Best Pea Varieties in India: A Selection Guide for Farmers

Peas, scientifically known as Pisum sativum and locally called matar, are one of the most popular winter vegetable and pulse crops grown in India. They are widely consumed both fresh and in processed forms like frozen peas, making them a highly commercial crop for farmers. Peas belong to the legume family, which means they have the natural ability to fix atmospheric nitrogen in the soil through their root nodules. This improves soil fertility, making peas an excellent choice for crop rotation, especially before sowing nutrient-demanding crops like maize or paddy. They are also highly valued for their rich protein content and nutritional value.

Cultivating peas can be highly profitable, especially if farmers target the early-season market when supply is low and prices are high. However, to succeed in pea farming, selecting the right variety is of utmost importance. Different varieties are adapted to different temperature ranges, sowing windows, and market preferences. In this detailed guide, we will look at the best pea varieties in India, classification based on maturity duration, and essential cultivation practices to maximize your yields.

Importance of pea cultivation in India

Peas are grown extensively across northern, central, and eastern India, with states like Uttar Pradesh, Madhya Pradesh, Punjab, Himachal Pradesh, and Bihar being the leading producers. The crop provides a vital source of protein, vitamins, and minerals for a large portion of the population. Fresh green peas are in high demand in urban markets throughout the winter, while dried peas are sold year-round as a pulse, ensuring a steady market demand for growers.

For farmers, peas offer multiple income streams. They can sell the fresh green pods in the local wholesale market, sell the crop to processing companies for freezing, or allow the pods to dry and harvest the grains as dry peas. Apart from the pods, the green vines left after harvesting serve as highly nutritious fodder for farm animals. Since peas have a short crop duration of 60 to 90 days, they fit perfectly into various crop rotation systems, helping farmers improve their annual income. This double benefit of food and fodder makes them extremely popular in dairy-farming regions.

Soil and climatic requirements for peas

Peas are a cool-season crop that thrives in areas with mild winters. The seeds germinate best when the soil temperature is between 15 and 22 degrees Celsius. High temperatures during flowering and pod development can cause the flowers to drop and the pods to mature prematurely, resulting in small, hard, and less sweet peas. The crop is also sensitive to frost, which can damage the flowers and young pods, though the vegetative vines can tolerate light frost.

The crop grows best in well-drained loam or sandy loam soils. Heavy clay soils with poor drainage are not suitable, as waterlogging can cause seed rot, wilt, and root diseases. Peas are highly sensitive to soil acidity; the ideal soil pH range is between 6.0 and 7.5. Farmers should prepare the land by plowing it to a fine tilth and adding compost or farmyard manure to improve the soil organic matter and water-holding capacity, which supports steady plant growth. Good drainage is key to preventing fungal issues in the root zone.

Top early maturing pea varieties

Early-maturing varieties are highly sought after because they allow farmers to harvest their crop in about 50 to 60 days, catching the early winter market when fresh peas fetch a premium price. One of the most famous early varieties is Arkel. Developed in Europe and widely adapted in India, Arkel produces attractive, dark green, curved pods with sweet, tender grains. The plants are dwarf and can be grown without support, making them easy to manage.

Another popular early variety is Azad P 1, developed by the Chandra Shekhar Azad University of Agriculture and Technology. This variety is known for its tolerance to early winter warmth and its high resistance to major wilt diseases. The pods are long, straight, and well-filled with 7 to 8 grains. Early varieties generally yield slightly less than late-maturing ones, but their high market price during the early season more than compensates for the lower volume. They allow farmers to quickly clear the field for the next crop.

Best mid season and late pea varieties

Mid-season and late-maturing varieties take about 75 to 90 days to mature, but they produce much higher yields and larger pods. Bonneville is a classic mid-season variety that remains highly popular across India. The plants are medium-tall and produce straight, light green pods containing 8 to 9 very sweet grains. Bonneville is highly valued by processing industries because the seeds retain their sweetness and color well when frozen or canned.

Azad P 3 and Kashi Nandini are other excellent choices for mid-season cultivation. Kashi Nandini, developed by the Indian Institute of Vegetable Research, produces medium-sized pods with excellent grain filling and a high sugar content. Late-maturing varieties are often grown in hilly regions or areas with extended winters, as they can continue producing pods for a longer duration, providing a steady supply of fresh peas late into the spring season. These varieties are also highly resistant to fluctuating winter temperatures.

