Wednesday 17 August 2016

Bank of Maharashtra Recruitment for 500 PO Posts 2016

No. of Total Vacancies  :

500 

Category-Wise Details
1. SC: 75 Posts 
2. ST: 37 Posts 
3.OBC: 135 Posts 
4.Gen : 253 Posts 
Pay Scale :
Candidates who will be selected for Probationary Officer positions, will get monthly payment of Rs.23700/- to Rs.42020/- plus other allowances. 
Educational Eligibility :
Qualification is graduation in any discipline with good academic records from a recognized university/Institute for applying this Bank of Maharashtra Recruitment for PO posts 2016.
Age Bond :
Minimum age limit for selected candidates should be 18 years and Maximum age limit is 30 years as on 01st July, 2016.
Selection Process :
Selection will be through online written examination and personal interview. Written exam has 200 questions for 200 marks. Time duration is 2 hours.
How To Apply
Bank of Maharashtra department requires online application forms. Commencement date for online registration process is 12th August, 2016. Last date for online registration process is 06th September, 2016 for this Bank of Maharashtra Recruitment 2016.

A) Application mode is online only. Log on to official website of Bank of Maharashtra.

B) Fill the form with required details and upload your images signature andphotograph.

C) Click on online apply button and take print out of auto generated application form for future reference.

D)  Candidates must send online application forms from 12th August, 2016 to 06th September, 2016.
Document Needed For Online Apply :
Here some list of document that are necessary for online apply : 
  1. Birth certificate
  2. Educational Qualification Certificate
  3. Adhar Card
 Must Follow Tips :
  1. Bank of Maharashtra selection committee will not accept offline application forms.
  2. It is mandatory to fill all details in online application form.
  3. Read all instructions and eligibility conditions of Probationary Officer posts before applying online.

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Saturday 12 March 2016

Agriculture definition

Definition agriculture, Agriculture definition, definition for agriculture,  the definition of agriculture, what is the definition of agriculture, what is agriculture definition, what is definition of agriculture 

Agriculture definition 

An activity of human to cover primary aims like food, fibre, fuel, etc by optimum use of terrestrial resources is called as Agriculture.  
 Example : Crop production, Horticulture, Agronomy etc.

Thursday 11 February 2016

PROBLEMS OF MARKETING VEGETABLES IN FARMERS MARKET

 PROBLEMS OF MARKETING VEGETABLES IN FARMERS MARKET

 Lack of professionalism and small land holding
• Falling water levels and lack of irrigation facilities
 • Lack of market knowledge and marketing skills
 • Expensive credit
• Poor infrastructure
 • Controlled prices
 • Many intermediaries who increase cost but do not add much value
• Laws that stifle private investment
• Inappropriate R&D- agriculture is a state subject, and most states have little funds to invest in vegetable R&D.

Problem in Export of Vegetables

Problem in Export of Vegetables

1. Inadequate air cargo space.
2. Higher air freight.
3. Restriction in the export. During shortage of crop export is restricted. Thus regular export is stopped.
4. Non- availability suitable variety.
5. Absence of cultivation of suitable crop varieties exclusively for export is fresh for processing.
6. Improper packing of the produce.
7. Vegetables are packed o\in jute (undesirable).
8. Corrugated fiberboard boxes are not of enough strength and damaged in transport.
9. Cold storage facilities at all air ports.
10. In adequate handling space.
11. Inadequate research development back up.
12. No export oriented research programmed are being taken up in vegetables.
13. Quality of vegetables is not uniform.
14. Cost of vegetable washed in shorting and grading.
 

Ecofriendly Management Of Albugo Bliti

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download In Pdf Format Ecofriendly Management Of Albugo Bliti The Incitant Of White Blisters Of Amaranthus Bicolor

Studies On Bacterial Pustule Xanthomonas Axonopodis Pv. Glycines Disease Of Soybean

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download In Pdf Format Studies On Bacterial Pustule Xanthomonas Axonopodis Pv. Glycines Disease Of Soybean”


Effect Of Different Levels Of Nitrogen In The Form Of Urea On Potato Production

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download In Pdf Format Study On The Effect Of Different Levels Of Nitrogen In The Form Of Urea On Potato Production




Genetic Variability Correlation And Path Coefficient Analysis in brinjal

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download In Pdf Format Genetic Variability Correlation And Path Coefficient Analysis For Fruit Yield And Its Attributing Characters In Brinjal Hybrids

