the length of the river in Central and Southeast Europe.
Low water levels have reduced the amount of cargo that barges can carry and affected irrigation intakes along the river basin. The Danube is also an important source of cooling water for power plants, meaning low levels can create direct risks for electricity generation.
Reactors in Hungary and Romania have already faced interruptions linked to the drought, while Hungary launched an emergency water-control project to maintain sufficient flows for the Paks nuclear power plant.
The problem is also acute for countries that rely heavily on hydropower. Albania's electricity system has traditionally benefited from abundant hydropower resources, helping to shield the economy from external energy shocks. But the same lack of rainfall that is worsening fire conditions is putting pressure on reservoirs and future generation.
The retreating waters have also exposed remnants of the past, including scuttled German warships near Prahovo in Serbia, the wreck of Budapest's Franz Joseph bridge, the foundations of a Roman crossing near Gigen in Bulgaria and Ice Age mammoth bones near Ruse.
Economic cost rises
Scientists say the conditions are consistent with a broader shift in Europe's climate. The IPCC has Europe's heat map turning red as heatwaves become annual rather than exceptional, and the continent is warming faster than any other. This is the pattern our own disaster season coverage has been mapping since 2022.
Labour productivity falls by about 3% for every additional degree above 30 degrees Celsius, while energy demand rises by about 1.2%, according to the analysis. That creates a damaging combination for businesses: workers are less productive as temperatures rise while demand for cooling increases.
European governments have increasingly recognised the need for climate adaptation. Many countries have adaptation strategies, yet governments often rely on emergency spending after disasters rather than investing sufficiently in measures designed to prevent or limit damage. That is a poor fit for a region where cooling is becoming existential rather than a comfort, and where heat mortality is already climbing. For Southeast Europe, where governments have already been increasing disaster-response allocations, the challenge is particularly acute.
Food prices next
Agriculture is one of the main channels through which drought and extreme heat can spread into the wider economy. European harvests have been affected by the exceptionally hot summer, raising concerns about yields and commodity prices.
Capital Economics expects higher global agricultural prices to begin pushing headline inflation higher again in Central and Eastern Europe in the coming months, reversing some of the food-price declines that have supported household purchasing power.
The impact of climate extremes is not new to the region. In 2023, heatwaves followed by severe storms damaged maize, sunflower and fruit crops across Serbia, Romania and Bulgaria, after drought had already reduced yields. The sequence of drought, fire, storms and crop losses is becoming less of an exceptional agricultural shock and more of a recurring pattern.
The result is a growing chain of interconnected risks. Wildfires consume forests and threaten homes and infrastructure. Drought reduces river flows, restricts transport and irrigation and can threaten power generation. Heat reduces labour productivity while increasing demand for electricity. Poor harvests raise food prices, while farmers face higher input costs.
The immediate task remains putting out the fires. The longer-term challenge is adapting economies, infrastructure and agriculture to conditions that increasingly look less like temporary emergencies and more like the operating environment of the future.
Marmolada, shrinking ice and weaker permafrost: 'Dolomites under strain'
Copyright Copyright 2019 The Associated Press. All rights reserved
Marmolada glacier in retreat, permafrost deteriorating and high-altitude water dwindling: Legambiente warns of a crisis in the Venetian Dolomites
Marmolada is losing ice, the mountains are becoming more unstable and water at high altitude is no longer a given. That is the picture painted by Legambiente Veneto for the seventh edition of the Glacier Caravan, the international campaign that sets off from France and once again shines a spotlight on the ever faster transformation of the Alps.
Climate change in the Dolomites is no longer just a matter of landscape. What is worrying are the knock-on effects: glacier retreat, degradation of permafrost, increased slope instability and shrinking water reserves available in summer.
Marmolada, an increasingly fragile glacier
Marmolada, together with Adamello and Mont Blanc, is for Legambiente one of the emblematic cases of the fragility of the Alpine arc. Driven by the heatwaves of recent weeks, the glacier continues to lose mass.
The ice now appears grey and deeply scored by meltwater streams, while its perimeter keeps shrinking. An image that starkly illustrates a transformation which, year after year, is changing the face of the mountains.
Climate data help to sketch a particularly critical picture. In Veneto, in June 2026, temperatures were more than 3 degrees above the 1991-2020 average. In July, the heat was exceptional especially at altitude, with the freezing level rising above 4,000 metres.
Permafrost is thawing and slopes are becoming more unstable
It is not only the loss of ice that is cause for concern. Warming at high elevations is also affecting permafrost, the ground that stays frozen for very long periods and helps hold the slopes together.
On Piz Boè, according to the Arpav report updated to 31 July, the active layer has exceeded 7.4 metres in depth. The figure does not directly describe conditions in the Dolomites of Belluno, but for Legambiente it is an important signal of a phenomenon that should be monitored far more widely.
The association is therefore calling for monitoring to be extended to the Pelmo, Antelao, Sorapiss, Civetta and Tofane massifs, especially in the light of recent rockfalls recorded on Pelmo's north-west face.
According to the figures cited by Legambiente, the province of Belluno has to contend every year with 150-200 collapses and landslides. A number that gives a sense of the pressure the slopes are under.
Water is part of the problem too
The glacier crisis does not affect only the mountains themselves. Retreating ice is also likely to impact water availability during the summer months, affecting aquifers and reservoirs.
Alpine huts are feeling the effects too. High-altitude water, Legambiente explains, can no longer be taken for granted. This is why the province of Belluno and CAI Veneto have launched a specific protocol to tackle the issue of water supply in mountain refuges.
It is one of the less visible but more concrete effects of the changing Alpine climate: the mountain is changing, and with it the conditions are changing for those who live there, visit it and work there.
"The Dolomites are not just a postcard backdrop"
In the face of this scenario, Legambiente Veneto is calling on the Veneto regional authorities to speed up approval of the Regional Strategy for Adaptation to Climate Change, launched in 2021 but still awaiting final adoption.
"The Veneto Dolomites are not just a postcard backdrop, but a living system that is changing faster than public planning can keep up with," stresses Fabio Tullio, spokesperson for the Glacier Caravan in Veneto.
The campaign's message is therefore clear: it is not enough to watch the ice disappear. Slopes need to be monitored, the impact on water availability anticipated and the mountains prepared to cope with a climate that is already changing.
In this sense, Marmolada is far more than a retreating glacier: it is one of the clearest signs of how fast the Alpine environment is changing.