Table of Contents
- 1 What if India had no Himalayas?
- 2 What will happen if there will be no Himalayas?
- 3 What do the Himalayas protect India from?
- 4 How would it affect India if the Himalayas were not located where they are today?
- 5 How do the Himalayas protect us from enemies?
- 6 How does the Himalayas affect the climate of India?
- 7 What would have been the climate of India if the Himalayas did not exist along its northern borders?
- 8 Why are the Himalayas so important?
What if India had no Himalayas?
In winter, it blocks the cold polar air blowing southwards from Central Asia from entering India, thus keeping India 3° to 8°C warmer than the regions of similar cold latitudes in Asia. Had there been no Himalayas, extremely cold and dry winds would have entered India.
What will happen if there will be no Himalayas?
It means that due to the Himalayas the climate of India is affected in a major manner. The cold masses of air coming from the Tibet region are blocked by them and hence we don’t experience extreme winter cold winds in the northern and gangetic plains.
Why are Himalayas important to India?
Significance of Himalayan mountains to India are mainly classified as climatic influence ,defence, source of rivers , fertile soil ,agriculture, tourism, hydroelectricity, forest wealth ,minerals and pilgrimage. The Himalayas save our country from the cold and dry winds of Central Asia.
What do the Himalayas protect India from?
It traps the monsoon winds from Arabian sea and Bay of Bengal and forces them to shed their moisture content within the Indian sub-continent in the form of snow and rain. It also blocks the cold winter storms of East Asia from entering India, thus protecting us from severe cold.
How would it affect India if the Himalayas were not located where they are today?
Textbook solution If the Himalayas are not present, India’s climate suffers as a result. The cold winds from the north may have brought snow to most of North India’s states. Over the winter, the temperature in these areas may have dropped to below -2°C. Eastern India would have had the same climate as North India.
What are the effects of the Himalayas?
The Himalayas is one of the world’s most sensitive hotspots to global climate change, with impacts manifesting at a particularly rapid rate. A situation that is predicted to intesify in coming years, with dire and far-reaching impacts on food, water and energy security, as well as biodiversity and species loss.
How do the Himalayas protect us from enemies?
The altitude of the Himalayas, their sprawl and extention intercept the summer monsoon coming from the Bay of Bengal and the Arabian Sea. The Himalayas also prevent the cold Siberian air masses from entering into India. Had there been no Himalayas, the whole of northern Indian would have been a cold desert.
How does the Himalayas affect the climate of India?
➢ The Himalayas act as a climatic divide between India and Central Asia. During winter, Himalayas protect India from cold and dry air masses of Central Asia . During monsoon months these mountain ranges act as an effective physical barrier for rain bearing south-west monsoon winds.
Why are the Himalayas useful?
The Himalayas save our country from the cold and dry winds of Central Asia. They also prevent the monsoon winds of the Indian Ocean from crossing over to Northern countries and cause heavy rainfall in Northern India. Many rivers have their sources in the Himalayan ranges.
What would have been the climate of India if the Himalayas did not exist along its northern borders?
The Himalayas are located in the northern borders of the country so they act as a barrier to the cold winds of Tibet to enter India. If the Himalayas were not present India must be like a cold desert as the Tibet cold winds would invade India and the Monsoon would have escaped to central Asia.
Why are the Himalayas so important?
The Himalayas is the highest mountain range in the world, and has 9 out of 10 of the world’s highest peaks, including Mount Everest. These mountains, referred to as the Third Pole, are the source of some of Asia’s major rivers and also help to regulate our planet’s climate.