SlideShare uma empresa Scribd logo
1 de 60
welcome
PRESENTED BY:
Anushri Agrawal
VHM/13-02
INTRODUCTION
 The rose is one of the oldest flowers in cultivation and most
popular of all garden flowers.
 The rose is an ornamental shrub with upright or climbing stem.
 Roses can be one of the more profitable flower crops to grow,
but also one of the most Difficult.
IMPORTANCE AND USES
 Cut flowers
 Garden display
 Pot plants
Perfume and allied products
• Rose water
• Rose oil
• Gulkand
• Pankhuri
• Gulroghan
BOTANICAL DESCRIPTIONOF ROSES
 Rose belongs to family Rosaceae.
 All species of this flower with minor exception belongs to the genus Rosa.
 There are about 150 recognized and described species of roses.
 The genus Rosa is divided into 4 sub genera namely- Eurosa, Platyrhodon,
Hesperhodos, Hulthemia.
CLASSIFICATION OF ROSES
 Hybrid tea:- (Hybrid perpetual x Tea roses)
First variety:- La France created in1867
 Floribunda:-(H.T. x Poliantha)
 Hybrid perpetual
First hybrid:- Princess Helene
Tea Roses(Tea scented china roses)
 Grandifiora:-(H.T. x Floribunda)
First variety:-Buccaneer in 1952
 Polyantha:-(R. multiflora x R.wichuriana) x R. indica
First cultivar :- La paquerette (1875)
Miniature rose :- popular as baby roses with small flowers.
Climbers and ramblers:- clusters of small, single or double
flowers
China roses:- (R.chinensis)
Damask Rose:- (R. damascena)
Bourbon rose:- (china rose x damask rose)
Cabbage rose:-(R. centifolia)
French rose:-
It has some medicinal properties
Musk rose:- (R.moschata)
R. rugosa:-cold resistant
IARI released varieties:
IIHR Released Variety
Arka Parimala
Export varieties
CULTIVARS SUITABLE FOR PROTECTED
CULTIVATION
FLOWER COLOUR
RED
PINK
Bicolour
Orange
Purple
Salman
White
Copper
VARIETY
Grand Gala, First Red, Jaguar, Sasha, Happiness,
Happy Days
Kiss, Europe, Roval, Nobles, Pink, Vanity Fair, Better
Time, Prophyta
Amour, Rodeo, Confetti, Yellow Gloria
Indian Puma, Candid, Mercedes, Jazz, Orange
Delight
Jakaranka, Souvenier
Lambada
Eskimo, White Pearl
Talisman
PROPAGATION
 Commercial method:- T budding
 Dormant eyes on a scion of chosen variety are budded by T
method on a rootstock.
 Scion:- any commercial variety.
 Rootstock:- R. multiflora is more suitable for southern parts as
indicated by research done at IIHR. Bangalore.
 Budded plants take less time to build up and produce
economic production in short time.
CLIMATE
 The temperature should be maintained between 15-18 C.⁰
 High temperature in polyhouse can be managed by simple ventilation,
evaporative cooling from pad and fan system, micro sprinklers, foggers
and misters.
 Low temperature at night is more detrimental for growth and flowering of
rose.
 Humidity is maintained between 50-60% in poly house specially during hot
summer months with the help of mist or sprinklers.
 CO₂ level of 1000ppm is ideal for quality bloom production of rose.
 In open field condition ideal temperature is 15-28 C⁰ and humidity 75%.
INFLUENCE OF ENVIRONMENT PARAMETERS
 Increase in temperature resulted in reduction in juvenile period, length of leafy shoots
and fresh weight of shoot in Hybrid Tea rose.
 Low temperature beyond 100
C in polyhouse promote diseases.
 At low temperature , growth and flower production become slow but the quality of
flowers are better.
(Ginzburg et al.,1983)
 The stem and flower buds in some roses do not elongate or expand until there has
been an exposure to cool temperature.
 Winter chilling was found to be necessary for flower bud formation in R. damascena.
(Staikov, 1955)
 Very high humidity often result in condensation of low temperature encourage the
incidence of diseases.
SOIL
 An ideal soil should be rich loose and structurally stable with a depth of
around 50 cm ensuring optimum drainage and aeration of the roots.
 Roses do not tolerate water logging and high water table therefore an ideal
soil must have a stable water table at the active root zone.
 Roses can also be grown in soil less media like rock wool, peat, coco peat,
perlite.
 Soil pH should be slightly acidic 6.2-6.8.
Land Preparation
The soil should be dug to a depth of 60 cm. and incorporated with organic or
inorganic additives to improve the soil structure.
Soil sterilizing is an important technique to prevent the soil from soil borne
diseases.