Standardization Of Jamun Nectar And ReadyToServe (Rts) Beverages

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download In Pdf Format Studies On Recipe Standardization Of Jamun Nectar And ReadyToServe (Rts) Beverages


Genetic Studies In Amaranthus Amaranthus Sp. Germplasm

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download In Pdf Format Genetic Studies In Amaranthus (Amaranthus Sp.) Germplasm

Genetic Variability Analysis And Evaluation Of Local Genotypes Of Ivy Gourd

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download In Pdf Format Genetic Variability Analysis And Evaluation Of Local Genotypes Of Ivy Gourd Coccinia Grandis

Effect Of Alternative Sweeteners On Recipe Standardization Of Guava Nectar

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download In Pdf Format Effect Of Alternative Sweeteners On Recipe Standardization Of Guava Nectar Ready- To - Serve Beverage

Wednesday 10 February 2016

Variability, Association And Genetic Divergence Analysis In Dolichos Bean

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download In Pdf Format Variability, Association And Genetic Divergence Analysis In Dolichos Bean Lablab Purpureus      


Evaluation Of Sweet Potato germplasm to study genetic variability and genetic diversity

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download In Pdf Format Evaluation Of Sweet Potato Germplasm To Study Genetic Variability And Genetic Diversity Ipomoea Batatas (L.) Lam.] Genotypes For Yield And Processing Traits


The Effect Of Auxins On Rooting, Growth And Flowering Of African Marigold

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download in Pdf Format Study On The Effect Of Auxins On Rooting, Growth And Flowering Of African Marigold Tagetes Erecta L.Propagated Through Stem Cuttings

The Effect Of Auxins On Rooting, Growth And Flowering Of African Marigold

Studies on Biofertilizers On Growth, Yield And Quality Of Guava Psidium Guajava L

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download in Pdf Format Studies On Effect Of Integrated Application Of Chemical Fertilizers, Organics And Biofertilizers On Growth, Yield And Quality Of Guava Psidium Guajava L

Studies On Genetic Divergence and Path Analysis In Potato

Recent New Review Of Literature Research Work Paper Thesis & Dissertation Online Free Download in Pdf Format Studies On Genetic Divergence and Path Analysis In Potato


Association And Path Analysis In Determinate Tomato Solanum Lycopersicum

Recent New Review Of Literature Research Work Thesis & Dissertation Online Free Download in Pdf Format Association And Path Analysis In Determinate Tomato Solanum Lycopersicum,  





Studies On Effect Of Pinching And Growth Regulators On Growth, Flowering And Yield Of African Marigold

Recent New Review Of Literature Research Work Thesis & Dissertation Online Free Download in Pdf Format Studies On Effect Of Pinching And Growth Regulators On Growth, Flowering And Yield Of African Marigold


Studies On Effect Of Seedling Age And Transplant Density On Growth, Yield And Quality Of Rabi Onion

Thesis & Dissertation Online Free Download in Pdf Format Studies On Effect Of Seedling Age And Transplant Density On Growth, Yield And Quality Of Rabi Onion


Effect Of Seed Treatment With Organic And Inorganic Substances On Germination And Foliage Yield Of Coriander In Rabi Season

Thesis & Dissertation Online FREE Download in Pdf Format Effect Of Seed Treatment With Organic And Inorganic Substances On Germination And Foliage Yield Of Coriander In Rabi Season


Integrated Nutrient Management Studies In Chrysanthemum Dendranthema Grandiflora

Thesis & Dissertation Online FREE Download In Pdf Format Integrated Nutrient Management Studies In Chrysanthemum Dendranthema Grandiflora

Studies on Variability, Correlation And Path Analysis In Tomato Solanum Lycopersicum

Thesis & Dissertation FREE Download In Pdf Format Variability, Correlation And Path Analysis In Tomato Solanum Lycopersicum

Variability, Correlation And Path Analysis In Tomato Solanum Lycopersicum

Friday 29 January 2016

Greenhouse Cultivation of Tomato

How to Grow Tomatoes in a Greenhouse polyhouse protected production practices, tomato farming techniques, growing greenhouse tomatoes, spacing nursery, fertigation, pruning training, harvesting, yield, procedure PDF free download

