Pomegranate Farming Project Report, Cost, Profit Analysis

Pomegranate Farming Project Report:

Today, let us discuss the Pomegranate Farming Project Report/Cultivation Practices of Pomegranate.

INTRODUCTION

Pomegranate is a deciduous shrub, which bears fruits of high nutritive value. It is believed to be found in the northern hemisphere from September to February and in the southern hemisphere in the month of March till May. The fruit is considered to have originated from the present-day Iran region and was distributed to nearby countries. It is found that the pomegranate was domesticated in the 5^th millennium BC. Though this fruit is not native to Korea and Japan, it is still widely grown in those countries. Kandahar, a place in Afghanistan is known for producing very high-quality pomegranates. The pomegranate is considered to be the best health-giving plant. This plant is also grown for ornamental purposes as bonsai for its flowers. The red color of the pomegranate is sometimes referred to as ‘balaustine’. The early Egyptians looked upon pomegranate as a symbol of prosperity and ambition. The Greek philosophy describes pomegranate as ‘the fruit of the dead’. The Greeks consider this fruit to be auspicious and use it in a variety of activities.

This pomegranate farming project report gives detailed information about the fruit, its cultivation techniques, the cost of the project, and the profit on the investment.

POMEGRANATE FRUIT AND ITS PROPERTIES

The pomegranate plant is a small shrub with a maximum height of 10 m. It has numerous spiny branches and is considered to live long. The fruit of the plant is red-purple in color with an outer pericarp and inner mesocarp. The edible parts are the seeds that develop from the ovary of a single flower.

The fruit of pomegranate is expected to be highly nutritive and has amazing benefits on human health.

Pomegranate arils supply required daily value of 12% vitamin C, 16% vitamin K and 10% folate.
The seeds have high fiber content.
The seed oil contains punicic acid, palmitic acid, stearic acid, oleic acid, linoleic acid, etc.
Pomegranate has two major medicinal compounds, the punicalagins, and the punicic acid.
The juice of pomegranate contains compounds like the granatin B etc.
The color of the juice is due to anthocyanins like delphinidin, cyanidin, pelargonidin present in it.
The peel of pomegranate contains condensed tannins, catechins, gallocatechin, and prodelphinidins.
Pomegranate is anti-inflammatory in nature.
The fruit is helpful in fighting prostate cancer and breast cancer.
It helps regulate blood pressure.
Beneficial in treating joint pains and arthritis.
Consumption of the fruit regularly improves heart health.
The fruit can help the body fight bacterial and fungal infections.
Extract of pomegranate is shown to improve memory and fight Alzheimer’s disease.
The fruit is rich in nitrates, which help in enhancing the blood flow for better exercise performance.
Also, the fruit has a large list of minerals and vitamins present in it.

The pomegranate is used in:

Salads and dishes
Refreshing juices
In Persian recipes
Flavoring the food

POMEGRANATE PLANT VARIETIES

The best known Indian cultivars are Ganesh, Mridula, and Bhagwa and they almost share similar characteristics. These fruit varieties have a low acid content and sweet flavor. The fruit is medium with a thin rind.

Ganesh:

Seeds are soft.
Arils are red with low acid, sweet taste.
The skin of the fruit is green or orange–yellow.
The fruit has a tendency to split and is generally low in quality. Hence it is not an export variety.
This fruit variety is used to develop other hybrid fruit varieties when crossed with Kabul, Jyoti, Bedana, Nana, and Kabul yellow.

Mridula and Bhagwa:

The local name is of mridula is Arkta.
The local name of Bhagwa is Kesar and both are export quality.
The skin and arils are red in color with soft seeds.
Low acid taste with a sweet flavor and small size of about 200 to 300 g.
They have a relatively thin rind, therefore prone to more damage.

Some other Indian cultivars are Alandi, Muskat, Jalore, Jodhpur red, Dholka, Malta, Kandhari, Guleshah, Molus, Sharin, Srinagar special, Chawla, Nabha, and Achikdana.

The names of the cultivars are different in other regions of the world, but the basic genotype is the same.

