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Context: The demise of La Corona makes Venezuela the first nation in the Andes without a glacier. It won't be the last. CARACAS, Venezuela — The last of Venezuela's glaciers has disappeared, scientists say, despite an unusual government effort to save it.
The International Cryosphere Climate Initiative (ICCI), a scientific advocacy organization, said the La Corona glacier was now too small to be considered as a glacier, which may spark wider concerns over the effects of climate change.
In 1910, Venezuela served as home to six glaciers covering an impressive 1,000 square kilometers.
By 2011, five of Venezuela's glaciers had vanished, leaving only the Humboldt glacier, also known as La Corona, struggling for survival in the Sierra Nevada National Park.
But now this frozen landmark has diminished so drastically that it's been redefined as an ice field.
During its peak, La Corona sprawled over 4.5 square kilometers (1.7 square miles), but now it extends to over less than 0.02 square kilometers (2 hectares).
It is far below the minimum size requirement for glacier classification, which stands at 0.1 square kilometers (10 hectares).
Research conducted over the past five years has revealed a staggering 98 percent decline in glacial coverage in Venezuela from 1953 to 2019.
ICCI was formed in 2009 immediately after COP-15 in Copenhagen.
It is a network of senior policy experts and researchers working with governments and organizations to create, shape and implement initiatives designed to preserve as much of the Earth’s cryosphere as possible.
ICCI programs target the unique climate dynamics at work in the cryosphere, while at the same time lending increased urgency to global climate efforts aimed at CO2 and other greenhouse gases by communicating the unexpected rapidity and global implications of cryosphere warming.
With global average temperatures rising due to climate change, Ice loss is increasing.
The rate of ice loss escalated rapidly after 1998, reaching a peak of around 17 percent per year from 2016 onwards.
Glacier is an accumulation of ice and snow that flows slowly over land. It falls under one of two main glacier categories:
Alpine glaciers, which are frozen rivers of ice that flow slowly under their own weight from mountain sides into valleys, like those in the Hindu Kush Himalaya.
Ice sheets, which are unrestricted and spread out in broad domes in multiple directions, found only in Greenland and Antarctica.
The glacier is melting rapidly due to global warming and warming ocean currents.
Glacial loss contributes to rising sea levels around the world.
Glaciers play a crucial role in supplying communities with fresh water, particularly during hot, dry periods. The loss of glaciers can lead to water scarcity and reliance solely on rainfall.
The Venezuelan government announced a project to cover the remaining ice with a thermal blanket it hoped would stem or reverse the thawing process.
But the move drew criticism from local climate scientists, who warned that the covering could contaminate the surrounding habitat with plastic particles.
The loss of Venezuela's glaciers stresses the urgent need for global action against climate change. As temperatures continue to rise, glaciers worldwide face a similar fate, with devastating implications for ecosystems and communities reliant on their freshwater reserves.
By: Shubham Tiwari ProfileResourcesReport error
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