Types of Agriculture in India
Agriculture in India plays an important role in the Indian economy in the following ways:
- It provides food for the ever increasing population of the country.
- It supplies raw materials for agro-based industries such as the textiles and food processing industries.
- It provides a market for industrial goods such as machinery and agricultural implements.
- It provides employment to millions of people.
- It accounts for a large portion of India’s exports.
- Some types of agricultural farming in India are shifting agriculture, subsistence agriculture, intensive agriculture, extensive farming, plantation farming and mixed farming.
- It is also known as ‘Slash and Burn Agriculture’ and ‘jhum’, ‘ponam’ or ‘podu’. It is a primitive method of cultivation. In this type of cultivation, a patch of forested land is cleared by felling and burning trees. The ashes of trees are mixed in the soil.
- After two to three years, when the soil loses its fertility, the land is left fallow, and a new patch of land is cleared for cultivation.
- Maize, potato, yam and cassava are grown in shifting cultivation. It is mainly practized in northeast India.
- Dry paddy, maize, millets and vegetables are commonly grown in this type of farming. This method of cultivation has some disadvantages. It results in deforestation, accelerates soil erosion and causes floods and silting.
- A majority of farmers in India practise subsistence farming. Land holdings in this type of farming are small, and farmers use traditional methods of agriculture.
- As farmers are poor, they do not use fertilizers and high-yielding seed varieties in their fields.
- The production is not very high. Food crops are mainly produced for consumption by the family.
- This kind of cultivation is practised in areas with high density of population.
- It is a labour intensive system whereby fertilizers, high-yielding seed varieties and irrigation methods are used for increasing production.
- More than one crop is cultivated on the same field.
- This kind of cultivation is practised where the size of the agricultural field is large and productivity is high.
- Machines are extensively used, and hence, the labour employed per unit area is low.
- Farmers specialize in the production of one or two major commercial crops.
- Rice, wheat, maize and sugarcane are the main crops which are grown in extensive farming. Because the productivity is high, there is large surplus for sale.
- In plantation farming, single crops of tea, sugarcane, coffee, rubber, cotton and banana are grown on large fields.
- Large labour force and capital are required in plantations.
- Developed transport is required to transport these crops to factories for processing.
- Latest technology and modern methods of agriculture are used. In this kind of cultivation, crops are mainly exported to earn foreign exchange.
- In mixed farming, two or more crops are grown together on a rotational basis.
- Apart from growing crops and fodder crops, animals are also reared.
- This type of cultivation ensures farmers with a steady income.
- Also Read Water Resources
- In this type of farming, crops are grown for commercial purposes, i.e. for selling in local and international markets.
- Wheat and maize are the main crops which are grown in commercial grain farming.
- Farming is mechanized and is prevalent in areas where farms are large and the market is strong.
- In India, this kind of farming is practised in Punjab, Haryana, Gujarat, Western Uttar Pradesh and Andhra Pradesh.
- It is practised in areas where irrigation facilities are not readily available. Crops which can stand dry weather such as jowar, bajra and ragi are mainly grown.
- The fields are repeatedly ploughed before and during rains to preserve soil moisture.
- This type of cultivation is practised in Western Rajasthan and in some parts of Deccan.
Problems Faced by Indian Agriculture
Lack of irrigation facilities
Reduction in net sown area
Small and fragmented land holdings
Exploitation of farmers
Challenges posed by globalization
Use of old and inefficient techniques by Indian farmers
Steps Taken to Improve Agricultural Production in India
- Introduction of various reforms such as the abolition of the Zamindari Act.
- Consolidation of fragmented land holdings
- Creation of irrigation infrastructure
- Announcement of minimum support prices
- Provision of subsidies to farmers for purchasing fertilizers and seeds
- Also Read Natural Vegetation of India
Green Revolution is a term which is used to describe manifold increase in farm production in India. Its main features are
- Use of large-scale capital and technological inputs
- Use of high-yielding seed varieties
- Use of chemical fertilizers and extensive irrigation facilities
- Adoption of modern scientific methods of farming
Impact of the Green Revolution
- Owing to large production, the Green Revolution changed Indian agriculture from subsistence farming to commercial and market-oriented farming.
- Creation of more employment opportunities.
- Farmers were benefited by increased productivity leading to rural prosperity.
- It made India self-sufficient in food grains.
- However, the Green Revolution was criticized by environmental scientists because of land degradation caused by overuse of fertilizers and decease in soil fertility due to over irrigation.