POMEGRANATE CULTIVATION PRACTICES

POMEGRANATE SOIL AND CLIMATIC CONDITIONS

The plant grows in dry climate zones. The optimum temperature for the fruit development stage is 38˚C, but high humidity can destroy the fruits and render them tasteless. The plants are tolerant of drought and severe winter. In the initial years of growth temperatures below 8˚C are harmful. The plant can also resist hot, dry weather with sufficient irrigation. Pomegranate plants can grow in semi-arid regions and also at altitudes of 500 m above sea level.

Plants can survive in both alkaline and acidic soils, but extremely good produce is expected when grown in well-drained heavy loamy soils. Well-drained sandy or alluvial soils are also sometimes suitable for farming pomegranate. Too much soil moisture or too little moisture can cause fruit breaking. The pH of the soil should be between 6.5 to 7.5 and the active lime percentage recommended is 12-15.

POMEGRANATE PROPAGATION METHODS

Pomegranates propagate through stem cuttings, air layering, or in vitro (tissue culture). Most of the farming is done by plants that are propagated by air layering.

Branches of diameter 1.5 cm are cut in a circular shape with a length of 3 cm and are treated with 3000 ppm of IBA on the cut area. The small ringed bark is wrapped with peat moss and covered with polythene strip and tied on both ends. When roots are observed after 90 days, they are detached from the mother plant and planted in the nursery.

For propagation through stem cuttings, a shoot of age 18 months is selected and 25 cm of the length is taken for propagation. The cut from the plant is sanitized by dipping it in 500 mg/l of 2-Bromo-2-nitro-1, 3-diol, and 1 g/l of carbendazim diluted in hot water at 53˚C. The lower half of the stem is dipped in 5 g/l of butyric acid for 30 sec to induce rooting. These cuttings are planted in a mixture of coco peat and sand for faster rooting. The roots develop after 60 days and then they are transferred to the nursery bags.

POMEGRANATE LAND PREPARATION AND PLANTING

The selection of land for pomegranate is important because the plants require at least six hours of direct sunlight to grow and produce properly. The soil pH is adjusted to 6.5 by adding dolomite limestone and phosphorus to the soil. Ripping the soil to a depth of 1 m helps remove unwanted substances and provides good drainage. The plants grow and survive for 30 years, so it is important to add a sufficient amount of nutrients and manure to the soil prior to planting. Proper ploughing and establishing the nutrients will help in better root system and water management. The land has to be prepared 4 to 5 months before planting.

In the northern plains and Deccan plateau regions, the spacing between plants is 5 m x 5 m. In a square plot pits of dimensions, 60 x 60 x 60 cm is dug one month before planting. The pits are dusted with 5% BHC to protect the plants from termites. 20 kg of FYM and 1 kg of superphosphate are mixed in the soil and fill in the pits. The planting material is planted and light irrigation is given. The cutting or air layers are planted during early spring or late winter in the nurseries and the transplantation to the main area is done in the early summer season around March.

High-density planting is done in temperate zones, but the closer spacing is observed to increase the risk of pests and diseases.

POMEGRANATE MANURE AND FERTILIZER APPLICATION

When surface irrigation with fertilizers and Fertigation are compared, then it is observed that the latter gives better produce. The recommended quantity of fertilizer is 700 g of nitrogen, 250 g of superphosphate, and 250 g of Muriate of potash per plant in a year. Also, 10 kg of Farm Yard Manure and 75 g of ammonium phosphate is suggested to a five-year-old plant annually. A mixture of the 50 kg FYM and 1 kg of ammonium sulfate applied to the plants before the flowering period to enhance growth and fruit production.

The NPK fertilizer for nonbearing plants is applied in three split doses in the months of January, June, and September. Nitrogen is applied in two split doses, but phosphorous and potassium are applied at a time. FYM is generally applied as a basal dose to the plants in a circular manner with 10 cm depth. Potassium in the soil helps the plant to produce fruits with good weight and high yield.

POMEGRANATE IRRIGATION NEEDS

Though the plant resists dry weather conditions, a regular supply of water is needed for good quality yield. Drip irrigation is found to be an effective way of providing the water requirements and also results in better height, stem diameter, and spread. Irrigating the plants with sufficient time intervals is found positive on the yield. Having a schedule for irrigation also helps in understanding the ripening period. During summer plants are irrigated on a weekly basis whereas in winter they are irrigated at a 15-day interval. In general pomegranate, farm requires 15 m³/ha/day of water in spring and 50 m³/ha /day in summer.

