Millets farming in India
Millets are a group of small-seeded grasses that are grown for food and feed. They are drought-resistant and can grow in poor soil conditions, making them well-suited for cultivation in semi-arid regions of India.
Some of the most commonly grown millets in India include pearl millet (bajra), finger millet (ragi), and foxtail millet (kangni). In recent years, there has been a resurgence of interest in millets in India due to their nutritional benefits and potential to improve food security in dryland areas. However, the adoption of millet cultivation by farmers is still low due to lack of awareness, lack of access to markets, lack of good quality seed and lack of extension services.
Read more: Tissue Culture Plant Business In India.
Millet farming is done in many parts of India, but it is most commonly found in semi-arid regions where other crops may not be able to thrive. Some of the major millet-producing states in India include:
Rajasthan: Pearl millet (bajra) is the main crop grown here, and it is also used for animal feed.
Maharashtra: Finger millet (ragi) is grown here, and it is a staple food for the local population.
Karnataka : Finger millet (ragi) is grown here, and it is a staple food for the local population.
Andhra Pradesh: Pearl millet (bajra) is grown here and is a staple food for the local population.
Tamil Nadu: Finger millet (ragi) is grown here, and it is a staple food for the local population.
Gujarat: Pearl millet (bajra) is grown here, and it is also used for animal feed.
Madhya Pradesh: Pearl millet (bajra) is grown here and is a staple food for the local population.
Uttar Pradesh: Pearl millet (bajra) is grown here, and it is also used for animal feed.
Read more: Soyabean Farming Project For Beginners.
These are the major millet producing states, but millets are grown in many other states as well, depending on the local agro-climatic conditions and the traditional cropping patterns.
Suitable climate condition for Millets
Millets are well-suited for cultivation in semi-arid regions, as they are drought-resistant and can grow in poor soil conditions. They are considered as “climate-resilient” crops, as they are able to adapt to a wide range of weather conditions. In general, millets require a dry, warm climate with moderate to low rainfall. They are typically grown in regions that receive between 400-800 mm of rainfall per year.
Some of the ideal climate conditions for millet cultivation include:
High temperature: Millets require high temperatures (around 25-35°C) during the growing season for optimal growth and development.
Low rainfall: Millets are able to grow in regions with low rainfall, as they are drought-resistant. They typically require around 500-800 mm of rainfall per year.
Low humidity: Millets prefer low humidity, as high humidity can lead to fungal diseases and pest infestations.
Millets are also grown in the regions where other crops may not be able to survive, like the semi-arid regions, and hence they are considered as rain-fed crops. They are generally grown as a single crop and are not dependent on irrigation.
Read More: What is Permaculture And Its Application?
Land preparation for Millet farming
Land preparation is an important step in millet cultivation as it ensures good soil tilth, proper drainage, and adequate moisture for seed germination and crop growth. Here are some general guidelines for land preparation for millet farming:
Plow the field: The field should be plowed to a fine tilth to break up any hardpan and to incorporate organic matter into the soil.
Level the field: The field should be leveled to ensure proper drainage and to prevent waterlogging.
Apply fertilizers: If necessary, fertilizers such as nitrogen, phosphorus, and potassium should be applied according to soil test recommendations.
Read more: What is Vertical Farming How It Can Be Done?
Irrigate the field: If necessary, the field should be irrigated to ensure that the soil is moist enough for seed germination.
Prepare beds: If the field is too dry or hard, beds should be prepared to ensure good seed-soil contact and to make it easier to control weeds.
Sowing: The seeds should be sown either by broadcast or dibbling method. The seed rate for millets is higher than for other crops, as they have small seeds.
Read more: How To Do No Tillage Farming?
Soil and pH for millet farming
Millets are able to grow in a wide range of soil conditions, but they prefer well-drained, sandy loam soils with a moderate amount of organic matter. They are able to tolerate a wide range of pH levels, but they prefer slightly acidic to neutral soil (pH of around 6.0-7.0).
Some of the ideal soil conditions for millet cultivation include:
Well-drained soils: Millets require well-drained soils to prevent waterlogging and root rot.
Sandy loam soils: These types of soils provide good drainage and aeration, which are important for millet growth.
Moderate organic matter: Millets prefer soils that have a moderate amount of organic matter, which improves soil fertility and water-holding capacity.
Millets are able to grow in poor soil conditions and they have the ability to fix their own nitrogen, which means they can grow in nutrient-poor soils. However, if the soil is too poor, the yield may be low.
Read more: Urban Agriculture and its advantage
Seed Rate for the millet farming
The seed rate for millet cultivation in India varies depending on the type of millet, the climate, and the soil conditions. In general, the seed rate for millets is higher than for other crops because they have small seeds. The seed rate also depends on the variety of millet, seed quality and the method of sowing.
Here are some general guidelines for seed rates of some common millet varieties grown in India:
Pearl millet (bajra): 2-3 kg/acre
Finger millet (ragi): 2-3 kg/acre
Foxtail millet (kangni): 3-4 kg/acre
Sorghum (jowar): 3-4 kg/acre
Proso millet (barri): 2-3 kg/acre
It is worth noting that these are just rough estimates and the seed rate may vary depending on the specific growing conditions and the method of sowing.
Read more: How To Use GIS in Agriculture?
Fertilizer requirement for Millets
The NPK (nitrogen, phosphorus, and potassium) requirements for millet cultivation in India vary depending on the type of millet, the climate, and the soil conditions. In general, millets are considered as “low-input” crops, meaning they do not require large amounts of fertilizer to grow. They are able to fix their own nitrogen and can grow in nutrient-poor soils.
