Vanilla cultivation in India


Natural vanillin is obtained from the cured pods (fruits) of the vanilla plant Vanilla planifolia (Family: Orchidaceae). Vanilla is a perennial climbing orchid with sessile leaves and succulent green stems, producing aerial roots (velamen roots) at the nodes.

The important vanilla growing countries are Madagascar, Indonesia, Mexico, Comoro and Reunion. Indonesia is the largest producer of vanilla in the world. Vanilla is a native of Mexico and was introduced to India as early as 1835. The estimated area under vanilla in India is about 2,545 hectares with a production of 92 tonnes (2002-03). Karnataka has the largest area under vanilla in the country.

There are three important cultivated species of vanilla namely, Vanilla planifolia (Mexican vanilla), V. pompona (West Indian vanilla), and V. tahitensis (Tahitian vanilla). V. planifolia is predominantly cultivated for the production of vanillin. V. tahitensis and V. pompona also yield vanillin, but of inferior quality.


Climate and soil requirement for growing Vanilla

Vanilla is adapted to a wide range of soils rich in humus and having good drainage. Clayey soils and waterlogged areas are not suitable for the plant. It thrives well in a humid tropical climate with an annual rainfall of 200-300 cm from sea level to 1500 m above sea level. A warm, humid climate with temperature ranging from 21 to 32°°C is ideal The rainfall should be well distributed for nine months, and there should be a dry period of 3 months for flowering. In India, parts of Kerala, Karnataka and Tamil Nadu, northeastern region and Andaman and Nicobar islands are suitable for vanilla cultivation.


Preparation of land for Vanilla

When cultivation of vanilla is taken up in virgin areas, the land should be cleared by cutting all shrubs and unwanted trees. Vanilla can also be cultivated in open lands by providing adequate shade plants. The cleared land should be prepared by two rounds of ploughing or digging followed by leveling. It is advisable to incorporate green leaves and forest soil in the cleared land. A gentle slope is ideal for the cultivation of vanilla.


Vanilla is usually propagated by stem cuttings. Cuttings of 60-120 cm length can be selected as planting material for direct planting in the field. Cuttings less than 60 cm should not be used directly for planting. Such cuttings have to be rooted and raised in the nursery before planting. The stem cuttings after collection should be washed thoroughly and dipped in Bordeaux mixture 1% or copper oxychloride 0.2% for killing pathogenic fungi.The cuttings are then stored in a cool, shaded place for 2-3 days for the partial loss of moisture, a process which enhances rooting. The cuttings can also be stored up to 10 days if required. Plants raised from mature lengthy cuttings flower early. Tissue-cultured plantlets can also be utilized for planting. However, sufficiently grown up plantlets should be used.

Planting of  Vanilla and aftercare

Vanilla can be raised either as monocrop or intercrop in coconut and areca nut gardens. It is usually trained on trellies or low branching, rough-barked trees like Glyricidia maculata, Plumeria Alba, Jack (Artocarpus heterophyllus), Erythrina spp., etc. or on dead standards. In some places, areca nut is also used for trailing vanilla. The standards have to be planted well in advance at a spacing of 1.2-1.5 m within rows and 2.5-3.0 m between rows.

Approximately 1600 to 2000 standards can be accommodated in a hectare. If dead standards are used, the shade should be provided to the vines initially by planting banana or suitable plants. The vanilla plants should be allowed to trail horizontally on poles/trellies tied to trees after trailing to a height of 1.5-2.0 m or coiled around the branches so as to facilitate pollination and harvesting. Flowering will not occur as long as the vines climb upward. The shade trees should be regularly pruned to maintain a light shade. The pruned leaves and branches can be applied as mulch.

Planting of cuttings should be taken up preferably during September-November in shallow pits, filled with humus and mulch. The cuttings should be planted with two nodes below the soil surface and at the rate of two cuttings per standard. Care should be taken to ensure that the basal cut end of the cutting is kept just above the surface of the soil to prevent rotting. It is advisable to provide adequate shade to the newly planted cuttings. A thick mulch of leaves should be provided immediately after planting. The cuttings sprout within 4-8 weeks.

