Brinjal (Solenum melongena) belongs to family Solanaceae, considered native to India and is a widely grown vegetable in Asian countries. Also popular in other countries like Egypt, France, Italy and United States. Brinjal is a hardy crop than other vegetables. Due to its hardness, it can be successfully grown in dry area with low irrigation facilities. It is moderate source of Vitamins and minerals. It can grow throughout the year. India is second largest producer of Brinjal after China. In India major brinjal growing states are West Bengal, Orissa, Karnataka, Bihar, Maharashtra, Uttar Pradesh, and Andhra Pradesh.
Brinjal is a hardy crop so it can be grown on different type of soils. As it is a long duration crop, it requires well drained fertile sandy loam soil which is best suited for its cultivation and gives good yield. For early crop light soil are good and for high yield clay loam, silt loam are suitable. For good growth pH of soil should be 5.5 to 6.6.
Popular varieties with yield:-
Punjab Bahar: Plant height is about 93 cm. Fruits are of round, dark purple shinning color having less seeds. It gives average yield of 190 qtl/acre.
Punjab No 8: Plants are of medium height. Fruits are of medium size, round shape having light purple color. It gives average yield of 130 qtl/acre.
Jamuni GOI (S 16): Variety developed by Punjab Agriculture University. Fruits are long plumy and shining purple color.
Punjab Barsati: Variety developed by Punjab Agriculture University. These are tolerant to fruit borer. Fruits are of Medium size, long and purple color. It gives average yield of 140 qtl/acre.
Punjab Neelam: Variety developed by Punjab Agriculture University. Fruits are of long purple color.It gives average yield of 140 qtl/acre.
Punjab Sadabahar: Variety developed by Punjab Agriculture University. Fruits are of long black color.It gives average yield of 130 qtl/acre.
PH 4: Variety developed by Punjab Agriculture University. Fruits are medium size and long. Fruits are of dark purple color. It gives average yield of 270 qtl/acre.
PBH-5: Released in 2017. It gives an average yield of 225qtl/acre. It has long, shining and black-purple color fruit.
PBHR-41: Released in 2016. It gives an average yield of 269qtl/acre. It has round, moderate to large, shining and is greenish purple color fruits.
PBHR-42: Released in 2016. It gives an average yield of 261qtl/acre. It has egg-round shape, moderate, shining, and black-purple color fruits.
PBH-4: Released in 2016. It gives an average yield of 270qtl/acre. It has moderately long, shining and black-purple color fruits.
Punjab Nagina: Released in 2007. It gives an average yield of 145qtl/acre. It has black-purple color and shining fruits. The variety is ready for harvesting after 55 days of sowing.
BH 2: Released in 1994. It gives an average yield of 235qtl/acre. The average weight of fruit is 300gm.
Punjab Barsati: Released in 1987. It gives an average yield of 140qtl/acre. It has moderately long and shining purple fruit.
Other States Variety:
Pusa Purple Long: Early maturing variety. Ready to harvest in 70-80 days after sowing in winter season and 100-110 days during summer season. Plant having medium height, fruits are of long, purple color. It gives average yield of 130 qtl/acre.
Pusa Purple Cluster: Developed by ICAR, New Delhi. Medium duration variety. Fruits are of deep purple color and borne in clusters. It is moderately resistant to bacteria wilt.
Pusa Hybrid 5: Fruits are long with dark purple color. Ready to harvest in 80-85 days. Gives average yield of 204 qtl/acre.
Pusa Purple Round: It is tolerant to little leaf and shoot and fruit borer.
Pant Rituraj: Fruits are round with attractive purple color with less seed. Gives average yield of 160 qtl/acre.
Nursery management and transplanting:-
Seeds of brinjal are sown in nursery beds which are 3 meter long, 1 meter wide and15 cm high. Well rotten farm yard manure is then mixed in nursery bed. Nursery bed is then drenched with Captan solution two days before sowing to avoid the attack of damping off disease in brinjal nursery. Then seeds are sown in rows 5 cm apart and covered the nursery with compost or dry leaves. Light irrigation is done. The nursery beds should be covered with black polythene sheets or paddy straw till the seed germinates. Healthy seedlings having 3-4 leaves or 12-15 cm in height are ready for transplanting. Transplanting is done in evening and light irrigation is done after planting.
