This picture shows a flea of goats neard the village Murghab down the Pamir Glacier during the expedition "Pamir-Ice-Memory" in Kon Chukurbashi, eastern Tajikistan on September 26, 2025. At more than 5,800 meters above sea level, an international team of scientists is drilling deep into the Pamir glaciers of Tajikistan to extract the region's first-ever deep ice cores to preserve the Earth's climatic memory before global warming erases it forever. (Photo by Prakash MATHEMA / AFP) (Photo by PRAKASH MATHEMA/AFP via Getty Images)

Members of "Pamir Ice memory" expedition are on the way to load a fridge truck with the cooler boxes containing ice core samples, at the foot of Pamir Glacier in Kon Chukurbash, eastern Tajikistan on September 25, 2025. At more than 5,800 meters above sea level, an international team of scientists is drilling deep into the Pamir glaciers of Tajikistan to extract the region's first-ever deep ice cores to preserve the Earth's climatic memory before global warming erases it forever. (Photo by Prakash MATHEMA / AFP) (Photo by PRAKASH MATHEMA/AFP via Getty Images)

This picture shows a flea of cows near Murghab down the Pamir Glacier during the expedition "Pamir-Ice-Memory", in Kon Chukurbashi, eastern Tajikistan on September 26, 2025. At more than 5,800 meters above sea level, an international team of scientists is drilling deep into the Pamir glaciers of Tajikistan to extract the region's first-ever deep ice cores to preserve the Earth's climatic memory before global warming erases it forever. (Photo by Prakash MATHEMA / AFP) (Photo by PRAKASH MATHEMA/AFP via Getty Images)

This picture shows members of the expedition "Pamir-Ice-Memory" climbing up Pamir Glacier, in Kon Chukurbashi, eastern Tajikistan on September 25, 2025. At more than 5,800 meters above sea level, an international team of scientists is drilling deep into the Pamir glaciers of Tajikistan to extract the region's first-ever deep ice cores to preserve the Earth's climatic memory before global warming erases it forever. (Photo by Prakash MATHEMA / AFP) (Photo by PRAKASH MATHEMA/AFP via Getty Images)

Members of "Pamir Ice memory" expedition are on the way to load the car with the cooler box with ice core samples at the foot of Pamir Glacier in Kon Chukurbashi, eastern Tajikistan on September 25, 2025. At more than 5,800 meters above sea level, an international team of scientists is drilling deep into the Pamir glaciers of Tajikistan to extract the region's first-ever deep ice cores to preserve the Earth's climatic memory before global warming erases it forever. (Photo by Prakash MATHEMA / AFP) (Photo by PRAKASH MATHEMA/AFP via Getty Images)

This picture shows two members of expedition "Pamir-Ice-Memory" climbing down the Pamir glacier carrying ice core samples in a cooler box to the base camp, in Kon Chukurbashi, eastern Tajikistan on September 24, 2025. At more than 5,800 meters above sea level, an international team of scientists is drilling deep into the Pamir glaciers of Tajikistan to extract the region's first-ever deep ice cores to preserve the Earth's climatic memory before global warming erases it forever. (Photo by Prakash MATHEMA / AFP) (Photo by PRAKASH MATHEMA/AFP via Getty Images)

This picture shows two members of expedition "Pamir-Ice-Memory" climbing down the Pamir glacier carrying ice core samples in a cooler box to the base camp in Kon Chukurbashi, Eastern Tajikistan on September 25, 2025. At more than 5,800 meters above sea level, an international team of scientists is drilling deep into the Pamir glaciers of Tajikistan to extract the region's first-ever deep ice cores to preserve the Earth's climatic memory before global warming erases it forever. (Photo by Prakash MATHEMA / AFP) (Photo by PRAKASH MATHEMA/AFP via Getty Images)

This picture shows the village Murghab down the Pamir Glacier during the expedition "Pamir-Ice-Memory", in Kon Chukurbashi, eastern Tajikistan on September 26, 2025. At more than 5,800 meters above sea level, an international team of scientists is drilling deep into the Pamir glaciers of Tajikistan to extract the region's first-ever deep ice cores to preserve the Earth's climatic memory before global warming erases it forever. (Photo by Prakash MATHEMA / AFP) (Photo by PRAKASH MATHEMA/AFP via Getty Images)