Soil sterilizing techniques:-
Soil solarization
Chemical sterilization:To control soil borne phytopthora,fusarium and
pythium
Fumigation with 2% Formeldehyde (or)
Methyl bromide-30g/m2 (or)
Recent chemical-Dazomate (Basaline)-30g/m2
Covered with plastic sheet for 3 days
Manure and Fertilizers
Roses are gross feeder.
The requirement of major nutrient are broadcasted on the beds and mixed
into the upper 30 cm of soil.
After establishment of plant nutrition is applied through irrigation system.
CONCENTRATED REQUIRED FOR
FERTIGATION
NUTRIENTS SUMMER(PPM/L) WINTER(PPM/L)
NITROGEN 100-200 150-160
AMMONIUM 20-25 20-25
NITRATE 80-100 130-140
PHOSPHORUS 20-25 30-35
POTASSIUM 120-140 160-170
CALCIUM 60-80 90-100
MAGNESSIUM 30-35 35-40
SULPHUR 40-50 40-50
Effect of different Growing Media on plant growth
parameters
Anderson et al.,(2005)
PLANTING
oIdeal method of planting of rose
double row system
oPlant to plant distance -25 cm.
oRow to row distance-30 cm.
oLong stemmed varieties are
planted at 25-26 cm.
oShort stemmed varieties are
planted at 18-25 cm.
o Planting time: October-
November
Plant growth regulators
Gibberellic Acid:-
 Regulate the growth and flowering
Increases the length of shoots
Increases the number of nodes
Prolonged the period of flowering and enhanced the yield.
 BA along with Adenine applied with lanolin paste : Induction
of bud break and shoot development.
CCC(3%) solution caused dwarfing and improve flowering.
Effect of Growth Regulators on Plant Growth Parameters
Khan et al.,(2007)
Irrigation
Roses do not like water logging condition but need plenty of water for their
growth and development.
Frequency of irrigation depends on the water requirement of particular
varieties.
Ideal method-Drip irrigation system
Another method of irrigation –Sub surface ,in which water is directly delivered
at the root zone without any losses.
 Regular soil moisture is very essential for rose.
Deficiency of soil moisture can be detected by:
Marginal browning of leaves
Leaf drop
Rolled and curled leaf
Bent neck of flowers
Cultural Operation
Weed Management
Manual weed control is effective if done frequently.
Chemical control is economical, convenient and effective.
Diuron @ 2 kg ai/hac.
Oxyfluorofen @0.5 kg ai/hac.
Rice straw mulch is also effective.
Major weeds of rose :- Anagallis arvensis, Melilotus albums.
Chinopodium alba,Poligonum etc.
Canopy management
 Important technique for commercial production of rose.
 The aim is to achieve a high performance production frame work.
Mulching
It conserve soil moisture.
Supply humus.
Suppress weeds.
It is done with paddy straw, dried leaves.
Also promotes growth and flowering.
It promotes physical properties of the soil.
Effect of Bending stage on Stem length
Kirubel et al., 2010
Effect of Bending height, Bending length and Flower removal on Stem
thickness
Kirubel et al., 2010
Pruning
For cut flower production:-
First week of October (North Indian condition)
Last week of June and again last week of November (Bangalore condition)
The height of pruning varies from 30-45 cm. from ground.
For hybrid tea roses:-
A sharp cut should be given at an angle of about 45º above eye bud.
 FLORIBUNDA:- Pruned lightly
 POLYANTHAS:-Need thinning of over crowded branches.
 CLIMBERS:-Removal of unwanted wood to control size and shape.
Disease Management:
Effects of different preservatives on the vase life of Rose cultivars
(Trika and Whisky Mac)
Butt et al., 2004
Effects of pulsing solutions and varieties on Flower
longevity and Flower head diameter
Tekalign et
Transport from the farm to the customer
Cold store (Farm)
↓
Refrigerated truck to the airport
↓
Cold store (Airport)
↓
Loading the aircrafts direct from the cold store within 5-10
minutes
↓
Unloading to the cold store in the receiving country
↓
Refrigerated truck to the customer
Source: APEDA
YIELD
CUT FLOWER
 Under protected cultivation ; 150-300 quality flower stems per
m2
per year.
Under open field condition ; 10- 20 flower stems (Hybrid Tea )
LOOSE FLOWER
 10-50 quintals/hactare (R. damascena)
REFERENCES:
 Singh , A.K. (2006) Flower crops Cultivation and management .
 Bose , T.K.,Yadav , L.P., Pal ,P. , Das,P. , Parthasarathy, V.A. Commercial
flowers
(Volume 1)
 Randhawa , G.S. and Mukhopadhyay, A. Floriculture in India.
 Internet sources.
THANK U