Inter-cultivation is not recommended in vanilla plantations. However, occasional slashing of weeds is beneficial. Care should be taken not to disturb or damage the roots during cultural operations since they are mainly confined to the surface layer of the soil. Regular mulching combined with irrigation during summer enhances growth and yield.

Manuring and fertilizer application for Vanilla

The quantity of fertilizers to be applied may vary based on the fertility status of the soil. However, 40-60 g of N, 20-30 g of P2O5 and 60-100 g of K2O should be given to each vine per year besides organic manures such as vermicompost, oil cakes, poultry manure, wood ash, etc. Organic manures can be applied during May-June and NPK in 2-3 splits along with leaf mulch during June-September on the topmost layer of the soil when sufficient moisture is avail-able. As in the case of other orchids, vanilla also responds to foliar feeding. A 1% solution of 17:17:17 NPK mixture can be sprayed on the plant once a month for boosting growth and flower production. A need-based spray of micronutrient mixture can also be taken up.

Flowering and pollination

Vanilla usually starts flowering in the third year of planting; however, it depends on the size of the original cutting used for planting. Maximum production of flowers occurs during the 7-8th year. Vanilla flowers during December to February and each flower lasts for only a day. Pinching off the top 7.5 to 10.0 cm of the vine, 6-8 months before the flowering season encourages flower production. Similarly, pruning off the older branches (which bore fruits the previous year) also encourages flower production. The flowers are borne in axillary racemes, and each inflorescence consists of 15-20 flowers. The flowers are to be artificially pollinated (hand pollination) for fruit set.

Since the flowers last only for a day pollination must be done on the same day. The remaining flower buds are nipped off. About 10-12 inflorescences may be pollinated in a vine. In hand pollination method, a pin or needle or small piece of pointed wood or a toothpick is ideal for applying pollen on the stigma of the flower. The pollen of the vanilla flower is produced in a mass called pollinia and is covered by hood or anther cap. The stigma is protected with a lip known as ‘rostellum’ or ‘labellum.’ For pollination, the stamen cap is removed by a needle exposing the pollinia. Then the flap like rostellum is pushed up and the pollinia are brought into contact with the stigma. The ideal time for pollination is 6 am to 1 pm. An efficient worker can pollinate 1500-2000 flowers a day.

Plant protection

Diseases of vanilla

Vanilla is susceptible to various fungal and viral diseases. The symptoms and management strategies for various diseases are described below.

1. Bean rot

Two kinds of rot caused by two different species of fungi are recorded.

Phytophthora-induced rot develops at the tips of beans, slowly extends towards the pedicel and the affected beans show water-soaked lesion which becomes dark green leading to rotting of the beans. The rotting extends to the whole bunch of beans exhibiting abundant external growth of fungal mycelium. In later stages of infection the rotting advances to the stem, leaves, aerial roots and extend to the entire vine.

Sclerotium induced rot is characterized by rotting of bean tips and affected portion shows thick white mats of fungal mycelium forming a mantle around the bunch of beans and leaves. Excess shade, continuous heavy rains, overcrowding of vines, waterlogged conditions and presence of pathogen inoculum in the field are the predisposing factors for bean rot.

  • Remove and destroy infected plant parts and mulch during the rainy season.
  • Regulate shade during monsoon period to prevent excess shade.
  • Allow at least 30-50% light to fall on the vines.
  • Spray Bordeaux mixture (1.0%) and drench the soil with 0.25% copper oxychloride 2-3 times depending on the severity of infection and as a prophylactic measure.
  • If rotting is due to Sclerotium, carbendazim-mancozeb mixture 0.25% can be sprayed twice at a 15-day interval.


2.Premature yellowing and bean shedding

The disease is of relatively recent origin and is noticed in all vanilla plantations of Karnataka and Kerala especially during summer months. The disease initiates as dropping off of dried Corolla from the tip of immature beans which otherwise remains attached to the beans till half way through maturity. As the dried corolla drop off, exudates from the beans accumulate at the tip; the beans turn yellow followed by brown discoloration from the tip upwards.

