Geography, asked by Kamaan6909, 10 months ago

If there is low rainfall in a village what will you suggerst for better cropping

Answers

Answered by himanshuheda123
0

Answer:

Five ways India must help its farmers face the threat of climate change

Climate change could hurt farmers’ income by up to 20-25% in the medium term, according to the Indian government’s latest annual economic survey. Extreme weather events, temperature rise and lower rainfall all threaten to derail the Indian government’s agenda of doubling farmers’ income across the country.

There are ways to counter this, however. New technology and better farm management can be deployed to improve irrigration systems. And, to ensure long-term impact, it is also important that the Indian government invests in agricultural research.

Agriculture is central to the Indian economy. It accounts for 50% of the country’s employment and 18% of its GDP. And in India, about 80% of farmers are smallholders – which is generally considered to mean they have two hectares or less of land. The main crops are wheat, maize, rice, millets, pulses, sugarcane and oil-seeds.

Indian farmers must contend with a number of risks, including adverse weather, competition from larger landowners or food corporations and price surges. Small farmers are a vulnerable population where social, market and economic pressures are huge, often leading to considerable distress. India is home to nearly 25% of the world’s hungry population and has an alarming rate of farmer suicide (around 60,000 cases in the past three decades).  

So the effects of fluctuations in weather, temperature and rainfall on agricultural productivity will have a significant impact on the wider population.

Climate change

Extensive meteorological data in the recent government report shows that average temperatures are rising across the country and annual rainfall is declining. It also shows a rise in the number of days with extremely high temperatures and a corresponding decline in the number of days with low temperatures.

Extreme temperature shocks, when a district is significantly hotter than usual, results in a 4.7% decline in agricultural yields. Similarly, when it rains significantly less than usual there is a 12.8% decline.

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