El Nino and Large Volcanic Eruptions BROTIONS BROUT STINCTION OF DATE 250 Million Years in the Past

New research has revealed that there was a lot of devastation on the earth about 250 million years ago, in which public life was destroyed. At that time, Al-Nino cycle is believed to be the hand behind this, which was born due to carbon dioxide gas spread in the atmosphere. This carbon dioxide gas came out due to frequent heavy explosions in volcanoes.

There are indications of great destruction in the Permian period due to El Niño. At that time there were heavy volcanic eruptions (in the present Siberia) which spread so much carbon dioxide in the atmosphere that a large climate change occurred. Due to this, about 90 percent species on earth were over. Although such incidents occurred in the past are rare now, they have a serious influence in terms of today’s climate crisis.

How Siberian volcano became the reason for destruction
The explosion in Siberian Traps was a series of explosions in large volcanic cracks that filled a large amount of carbon dioxide in the atmosphere. The Earth’s climate became very hot due to this incident. Due to which a series of long-lasting serious al-Nino events started.

According to are Living Science, Alex Farnsworth of College of Bristol says that it was a time when the temperature of the earth had increased to the extent. The existing species did not have the ability to withstand this temperature who had made a habit of living in a certain temperature in thousands of years. In the life on the earth, only the forests were such that could absorb so much carbon dioxide. But the rising temperature destroyed them, causing the situation to worse.

Can such situations happen again?
Experts say that the level of carbon dioxide during the Permian period was much higher than today’s 419 ppm. However, it is not possible to increase the amount of so much gas. But the way humans are throwing CO2 in the atmosphere due to their activities, it seems that the situation may arise again on the earth.