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Cinnamon cultivation and processing in India - Kisan Suvidha
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Cinnamon cultivation and processing in India

cinnamon cultivation

Cinnamon cultivation and processing in India

Cinnamon/Dalchini/Cassia

An Introduction of Cinnamon

Cinnamon is one of the earliest known spice mainly cultivated for the dried inner bark of the tree. Cinnamon is a native of Sri Lanka and is cultivated in lower elevations of Western Ghats in Kerala and Tamil Nadu.

Scientific Name:

Cinnamomum cassia,Cinnamomum verum,Cinnamomum loureirii.

 

Soil and climate requirement for Cinnamon

Cinnamon is a hardy plant and tolerates a wide range of soil and climatic conditions. In the West Coast of India, the tree is grown on laterite and sandy patches with poor nutrient status. It comes up well from sea level to an elevation of about 1,000 m. Since it is mostly raised as a rain-fed crop, an annual rainfall of 200-250 cm is ideal.

High yielding /high-quality Cinnamon Varieties

Two high-yielding, high-quality cinnamon varieties released from IISR are suitable for cultivation in various regions of India. The varieties Navashree and Nithyashree have a yield potential of 56 and 54 kg dry quills/hectare per year respectively, in the initial years, when one seedling or cutting is planted in a hill. Navashree yields 2.7% bark oil, 73% cinnamaldehyde in bark, 8% bark oleoresin, 2.8% leaf oil and 62% leaf eugenol. Nithyashree yields 2.7% bark oil, 58% cinnamaldehyde in bark, 10% bark oleoresin, 3% leaf oil and 78% leaf eugenol.

Propagation

Propagation of cinnamon is by rooted cuttings, air layerings, and seedlings.

  • Cuttings

Semi-hardwood cuttings of about 10 cm length with 2 leaves are taken and dipped in IBA 2000 ppm or in a rooting hormone (Keradix-B) and planted either in polyethene bags filled with sand or a mixture of sand and coir dust (1:1) or in sand beds raised in a shaded place. The cuttings in polythene bags must also be kept in a shaded place or in a nursery. Cuttings are to be watered regularly 2-3 times a day. The cuttings root in 45-60 days and the well-rooted cuttings can be transplanted to polythene bags filled with potting mixture and maintained in a shaded place and watered regularly.

  • Air layering

Air layering of cinnamon is done on semi hardwood shoots. A ring of bark is removed from the semi hardwood portion of the shoot and a rooting hormone (IBA 2000 ppm or IAA 2000 ppm) is applied on the portion where the bark has been removed. Moist coir dust or coir husk is placed around the region where the hormone has been applied and is secured in position by wrapping with a polythene sheet of 20 cm length. This would also avoid moisture loss. Rooting takes place in 40-60 days. The well rooted air layers are separated from the mother plant and bagged in polythene bags filled with potting mixture and kept in a shaded place or nursery by watering the plants twice daily. The rooted cuttings and layers can be planted in the main field with the onset of rains.

  • Seedlings

Cinnamon can also be propagated through seeds. However, in such cases wide variability is observed among the seedlings. Under West Coast conditions, cinnamon flowers in January and the fruits ripen during June-August. The fully ripened fruits are either picked from the tree or the fallen ones are collected from the ground. The seeds are removed from the fruits, washed free of pulp, and sown without much delay as the seeds have a low viability. Seeds are sown in sand beds or polythene bags containing a mixture of sand, soil and well rotten cattle manure (3:3:1). The seeds start to germi-nate within 15-20 days. Frequent irrigation has to be provided for maintaining adequate moisture. The seedlings require artificial shad-ing till they are about 6 months old.

Preparation of land and planting

The area for planting cinnamon is cleared and 50 cm x 50 cm x 50 cm size pits are dug at a spacing of 3 m x 3 m. They are then filled with compost and top soil before planting. Cinnamon is planted during June-July to take advantage of the monsoon for the establish-ment of seedlings. For transplanting, 10-12 month old seedlings or well rooted cuttings or air layers are used. In each pit, 3-4 seedlings or rooted cuttings or air layers can be planted. In some cases, the seeds are directly dibbled in the pits that are filled with compost and soil. Providing partial shade in the initial years is advantageous for healthy, rapid growth of plants.

