Giant Virus Discovered in Greenland Ice Sheet Could Slow Ice Melt 

safeimagekit image (16)

We have been amazed by the evolution and inventions of modern science that we have been observing for centuries. But we are still unable to find a solution to some of the major environmental challenges. At the same time, nature amazes us with its amazing creations.

Recently Danish scientists discovered such a miracle in the Greenland Pole. They have discovered a giant virus that could slow ice melt. This virus is 2.5 micrometers in size which is many times bigger than normal virus.

Although this giant virus is an amazing creation of nature, it can be a major fighter in the battle against climate change and global warming that we are facing now. According to scientists and researchers, this virus has the ability to prevent the melting of ice sheets. We will explore how it can help us address the cyclical challenges we face and their nature.

1032 2048
Greenland ( Natural World Safaris)

How could the giant virus discovered in Greenland slow ice melt? 

The Arctic includes a wide variety of biodiversity. Algae blooms in the Arctic during spring, which acts as a catalyst for melting ice sheets. If the situation worsens, the Arctic may melt and cause massive damage.

According to the Aarhus University research team, these viruses can control the growth of algae that promotes the melting of ice rocks. Researchers believe it could be a factor in preventing the melting of ice sheets. Environmental microbiologist Laura Perini says that inside the algae’s cells, this giant virus acts and helps to prevent ice from melting, becoming a natural control for the spread of ice algae.

What is a giant virus?

Chloroviruses of the family Phycodnaviridae are described as giant viruses. Initially, it was found to infect algae.

To sum it up, the giant virus found in Greenland ice sheets has incredible abilities to fight against climate change and global warming. This natural phenomenon could play a critical role in addressing the environmental challenges we currently face. 

Related Articles


Your email address will not be published. Required fields are marked *