It is highly important to note that pomegranate plants respond to saltwater irrigation. The plants grown in saline water conditions have normal yield and no damage is observed in the trees. Vegetative growth is high in saline water, which should be controlled. Some regions of the world also use recycled water for irrigating pomegranate plants.

POMEGRANATE FARMING PROJECT REPORT – INTERCULTURAL ACTIVITIES

Weeding is an important activity of pomegranate farming because weeds, if not removed, can host insects and pests, use up the moisture and fertilizers in the soil. Mowing is done to manage weeds. Pre-emergence weed killers are also used.
If the plant has too many fruits on the branches, then it hampers the present fruit size and the following year’s yield. So generally to avoid this situation, the fruits of the plants just a few weeks after flowering are removed. Clustered fruits are thinned first to prevent pests and insects. Fruits on weak spurs or damaged and deformed fruits are the second choice for thinning.
Pomegranates grow in hot climates where exposure to sunlight may damage the skin of the fruits by the formation of black spots. Fruits from tender plants are more prone to sunburn because of fewer leaves. Bagging the fruits with paper bags, covering the entire land with a net, applying UV protection agents on the fruits, etc. are some techniques used for protecting the fruits from sunburns.
Training of plants is done either on a single stem or multiple stems. The disadvantage of single stem training is the susceptibility of plants to pests.
Light pruning is done in pomegranate plants only to remove old twigs, criss-cross branches, root suckers, etc.
Intercropping is done using low growing vegetables, legumes, pulses, etc. crops are grown only during the rainy season and sometimes winter vegetables are also grown in areas where irrigation facility is available.
Young plants are staked with bamboo or wooden sticks of 75 cm length by tying them with a jute string at one or two places. This is done to support the plant and help it grow straight without bending or breaking due to external forces.

POMEGRANATE FARMING PROJECT REPORT – DISEASE AND PEST CONTROL

The common diseases occurring in pomegranate plants are:

Bacterial blight – spraying 1% Bordeaux mixture over pruned branches and twigs can help control blight.
Wilt – controlled by drenching the soil with 0.2% carbendazim and 0.25% chlorpyriphos before planting
Fungal spots and rots – controlled by spraying 0.25% of copper oxychloride
Phytophthora blight – controlled by spraying 8% metalaxyl and 64% mancozeb.
Fruit rot – is controlled by 0.15% of carbendazim spray during flower initiation

The pests that attack pomegranate plants are:

Fruit borer – spraying 0.03% of phosphamidon during the fruit setting season is helpful in controlling the pests.
Thrips/ Aphids/ Mealy bugs/ Mites/ Whiteflies – spraying 0.02% of chlorpyriphos is useful in controlling the bugs.
Bark eating caterpillar – 0.04% of carbaryl spray can help control the insects.
Stem borer – treat the holes with 0.25% of dichlorvos to control the pests.
Shothole borer – drenching the soil with 0.2% chlorpyriphos is helpful.
The leaf is eating a caterpillar – spraying 0.1% of chlorpyriphos can control the infestation.
Fruit sucking moths – poison baits with 1 ml of Malathion, 100 g of jaggery, and 5 ml of vinegar can help reduce the pests.
Termites – can be controlled by treating the soil with 1.5% of quinalphos.
Nematodes – applying 40 g of phorate per plant can control the pest

POMEGRANATE FARMING PROJECT REPORT – FRUIT DISORDERS

There is a possibility of fruit disorder in pomegranate resulting from low moisture content in the soil. This is called fruit cracking and can be controlled by spraying 0.2% of boron.
Sunscald is controlled by spraying kaolin three times with an interval of 15 days during the summer season.
The internal breakdown of arils occurs when the weight of the fruits increases beyond 200-350 g. Harvesting the crop during the exact fruit maturation is the only way to avoid this problem.

POMEGRANATE FARMING PROJECT REPORT – HARVESTING AND YIELD

The fruit of pomegranate is picked when fully ripe because ripening is very slow after harvest. The plants bear fruit after 4 to 5 years of planting. Harvesting should be done at the exact time because preharvested fruits or overripe fruits have lower quality. Once the plant starts fruiting, it takes nearly 120 to 130 days for the first harvest. The distal end of the fruit has calyx which gets closed upon maturity of the fruit. The yellowish-red color of the fruit also indicates the maturity of the fruit and harvest time. The fruits are clipped with shears such that no damage is done to them in the basket. The crates or baskets are lined with 2 mm of foam at the base to harvest the fruit.

