Tomato Farming in India: A Complete Planting and Care Guide from Seed to Market

भारत में टमाटर की खेती: बीज से बाज़ार तक संपूर्ण रोपण और देखभाल

Tomato is the most widely used vegetable in the Indian kitchen after potato and onion, and it is also one of the riskiest to grow: a single blight outbreak or a fortnight of unseasonal rain can turn a good crop into a loss. India produced an estimated 205.99 lakh tonnes of tomato in 2024-25, and the first advance estimates for 2025-26 project 227.02 lakh tonnes [PIB, 17 March 2026]. Behind those numbers are lakhs of farmers who make or lose money on the timing of a nursery, a fertilizer split and a spray.

This guide follows one crop through its whole life — soil and season, seed and nursery, transplanting, water, manure and fertilizer, the growing phase, disease recognition and treatment, harvesting, and what to do with the fruit after picking. It is the first in a series of crop-by-crop planting and care guides on krishicenter.com; each crop will get its own article in the same structure, so the sections you learn here carry over to brinjal, chilli, okra, cucurbits and the fruit crops that follow.

Why Tomato, and What This Guide Covers / टमाटर क्यों, और यह गाइड क्या बताती है

Tomato (Solanum lycopersicum) is a day-neutral, warm-season crop that India grows in all three seasons — kharif, rabi and summer — which is exactly why supply swings so violently and prices follow. It is grown on a wide range of soils, responds strongly to good management, and gives a harvest that starts about two months after transplanting and continues for weeks. That combination of quick returns and high risk is why the crop rewards farmers who follow a fixed calendar of operations rather than reacting to problems after they appear.

A well-managed open-pollinated crop in India averages 20–25 tonnes per hectare, while hybrids can reach 50–60 tonnes per hectare under good management (National Horticulture Board, tomato package of practices). The difference between the two ends of that range is rarely the seed alone. It is nursery hygiene, planting distance, the timing of the nitrogen splits, water control, and whether disease was stopped in the first week rather than the fourth.

Climate, Soil and Season / जलवायु, मिट्टी और मौसम

Tomato wants warm days and cool nights. The optimum is 21–28°C by day and 15–20°C at night, with 21–24°C the ideal range for red colour development; above 27°C the pigment lycopene forms poorly, and below 10°C both seed germination and pollen germination are badly affected. High temperature at flowering causes flower drop, poor fruit set and pollen sterility (review of tomato production technology, IJCMAS 2023). ICAR-Indian Institute of Vegetable Research puts the working range simply at 20–30°C. These temperature bands are the reason climate and cropping calendars shift so much between Punjab, Maharashtra, Karnataka and the north-eastern states.

Soil should be a well-drained sandy loam to clay loam, rich in organic matter, with a pH of 6.5–7.5 (ICAR-IIVR). Tomato tolerates a fair range of soils but not waterlogging: even 24–48 hours of standing water in warm weather can trigger bacterial wilt and root rots that no spray will cure. Choose a field that drains, prepare raised beds, and keep the crop out of the lowest corner of the farm. If you are unsure what your field can carry, start with this guide to soil types and their crop suitability and a soil test.

Sowing windows differ by region, but the broad pattern below is the one most state packages follow. Seedlings are transplanted 25–30 days after sowing, so work backwards from the planting date you want.

Season	Nursery sowing	Transplanting	Harvest window
Kharif	June–July	July–August	September–November
Rabi	September–October	October–November	December–March
Summer / Zaid	December–January	January–February	March–June

In most of peninsular and central India the rabi crop, transplanted from late October, is the most reliable and the most profitable, because flowering and fruit development fall in cool, dry weather with low disease pressure. The kharif crop yields well in the hills and in the eastern states but carries the highest risk from blight, leaf curl and fruit borer.

