2 Injured Russian Climbers Rescued after 6 Days Stranded on Pakistan Peak

Paramedical staff prepare an isolation ward in the Khyber Pakhtunkhwa province, at a hospital in Peshawar, Pakistan, Monday, Aug. 19, 2024. (AP Photo/Muhammad Sajjad)
Paramedical staff prepare an isolation ward in the Khyber Pakhtunkhwa province, at a hospital in Peshawar, Pakistan, Monday, Aug. 19, 2024. (AP Photo/Muhammad Sajjad)
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2 Injured Russian Climbers Rescued after 6 Days Stranded on Pakistan Peak

Paramedical staff prepare an isolation ward in the Khyber Pakhtunkhwa province, at a hospital in Peshawar, Pakistan, Monday, Aug. 19, 2024. (AP Photo/Muhammad Sajjad)
Paramedical staff prepare an isolation ward in the Khyber Pakhtunkhwa province, at a hospital in Peshawar, Pakistan, Monday, Aug. 19, 2024. (AP Photo/Muhammad Sajjad)

After six days of being stranded on a remote peak in Pakistan’s northeast, two injured Russian climbers were finally rescued, while another remains missing and is presumed dead, a mountaineering official said Wednesday.
The five-member climbing team, which began their expedition on one of Gasherbrum's peaks to retrieve the body of a fellow climber who died there last year, was hit by a pile of ice on Friday, officials said. Rescuers airlifted two of the mountaineers Monday while more planning was needed to rescue the other two who were unable to move because of their injuries, The Associated Press reported.
An army helicopter, backed by local volunteers, helped rescue the two injured on Tuesday, said Karrar Haidri, the secretary of the Alpine Club of Pakistan, adding that the third climber fell into a crevasse and couldn’t be located.
Haidri said Wednesday the two were moved from the peak to the base camp and were in stable condition. “A helicopter was set to transport them to the northern city of Skardu, but it could not fly due to bad weather,” he said, and that they were trying to find another way to get them to a hospital.
The Russian team, which was not accompanied by guides or sherpas, took an unusual route on Gasherbrum.
While Haidri acknowledged that the climbers were hit by the ice formation while “ascending the mountain for a noble cause," he still warned against such endeavors.
“Climbers are fully aware of the dangers linked to such missions, but they still opt for dangerous and unexplored routes,” he said. “This is how climbers make records but also come across challenges."
Hundreds of climbers try to scale mountains in northern Pakistan every year, and accidents are common because of avalanches and sudden weather changes. This month, a Pakistani climber Murad Sadpara, 35, known for taking part in high-altitude rescue missions died during a descent from one of the country’s tallest mountains in the north.



August's Supermoon is the First of Four Lunar Spectacles

A sturgeon moon, the first Supermoon of the year, rises next to the Marina Bay Sands hotel in Singapore August 19, 2024. REUTERS/Edgar Su
A sturgeon moon, the first Supermoon of the year, rises next to the Marina Bay Sands hotel in Singapore August 19, 2024. REUTERS/Edgar Su
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August's Supermoon is the First of Four Lunar Spectacles

A sturgeon moon, the first Supermoon of the year, rises next to the Marina Bay Sands hotel in Singapore August 19, 2024. REUTERS/Edgar Su
A sturgeon moon, the first Supermoon of the year, rises next to the Marina Bay Sands hotel in Singapore August 19, 2024. REUTERS/Edgar Su

Monday's supermoon is the first of four this year.
During a supermoon, the full moon inches a little closer than usual to Earth. A supermoon isn’t bigger, but it can appear that way in the night sky, although scientists say the difference can be barely perceptible.
September’s supermoon will coincide with a partial lunar eclipse. October’s will be the year’s closest approach, and November’s will round out the year, The Associated Press said.
More a popular term than a scientific one, a supermoon occurs when a full lunar phase syncs up with an especially close swing around Earth. This usually happens only three or four times a year and consecutively, given the moon’s constantly shifting, oval-shaped orbit.