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Record 274 climbers summit Everest from Nepalese side in single day

Climbers take advantage of clear weather after threat of ice fall on normal route delayed start of spring season

A record 274 climbers have reached the summit of Mount Everest from the Nepalese side in a single day after a spring season that started late because of the threat of ice fall on the normal tourist route.

The climbers took advantage of the clear weather on Wednesday, said Rishi Ram Bhandari, of the Expedition Operators Association Nepal.

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© Photograph: Purnima Shrestha/Reuters

© Photograph: Purnima Shrestha/Reuters

© Photograph: Purnima Shrestha/Reuters

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Henry Todd, or how the ‘king of LSD’ ended up creating the first low-cost agency for Everest tourists

A few weeks ago, hundreds of climbers hoping to summit Everest were stranded at the mountain’s South Base Camp in Nepal, waiting for a massive block of ice to finally break away and clear the route to Camp I through the Khumbu Icefall. If the climbers were anxious, local agencies were nearly in panic: so much money is at stake that a closed Mount Everest means ruin. But the profits from mountain tourism do not improve the quality of life in a country that, a few months ago, repressed young people protesting in Kathmandu and that in recent days has demolished a vast shantytown sheltering nearly 1.5 million workers, who have been forcibly relocated to places that are equally unfit and even more dangerous. The sun shines on Everest, however, and the sherpas who rig the maze of ice and crevasses in the Khumbu have finally found a safe route that avoids the threatening ice mass.

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© Purnima Shrestha (REUTERS)

Dozens of climbers head toward the summit of Everest last Monday.
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Nepali director tackles trans identity and elephant conflict in Cannes debut ‘Elephants in the Fog’

Malay Mail

CANNES, May 20 — Film director Abinash Bikram Shah has taken on two of Nepal’s touchiest subjects in “Elephants in the Fog”—the way it treats its trans women and its wild elephants.

It seems an odd combination, but the two come together in his hauntingly beautiful directorial debut at the Cannes Film Festival about the perils of not acknowledging nature—both human and animal.

Shah—the first Nepali to make the festival’s official selection—is no provocateur. So soft spoken you have to lean in to hear him, he used to work for the Nepal Tourism Board, promoting the stunning Himalayan nation.

But as he told AFP before its premiere Wednesday, “Nepal is changing” in very big ways.

Last year the arthritic old order was toppled by a youth revolution, with Gen-Z protesters taking to the streets with the Jolly Roger flag from the manga “One Piece”.

Then in March Nepalis elected 36-year-old rapper Balendra Shah prime minister—the world’s youngest—by a landslide.

Ancient third gender 

Shah—no relation—is proud and excited for his homeland.

Nepal is also one of fewer than two dozen nations that recognise a third gender, and a pioneer on LGBTQ+ rights in Asia.

But Shah said much of that tolerance “is just on paper”. And he wonders how his touching thriller will be received back home.

It centres on the matriarch of a traditional transsexual household in the south of the country where villagers battle nightly to scare off wild elephants from the shrinking forests that surround it.

The Kinnar community, called Hijra or the third sex in India, has ancient cultural and religious roots in the subcontinent, both in Hinduism and Islam.

They sing and dance and their blessings are auspicious for births and weddings or to scare off evil spirits.

Gender realignment is called “emasculation” in Nepal, Shah said, but the Kinnar “have another very beautiful word for it, ‘Nirvana.’”

Many live together in strictly organised Kinnar families, he said, each led by a mother who in turn looks to a Kinnar guru.

Ignoring the haters 

Shah became obsessed by their little-known inner lives as he scrolled TikTok during lockdown.

He was hugely taken by the “joyful videos they posted—singing, dancing, joking”, but also by their collective courage in the face of “so many shocking hate remarks”.

Most Nepalese people “see Kinnar just as having this ability to bless them or as prostitutes,” he said.

So he is delighted that so far the reaction to the trailer for “Elephants in the Fog” has been positive.

“Either something is changed or they don’t realise it’s a trans woman,” he said, as it features the remarkable Kinnar activist Pushpa Thing Lama.

She had never acted but Shah realised he had found someone with a screen presence you can’t teach.

Elephants being squeezed 

“When she is joyful she is so joyful,” the director said, “but when she is quiet she has this calm and silence you can’t take your eyes from.”

Shah said he wanted to show how the Kinnar are at once a central part of Nepalese and Indian culture and at the same time pushed to the fringes.

Most Kinnar “start as a sex workers”, Shah said, “because they are thrown out by their families. Then, when they are frustrated with that life, they join a Kinnar family,” taking a vow of chastity, he said.

Shah spent two years reaching out to the Kinnar community and to villagers in the south of the country where the film is shot, who also play themselves.

As for the elephants, their habitat is being squeezed all over Nepal as forests and jungles are cut down.

“Elephants are very smart, and they move around on ancient routes... like GPS in their brains, so if put up fences they will just go through them,” Shah said.

There is a saying in Nepal, he said: “Run into the river if you see a rhino. Climb a tree if you see a tiger. But for an elephant just pray to God.” — AFP

 

 

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Vegetation Moves Upslope Across the Himalayas

A blue building sits on a stone foundation with snow-covered mountains in the background.