Varieties and Seed Selection / किस्में और बीज चयन

The first decision is open-pollinated variety or hybrid. Open-pollinated varieties cost far less per hectare in seed, allow you to save seed, and are more forgiving; hybrids give higher yield, more uniform fruit and better shipping quality, but the seed bill is high and you must buy fresh seed each season. ICAR-IIVR lists Kashi Chayan, Kashi Adarsh and the hybrid Kashi Abhimaan among its released tomato varieties. Where bacterial wilt is established in the soil, a resistant hybrid changes the economics of the whole crop — Swarna Anmol, developed by ICAR-Research Complex for Eastern Region, Patna, recorded 1.8% bacterial wilt incidence against 11.6% in a popular commercial hybrid in a Krishi Vigyan Kendra on-farm trial in Dhalai, Tripura during 2024-25.

Seed rate depends on the type. Published recommendations range from 200–300 g per hectare for open-pollinated varieties (ICAR-IIVR) and 300 g per hectare (TNAU) up to 350–400 g per hectare for open-pollinated and 100–150 g per hectare for hybrids (IJCMAS 2023). Treat the seed packet figure as final, because seed size and germination percentage vary by lot. Always buy certified seed with a printed germination percentage and a recent test date, and read the label for the resistance package — a variety sold as tolerant to leaf curl is worth a premium in a whitefly belt. The general method for choosing and treating seed is set out in this guide to seed selection and seed treatment techniques.

Raising the Nursery / नर्सरी तैयार करना

The nursery decides the crop. A hectare of tomato needs only 200–240 m² of nursery bed, so it is worth doing properly even on a small farm. Prepare raised beds 10–15 cm high with well-decomposed farmyard manure and sand mixed into the topsoil, sow thinly in lines 10–15 cm apart at 2–3 cm depth, cover with a fine layer of soil, and mulch the bed with dry straw or grass to hold moisture and temperature. Water with a rose can. Remove the mulch the moment germination is complete, or the seedlings will stretch and etiolate (IJCMAS 2023).

Treat the seed before sowing. Trichoderma viride at 4 g per kg of seed, or Thiram at 2 g per kg, is the standard protection against damping off (IJCMAS 2023); TNAU recommends a coating of carbendazim 2 g plus imidacloprid 6 g per kg of seed for the same purpose, with a polymer to hold it. Keep the nursery bed well drained — damping off is a water problem before it is a fungus problem.

Two practices separate a good nursery from an average one. First, cover the nursery with 50-mesh nylon net: in the ICAR-Indian Institute of Horticultural Research integrated package this single step is part of what cut tomato leaf curl incidence by 67% over untreated plots. Whitefly, the vector of leaf curl virus, is stopped at the door instead of being chased in the field. Second, harden the seedlings in the final week by withholding water slightly, so they survive transplant shock. Lift seedlings at 25–30 days, when they have four to five true leaves — older seedlings with a thick stem and visible flower buds transplant badly and yield less.

Field Preparation, Transplanting and Spacing / खेत की तैयारी, रोपाई और दूरी

Plough the field four to five times and bring it to a fine tilth, then prepare raised beds 80–90 cm wide, or ridges and furrows where drainage is good. Work 15–20 tonnes of well-decomposed farmyard manure per hectare into the soil at this stage (National Horticulture Board), along with the basal fertilizer described in the next section. Beds matter more than they look: they keep the collar of the plant out of standing water and make staking, weeding and picking easier.

Spacing depends on the growth habit of the variety. ICAR-IIVR recommends 60 × 45 cm; the IJCMAS review gives 60 × 30–45 cm; TNAU lists variety-specific distances from 60 × 30 cm to 80 × 70 cm for a vigorous variety such as Pusa Ruby. Determinate varieties that stop growing after a few trusses can be planted closer, indeterminate varieties that keep extending need the wider spacing and a stake. Plant on the side of the bed or ridge, in the late afternoon or on a cloudy day, and set the seedling so that the collar is just at soil level.

Dip the seedlings in 0.1% carbendazim 12% plus mancozeb 63% WP at transplanting — this is the first step of the ICAR-IIHR disease package — and irrigate immediately after planting. Where leaf curl and thrips pressure is high, plant two border rows of maize at least 15 days before transplanting the tomato; the maize acts as a physical barrier and a trap for the vector. For indeterminate varieties, stake within a fortnight of planting with bamboo or GI wire and tie the stem loosely with soft twine every two weeks, so the fruit never touches the soil. The wider mechanics of planting out are covered in this article on sowing methods, including transplanting.

