Antarctica is such a vast continent, that it amounts to approximately 10% of the world’s total land mass, and is far larger than either or Europe.The continent’s enormously barren and formidable landscape can see minus 89 degrees Celsius temperatures and 192 mph winds.The Southern Ocean surrounds the continent of Antarctica.
The waters surrounding Antarctica sustain numerous dolphins, fish, flying birds, penguins, seals and whales with the most plentiful nutrient flows on Earth.Micro forage, also known as krill, grown under the vast ice shelves of the region.Krill is the primary diet of baleen whales, seals and penguins, and is even used in Japan as a food source for humans.antarctica travel
Because of the extreme weather conditions prevalent in Antartica, all animals must learn to adapt in order to survive.Antarctica has the highest average elevation of all the continents, and it has an average precipitation of just 200mm a year on the coastline and much less further inland.The many different species of algea, vegetation, and animals that have evolved to stand the extreme cold.
Antarctica is actually a very important continent for the rest of the world, despite its vast distance.A higher molecular density exists within the atmosphere at the poles. The greenhouse effect is more evident as a result of these intensified levels.The heat supplied by the rays of the sun is soaked up readily, and therefore produces tremendous heat as a result.
The Earth’s atmosphere composition is approximately 79% nitrogen and 21% oxygen.Additionally, in very small quantities, methane gases and carbon dioxide also exist.These gases, combined with water vapor, reflect radiation back toward the earth causing it to warm.This is commonly acknowledged as the greenhouse effect.trips to antarctica
The poles acquire carbon dioxide and methane at a faster pace than more temperate areas, due to the “slingshot effect” at the equator.The increase in temperature caused by the greenhouse effect is four or five times that of warmer places; therefore, Antarctica is very significant for scientific research, specifically on the greenhouse effect.
The height of the ice on the continent is over 15,000 feet. Millions of years of snowfall has caused this ice compaction.Core samples are taken from the ice. Scientists are able to gather much about the prehistoric era by analyzing the atomic isotopes and prehistoric air bubbles from these samples.
The notorious gap in the ozone layer is a result of injecting many coolants into the surrounding atmospheric area with severe negative consequences.They create detrimental consequences when reaching our ozone.The increase in temperature has resulted in the melting of many ice shelves.
Those ice bergs then float north and slowly melt.This melting causes a rapid reduction of the polar icecaps and results in a corresponding rise in the level of the sea.In another adverse effect, the melting decreases the size of the krill’s breeding and feeding habitat.
If the ice continues to melt, the seas could rise over 180 feet. This could send rising to the 20th floor of skyscrapers in New York City! Countries at a lower altitude, such as Bangladesh, could be completely swallowed up and destroyed.
Most people who have been to Antarctica will tell you of the breathtaking beauty of the continent.The animals don’t always view people as a threat.Viewing the grandeur of the scenery in conjunction with the trusting innocence of Antarctica’s creatures, is an exhilarating experience.
It is our responsibility to see that the splendor of Antarctica is preserved for future generations. In reality, this gradual deterioration has been going on for many years.Numerous countries have come together to work on preserving what remains of Antarctica.