Greenhouse Cultivation of Tomato

Tomato is the most popular vegetable crop grown under greenhouses throughout the world. It is consumed either salad, coked or as processed food. In India tomato is grown in 4.7 lakh hectares with an average yield of 18.0 t/ha. This yield level can be enhanced to a substantial level with the adoption of hybrids and improved production practices.
Climate
Day temperature of 28oC and night temperature of 18oC is ideal for its growth. Fruit set is affected at temperature higher than 35oC and a relative humidity of more than 90 percent.
Hybrids
Tomato hybrids with indeterminate growth habit are best suited for greenhouse cultivation, as the hybrids grow to a height of 15 feet and above which utilizes greenhouse space, both horizontal and vertical. Commercial hybrids like SH 7711 are suitable for greenhouse cultivation, with a yield potential up to 180 t/ha from a crop of six months duration.
Tomato Varieties and hybrids
Naveen
IAHS 88 1
Barbara
Kada Hybrid
Presto
Wilset F1
Nursery
Vermicompost + sand (1:1) or composted, sterilized cocopeat as growing media can be used for nursery production.
Pro-trays (98 cells) are filled with the growing media. Pro-trays are drenched with 0.3% copper oxychloride solution (3 g/litre).
Seeds treated with the Thiram (0.3g / 100g seed) are sown one per cell, to a depth of 0.5 cm.
Cover the seeds with thin layer of growing medium, water lightly if commercial cocopeat is not used and cover the tray with newspaper.
If commercially available cocopeat is used, the trays are stacked one over the other for 4-5 days, without irrigating.
Seeds germinate in 4-6 days and the seedlings will be ready for planting by 25 days after sowing.
If cocopeat is used for seedling raising, drench the portrays with 0.3 percent (3 g/litre) 19-19-19 complex fertilizer 2 to 3 times after emergence.
About 5 g seed is required to plant an area of 500 m2 greenhouse areas.
Growing medium
Sandy loam soil and well-decomposed farmyard manure mixed in 1:1 proportions is best suited for tomato cultivation. In heavier soils mixing with sand up to 25 percent is required to provide proper aeration in the root zone.
Growing beds
Soil has to be brought to fine tilth. Beds of 100 cm width and 15 cm height leaving 50 cm between the two beds. Apply FYM @ 20 kg per square meter of bed area for the first crop and for subsequent crops, FYM@ 5 kg/square meter has to be applied.
Sterilization
For disinfecting the growing beds, 4% formaldehyde (@4 litre / m2) will be applied and covered with black polyethylene (400 gauges) sheet. All ventilation spaces need to be closed after the application of formaldehyde. While treating with formaldehyde, care should be taken to wear mask, gloves and apron to avoid direct contact with the formaldehyde fumes. Three to four days after formaldehyde treatment, polyethylene cover has to be removed. Two days after removing the polyethylene cover, the beds are raked repeatedly to remove trapped formaldehyde fumes completely before transplanting. Disinfections are done once a year.
Fertilizer application to the growing beds
N, P2O5 and K2O is applied @ 50: 50: 50 kg/ha, to the growing beds before formaldehyde fumigation. Neem cake and Trichoderma formulation (100:1) (200 kg /ha + 2 kg /ha) has to be applied just before planting but soon after formaldehyde fumes are exhausted completely. Neem cake + Trichoderma application has to be repeated 3 times at a monthly intervals.
Laying of drip line
At the center of the bed, one inline dripper lateral has to be placed. Inline dripper lateral should have an emitting point for every 30 cm interval with a discharge of 2 litre per hour. Before covering with the polyethylene mulch, emitting point has to be checked for uniform discharge of water.
Mulching