Watering: When, How Much and How / सिंचाई: कब, कितनी और कैसे

Tomato has a deep but sparse root system and no tolerance for water stress at three stages: immediately after transplanting, at flowering, and during fruit enlargement. Miss water at flowering and you get flower drop; miss it during fruit fill and you get small fruit and blossom end rot. In winter, a light irrigation every 5–7 days is usually enough on a loam; in summer, every 4–5 days. Judge by the soil, not the calendar — push a finger or a khurpi 10 cm into the bed, and irrigate when the soil at that depth is dry to the touch.

Drip is the better method for this crop, and ICAR-IIVR lists it as recommended. It keeps the foliage dry, which removes the leaf-wetting that drives blight and bacterial spot, it lets you fertigate in small weekly splits instead of one heavy basal dose, and it uses far less water. Mulching with straw, or silver-black plastic, on top of drip gives the best combination of moisture conservation and weed control. Government support for drip and sprinkler systems is available under Per Drop More Crop, a component of PMKSY; check the subsidy rate with your state horticulture department, because it varies.

The commonest irrigation mistake is fluctuation. A dry spell followed by heavy irrigation splits the fruit skin, and irregular moisture is the main trigger for blossom end rot. Keep the soil evenly moist rather than alternating between drought and flood, and never irrigate in the evening in cool weather — wet foliage overnight is an invitation to disease.

Manure, Fertilizer and How to Apply Them / खाद, उर्वरक और उन्हें देने का तरीका

Tomato responds to a balanced, split fertilizer programme. The National Horticulture Board package recommends 120 kg N, 80 kg P₂O₅ and 50 kg K₂O per hectare for open-pollinated varieties, and 180 kg N, 100 kg P₂O₅ and 60 kg K₂O per hectare for hybrids, on top of 15–20 tonnes of farmyard manure. ICAR-IIVR recommends 150 kg N, 80 kg P₂O₅ and 100 kg K₂O; TNAU’s package for its varieties uses 75:100:100. These differences are real and reflect soil and variety, so use your Soil Health Card recommendation where you have one and the state package otherwise.

The split matters as much as the total. For open-pollinated varieties, apply half the nitrogen and the full dose of phosphorus and potash at planting, and top-dress the remaining half of the nitrogen 30 days after transplanting. For hybrids, apply 60 kg N with half the phosphorus and potash at transplanting, top-dress the rest of the phosphorus and potash plus 60 kg N at 30 days, and a third dose of 60 kg N at 50 days (National Horticulture Board). Nitrogen given all at once at planting is leached or lost before the fruit needs it, and it produces a tall leafy plant with little fruit.

How to apply / कैसे दें

• Place fertilizer in a band 5–7 cm to the side of the stem and about 5 cm deep, then cover it with soil. Do not drop urea at the base of the stem — it burns the collar and damages roots.
• Apply on moist soil and irrigate lightly afterwards. Never broadcast urea onto wet leaves in the morning sun.
• With drip, split the same total into weekly fertigation doses through the season; this is the most efficient route and reduces the total nitrogen needed.
• Supply calcium and boron where the soil test is low or where blossom end rot has appeared before. Avoid ammonium and urea forms of nitrogen for sidedressing in such fields, because they inhibit calcium uptake (UMass Extension).
• Add 5–10 tonnes of vermicompost or well-rotted compost with the FYM where available; it improves structure and water holding, and reduces the fertilizer bill.

Fertilizer is only half the nutrition story. The principle behind integrated nutrient management is to combine organic sources, chemical fertilizer and biofertilizers so that the soil, not just the plant, is fed. Do not chase yield with extra nitrogen: excess nitrogen produces dark, succulent leaves that whitefly and aphids prefer, delays maturity, and makes the fruit soft and poor for transport.

Care Through the Growth Phase / वृद्धि अवस्था में देखभाल

The first 45 days after transplanting set the crop’s ceiling. Keep the field free of weeds during this period — tomato is a poor competitor early — by two hand weedings and one hoeing, or by mulching, which suppresses weeds and conserves moisture in the same operation. Where yellow sticky traps are used for whitefly monitoring, hang them just above the canopy and check them weekly; a rising catch is your warning to act before the population explodes.