Nursery

Ripe capsules of the desired cultivar are collected from high yielding plants during September-October. The seeds are extracted by gently pressing the capsules. In order to increase the germination percentage, seeds can be treated with concentrated sulphuric acid or nitric acid for not more than two minutes. The extracted seeds are washed in cold water four times to remove the mucilaginous coating. The washed seeds are drained and mixed with ash and allowed to dry in shade for 2 or 3 days. The seeds should be sown in the nursery within a fortnight. Sowing in September is the best for high germination. Sowing during southwest monsoon and winter should be avoided.

 When it becomes necessary to store the seeds, it is advisable to store them in capsule form. It can be preserved in this form for one month, without deterioration of viability. Polythene lined gunny bags can be used for this.

 Primary nursery

The nursery site is selected in open, well-drained areas, near a water source. The land is dug to a depth of 30 cm, cleared of all stubbles and stones; and clods are broken. Beds of size 6 m x 1m x 0.3 m are then prepared. Jungle soil is spread in a thin layer over the nursery bed. Seeds are sown on the bed in lines. For an area of 1 m2, 10 g of seed is required. Sixty grams of seeds will be required for a nursery bed of 6 m2. The seeds are covered with a very thin layer of fine soil.

The nursery bed is mulched with dry grass. Potha grass (Grenetia stricta) commonly seen in high range areas is a suitable material for this purpose. Grass is spread to a thickness of about 2 cm. Paddy straw can also be used for mulching. After sowing, beds have to be watered every day in the morning and evening. The mulch should be removed on commencement of germination. The seedlings have to be protected by providing shade pandals. Regular watering, weeding and protection from pests and diseases are to be attended to. During June-July, seedlings from the primary nursery are transplanted to the secondary nursery.

Secondary nursery

After preparing the site properly, form nursery beds of 6 m x 1m x 0.3 m. Mixing of well-decomposed cattle manure and wood ash with the top layer of the soil will help the seedlings to establish well and to grow vigorously. During June-July, the seedlings from the primary nursery are transplanted at a spacing of 25-30 cm. Shade pandals should be provided before transplanting. Overhead pandals or individual pandals for each bed may be erected. Mulching the bed with dry leaves will help to conserve soil moisture. Regular watering during dry months, weeding, application of fertilizers, control of pests and diseases and mulching are the essential operations for the maintenance of the secondary nursery. One month before uprooting, the pandal should be removed to encourage better tillering.

Polybag nursery

Polybags can be used for raising secondary seedlings. For such nurseries, seeds are to be sown in beds in primary nurseries in September and transplanted to polybags in December-January. These seedlings would be ready for planting in June-July. In this case, nursery period could be reduced by 6 to 7 months.

Sowing time

Sow seeds immediately after harvest on raised beds. Pot seedlings when they are six months old.

Seed Rate

1.2 m x 0.9 m spacing one acre occupies 3600 planting pits.

Manuring and cultural practices of Cinnamon

Two weedings in a year during June-July and October-November, and digging of the soil around the bushes once during August-September is recommended. A fertilizer dose of 20 g N, 18 g P2O5 and 25 g K2O per seedling is recommended in the first year. The dose of fertilizers is increased gradually to 200 g N, 180 g P2O5 and 200 g K2O for plants of 10 years and above. The fertilizers are to be applied in two equal splits, in May-June and September-October. Mulching with green leaves (25 kg) during summer and application of FYM (25 kg) during May-June is also recommended.

Irrigation of Cinnamon

Protective watering during summer is beneficial.

Plant protection for Cinnamon:

Diseases Management-

  • Leaf spot and die back

Leaf spot and die back disease is caused by Colletotrichum gloeosporioides. Small deep brown specks appear on the leaf lamina, which later coalesce to form irregular patches. In some cases the affected portions are shed leaving shot holes on the leaves. Later the entire lamina is affected and the infection spreads to the stem causing die back. Pruning the affected branches and spraying Bor-deaux mixture 1% are recommended to control the disease.

  • Seedling blight

Seedling blight caused by Diplodia sp. occurs on seedlings in the nursery. The fungus causes light brown patches which girdle the stem resulting in mortality . The disease can be controlled by spray-ing Bordeaux mixture 1%.