Mais conteúdo relacionado

Mais procurados

Mais procurados (20)

rose production technology
rose production technologyrose production technology
rose production technology
 
Gerbera
GerberaGerbera
Gerbera
 
ROSE CULTIVATION
 ROSE CULTIVATION ROSE CULTIVATION
ROSE CULTIVATION
 
Production technology of Cabbage
Production technology of Cabbage Production technology of Cabbage
Production technology of Cabbage
 
Crossandra.pptx
Crossandra.pptxCrossandra.pptx
Crossandra.pptx
 
Carrot production technology
Carrot production technologyCarrot production technology
Carrot production technology
 
Cultivation of marigold. production technology of marigold .
Cultivation of marigold. production technology of marigold .Cultivation of marigold. production technology of marigold .
Cultivation of marigold. production technology of marigold .
 
Production Technology of Bottlegourd
Production Technology of BottlegourdProduction Technology of Bottlegourd
Production Technology of Bottlegourd
 
Chrysanthemum production technology
Chrysanthemum production technologyChrysanthemum production technology
Chrysanthemum production technology
 
Jasmine.pptx
Jasmine.pptxJasmine.pptx
Jasmine.pptx
 
Floral biology of Okra
Floral biology of OkraFloral biology of Okra
Floral biology of Okra
 
Production Technology of Periwinkle
Production Technology of PeriwinkleProduction Technology of Periwinkle
Production Technology of Periwinkle
 
Greenhouse cultivation of lilium
Greenhouse cultivation of liliumGreenhouse cultivation of lilium
Greenhouse cultivation of lilium
 
Mustard
MustardMustard
Mustard
 
Production technology of grapes
Production technology of grapesProduction technology of grapes
Production technology of grapes
 
Cucumber Cultivation in Protected Farming
Cucumber Cultivation in Protected FarmingCucumber Cultivation in Protected Farming
Cucumber Cultivation in Protected Farming
 
Carnation cultivation
Carnation cultivationCarnation cultivation
Carnation cultivation
 
Sex expression in cucurbits
Sex expression in cucurbitsSex expression in cucurbits
Sex expression in cucurbits
 
Anthurium
AnthuriumAnthurium
Anthurium
 
VALUE ADDITION OF FLOWERS.pptx
VALUE ADDITION OF FLOWERS.pptxVALUE ADDITION OF FLOWERS.pptx
VALUE ADDITION OF FLOWERS.pptx
 

Destaque

Export and import of roses from india
Export and import of roses from indiaExport and import of roses from india
Export and import of roses from india
krushnatt
 
Horticulture related Developmental programmes
Horticulture related Developmental programmesHorticulture related Developmental programmes
Horticulture related Developmental programmes
Aditya
 
Gladiolus Flowers
Gladiolus FlowersGladiolus Flowers
Gladiolus Flowers
DINISHA
 

Destaque (20)