High yielding hybrid pea selections

In recent years, private seed companies have introduced hybrid pea varieties that offer excellent yield potential, uniform pod shape, and better resistance to powdery mildew. Hybrids like GS 10 from Syngenta are widely grown by commercial farmers. GS 10 is known for its high fruit-setting capacity and resistance to powdery mildew, which is a major leaf disease. The pods are long, dark green, and uniform, which makes them highly attractive to wholesale buyers.

Another popular hybrid is AP 3, which is adapted to a wide range of soils and climates. Hybrid plants are typically more vigorous and produce a higher number of pods per vine. Although hybrid seeds require a higher initial investment compared to open-pollated varieties, their uniform maturity allows farmers to harvest the entire field in one or two pickings, reducing labor costs and ensuring that the crop is sold at the optimum quality stage. These seeds are carefully processed to ensure high germination rates.

Traditional open-pollated pea varieties

Open-pollated varieties remain the backbone of pea cultivation for many small and marginal farmers. Pusa Pragati is a widely grown open-pollated variety developed by the Indian Agricultural Research Institute. It is a dwarf variety that matures in about 60 to 65 days. The pods are attractive, dark green, and straight. Pusa Pragati is highly appreciated for its resistance to fusarium wilt and powdery mildew, making it a reliable choice for areas prone to these diseases.

Jawahar Matar 1 and Jawahar Matar 4 are traditional selections from Madhya Pradesh that have proven their worth over decades. These varieties are highly adaptable and perform well even under low-fertilizer conditions. They produce sweet, medium-sized peas that are preferred by local consumers. The main advantage of these open-pollated varieties is that farmers can save seeds from their harvest for the next season, reducing their cash expenses. This makes them highly suitable for resource-poor farmers who want to save on seed costs.

Sowing time and temperature guidelines

The timing of pea sowing is the most critical factor in determining the success of the crop. In the plains of northern India, sowing is done from mid-October to mid-November. Sowing too early in September when temperatures are still high can lead to poor germination and seedling mortality due to damping-off. On the other hand, late sowing in December reduces the vegetative growth phase, leading to small plants and poor pod development before the hot spring winds arrive.

In hilly regions like Himachal Pradesh, Uttarakhand, and Jammu and Kashmir, peas are grown as a summer or spring crop, with sowing done from February to April. Sowing at the right time ensures that the crop receives cool temperatures of 15 to 18 degrees Celsius during the flowering stage, which is essential for maximum flower retention and proper pod filling. It also protects the crop from early summer pests that thrive in hotter climates.

Seed rate and spacing for optimum yield

Using the correct seed rate and plant spacing is essential to prevent overcrowding and ensure that each plant receives sufficient sunlight and air circulation. For dwarf varieties like Arkel or Pusa Pragati, a seed rate of 35 to 40 kilograms per acre is recommended. For tall or medium-tall varieties, a lower seed rate of 25 to 30 kilograms per acre is sufficient. Before sowing, seeds should be treated with Rhizobium culture to enhance nitrogen fixation.

The recommended spacing for dwarf varieties is 30 centimeters between rows and 7 to 10 centimeters between plants within the row. For taller varieties, the row spacing should be increased to 45 centimeters to allow space for weeding and harvesting. The seeds should be sown at a depth of 3 to 5 centimeters in moist soil. Sowing too deep can delay emergence, while shallow sowing in dry soil can lead to seed damage by birds or insects. Achieving the right density is critical for maximizing field yield.

Watering and fertilizer management for peas

Peas do not require heavy irrigation, but they need a constant supply of moderate moisture. The crop should be irrigated immediately after sowing if the soil is dry, followed by irrigation at critical stages. The two most critical stages are flowering and pod filling. Water stress at these stages can cause flower drop and half-filled pods, drastically reducing the yield. Over-watering must be avoided, as peas cannot tolerate standing water, which causes yellowing of leaves and root rot.