  • Grey blight

Grey blight is caused by Pestalotia palmarum and is character-ized by small brown spots which later turn grey with a brown bor-der. The disease can be controlled by spraying Bordeaux mixture 1%.

Insect pests Management-

  • Cinnamon butterfly

The cinnamon butterfly (Chilasa clytia) is the most serious pest especially in younger plantations and nursery and is generally seen during the post monsoon period. The larvae feed on tender and slightly mature leaves; in severe cases of infestation, the entire plant is defoliated and only midribs of leaves with portions of veins are left behind. The adults are large sized butterflies and occur in two forms. One has blackish brown wings with white spots on outer margins; the other has black wings with bluish white markings. Fully grown larvae are pale yellow with dark stripes on the sides and measure about 2.5 cm in length. The pest can be controlled by spraying quinalphos 0.05% on tender and partly mature leaves.

  • Leaf miner

Infestation by the leaf miner (Conopomorpha civica) is more com-mon during the monsoon period and generally nursery seedlings are seriously affected. The adult is a minute silvery grey moth. The larvae are pale grey initially and become pink later measuring about 10 mm in length. They feed on the tissues between the upper and lower epidermis of tender leaves resulting in linear mines that end in ‘blister’ like patches. The infested leaves become crinkled and the mined areas dry up leaving large holes on the leaves. Spraying quinalphos 0.05% during the emergence of new flushes is effective in preventing the pest infestation.

Many other leaf feeding caterpillars and beetles also occur sporadically on cinnamon feeding on tender flushes. Application of quinalphos 0.05% would keep them under check.

Harvesting and processing for Cinnamon

The cinnamon tree may attain a height of 10-15 m, but it is generally coppiced or cut back periodically. When the plants are 2 years old, they are coppiced during June-July to a height of about 12 cm from the ground. The stump is then covered by earthing up. This operation encourages the development of side shoots from the stump. This is repeated for every side shoot developing from the main stem during the succeeding season so that the plant will assume the shape of a low bush of about 2 m height and shoots suitable for peeling would develop in a period of about 4 years. The first coppicing can be done from the fourth or fifth year of planting.

The shoots are harvested from September to November, under Kerala conditions. Coppicing is done in alternate years and shoots having 1.5-2.0 cm thickness and uniform brown color are ideal for bark extraction. A ‘test cut’ can be made on the stem with a sharp knife to judge its suitability for peeling. If the bark separates readily, coppicing can be commenced immediately. The stems are cut close to the ground when they are about 2 years old. Such shoots are bundled after removing the leaves and terminal shoots.

The harvested shoots are cut into straight pieces of 1.00 -1.25m length. Cutting is followed by scraping and peeling operations. Peeling is a specialized operation, requiring skill and experience. It is done by using a specially made knife, which has a small round end with a projection on one side to facilitate ripping of the bark. The rough outer bark is first scraped off. Then the scrapped portion is polished with a brass or an aluminium rod to facilitate easy peeling.

A longitudinal slit is made from one end to the other. The bark can be easily removed by working the knife between the bark and the wood. The shoots cut in the morning are peeled on the same day. The peels are gathered and kept overnight under shade. They are dried first in shade for a day and then in sunlight for four days. During drying, the bark contracts and assumes the shape of a quill. The smaller quills are inserted into larger ones to form compound quills.

The quills are graded from 00000, being the finest quality, to 0 the coarsest quality. The small pieces of the bark, left after preparing the quills are graded as ‘quillings’. The very thin inner pieces of bark are dried as ‘featherings’. From the coarser canes, the bark is scraped off, instead of peeling, and this grade is known as ‘scraped chips’. The bark is also scraped off without removing the outer bark and is known as ‘unscraped chips’. The different grades of bark are powdered to get ‘cinnamon powder’.

Leaf and bark oils of cinnamon could be obtained by distilling dried cinnamon leaves and bark, respectively. The dried cinnamon leaves are steam distilled in special distiller. About 4 kg of bark oil could be obtained from a hectare of cinnamon plantation.

Leaf oil and bark oil are used in the manufacture of perfumes, soaps, tooth pastes, hair oils and face creams and also as an agent for flavoring liquor and in dentifrices.

Source-
  • Indian Institute of Spices Research.
  • Kerela Agriculture University.
  • kissankerela.net
  • Uttan Krishi Sanshodhan Sanstha.

 

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