100-micron thickness black polyethylene mulch film of 1.2 m width can be used to cover the planting bed. Holes of 5 cm size are made on the mulch film as per the recommended spacing (60 cm x 45 cm). Then cover the planting beds with mulch by securing the edges of the sheet with pegs or burying in the soil.
Planting
Beds have to be watered to field capacity before transplanting. Seedlings of 25 days old, vigorous and uniform size are selected for planting. Portrays with seedlings are drenched with Bavistin (0.1%) and super phosphate slurry (1.5%) in early morning hours or previous day evening. Better to transplant in early morning hours or preferably in the evenings on a hour day. Seedlings from the protrays are removed by giving slight pressure from the bottom of the individual cells. Transplant the seedlings at recommended spacing at a shallow depth of 2 2.5 cm. Plants are pot watered with rose can immediately after transplanting and every day until the plants get established. Misting is done in the seasons of low humidity. Drenching of the beds can be done with 0.3% COC if mortality of seedlings is noticed.
Spacing and plant population
Paired row system of planting is followed to gain more walking space in between beds. Within the row a distance of 45 cm is maintained. Leaving equal distance from the margin of 1m wide bed (20cm), two rows of tomato seedlings are planted at a spacing of 60cm. Beds are spaced at 50 cm spacing. Hence this system becomes 60-90-60 method of paired row planting method, which is equivalent to 75 cm uniform row spacing. Thus plant population per square meter of gross plot area is 2.96 plants/m2
Irrigation
Drip irrigation is given daily to replenish 50 per cent of open pan evaporation.
Fertigation
Fertigation is carried out using water soluble fertilizers (19:19:19 :WSF) @ 250: 250: 250 N:P2O5:K2O Kg/ha for a six month duration crop from 3rd week after transplanting. Fertigation is carried out twice a week for 18 weeks. Use 19:19:19 WSF at the rate of 3.65 g/ m2 for every fertigation
Pruning and training
The tomato plants are pruned to two stems per plant. Pruning usually starts 20 to 30 days after transplanting. Plants are pruned at weekly intervals. The main stem of tomato plant branches into two after the first flower cluster which are the only two branches (stems) that are retained and all other branches are removed. Branches developing at the base of the stem are also removed. Plants can be topped 6 weeks before the crop removal. Plants are twined along the plastic twine. One inch wide polyethylene tube can be used for this purpose. Separate plastic twine has to be provided to each branch. Braches has to be tied to the plastic twines so that the branches do not break up due to the weight of the fruits. Tying of plants to the plastic twine starts from 4th week after transplanting and tying is usually done at weekly interval along with the pruning operation.
Lowering of plants
Plants tend to grow indeterminately and reach the height of 6-7 feet very quickly. For this reason plants are lowered periodically so that the plants are maintained at workable heights. For this purpose, extra length of plastic twine has to be provided in the beginning itself. Lowering is done at 20 to 30 days interval starting from 80 to 90 days after transplanting.
Deleafing.
Deleafing the older leaves has to be done periodically starting from 70-80 days after transplanting. Leaf is retained in the stem to a length of about five feet from the growing tip at any given point of time.
Harvesting
Harvesting of tomato fruits starts at 70 to 80 days after transplanting and continues until 170 to 180 days. Harvesting of fruits is done at a weekly interval. Fruits should be harvested at breaker stage.
Yield
A marketable fruit yield of 170 to 180 t/ ha can be realized from the crop of 6- month duration (17 to 18 kg/m2 of gross plot area, 5.7 to 6.0 kg/plant). Individual fruit weight varies from 100 g/ fruit during initial harvests to 60 g/fruit during last harvests.