As a legume crop, peas require less nitrogen fertilizer than other vegetables. A basal application of 10 to 15 tons of farmyard manure per acre during land preparation is highly recommended. This should be supplemented with 20 kilograms of nitrogen, 40 kilograms of phosphorus, and 20 kilograms of potassium per acre at the time of sowing. The phosphorus is particularly important for root development and nodulation, helping the plants establish a strong foundation. Adequate potassium also helps in strengthening the pod walls.

Common pest and disease control in peas

The pea leaf miner is a common pest that creates white winding tunnels in the leaves, reducing the plant photosynthetic capacity. Pod borers are another major threat; they bore into the pods and feed on the developing seeds, making them unfit for sale. Farmers can manage these pests by installing yellow sticky traps, removing infested leaves, and applying neem-based formulations early in the crop cycle before using chemical controls.

Powdery mildew is the most destructive disease of peas, especially during late winter when the weather becomes warm and dry. It appears as a white powdery coating on the leaves, stems, and pods, causing the plants to dry up prematurely. To control powdery mildew, farmers should grow resistant varieties like Pusa Pragati or GS 10 and apply recommended sulfur-based fungicides at the first sign of infection. Fusarium wilt and damping-off can be managed through seed treatment and proper crop rotation. Farmers should check the crop weekly for early signs.

Harvesting and yield expectations for peas

Peas should be harvested when the pods are fully filled, plump, and green, but before they start losing their bright color and turning yellow. If harvested too early, the peas will be flat and small, while late harvesting makes the peas hard, starchy, and lose their sweet taste. Harvesting is done manually by picking the pods gently to avoid breaking the vines. For fresh market peas, 3 to 4 pickings are usually required over a period of two to three weeks.

The average yield of early-maturing pea varieties is about 2.5 to 3.5 tons of green pods per acre. Mid-season and hybrid varieties can yield up to 4.5 to 6.0 tons per acre under good management practices. After harvesting, the pods should be stored in a cool, shaded place and transported in ventilated sacks or plastic crates. Keeping the pods cool helps preserve their sugar content and freshness, ensuring that they command a top price in the market. Proper handling ensures minimal losses during transit to city markets.

Frequently asked questions

What is the best variety of peas for early sowing in India?

Arkel is a widely grown early-maturing pea variety that is ready for harvest in about 50 to 60 days after sowing.

How long does a pea crop take to mature?

Depending on the variety, early peas mature in 50-60 days, while mid-season and late varieties take 75-90 days.

What is the average yield of green peas per acre?

Early varieties yield about 2.5 to 3.5 tons per acre, while high-yielding hybrids and mid-season types can yield up to 4.5 to 6.0 tons.

Which soil is best for growing peas?

Well-drained sandy loam or clay loam soils with a pH between 6.0 and 7.5 are ideal for pea cultivation.

What temperature is required for pea seeds to germinate?

Pea seeds germinate best when the soil temperature is between 15 and 22 degrees Celsius.

How often should we water pea plants?

Peas require moderate moisture, with critical irrigations needed during the flowering and pod-filling stages.

Why should pea seeds be treated with Rhizobium?

Treatment with Rhizobium culture enhances nitrogen fixation in root nodules, improving plant health and soil fertility.

What is the seed rate for dwarf pea varieties per acre?

A seed rate of 35 to 40 kilograms per acre is recommended for dwarf pea varieties.

How do we control powdery mildew in peas?

Farmers should grow resistant varieties like GS 10 or Pusa Pragati and apply sulfur-based fungicides when symptoms appear.

Which states in India are the top pea producers?

Uttar Pradesh, Madhya Pradesh, Punjab, Himachal Pradesh, and Bihar are the major pea-growing states in India.

Can peas tolerate frost?

Pea vines can tolerate light frost, but severe frost can damage the flowers and young developing pods.

What causes pea pods to become hard and starchy?

Delaying the harvest causes the sugars in the peas to convert to starch, making the pods hard and less sweet.

What pests commonly attack pea crops?

Pea leaf miner and pod borers are the most common pests that attack pea plants and fruit pods.

Why do pea seeds rot in the soil after sowing?

Excess water or poorly drained soil can cause seeds to rot in the ground, leading to poor germination.

What is Bonneville pea variety known for?

Bonneville is a popular mid-season variety known for its tall growth, sweet grains, and suitability for the freezing industry.