Venezuela is first country to lose of all its glaciers

Venezuela is first country to lose of all its glaciersVenezuela is first Andean country to lose of all its glaciersVenezuela is first Andean country to lose of all its glaciers

For the people of the Venezuelan state of Mérida, the glaciated peaks of its Sierra Nevada have been a source of pride since time immemorial: The mountains are part of the regional identity and the origin of various legends in the area that relate them to mythical white eagles.

However, none of the six glaciers that crowned the mountains remain.

Venezuela is first Andean country to lose of all its glaciers
Venezuela is first Andean country to lose of all its glaciers

The International Climate and Cryosphere Initiative (ICCI), a science advocacy organization, recently declared that the Humboldt Glacier — also known as La Corona, or “the crown” in Spanish — is already “too small to be classified as a glacier.” In March, Venezuelan scientists had warned that the glacier had dramatically shrunk.

“Our tropical glaciers began to disappear since the ’70s and their absence is felt. It is a great sadness and the only thing we can do is use their legacy to show children how beautiful our Sierra Nevada was,” Alejandra Melfo, an astrophysicist at the Universidad de los Andes in Mérida, said in an interview with Noticias Telemundo.

Venezuela had six glaciers in the Sierra Nevada, located about 16,000 feet above sea level. By 2011, five had already disappeared, but the Humboldt Glacier located near the second highest mountain in the country, Humboldt Peak, resisted the onslaught of the weather. Scientists believe its disappearance makes Venezuela the first country in the Americas — and the first country in modern history — to lose all its glaciers.

Glaciers are large masses of ice that have formed due to the accumulation of snow over centuries. According to the United States Geological Survey (USGS), they typically exist where average annual temperatures reach near-freezing levels and winter precipitation causes significant accumulations of snow.

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