Scope and Importance of Protected Cultivation

Scope and importance of protected cultivation, Polyhouse, Greenhouseprotected cultivation of vegetables, Floriculture, Medicinal aromatic  Horticulture crops pdf, ppt free download
Protected cultivation is the modification of the natural environment to achieve optimum plant growth. Modifications can be made to both the aerial and root environments to increase crop yields, extend the growing season and permit plant growth during periods of the year not commonly used to grow open field crops.
Protected cultivation/Greenhouse technology has been in use for crop production for more than fifty countries all over the world. China is believed to have adopted plastic greenhouse concept to a great extent. Japan, with about 42,000 ha. (hectare) under plastic and glass cover land holdings with shorter growing season in Holland and Japan have been the reason behind adopting Protected cultivation /greenhouse for intensive crop production.

SCOPE

1. Cultivation in Problematic Agriculture Zones
There is about 75 mha of land in India comprising of such problematic conditions as barren and uncultivable, cultivable wasteland, fallow land, desert, sever cold. If a small portion of this area put under cultivation using greenhouse technology, then income generation of local habitat could be increased substantially.
2. Greenhouse Complexes around Metropolitan and Other Big Cities
A conservative estimate revels that there is a large and sustained demand of fresh vegetables, fruits and ornamental plants throughout the year in almost every big city. These big cities also experience the need of off-season and high value crops. To meet the city requirement greenhouse cultivation may be a right option.
3. Export of Agricultural Produce
A agriculture in India is being considered increasingly to reduce the foreign trade deficit and there has been good international market for horticulture produce, especially, flowers from India. Promotion and greenhouse cultivation of export oriented crops seems to be possible source of foreign earnings. Such facilities should be constructed near the lifting point to reduce the burden on transportation cost.
4. Greenhouse for Plant Propagation
Greenhouse technology is being, nowadays, considered as an suitable approach for raising of seedlings and cuttings which require control environment for their growth. The existing nurseries without a greenhouse facility could be converted into a greenhouse for improving the capacity as well as quality of the plant material. Even different type of plant material can be propagated using the greenhouse facility. In temperate climatic zone, the plant propagation through greenhouses would mean a considerable reduction in the total time required for preparation of saplings.
5.Greenhouse Technology as Base for Other Biotechnology
The hydroponics or nutrient film techniques require control environmental condition of growing plants. Similarly, material generated though tissue culture and biotechnological methods also need to be propagated in control environment. Greenhouse technology is the best-suited answer to carry out such type of studies.
6.Cultivation of Rare and Medicinal Plants
India has a wide variety of orchids/herbs, which have been identified for large scale cultivation. The greenhouse could provide the right type of environmental condition for the intensive cultivation of these plants.

Advantages of Green House Cultivation Over Open Condition

Advantages of Green House Cultivation Production Over Open Condition, Advantages of Protected Cultivation Over Field Condition, List Of Major Advantages of Polyhouse House Cultivation Over Open Condition PDF ppt free download

Advantages of Green House

1. Off-season crops can be grown
2. Any crop can be grow in throughout the year viz., protects the crop from rain, hail  stones, storms, wind & frost in winter
3. Higher production per unit area is obtained by utilization of space viz., vertical tier system of crop production.
4. Export of high value horticulture commodities
5. Consumption of irrigation water and wastage of fertilizers is minimized
6. Infestation of pests and diseases is reduced.
7. Suitable for tissue cultured production plants.
8. Increases carbon-dioxide levels, leading to better photosynthesis.
9. Plant growth is improved and crops mature faster. Use of water is optimized due to reduced evapo transpiration; upto 40-50% of water can be saved.
10. Use of UV stabilized film filters out harmful ultra-violet rays.
11. Cultivation in problematic agro climates and in problematic soil.
12. Demand for fresh vegetables around metropolitan cities that sustains green house  production.

What is Ball Culture In Agriculture

What is Ball Culture In Agriculture, Definition of Spiral farming in Horticulture Vegetables Floriculture, Advantages and disadvantages of Ball Culture

What is Spiral Farming In Agriculture

What is Spiral Farming In Agriculture, Definition of Spiral farming in Horticulture Vegetables Floriculture, Advantages and disadvantages of Spiral farming

Best Nursery Raising Techniques

Best Nursery  Raising Techniques, Nursery Management in Vegetables, Nursery Raising methods, Procedure free download PDF ppt

There has been an increasing demand for horticultural crops more particularly fruit and ornamental ones in both urban and rural areas of India. With this, the demand for good quality planting materials has gone up and hence the nursery business has developed rapidly in the recent years in our country. Nursery product is no longer restricted to orchards or large parks and gardens. It has entered into high rise buildings, offices, factories, business houses, hospitals, hotels, backyards, roadsides in cities, roof tops, etc. for decoration purpose. Heavy demand is observed during festive seasons and seasons of fairs and melas. Ornamental nursery business has, therefore, come up in a large scale in areas near city and towns.