Rose
RoseRose
Rose
 
Cultivation practices roses
Cultivation practices    rosesCultivation practices    roses
Cultivation practices roses
 
Export and import of roses from india
Export and import of roses from indiaExport and import of roses from india
Export and import of roses from india
 
Floriculture
Floriculture Floriculture
Floriculture
 
Floriculture cut flower plants
Floriculture cut flower plantsFloriculture cut flower plants
Floriculture cut flower plants
 
Carnation
CarnationCarnation
Carnation
 
Floriculture industry
Floriculture industryFloriculture industry
Floriculture industry
 
Green house ppt
Green house pptGreen house ppt
Green house ppt
 
FLORICULTURE
FLORICULTUREFLORICULTURE
FLORICULTURE
 
Post Harvest Handling of Flower Crops
Post Harvest Handling of Flower CropsPost Harvest Handling of Flower Crops
Post Harvest Handling of Flower Crops
 
Gerbera
GerberaGerbera
Gerbera
 
Presentation on Gerbera project
Presentation on Gerbera projectPresentation on Gerbera project
Presentation on Gerbera project
 
GERBERA
GERBERAGERBERA
GERBERA
 
Supply Chain Management FLOWER Industry
Supply Chain Management FLOWER IndustrySupply Chain Management FLOWER Industry
Supply Chain Management FLOWER Industry
 
Horticulture related Developmental programmes
Horticulture related Developmental programmesHorticulture related Developmental programmes
Horticulture related Developmental programmes
 
Growing Roses Mabel Keller
Growing  Roses Mabel  KellerGrowing  Roses Mabel  Keller
Growing Roses Mabel Keller
 
Cultivation Process of Tubrose
Cultivation Process of Tubrose Cultivation Process of Tubrose
Cultivation Process of Tubrose
 
Gladiolus Flowers
Gladiolus FlowersGladiolus Flowers
Gladiolus Flowers
 
Orchids
OrchidsOrchids
Orchids
 
Market Research Report: Floriculture Market in India 2010
Market Research Report: Floriculture Market in India 2010Market Research Report: Floriculture Market in India 2010
Market Research Report: Floriculture Market in India 2010
 

Semelhante a Rose production technology

Production Of Aloe Vera
Production Of Aloe VeraProduction Of Aloe Vera
Production Of Aloe Vera
Kalpesh Tiwari
 

Semelhante a Rose production technology (20)

Production Technology of Roses In India
Production Technology of Roses In IndiaProduction Technology of Roses In India
Production Technology of Roses In India
 
Marigold – cultivation aspects and pigment extraction
Marigold – cultivation aspects and pigment extractionMarigold – cultivation aspects and pigment extraction
Marigold – cultivation aspects and pigment extraction
 
Gladi
GladiGladi
Gladi
 
Marigold
MarigoldMarigold
Marigold
 
ROSE CULTIVATION IN INDIA
ROSE CULTIVATION IN INDIAROSE CULTIVATION IN INDIA
ROSE CULTIVATION IN INDIA
 
chrysanthemum propagation and cultivation.ppt
chrysanthemum propagation and cultivation.pptchrysanthemum propagation and cultivation.ppt
chrysanthemum propagation and cultivation.ppt
 
Alpinia
AlpiniaAlpinia
Alpinia
 
A PRESENTATION ON PRODUCTION AND MANAGEMENT OF TUBEROSE
A PRESENTATION ON PRODUCTION AND MANAGEMENT OF TUBEROSEA PRESENTATION ON PRODUCTION AND MANAGEMENT OF TUBEROSE
A PRESENTATION ON PRODUCTION AND MANAGEMENT OF TUBEROSE
 
Anthurium cultivation guide 2018
Anthurium cultivation guide 2018Anthurium cultivation guide 2018
Anthurium cultivation guide 2018
 
Kedarnath
KedarnathKedarnath
Kedarnath
 
Gypsophila
GypsophilaGypsophila
Gypsophila
 
marigold production and management
marigold production and managementmarigold production and management
marigold production and management
 