Agricultural Crops and Seasons
There are two major agricultural crops in India—rabi crops and kharif crops.
In India, there are three main types of cropping seasons. They are rabi, kharif and zaid. However, it is to be noticed that this categorization of the cropping season does not exist in southern
It is the most important staple food crop of India. It is a kharif crop which is grown extensively in the northern plains, northeastern parts of the country, and coastal and deltaic regions. Rice requires high temperature above 20°C–35°C and high rainfall between 150 cm and 300 cm. During the earlier phase of its growth, the crop requires 5–10 cm of standing water. India is the second largest producer of rice in the world after China.
Methods of Cultivation
Rice in India is cultivated by two methods—the dry method and the puddle method.
The dry system of cultivation is mainly confined to regions which depend on rainfall and do not have sufficient irrigation facilities. In this method, seeds are scattered by hand in areas of moderate rainfall and are sown in rows with the help of drills in areas of heavy rainfall.
Puddle or wet method of cultivation is practized in regions which have adequate supply of water. After ploughing, land is filled with 3–5 cm of water. The cultivation of rice is carried out by the following steps:
Sowing of seeds
Sowing of Seeds
Seeds are sown by various methods. These are
Broadcasting Method: In this method, seeds are scattered all over the field. This method is prevalent in regions where labour is scarce and the soil is infertile.
Drilling Method: In this method, seeds are sown in furrows with the help of a drill usually made of bamboo. The germination of seeds is high as seeds fall into furrows systematically. This is however a time-consuming way to sow seeds.
Dibbling Method: In this method, seeds are sown at regular intervals in furrows.
Transplanting Method: In this method, seedlings from nurseries are transplanted into rice fields in groups of four to six at a distance of 30–45 cm.
Initially, the field is covered with 2–3 cm of water. The level of water is then increased to 4–6 cm till the crop matures. This method is popular as it gives higher yield.
Japanese Method: In this method, the seedlings are prepared in nurseries.
The rows of plants are then fixed at a distance of 25 cm, and the distance between the plants is about 15 cm. Manure is used extensively to increase yield. Plants give higher yield by this method.
Harvesting and Processing
- The rice fields are drained dry just before the crop is harvested. Each stalk is then hand reaped.
- The moisture content of the stalk is reduced by drying stalks in the Sun.
- In threshing, grains are separated from the stalks. It is done in the field to reduce the cost of transport.
- During winnowing, unwanted husk is removed from the grains by pouring them from a height.
- Milling is then done to remove yellowish husk from the grains.
India produces 22% of the total rice in the world. It is mainly grown in West Bengal, Uttar Pradesh, Haryana, Andhra Pradesh, Punjab, Bihar, Assam, Maharashtra, Gujarat, Meghalaya, Manipur, Tripura and Tamil Nadu.
It is the second most important crop in the country after rice. It is a rabi crop. India accounts for 12% of the total wheat production in the world.
Climatic Conditions: Wheat requires a cool climate. It requires a temperature of 10–15°C during sowing and 20–25°C during harvesting. About 80 cm of rainfall is ideal for wheat cultivation.
Soil: Well-drained loamy soil is suitable for the growth of wheat.
Methods of Cultivation: Seeds are generally sown by the drilling and broadcasting methods. The wheat crop starts ripening in March and is harvested in April when the temperature is 27.5°C.
Distribution: Uttar Pradesh, Haryana, Rajasthan and Madhya Pradesh are five leading producers of wheat in the country. Wheat yield is extremely high in Punjab and Haryana. The yield of wheat is low in Madhya Pradesh, Himachal Pradesh and Jammu and Kashmir as it is grown under rain-fed conditions.
- Pulses are an important part of the Indian diet as they provide vegetable protein. Some pulses are gram or arhar, urad, masur (lentil), moong (black gram) and matar (peas).
- Temperature ranging between 20°C and 25°C and rainfall between 50 cm and 75 cm are required for growing pulses.
- Pulses grow well in dry light soil.
- Gram is the leading pulse and is sometimes grown along with wheat. While gram is raised as a rabi crop in regions receiving about 10 cm of rainfall, urad and moong are raised as kharif crops.
- Pulses are leguminous crops which increase the content of nitrogen in the soil, increasing its fertility.
- India is the largest producer and consumer of pulses in the world. Madhya Pradesh, Maharashtra, Uttar Pradesh, Rajasthan and Andhra Pradesh are the five leading states producing pulses.