When it comes to thriving at high elevation, diminutive plants are always a safe bet. And low-lying vegetation is in fact colonizing higher and higher reaches as the climate changes, new results reveal. Researchers analyzed more than 2 decades’ worth of satellite data and showed that the vegetation line in the Himalayas is moving upward, in some cases by up to several meters per year. These changes have implications for the hydrology of the region and therefore for water resources for the population centers located downstream, the team reported last month in Ecography.

Mountains and People

“If you’re going to understand climate change across the Himalayas, you can’t just look at one location.”

The Himalayas, with their massive stores of frozen water, are part of a region known as the planet’s “Third Pole.” Nearly a billion people rely on water sourced from this area, but the Himalayas aren’t immune to climate change—shifts in temperature and precipitation patterns are causing glaciers to melt and permafrost to thaw, among other effects. “The Himalayan mountains are experiencing a lot of ecosystem changes,” said Ruolin Leng, an Earth scientist who led this new research while at the University of Exeter in the United Kingdom. She currently works at H2Tab, a wellness company.

And while the macroscopic effects of climate change in mountainous regions—the melting of the aforementioned glaciers, for example—have been readily studied, shifts in vegetation are often overlooked, said Leng. That’s a problem because plant cover affects everything from soil moisture levels to water runoff to the albedo of the planet’s surface, all of which have consequences for how water moves through the larger system, she said. “It’s a very important factor in the hydrological system.”

Leng and her colleagues focused on six sites, each roughly 40,000 square kilometers in size, in Bhutan, Nepal, and politically disputed areas farther west. Altogether the locales spanned roughly 15° in longitude (about the width of a U.S. time zone). The choice to analyze several locations along an east-west gradient was deliberate, said Stephan Harrison, a climate scientist also at the University of Exeter and a member of the research team. “The western Himalayas are very different from the eastern Himalayas in terms of climate. If you’re going to understand climate change across the Himalayas, you can’t just look at one location.”

Spotting Vegetation from Space

For each of those sites, the researchers mined satellite observations collected from 1999 to 2022 by the NASA/U.S. Geological Survey Landsat program. The researchers focused on visible and near-infrared observations to calculate a metric known as the normalized difference vegetation index (NDVI). Vegetation tends to reflect relatively little visible light while reflecting much more near-infrared light, and that fact can be exploited to infer the presence of vegetation in remote sensing data, said Karen Anderson, a remote sensing scientist at the Environment and Sustainability Institute at the University of Exeter and a member of the research team.

After masking out pixels too obscured by clouds or snow to correctly analyze, Leng and her colleagues calculated the NDVI for each 30- × 30-meter Landsat pixel within their study regions. The team retained pixels with NDVI levels above a minimum threshold and used those data, combined with topography information, to estimate the maximum elevation that was reliably vegetated each year. All six sites exhibited upward trends in the elevations of their vegetation lines over time, the researchers found. A site in central Nepal straddling the country’s northern border recorded the largest changes: From 1999 to 2022, the elevation of its vegetation line rose from roughly 5,520 meters to 5,670 meters, an increase of just under 7 meters per year on average. The five remaining sites all recorded annual upward shifts ranging from about 1 to 6 meters per year on average.

“Broadly speaking, plants are moving up mountains,” said Anderson. But different regions are responding differently, she added. (And while similar results have been previously noted in the Himalayas, not all plant life everywhere is moving up—recent research has shown that some tree lines are in fact moving downslope.)

A Climatic Culprit?

“People neglect the little plants.”

To investigate the potential drivers behind these changes, the team studied correlations with three climatic parameters: temperature, total precipitation, and snow depth. These data came from the European Centre for Medium-Range Weather Forecasts reanalysis dataset, which has a spatial resolution of roughly 30 kilometers.

Leng and her collaborators found that their site with the fastest-changing vegetation line also recorded the most rapid increase in snow depth over time. These two changes might therefore be linked, but more work is needed, Anderson admitted. “We haven’t addressed the causal link here. We’ve simply looked for patterns.”

There’s also a significant mismatch in the spatial resolution of the team’s meteorological data and their Landsat data, said Trevor Keenan, an ecosystem scientist at the University of California, Berkeley not involved in the research. Such a discrepancy can be particularly problematic in complex landscapes like mountain ranges because the coarse meteorological data might not be capturing the true microclimates that are bound to persist in such places, he said. “With heterogenous terrain and large elevational gradients, you really need that microclimate information.”

An outcropping of delicate, pinkish white flowers is seen on a mountainside.
Sagarmatha National Park in Nepal, home to Mount Everest, is also host to rhododendron forests like this one. Credit: Peter Prokosch, CC BY-NC-SA 2.0

Anderson knows the geographical complexity of the Himalayas firsthand—in 2017 and 2022, she and other scientists conducted fieldwork in Nepal that informed this research. Those trips were a special opportunity to see plants like dwarf rhododendron thriving in tough conditions, she said. And it was a good lesson in appreciating some of the most diminutive members of the plant kingdom, Anderson added. “People neglect the little plants.”

—Katherine Kornei (@KatherineKornei), Science Writer

Citation: Kornei, K. (2026), Vegetation moves upslope across the Himalayas, Eos, 107, https://doi.org/10.1029/2026EO260149. Published on 14 May 2026.
Text © 2026. The authors. CC BY-NC-ND 3.0
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