POMEGRANATE FARMING PROJECT REPORT – POSTHARVEST MANAGEMENT

The pomegranate when harvested can respire at a slow rate, thereby causing problems like weight loss, size reduction, skin damage, etc. maturity in the fruit is hampered after harvesting, therefore it is recommended that the fruit is harvested only when it is ripe. The shelf life of a pomegranate is increased by waxing it with antifungal compounds. Treating the fruit with heat after long storage is believed to retain functional and nutritional properties. Fruits can be stored in temperatures between 0-4.5˚C with a relative humidity of 85% for several months after harvesting. Chilling injury can be prevented by pre-treating the fruits with hot water at 45˚C. Late harvest, low temperatures, and low oxygen levels (2-3%) could prevent chilling injury by not altering the taste qualities. Each cultivating variety has its own storage conditions depending on the geographical location of farming. So, care should be taken to understand and process the fruits accordingly.

Read this: Tounge Grafting Methods.

Fruits are graded according to their size, color, and weight and then packed. White boxes with 5 plies are used for exporting and the red boxes with 3 plies are for domestic use. Waste paper pieces are used in the boxes for cushioning the fruits.

POMEGRANATE FARMING PROJECT REPORT – COST AND PROFIT ANALYSIS

Read this: Sugarcane Farming Project Report.

Cost and Profits In Pomegranate Farming.

The model describes the minimum requirements to start a pomegranate farm in 1 acre of land. The rent of the land is not included because it may vary in different places and also on the factor of whether it is owned or rented. It is worth mentioning that the cost of other materials depends on the supplier and its availability in the local market. The charges of electricity vary in different places and the cost of labor depends on the number of working days of ‘n’ no of laborers. The number of labor ‘n’ can vary depending on the farm size.

1 acre of land can accommodate 200 plants.

Cost of 1 plant: Rs 15-30 (depending on the variety).

Cost of 1 kg of FYM: Rs 2.50.

Cost of 1 kg of urea: Rs 6.00.

Cost of 1 kg of superphosphate: Rs 9.00.

Cost of 1 kg of Muriate of potash: Rs 25-35.

Cost of 1 kg of micronutrients: Rs 150-260.

The land yields 4 tonnes of fruit after 3 years, which is sold @ Rs 70 -100/kg: Rs 2, 90,240.00.1 ton = 907.185 kg

The profit of Pomegranate farming is: Rs (2, 90,000 – 2, 61,000): Rs 29,240

Apart from this there could be some income each year from the intercropped plants, say around 30 to 50 thousand.

POMEGRANATE FARMING PROJECT REPORT – LOANS AND SUBSIDIES

Subsidies and Loans for Pomegranate Farming.

Farmers having cultivable land are eligible for a loan from the State Bank of India up to Rs 1, 00,000 (100% cost of the project) and if the amount is above Rs 1,00,000 then 75-85% of the project cost is given as a loan.

The horticulture department in Telangana has extended a 35% subsidy of Rs 66,000 of the input cost of farming pomegranate in 1 hectare of land. Other incentives are also being given. The subsidy of Rs 7500 per hectare of land is given to old farms.

POMEGRANATE FARMING PROJECT REPORT – AVAILABILITY OF SAPLINGS FOR PLANTING

The pomegranate planting material can be obtained at a wholesale rate from Tirupati greenhouse nursery, Barwaha, Khargone in Madhya Pradesh.

Also, an online order can be made at the ‘Theagrihub’ website after a careful inquiry about the variety and type of planting material.

In case if you are interested in this: Organic Vegetable Farming Plan.

4 COMMENTS

dr satish kumar gs March 27, 2020 At 1:46 pm

Came to your site after hearing from a friend. Very impressed to see your hard work.. amazing

Aanth January 24, 2021 At 9:36 am

Very Helpfull..
All the ground level Expenses are covered .

Mala February 27, 2021 At 11:56 am

You have covered every detail in depth ,that goes into pomegranate farming. Thanks for sharing.

Mpho February 18, 2022 At 9:07 pm

Thank you very much….I now have a clear view of what to do first as I want to start a Pomegranate Farming Project

Pomegranate Farming Project Report, Cost, Profit Analysis

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