1.Establishment of nursery
Nursery is developed gradually. The mother plants planted for vegetative and seed propagation and seed propagated plants such as seasonal flower seedlings are raised for sale simultaneously. Important factors considered for establishing a nursery are agro-climatic conditions, soil types, soil pH, location, area, irrigation facilities, communication, market demand, availability of germplasm or mother plants, skilled persons, etc.
Selection of site: The site selected for raising a nursery should preferably be located near marketing centres for the convenience of transportation of the products with minimum or no damage. The site should be convenient enough for transportation of input materials also. It is important to have or develop a perennial source of water inside the nursery. If need arises, wind breaks of tall plants like eucalyptus, aonla, seedling mango, etc. may be planted to provide necessary shade and protection.
Product choice: The product choice will primarily depend on the market demand in nearby areas. For wider market coverage, the choice may be dependent on market studies in the desired areas. Varieties of various ornamental plants like shade loving foliage plants, flowering plants, creepers, plants suitable for parks, gardens and roadside plantations, offices, business houses, hospitals, residential buildings, etc. may be propagated in the nursery. Planting materials such as seedlings of flowers, bulbs, corms, etc. may also be produced.
Methods of propagation: Plants may be raised from seeds or by vegetative propagation. Some important aspects of propagation are summarized below along with examples of fruit crops:
  1. Raising from seeds: Germination from seeds may not be 100% even if the seeds are sown in perfect conditions. The factors that control the germination are age, stage of maturity and viability of seeds, water, free supply of oxygen and the heat or temperature. Some seeds do not germinate easily for variety of reasons such as the dormancy, rest period and presence of hard seed coat. Seeds with hard coats (e.g. palm, cannes, etc.) require some kind of external treatment for germination. Cracking of the coats by mechanical means, abrasion, soaking in water or acid and stratification are some methods commonly applied. Before sowing on a large scale, it is worthwhile to test the viability of the seeds. Eg.: Acid lime, amla, mandarin orange, annona, durian, litchi, mangosteen, West Indian cherry, passion fruit, bilimbi, carambola, karonda, loquat, phalsa etc.
  2. Vegetative Propagation: Safe methods of vegetative propagation such as cutting, layering, division, separation, budding and grafting are adopted for multiplication of ornamental plants.
    • Cutting: Plant parts that are normally used for this purpose are stems, roots, leaves and modified stems such as tubers, corms and rhizomes, runners and bulbs. This method is very popular, particularly because it is the cheapest and most convenient one. However, in case of annuals, biennials and some perennials, methods such as seedage, layering and grafting are easier and more economical. Eg.: Grapes, pomegranate, pear, West Indian cherry, passion fruit, loquat, phalsa, fig, kiwi, bread fruit etc.
    • Layering: The method of inducing roots in a stem which is still attached to the plant and then detaching it after the root is formed for transplanting is called a layering or layerage. Mostly creepers and trees are raised by this method. Some herbaceous plants such as carnation, chrysanthemun, etc. can be raised by layering. Eg.: Guava, pomegranate, lemon, West Indian cherry, litchi, karonda, phalsa, rambuton, bread fruit etc.
    • Division and Separation: The plants which produce masses of stems at ground level, each having its own root system are lifted from ground and divided into individuals. This is called division. In separation, the rooted or unrooted parts usually detach themselves on maturity and start or develop as a new individual in next season. Plants like chrysanthemum, tube rose, Russelia juncea and most of the herbaceous perennials are easily propagated by division. Bulb hyacinth and crocus are examples of plants that can be propagated by separation.
      Suckers, rhizomes, tubers, runners, stolons, bulbs, corms, bulbils, etc., are some other plant parts which are used for vegetative propagation. Eg.: Banana (suckers), pineapple (suckers and slips), straw berry (runners, slips) etc.
    • Grafting: Grafting, except budding (which is also a form of grafting) is not widely used in ornamental horticulture except in a few cases. The types of grafting which are used in ornamental plants are limited to inarching, side grafting, splice grafting, saddle grafting, flat grafting and cleft grafting. Inarching is followed in the propagation of roses in some parts of the country. The method of side grafting is followed in case of roses, camellias, etc. Eg.: Amla, mango, sapota, jack, durian, apple, pear, avocado, West Indian cherry, annona, rambuton, persimmon, apricot, loquat etc.
    • Budding: In ornamental horticulture, mostly 'T'-budding or 'Shield' budding is employed for propagation. Eg.: Amla, ber, mandarin orange, sweet orange, peach, plum, avocado, litchi, loquat, apricot etc.
  3. Tissue culture: The propagation of orchid through meristem culture was the first commercially successful venture in tissue culture. The principles of tissue culture can be successfully employed in respect of ornamental plants with soft tissues. Quite a large number of ornamental plants are reported to respond to propagation by tissue culture method. Few such plants are gladiolus, carnation, lily, rose, gerbera, anthurium, magnolia, fern, cacti, etc. Propagation of ornamental plants by this method is gaining popularity. Eg.: Banana.

