logo
Swiss residents in shock after glacier debris buries village

Swiss residents in shock after glacier debris buries village

Japan Times5 days ago

Residents struggled on Thursday to absorb the scale of devastation caused by a huge slab of glacier that buried most of their picturesque Swiss village, in what scientists suspect is a dramatic example of climate change's impact on the Alps.
A deluge of millions of cubic meters of ice, mud and rock crashed down a mountain on Wednesday, engulfing the village of Blatten, and the few houses that remained were later flooded. Its 300 residents had already been evacuated earlier in May after part of the mountain behind the Birch Glacier began to crumble.
Rescue teams with search dogs and thermal drone scans have continued looking for a missing 64-year-old man but have found nothing. Local authorities suspended the search on Thursday afternoon, saying the debris mounds were too unstable for now and warned of further rockfalls.
With the Swiss army closely monitoring the situation, flooding worsened during the day as vast mounds of debris almost two kilometers across clogged the path of the River Lonza, causing a huge lake to form amid the wreckage and raising fears that the morass could dislodge.
Debris and dust from a crumbling glacier that partially collapsed and tumbled onto the village of Blatten, Switzerland, on Thursday. |
REUTERS
Water levels have been rising by 80 centimeters an hour from the blocked river and melting glacier ice, Stephane Ganzer, head of the security division for the Valais canton, told reporters.
Swiss President Karin Keller-Sutter is returning early from high-level talks in Ireland and will visit the site on Friday, her office said.
"I don't want to talk just now. I lost everything yesterday. I hope you understand," said one middle-aged woman from Blatten, declining to give her name as she sat alone disconsolately in front of a church in the neighboring village of Wiler.
Nearby, the road ran along the valley before ending abruptly at the mass of mud and debris now blanketing her own village.
A thin cloud of dust hung in the air over the Kleines Nesthorn Mountain where the rockslide occurred while a helicopter buzzed overhead.
A woman holds a sheep, which was carried by helicopter in Wiler, near Blatten, Switzerland, on Thursday. |
REUTERS
Werner Bellwald, a 65-year-old cultural studies expert, lost the wooden family house built in 1654 where he lived in Ried, a hamlet next to Blatten also wiped out by the deluge.
"You can't tell that there was ever a settlement there," he said. "Things happened there that no one here thought were possible."
The worst scenario would be that a wave of debris bursts the nearby Ferden Dam, Valais canton official Ganzer said. He added that the chances of this further mudslide were currently unlikely, noting that the dam had been emptied as a precaution so it could act as a buffer zone.
Local authorities said that the buildings in Blatten that had emerged intact from the landslide are now flooded and that some residents of nearby villages had been evacuated.
The army said around 50 personnel as well as water pumps, diggers and other heavy equipment were on standby to provide relief when it was safe.
A crumbling glacier that partially collapsed and tumbled onto the village of Blatten, Switzerland, on Thursday. |
REUTERS
Authorities were airlifting livestock out of the area, said Jonas Jeitziner, a local official in Wiler, as a few sheep scrambled out of a container lowered from a helicopter.
Asked how he felt about the future, he said, gazing towards the plain of mud: "Right now, the shock is so profound that one can't think about it yet."
The catastrophe has revived concern about the impact of rising temperatures on Alpine permafrost where thawing has loosened some rock structures, creating new mountain hazards.
For years, the Birch Glacier has been creeping down the mountainside, pressured by shifting debris near the summit.
Matthias Huss, head of Glacier Monitoring in Switzerland, pointed to the likely influence of climate change in loosening the rock mass among the permafrost, which triggered the collapse.
"Unexpected things happen at places that we have not seen for hundreds of years, most probably due to climate change," he said.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Victims' families mark 34 years since volcanic disaster in Nagasaki Pref.
Victims' families mark 34 years since volcanic disaster in Nagasaki Pref.

NHK

time14 hours ago

  • NHK

Victims' families mark 34 years since volcanic disaster in Nagasaki Pref.

Tuesday marks 34 years since a volcanic disaster killed 43 people in Nagasaki Prefecture, southwestern Japan. To mark the date, family members of the victims visited the site. A fast-moving current of hot gas and volcanic matter gushed down from Mount Unzen's Fugen Peak on June 3, 1991. The victims included reporters and volcanologists observing the mountain's volcanic activity at a spot well-known for good front views of the volcano. Their taxi drivers were also among the victims. On Tuesday, the visitors, mainly the victims' families and reporters, observed a moment of silence at the spot at 4:08 p.m., the exact time the pyroclastic flow occurred. More people visited the site later and offered prayers toward the volcano. Komura Tetsuya lost his younger brother Koji, who was a videographer for Nippon TV, in the disaster. Komura said that the camera people around him reminded him of his brother and this made him emotional. He added that he believes that his brother continued shooting the scene until the last moment. Komura added that reporters' efforts are of no use if they die, and that they must protect their lives, too. He expressed hope this lesson will be widely shared.