Before transplanting the soil should be well prepared by deep ploughing 4-5 times and levelled. When the field is well prepared and levelled, the beds of suitable size are made in the field before transplanting.
Time of Sowing
For first crop, prepare nursery in October and seedlings are ready for transplantation in November.
Second crop, prepare nursery in November and transplantation in first fortnight of February.
Third crop, sow nursery in February-March and transplantation before end of April.
Fourth crop, sow nursery in July and transplantation in August.
The spacing generally depends on the variety (size and spread and bearing period) soil fertility. Use row to row spacing of 60 cm and plant to plant spacing of 35-40 cm.
In nursery sow seeds at depth of 1 cm and then covered with soil.
Method of Sowing
Transplantation of seedling in main field.
Use seed rate of 300-400 gm for preparing seedling for one acre land sowing.
For sowing use only Trusted and good seeds. Before sowing do seed treatment with [email protected] or [email protected]/kg of seeds. After chemical treatment, treat seeds with Trichoderma [email protected]/kg of seed, dry in shed and sow immediately.
Fungicide name Quantity (Dosage per kg seed)
Carbendazim 3 gm
Thiram 3 gm
Fertilizer Requirement (kg/acre)
UREA SSP MURIATE OF POTASH
55 155 20
Nutrient Value (kg/acre)
NITROGEN PHOSPHORUS POTASH
25 25 12
At time last ploughing apply well decomposed cow [email protected]/acre in soil. Crop required [email protected], [email protected] and [email protected]/acre in life cycle of crop. Apply N:P:K fertilizer dose in form of [email protected]/acre , [email protected]/acre and [email protected]/acre. Apply Full dose of Phosphorus, Potash and Nitrogen at time of transplanting. After two picking apply 25 kg of Nitrogen per acre.
WSF: Apply Humic [email protected]/acre or do soil application of 5 kg granules/acre, in initial vegetative growth of crop. It will help in better vegetative growth and good yield. 10-15 days after transplantation take spray of 19:19:19 along with [email protected] to 3gm/Ltr of water. In vegetative growth, sometime due to low temperature plant cannot absorb nutrients from soil, plant get weak and give yellow appearance. In such situation give spray of 19:19:19 or 12:61:[email protected]/Ltr of water. If required, repeat spray after 10-15 days. 40-45 days after transplantation, take spray of 20%[email protected] along with [email protected] to 3 gram per litre of water. To fulfil nutrient requirement and to increased yield by 10-15%, give two sprays of [email protected]/Ltr of water. Give first spray at 50 days and second 10 days after first spray. When the crop is in flowering or fruiting stage, take spray of 0:52:34 or 13:0:[email protected]/Ltr of water. In high temperature flower drop is observed, to control flower drop take spray of [email protected]/10Ltr water when crop is in flowering stage. Repeat spray after 20-25 days.
Generally two - four weeding’s and hoeing are necessary for weed control, aeration and for the good growth of plants. Mulching with black polythene film reduces weed growth and maintains soil temperature.
Irrigate the field after every third or fourth day during the summer season and after 12 to 15 days during the winter season. Timely irrigation is very important for high yields of brinjal. Brinjal fields should be regularly irrigated to keep the soil moist during frosty days. Avoid water stagnation in field as brinjal cannot tolerate water logging.
Fruit and Shoot Borer
Pest and their control:-
Fruit and Shoot Borer: It is one of the major and serious insect pests of brinjal. A short pinkish caterpillar bores into the terminal shoot and eats internal tissue in initial stages, later it bores into the young fruit. The large holes can be seen on the infected fruits. The insect affected fruits become unfit for consumption.
Scout field every week after transplanting for fruit and shoot borer infestation. Remove and destroyed infected fruits. Take spray of [email protected]/10Ltr water and Neem [email protected]/Ltr, one month after transplanting. Repeat spray with interval of 10-15 days. When crop is in flowering stage take spray of Chlorantraniliprole 18.5%SC (Coragen)@[email protected] in 12 Ltr of water, twice with 20 days interval.