Here are some general guidelines for NPK requirements of some common millet varieties grown in India:
Pearl millet (bajra): 40-60 kg N, 40-60 kg P2O5, 40-60 kg K2O/acre
Finger millet (ragi): 40-60 kg N, 40-60 kg P2O5, 40-60 kg K2O/acre
Foxtail millet (kangni): 40-60 kg N, 40-60 kg P2O5, 40-60 kg K2O/acre
Sorghum (jowar): 40-60 kg N, 40-60 kg P2O5, 40-60 kg K2O/acre
Proso millet (barri): 40-60 kg N, 40-60 kg P2O5, 40-60 kg K2O/acre
It is worth noting that these are just rough estimates and the NPK requirements may vary depending on the specific growing conditions and soil fertility.
Read more: How Israel Is Ding Hi-Tech Farming?
Sowing time for millets
The sowing time for millets in India varies depending on the type of millet and the local climate. The optimal sowing time is when there is enough moisture in the soil, typically during the rainy season.
Here are some general guidelines for sowing time of some common millet varieties grown in India:
Pearl millet (bajra): June-July in Rajasthan and Gujarat, and July-August in Andhra Pradesh and Maharashtra.
Finger millet (ragi): June-July in KarnATAKA, Andhra Pradesh, and Tamil Nadu.
Foxtail millet (kangni): June-July in Maharashtra, KarnATAKA, and Andhra Pradesh.
Sorghum (jowar): June-July in Maharashtra, Andhra Pradesh, and Gujarat.
Proso millet (barri): June-July in Rajasthan and Gujarat.
It is worth noting that these are just rough estimates and the sowing time may vary depending on the specific growing conditions and the local weather patterns.
Read more: How Artificial Intelligence (AI) Used in Agriculture?
Irrigation requirement for millet
Millets are considered as rain-fed crops and they are generally grown as a single crop. They are not dependent on irrigation.
However, in some regions with low rainfall, irrigation may be necessary to ensure a good yield. Drip irrigation and sprinkler irrigation are the most common methods of irrigation used for millet cultivation. Irrigation should be done at the right time to avoid waterlogging and soil erosion.
It’s worth noting that, millets are drought-resistant crops and can tolerate dry conditions, but they do require some moisture in the soil for germination and growth. Therefore, it is important to monitor the soil moisture levels and provide irrigation when necessary.
Read more: Gir Cow Farming Project In India.
Pests & Disease Management for Millets:
Millets are relatively resistant to pests and diseases compared to other crops, but they can still be affected by some common pests. The most common pests that affect millet cultivation include:
Stem borer: This is a major pest of pearl millet (bajra) and sorghum (jowar). The larvae of stem borer bore into the stem of the plant and feed on the inside, causing the stem to weaken and eventually collapse.
Aphids: They suck the sap of the plant and cause yellowing of the leaves. They also produce honeydew, which can lead to the growth of sooty mold on the leaves
Read more: Problems of Indian Agriculture At Present Time.
Whitefly: These insects suck the sap of the plant and cause yellowing of the leaves. They also produce honeydew, which can lead to the growth of sooty mold on the leaves.
Armyworm: The larvae of this insect feed on the leaves and can cause significant damage to the crop.
Grasshoppers: They can cause significant damage to the crop by feeding on the leaves and stems.
Termites: They can cause damage to the roots of the plant and can weaken the plant.
To protect the crop from pests, farmers can use a combination of cultural, mechanical, and chemical control methods, such as crop rotation, using resistant varieties, using traps, using pheromone traps, using biological control agents, and using pesticides.
Millets are relatively resistant to diseases compared to other crops, but they can still be affected by some common diseases. The most common diseases that affect millet cultivation include:
Read more: How To Do Integrated Pest Management?
Downy mildew: This is a fungal disease that causes yellow spots on the leaves, which can eventually turn brown and lead to leaf drop.
Leaf blight: This is a fungal disease that causes brown or black spots on the leaves, which can eventually lead to leaf drop.
Rust: This is a fungal disease that causes orange or brown pustules on the leaves, which can reduce the photosynthetic area and affect the yield of the crop.
Smut: This is a fungal disease that causes black, powdery masses on the ears and kernels of the crop, which can reduce the yield.
To protect the crop from diseases, farmers can use a combination of cultural, mechanical and chemical control methods, such as crop rotation, using resistant varieties, using traps, using pheromone traps, using biological control agents, and using fungicides.
Yield for millets:
Read more: How To Cure Acidic Soil?
The yield of millets per hectare can vary depending on factors such as the type of millet, the climate, the soil conditions, and the farming practices used. In general, millets are considered as “low-input” crops, meaning they do not require large amounts of fertilizer and irrigation to grow. The yield of millets is usually lower than other cereals like rice and wheat, but they are able to grow in regions where other crops may not be able to survive.
Here are some rough estimates for the average yield of some common millet varieties grown in India per hectare:
Pearl millet (bajra): 1-2 tons per hectare
Finger millet (ragi): 0.5-1.5 tons per hectare
Foxtail millet (kangni): 1-2 tons per hectare
Sorghum (jowar): 1-2 tons per hectare
Proso millet (barri): 1-2 tons per hectare
It is worth noting that these are just rough estimates and the yield may vary depending on the specific growing conditions and the local weather patterns.