Pruning depends on habit. Indeterminate varieties benefit from removal of the side shoots that appear in the leaf axils below the first flower truss, and from staking to two stems, which improves air movement and fruit size. Determinate varieties should not be pruned beyond removing diseased or touching lower leaves. Remove and destroy any plant showing leaf curl symptoms early, and do not compost diseased vines on the farm.

Scout the field once a week, in the morning, walking a diagonal and turning over leaves. Look at the underside of the lower leaves for whitefly nymphs and mite webbing, at the growing tip for curling, and at the fruit for bore holes and black patches. Record what you see and when you sprayed, because the same molecule used twice in a season selects for resistance and wastes money.

Reading the Plant: Healthy, Mature and Stressed Symptoms / पौधे की पहचान: स्वस्थ, परिपक्व और प्रभावित लक्षण

A healthy tomato plant has a thick, upright stem, deep green leaves that are flat rather than cupped, a steady sequence of new trusses, and fruit that fills evenly from the shoulder down. There is no yellowing of the lower leaves before the first picking, and the growing tip is pale green and active. If you can see the plant from the field gate and it looks uniform, the crop is on track.

As the plant matures, the lower leaves yellow and dry from the bottom up — this is normal senescence once picking has begun, not a disease. A mature, well-set plant carries fruit of even size across the truss and continues to throw new flowers while you pick.

The table below is the practical diagnostic: what you see, what it most likely means, and what to do first.

What you see	Most likely cause	First action
Leaves yellow between the veins, margins curl upward, plant stunted, new leaves small and wrinkled	Tomato leaf curl virus, spread by whitefly	Remove and destroy the plant; control whitefly; use netted nursery and resistant varieties next season
Dark brown spots with concentric rings on older leaves, yellow halo, spreading upward	Early blight (Alternaria solani)	Remove lower infected leaves; spray a protectant fungicide; improve air movement
Water-soaked, greasy grey-green patches turning brown, white mould on the underside in wet weather	Late blight (Phytophthora infestans)	Act within 24 hours — spray and repeat as per label; avoid overhead irrigation
Sudden wilting of the whole plant while leaves stay green, brown discolouration inside the stem	Bacterial wilt or Fusarium wilt	Uproot and destroy; do not replant tomato there; plan rotation and resistant varieties
Black, sunken, leathery patch at the bottom of the fruit	Blossom end rot — calcium and moisture disorder, not a disease	Even out irrigation; check calcium; stop ammonium nitrogen sidedressing
Radial cracks or splitting at the shoulder	Irregular water after a dry spell	Irrigate evenly; mulch; pick before over-ripening
Round holes in fruit with dark frass at the entry	Fruit borer (Helicoverpa armigera)	Hand-pick larvae; spray as per label at the right stage; install pheromone traps

If the symptom is not on this list, the general diagnostic method in this guide to crop diseases, symptoms and management will help you narrow it down before you spend money on a spray.

Diseases, Pests and Their Treatment / रोग, कीट और उनका उपचार

The scale of loss is worth stating plainly. ICAR-National Research Centre for Integrated Pest Management estimates that tomato fruit borer alone can cause 85–93.7% loss, the South American tomato pinworm (Tuta absoluta) 60–82%, early blight up to 78%, Fusarium wilt 10–60%, and begomoviruses up to 100%. The same baseline survey found farmers spraying 25–30 rounds of mixed chemical pesticides in a single season — a cost and a residue problem at the same time.

The answer is not a stronger spray programme but a sequence. The integrated pest management approach tested by ICAR-Indian Institute of Horticultural Research at Bengaluru over four kharif seasons combined five steps: seed priming and nursery drenching with a Bacillus subtilis plus Trichoderma harzianum product, a 50-mesh nylon net over the nursery, two border rows of maize planted 15 days before transplanting, a seedling dip in 0.1% carbendazim plus mancozeb at transplanting, and a fixed field spray sequence beginning with acephate at 10 days after transplanting and ending with three fenamidone plus mancozeb sprays from 45 days at ten-day intervals. That package reduced late blight by 31.4%, early blight by 41.2% and tomato leaf curl by 67.5% over untreated plots, gave the highest yield in the trial at 377.77 q per hectare, and left no detectable pesticide residue in the harvested fruit.