High temperature (more than 320C) and very low relative humidity (less than 70%) prevailing during the months of February-May predisposes the plants to infection. Overcrowding of the beans may also play a key role in immature bean shedding. The intensity of the disease is low under conditions of high altitudes where temperature and humidity are maintained under forest cover. Constant association of Colletotrichum vanillae and insect larvae inside the flowers are noticed.

  • Provide 50% shade in the plantation.
  • Provide mist irrigation for at least 4-6 h during pollination till the onset of pre-monsoon showers to maintain a relative humidity of more than 70%.
  • Restrict the pollination to 15-18 flowers/inflorescence.
  • Spray dimethoate or quinalphos 0.05% during flowering period thrice at 15-20 day interval and fungicides such as thiophanate methyl 0.2% or carbendazim – mancozeb (0.25%) at 15-20 day interval thrice from February up to May.


3. Stem Rot

The disease usually appears during the post monsoon period of November-February. The disease appears as yellowing and shriveling of the inter- nodal area extending to both sides of the stem. When the basal or middle portions of the vines decay and shrivel, the remaining distal portions of the vines show wilting symptoms. Stem rot and drying are observed at the basal portions above the ground level. The disease is caused by Fusarium oxysporum f.sp.vanillae.


4. Root rot/wilt

Initially, the disease appears in the form of browning and death of underground and aerial roots. Aerial roots die before entering the soil resulting in flaccidity and shriveling of the stem and finally the vine droops. The disease is caused by Fusarium batatis Wollen var. vanillae.

Management of stem and root rot/wilt
  • Remove and destroy infected plant parts (Phytosanitation).
  • Foliar spray with carbendazim 0.2%, soil drenching with carbendazim (0.2%), copper oxychloride (0.25%) or a mixture of carbendazim-mancozeb (0.25%).
  • Apply biocontrol agents such as Trichoderma harzianum and Pseudomonas fluorescens having a cfu of 108 g@50 g/vine.


5. Tip rot and die back

Visible symptom is the brown discoloration of the growing tip of the vine. The symptom starts at the collar region of the funnel-like tip which extends to the internodal regions resulting in rotting of the tip. The disease may be caused either by Phytophthora meadiior F. oxysporum. In the case of Phytophthora rot, thick white mycelia of the fungus cover the water soaked black lesion. However, if the infection is due to Fusarium , the lesion is grayish in color with a large number of pinhead like encrustations of mycelia aggregate on the lesion. Such aggregation contains a large number of conidia.

  • Nip off the infected tip below the next node.
  • Spray Bordeaux mixture (1%) or mancozeb or carbendazim at 0.25% as a prophylactic measure.

Insect pests of  Vanilla

1. Leaf-feeding beetles and caterpillars

Very few serious insect pests have been recorded on vanilla in India. A few species of leaf-feeding caterpillars and beetles can be controlled by spraying quinalphos 0.05%

2. Sucking bug

Adults and nymphs of the sucking bug Halyomorpha sp infest tender shoot tips and emerging inflorescences resulting in their drying and rotting. Spraying quinalphos (0.05% each)

On tender shoot tips and emerging inflorescences is effective for management of the pest.

3. Snails

Snails and slugs feed and damage tender shoot tips and leave especially in moist and shaded areas in the plantation. Hand-picking and poison baiting help in preventing the pest.


Harvesting of  Vanilla

The beans or pods are ready for harvest 6-9 months after flowering. The beans can be considered as mature when they change from green to pale yellow. At this time, the pods may be 12-25 cm long it is essential to harvest the pods at the right stage, as immature pods produce an inferior product and over-mature pods split during curing. The right picking stage is when the distal end of the pod turns yellow and fine yellow streaks appear on the pods can be harvested cutting with a knife.



“Vanilla — Vikaspedia.” Vikaspedia. N.p., n.d. Web. 05 May. 2017 <>.


Vanilla — Vikaspedia. (n.d.). Retrieved from

  • ICAR-Indian Institute of Spices Research, Kozhikode, Kerala
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