How Switzerland's Birch glacier collapsed
How Switzerland's Birch glacier collapsed

Japan Times

time2 days ago

  • Japan Times

How Switzerland's Birch glacier collapsed

A cascade of events in the Swiss Alps led to the dramatic collapse of the Birch glacier, wiping out Blatten village in the valley below, glaciologists and geoscientists said on Friday. Experts knew days ahead of Wednesday's landslide that the glacier was likely to suffer a catastrophic failure. But the reasons why date back much further. There are strong theories on the causes, and to what degree the disaster is linked to climate change — but these are yet to be confirmed by scientific analysis. "This can be considered as a cascading event, because we have different processes involved," explained Christophe Lambiel, senior lecturer at the University of Lausanne's Institute of Earth Surface Dynamics. Mountain above the glacier The 3,342-meter Kleines Nesthorn mountain above the glacier was already somewhat unstable, and rockfalls accelerated dramatically around 10 days beforehand. Experts feared a total collapse within hours, but instead there were successive rockfalls over several days, which was actually the best-case scenario. Rockfall onto glacier Some 3 million cubic meters of rock were deposited on the glacier. "If you put a lot of weight on an unstable foundation, it can just slip away. And this is what actually happened," Matthias Huss, the director of Glacier Monitoring Switzerland (GLAMOS), said. "The glacier accelerated strongly in response to this additional loading, and then the disaster struck." The Birch glacier The Birch glacier was a special case: the only Swiss glacier that was advancing rather than shrinking. However, this was not because of extra snowfall. Its advance "was quite likely due to the pre-loading with rockfalls from this mountain, which has finally collapsed. So the landslide didn't start from nothing," said Huss. A helicopter removes pieces of wood obstructing the river Lonza after the Birch glacier collapsed and a massive landslide destroyed the village of Blatten, on Saturday. | AFP-JIJI The glacier was on a steep slope, and even steeper at the front, worsening the dynamics. Smaller-scale falls from the front of the glacier Tuesday were expected to continue, with Wednesday's sudden total collapse considered a less-probable scenario. How the glacier collapsed The rockfalls altered the stress equation between the weight of the glacier and the slope, which governs its forward speed, Lambiel said. Like pushing a car, it takes a lot of force to initiate movement, but less once it is on the move, he explained. Huss said the 1,000 meters of elevation between the glacier and the Lotschental valley floor added a "huge amount of potential energy," which through friction melts part of the ice, making the fall "much more dynamic than if it was just rock." Role of melting permafrost Permafrost conditions are degrading throughout the Alps. Ice inside the cracks in the rocks has been thawing to ever-deeper levels over the last decade, especially after the summer 2022 heat wave. "Ice is considered as the cement of the mountains. Decreasing the quality of the cement decreases the stability of the mountain," said Lambiel. Huss added, "At the moment, we can't say it's because of permafrost thaw that this mountain collapsed — but it is at least a very probable explanation, or one factor, that has triggered or accelerated this process of the mountain falling apart." Role of climate change Jakob Steiner, a geoscientist at the Lotschental valley floor, said, "There is no clear evidence as of yet, for this specific case, that this was caused by climate change." Huss said making such a direct link was "complicated." "If it was just because of climate change that this mountain collapsed, all mountains in the Alps could collapse — and they don't," he said. "It's a combination of the long-term changes in the geology of the mountain. "The failing of the glacier as such — this is not related to climate change. It's more the permafrost processes, which are very complex, long-term changes." Lambiel said of a link between climate change and the glacier moving forward over time, "Honestly, we don't know. "But the increasing rockfalls on the glacier during the last 10 years — this can be linked with climate change." Other glaciers Modern monitoring techniques detect acceleration in the ice with high precision — and therefore allow for early warning. Lambiel said around 80 glaciers in the same region of Switzerland were considered dangerous, and under monitoring. "The big challenge is to recognise where to direct the detailed monitoring," said Huss. Lambiel said sites with glacier-permafrost interactions above 3,000 meters would now need more research. But they are difficult to reach and monitor. Steiner said, "Probably the rapidly changing permafrost can play some kind of role. "This is concerning because this means that mountains are becoming a lot more unstable."

Half the world has faced an extra month of extreme heat, study finds
Half the world has faced an extra month of extreme heat, study finds

Japan Times

time2 days ago

  • Japan Times

Half the world has faced an extra month of extreme heat, study finds

Half the global population endured an additional month of extreme heat over the past year because of human-caused climate change, a new study found Friday. The findings underscore how the continued burning of fossil fuels is harming health and well-being on every continent, with the effects especially under-recognized in developing countries, the authors said. "With every barrel of oil burned, every ton of carbon dioxide released, and every fraction of a degree of warming, heat waves will affect more people," said Friederike Otto, a climate scientist at Imperial College London and co-author of the report. The analysis — conducted by scientists at World Weather Attribution, Climate Central, and the Red Cross Red Crescent Climate Centre — was released ahead of global Heat Action Day on June 2, which this year spotlights the dangers of heat exhaustion and heat stroke. To assess the influence of global warming, researchers analyzed the period from May 1, 2024 to May 1, 2025. They defined "extreme heat days" as those hotter than 90% of temperatures recorded at a given location between 1991 and 2020. Using a peer-reviewed modeling approach, they then compared the number of such days to a simulated world without human-caused warming. The results were stark: Roughly 4 billion people — 49% of the global population — experienced at least 30 more days of extreme heat than they would have otherwise. The team identified 67 extreme heat events during the year and found the fingerprint of climate change on all of them. The Caribbean island of Aruba was the worst affected, recording 187 extreme heat days — 45 more than expected in a world without climate change. The study follows a year of unprecedented global temperatures. 2024 was the hottest year on record, surpassing 2023, while January 2025 marked the hottest January ever. On a five-year average, global temperatures are now 1.3 degrees Celsius above preindustrial levels — and in 2024 alone, they exceeded 1.5 C, the symbolic ceiling set by the Paris climate accord. The report also highlights a critical lack of data on heat-related health impacts in lower-income regions. While Europe recorded more than 61,000 heat-related deaths in the summer of 2022, comparable figures are sparse elsewhere, with many heat-related fatalities misattributed to underlying conditions such as heart or lung disease. The authors emphasized the need for early warning systems, public education, and heat action plans tailored to cities. Better building design — including shading and ventilation — and behavioral adjustments like avoiding strenuous activity during peak heat are also essential. Still, adaptation alone will not be enough. The only way to halt the rising severity and frequency of extreme heat, the authors warned, is to rapidly phase out fossil fuels.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store