Antarctica glaciers at risk by unusual heat

Scientists claim that climate change has been looting the world's largest icebergs, shocking information that Antarctica's fourth largest iceberg could be its next target.

Larson A, which is located on the northern peninsula of Antarctica in 1995, began to dissolve due to surface melting. The Rode Island sized Larson B 2002 began to melt. Scientists have warned that this huge glacier could be severely damaged by the unprecedented migration of Larson C.

Maryland

Researchers say that in the last 35 years on behalf of the University of Maryland, the last three years of dry and hot airflow released from the mountains of the Antarctic peninsula, called the Bogen Wind, may cause this overwhelming meltdown.


SUMMER

"It's certainly unlikely that we see a significant role in the ice-rolling winter and early autumn fall due to improved Bogen winds," says new research director Rajshree Terry Datta.

Bogen winds to melt snowballs

We see an extraordinary event that prompts Bogen Winds to melt over for years. Especially during the melt season, when the air is strong, the temperature is declining. Now the melting event is over and the snowfall is expected to occur on the surface


Larson C.

To summarize, the heater is particularly damaging to Larson C. Because it uses ice sheets as a funnel, it creates the bottom of the ice structures

Increase the temperature to 30 degrees Fahrenheit

When melt is rapid, scientists say that water can be reconstructed in outer layers for ice sheets, called the Bern.

Larsen A. and Larson B have been experiencing a major divide, and this shows the possibility that the consequences may occur if this tendency persists. Scientists have suggested that Larsen C was hit by unusual hot air with the ability to increase the temperature above 30 degrees Fahrenheit. Scientists warn that if the icebergs behind it are not supported, their melting process increases and increases the global sea level