In initial stage of infestation, take spray of 5% Neem [email protected]/Ltr. If infestation is seen in field take sprayed of 25% [email protected] ml/10Ltr of water on affected crops. For high population spray [email protected]/Ltr of water. Avoid spraying of Triazophos or any other insecticide after fruit maturation and harvest.
Aphids: The plants are also attacked by mite, aphids and mealy bug. They suck the sap from the leaves resulting in yellowing and drooping of leaves.
If infestation of Aphid, white fly is observed in field to control take spray of Deltamethrin + Triazophos [email protected] 10ml/10Ltr of water. To keep check on white fly spray with [email protected]/15Ltr of water.
Thrips: To check severity of thrips, keep blue sticky [email protected] per acre and to reduce the incidence take spray of Verticillium [email protected]/Ltr of water. If incidence of thrips is more, to control take spray of [email protected]/Ltr of water.
Leaf eating caterpillar: Some time Incidence of caterpillars is seen mostly at initial stage of crop.
To control spray with neem based pesticides. If those are not that effective and infestation become high then only take spray of chemicals pesticides like Emamectin [email protected] or Lambda [email protected]/1Ltr of water.
Disease and their control:-
Root Knot Nematodes: It is common in brinjal crop. These are more harmful at initial stage of seedlings. They cause root galls. Due to infestation of root knot nematodes, plant get stunted, give yellow appearance and thus affect yield.
Avoid monocropping and follow crop rotation. Incorporate Carbofuran or [email protected]/acre in the soil.
Damping Off: Moist and poorly drain soil causes damping off disease. It is soil borne disease. Water soaking and shrivelling of stem occurs. Seedlings killed before emergence. If it appears in nursery the entire lot of seedling may get destroyed. It is a serious disease of brinjal.
Before sowing do seed treatment with [email protected] per Kg of seeds. Do soil solarisation of nursery soil. If damping off is observed in nursery. Drained out water and drenched soil of nursery with Copper [email protected]/Ltr of water.
Phomopsis Blight and Fruit Rot: Dark brown color spots appear on leaves. The fruit show watery lesion and becomes black in appearance.
Before sowing do seed treatment with [email protected] per kg of seeds. Use blight disease resistant variety for cultivation. If infestation observed in field take spray of [email protected]/Ltr of water or [email protected] per litre of water.
Little Leaf: The affected leaves become thinner. The petal turn green leaf like. Infected plant does not bear fruit. The disease is transmitted by leaf hopper.
Use disease resistant variety. In nursery use 10% Foret (20 gm, for 3 X 1 m broad bed). At time of sowing apply Phorate in between two rows of seeds. If infection observed, at initial stage, removed disease affected plants. Spray the crop with Dimethoate or Oxydemiton [email protected] per litre of water. Little leaf is spread mainly through Aphid infestation, to keep check on Aphid Population spray with Thiamethoxam 25%[email protected]/15Ltr of water.
Mosaic: Light and green patches observed on leaves. Small bubbles or Blisters are form on leaves and leaf size remains small.
Select healthy and disease free seeds for cultivation. Uproot and destroyed infected plant away from field. Recommendations given for aphids may be adopted. (Take spray of Acephate [email protected]/Ltr or Methyl demeton [email protected]/Ltr of water or [email protected]/Ltr of water.
Wilt: Dropping of entire leaves along with yellowing of crops. Wilting or drying of entire plant is seen. If infected stems cut and dipped in water, a white milky stream appears.
Follow crop rotation. Cultivation of brinjal after french bean helps in controlling wilt. Remove and destroyed infected plant parts away from field. Avoid water stagnation in the field, to control wilt drench soil with of Copper [email protected]/1Ltr of water.
Brinjal is harvested when the fruit attain proper size, color and before ripening stage. The fruit should have glossy appearance, attractive bright color to fetch good prices in the market.
Brinjal fruits cannot be stored at room temperature for long duration because of high transpiration rate and water loss. Brinjal fruit can be stored for 2-3 weeks at 10-11°C temperature and 92% relative humidity. After harvesting, Grading is done on the basis of Super, Fancy and Commercial. For packing, use gunny bags or baskets.
1.Punjab Agricultural University Ludhiana
2.Department of Agriculture
3.Indian Agricultural Research Instittute, New Delhi
4.Indian Institute of Wheat and Barley Research
5.Ministry of Agriculture & Farmers Welfare