Which rain is good for crops?
He said that winter rains are called ”Mahavat”, which is very beneficial for crops.
What is rain for farmers?
Rainfed agriculture is a type of farming that relies on rainfall for water. It provides much of the food consumed by poor communities in developing countries.
Why rainy season is important for Indian agriculture?
The monsoon is critical for agriculture in the country since nearly 60% of India’s net arable land lacks irrigation. The monsoon delivers about 70% of India’s annual rainfall and determines the yield of several grains and pulses, including rice, wheat, and sugarcane.
How rain is important for farmers?
Access to sufficient water supplies is essential for successful and sustainable farming. Without water, crops die, farmers lose their income and people go hungry. There are two types of cropping systems namely irrigated and rain-fed.
How is rain beneficial to farmers?
While crops in the ground have been damaged by the monsoon, the rains have replenished reservoirs and groundwater reserves, which augurs well for India’s rural economy in 2020.
What is impact of monsoon climate of India on Indian agriculture?
With around 55% of India’s arable land dependent on precipitation, the amount of rainfall during the current monsoon season could sway economic activity in the agriculture sector and industries linked to it. The shift in monsoon may entail grave consequences for India’s economy, food systems and people’s well-being.
How does monsoon affect Indian economy?
Monsoons have a close linkage with India’s agricultural production. With around 50% of our total food output being summer crops, a delayed monsoon can hit the supply of foodgrains and other farm products such as vegetables and fruits and even impact food inflation.
How rainfall affect agricultural production?
In semiarid regions, rainfall is one of the primary factors affecting soil erosion and crop production under rain-fed agriculture. … Maize grain yields increased with increasing seasonal rainfall giving yield-responses of 0.9 t/ha (TR) to 1.3 t/ha (MR) for every 100 mm rainfall increment.