2. Management of Nursery
Seedbed and nursery beds: For raising flower seedlings, some permanent or temporary structures for seed bed may be prepared. These beds will be minimum 0.5 to 0.75 m high from ground level. The beds may be 0.75m to 1.00m in breadth and length may be as per the availability of land. The nursery beds will be prepared for storing of perennial plants or the plants that should be kept for sale.
Collection and planting of mother plants: The plantation of mother plants is an important work for developing a nursery. The mother plants must be true to the type and true to the variety. The plants should be properly labelled. Collection of exotic type of mother plants is a continuous process or job. The mother plants may be maintained properly for their vigorous growth; otherwise number of propagated plants will get reduced.
Storage of dried, cleaned soil and compost manure: For raising flower seedlings during rainy or early winter season, the soil and compost would be stored during hot or summer months. In rainy season, collection of dried soil and manure is very difficult. Without these, the seedlings cannot be raised during rainy season.
Production of flower seeds: Production of flower seeds is highly specialized job. The seeds should be produced carefully. If the quality of seed is good, the percentage of seed germination, seedlings vigour, vegetative and reproductive growth of the crops will be good. After harvesting of quality seeds, germination percentage of seeds and seedling vigour should be checked before marketing of seeds.
Storage of propagated plants in nursery beds: The propagated plants are planted in nursery beds for better growth or hardening the plants. In general, this type of nursery bed is prepared under partial shade.
Manuring: Manuring is to be done very carefully. Vigorous growth of plant is always attractive to the buyer. Again, heavy manuring is not beneficial for storage of plants.
Watering: Like manuring, watering is also important. Watering will be done according to need of the plant. The nursery should have a water source of its own. For this model, digging a well (12 m deep x 3 m dia) and installation of a 2.0 HP kerosene pumpset with accessories are considered. Sprinkler system of irrigation is not advisable at the beginning.
Drainage: For sufficient vegetative and reproductive growth of plants, good drainage system must be developed in between the beds and around the nursery. Adequately gentle slope in the pot bed surface is also desirable. It is extremely important to ensure that water logging does not occur in and around the pots and beds.
Plant protection: Keen observation on attack of different pests and diseases is required. If the mother plants are infected, the propagated plants will be infected also. Necessary control measures should be taken immediately on observation.
Harvesting
The seeds, bulbs, etc. need to be harvested in the proper stage. Only completely ripe seeds are ready for harvesting. Seed capsules should be covered with muslin cloth or by the paper bag before ripening in cases of light seeds (like calendula, balsam, etc.) which may blow off due to wind or those species the fruits of which may burst while ripening. This will prevent loss of seeds.
Corms and bulbs are generally harvested when the leaves start yellowing or when they dry up. These are dug out carefully without imparting any injury.
Before harvest, nursery stock should be mature. The tissues are hardened against water loss and shrinkage. It is a common practice to defoliate shrubs and trees some days before they are to be dug out. This can be done by chemical defoliants, by withholding water or by hand. Live plants intended for transport are sent with a ball of earth around their roots.
Packing and handling
Seeds are cleaned and stored in close bottles or tins. Before packing, they are dried first in shade for 2-3 days and finally in the sun for a couple of days. In husked seeds, the husks are removed before packing.
It is important to see while packing the plants that the container is neither over-packed nor loose enough allowing the contents to move about. All space should be filled up by some packing materials like straw, dried grass, etc.
For long distance destinations, the ball of earth should be soaked in water and covered with a thick layer of wet moss. Only plants having a well-developed root system should be selected for such destinations.
Bulbs, tubers and corms withstand rigours of handling. They are packed in bamboo-matted boxes in between layers of straw. Rhizomes of water-lily and lotus are wrapped in moist sphagnum moss and polythene to keep them moist during transit and then packed in baskets or cardboard cartons.
Storage
Seeds are stored in a cool, dry place or kept in desiccator. Living plants should be kept in shade. Bulbs, corms and tubers are stored in single layer over dry sand, flat wooden trays or racks in a well-aerated store room with low temperature and low humidity. Before storing, they may be treated with fungicides and insecticides such as 0.1% benlate or 0.1-0.2%, captan 5% , DDT , BHC, etc.
Marketing
Marketing of plants and planting materials is the most crucial and important part of the nursery business. The production of high quality true to the type and attractive planting materials is absolutely necessary. They must be free from pests and diseases, vigorously growing and bright and colourful.
Export
Export potentiality of nursery products is also very high. Seeds, bulbs, tubers, cactus, flowering plants, foliage plant, unrooted cuttings and cut flowers are exported from India to many countries such as Australia, Netherlands, UAE, Japan, UK, Singapore, Germany, New Zealand, etc.