Reproduce the logic even if you cannot reproduce the exact molecules: start clean (treated seed, netted nursery, resistant variety), keep the vector out (border crop, yellow traps, weed-free field), protect the plant at the vulnerable moments (transplanting dip, first flush of foliage), and rotate chemical groups so that no single active ingredient is used twice in a row. Follow the label dose and the pre-harvest interval without exception, spray in the cooler part of the day, and use the right nozzle and water volume — most spray failures are coverage failures, not product failures. Correct application methods matter as much as the choice of molecule.

Two cultural habits do more than any single spray: a two-to-three year rotation away from tomato, potato, brinjal and chilli, and the immediate removal of infected plants and crop debris. Bacterial wilt and Fusarium wilt survive in soil and in plant residue; once established in a field, no chemical controls them, which is why resistant hybrids such as Swarna Anmol are worth the seed cost in an affected field.

Harvesting at the Right Stage / सही अवस्था में कटाई

The first picking comes about 60–70 days after transplanting, depending on variety, and then continues in cycles: fruit is picked roughly every four days, giving 7–11 harvests over the life of the crop (National Horticulture Board). Pick in the morning or evening, never in the heat of the afternoon, and separate the fruit from the stem with a twist of the hand rather than a pull that tears the shoulder. Use baskets or crates lined with paper and keep them in the shade; a heap of tomatoes in the sun loses a day of shelf life for every hour it sits there.

The stage at which you pick should be decided by where the fruit is going, not by habit.

Stage	What the fruit looks like	Best use
Mature green	Full size, green, seeds fully formed and jelly present when cut	Long-distance transport; ripens in transit
Breaker	First pink blush on up to a quarter of the surface	Best quality for distant markets; less injury in transit
Turning / pink	A quarter to three-fifths of the surface pink or red	Distant wholesale markets
Light red / reddish pink	Firm fruit, most of the surface coloured	Local sale and mandi within a day
Fully ripe	Soft, deep red, full flavour	Processing, puree, sauce, or same-day local sale

Yields of 20–25 tonnes per hectare are normal for open-pollinated varieties and 50–60 tonnes per hectare achievable with hybrids under good management (National Horticulture Board). Anything above that should be treated as a trial result from a particular site, not a promise.

After Harvest: Grading, Storage and Marketing / कटाई के बाद: ग्रेडिंग, भंडारण और विपणन

Grading is the cheapest value addition available to a tomato grower. Sort into uniform lots by size and colour, remove cracked, bruised and diseased fruit immediately — one rotting tomato spoils the box around it — and pack in plastic crates or corrugated fibre boxes rather than gunny bags, which crush the bottom layers. Keep the harvest out of direct sun from the moment it is picked until it is sold.

Tomato is a climacteric fruit and continues to ripen after picking. Ripe fruit stores best at 10–15°C with 85–95% relative humidity; ripening is best at 18–21°C with 90–95% relative humidity, and storage below 10°C causes chilling injury — pitting, uneven ripening and poor flavour (postharvest reviews of tomato handling). Do not store tomatoes with ethylene-producing fruit such as banana, apple or mango; it shortens their life. Where there is no cold room, an evaporative cool chamber built from brick, sand and jute sacks will hold a useful temperature for a few days and is enough to bridge a price dip.

The losses are not small. The NABCONS study commissioned by the Ministry of Food Processing Industries, with 2020-22 as the reference period, estimated tomato post-harvest losses at 11.61% — the highest figure recorded for any vegetable in that study, whose vegetable range was 4.87% to 11.61%. Most of that loss is avoidable: rough handling, packing in the heat, delayed transport, and mixing grades. Where volumes justify it, a cold room or a pre-cooling step supported under the cold chain schemes of the Ministry of Food Processing Industries pays back quickly in a perishable crop like this one.

For marketing, aggregate. A farmer producer organisation selling graded, crated tomato in a fixed grade can hold a price that an individual selling mixed fruit in a gunny bag cannot. Staggered planting — a nursery sown every fortnight for six weeks — spreads harvest over a longer window and reduces exposure to a single price crash.

What It Costs and What It Returns / लागत और आमदनी

A Krishi Vigyan Kendra on-farm trial in Dhalai, Tripura during 2024-25 gives a realistic picture of the economics, and ICAR has published the figures. With the bacterial-wilt-resistant hybrid Swarna Anmol, marketable yield was 58.60 tonnes per hectare against 45.20 tonnes for the farmer’s existing hybrid. At an assumed sale price of ₹15 per kg, gross return was ₹8.79 lakh per hectare against ₹6.78 lakh, cost of cultivation ₹1.96 lakh against ₹1.88 lakh, and net return ₹6.83 lakh against ₹4.90 lakh. The benefit-cost ratio improved from 3.61:1 to 4.48:1.

Those numbers will not repeat in every district, and the trial price of ₹15 per kg is an assumption, not a forecast. What the trial does show is where the gain came from: not a bigger dose of fertilizer but better plant survival (94.6% against 84.8%), lower bacterial wilt (1.8% against 11.6%), more fruit per plant (47.2 against 30.8), and a higher share of marketable fruit (89.5% against 82.6%). In tomato, the money is in the plants that survive and the fruit that reaches the market unbruised.

Key Takeaways / मुख्य बातें

• Tomato needs 21–28°C days and 15–20°C nights, a well-drained loam at pH 6.5–7.5, and a field that never holds standing water.
• Raise the nursery on raised beds, treat seed with Trichoderma or Thiram, cover the bed with 50-mesh nylon net against whitefly, and transplant 25–30 day old seedlings at 60 × 45 cm.
• Use 15–20 t/ha of farmyard manure with 120:80:50 kg NPK/ha for open-pollinated varieties or 180:100:60 for hybrids, split across planting, 30 days and (for hybrids) 50 days.
• Irrigate evenly at transplanting, flowering and fruit fill; drip with mulch is the best combination and avoids the moisture swings that cause cracking and blossom end rot.
• Follow an IPM sequence rather than a spray calendar: the ICAR-IIHR package cut late blight by 31%, early blight by 41% and leaf curl by 67% and left no residue in the fruit.
• Pick at the stage the market needs, grade and crate the harvest, and store ripe fruit at 10–15°C and 85–95% relative humidity to avoid the 11.61% post-harvest loss the crop currently suffers.

Sources / स्रोत

• PIB, Ministry of Agriculture & Farmers Welfare — Final Estimates 2024-25 and First Advance Estimates 2025-26 of horticulture area and production, 17 March 2026. pib.gov.in
• National Horticulture Board — Tomato: manuring and fertilization; harvesting and yield (package of practices). nhb.gov.in (fertilizer), nhb.gov.in (harvest and yield)
• ICAR-Indian Institute of Vegetable Research — Tomato cultivation details and varieties. icariivr.org.in
• P. Ramgiry and M. Ramgiry, ‘Crop Production Technology of Tomato Crop for Indian Region’, International Journal of Current Microbiology and Applied Sciences, 12(10), 2023. doi.org
• Tamil Nadu Agricultural University — Tomato seed production and agrotechnology. agritech.tnau.ac.in
• G. M. Sandeep Kumar et al., ‘Integrated management of major tomato diseases’, Pest Management in Horticultural Ecosystems, ICAR-IIHR. pmhe.in
• ICAR-National Research Centre for Integrated Pest Management — Integrated Pest Management practices in tomato. nriipm.res.in
• ICAR — ‘Disease-Resistant Tomato Hybrid Boosts Yield by Nearly 30% and Enhances Farmer’s Income in Tripura’ (KVK Dhalai, 2024-25). icar.org.in
• MoFPI / NABCONS (2022) study on post-harvest losses, reference period 2020-22 — PIB release of 1 August 2025 and the Ministry’s replies in Parliament (Lok Sabha USQ 837, 2026). pib.gov.in
• Postharvest handling and storage of tomato — Wiley review (2016) and UC Davis Postharvest Center produce fact sheet. postharvest.ucdavis.edu
• UMass Extension — Physiological disorders of tomato (blossom end rot, cracking). nevegetable.org