Alstroemeria
AlstroemeriaAlstroemeria
Alstroemeria
 
Production technology of medicinal &aromatic plants.pptx
Production technology of medicinal &aromatic plants.pptxProduction technology of medicinal &aromatic plants.pptx
Production technology of medicinal &aromatic plants.pptx
 
Vegetable and spice crop production quiz 2077( avin kharel, roll no-15)
Vegetable and spice crop production quiz 2077( avin kharel, roll no-15)Vegetable and spice crop production quiz 2077( avin kharel, roll no-15)
Vegetable and spice crop production quiz 2077( avin kharel, roll no-15)
 
Production Of Aloe Vera
Production Of Aloe VeraProduction Of Aloe Vera
Production Of Aloe Vera
 
Production Of Aloe Vera
Production Of Aloe VeraProduction Of Aloe Vera
Production Of Aloe Vera
 
Carrot cultivation practices in Odisha
Carrot cultivation practices in OdishaCarrot cultivation practices in Odisha
Carrot cultivation practices in Odisha
 
Tuberose
TuberoseTuberose
Tuberose
 
Tomato
TomatoTomato
Tomato
 

Rose production technology

  • 3. INTRODUCTION  The rose is one of the oldest flowers in cultivation and most popular of all garden flowers.  The rose is an ornamental shrub with upright or climbing stem.  Roses can be one of the more profitable flower crops to grow, but also one of the most Difficult. IMPORTANCE AND USES  Cut flowers  Garden display  Pot plants Perfume and allied products • Rose water • Rose oil • Gulkand • Pankhuri • Gulroghan
  • 4. BOTANICAL DESCRIPTIONOF ROSES  Rose belongs to family Rosaceae.  All species of this flower with minor exception belongs to the genus Rosa.  There are about 150 recognized and described species of roses.  The genus Rosa is divided into 4 sub genera namely- Eurosa, Platyrhodon, Hesperhodos, Hulthemia. CLASSIFICATION OF ROSES  Hybrid tea:- (Hybrid perpetual x Tea roses) First variety:- La France created in1867  Floribunda:-(H.T. x Poliantha)  Hybrid perpetual First hybrid:- Princess Helene Tea Roses(Tea scented china roses)  Grandifiora:-(H.T. x Floribunda) First variety:-Buccaneer in 1952
  • 5.  Polyantha:-(R. multiflora x R.wichuriana) x R. indica First cultivar :- La paquerette (1875) Miniature rose :- popular as baby roses with small flowers. Climbers and ramblers:- clusters of small, single or double flowers China roses:- (R.chinensis) Damask Rose:- (R. damascena) Bourbon rose:- (china rose x damask rose) Cabbage rose:-(R. centifolia) French rose:- It has some medicinal properties Musk rose:- (R.moschata) R. rugosa:-cold resistant
  • 6.
  • 8.
  • 9.
  • 12.
  • 13. CULTIVARS SUITABLE FOR PROTECTED CULTIVATION FLOWER COLOUR RED PINK Bicolour Orange Purple Salman White Copper VARIETY Grand Gala, First Red, Jaguar, Sasha, Happiness, Happy Days Kiss, Europe, Roval, Nobles, Pink, Vanity Fair, Better Time, Prophyta Amour, Rodeo, Confetti, Yellow Gloria Indian Puma, Candid, Mercedes, Jazz, Orange Delight Jakaranka, Souvenier Lambada Eskimo, White Pearl Talisman
  • 14. PROPAGATION  Commercial method:- T budding  Dormant eyes on a scion of chosen variety are budded by T method on a rootstock.  Scion:- any commercial variety.  Rootstock:- R. multiflora is more suitable for southern parts as indicated by research done at IIHR. Bangalore.  Budded plants take less time to build up and produce economic production in short time.
  • 15. CLIMATE  The temperature should be maintained between 15-18 C.⁰  High temperature in polyhouse can be managed by simple ventilation, evaporative cooling from pad and fan system, micro sprinklers, foggers and misters.  Low temperature at night is more detrimental for growth and flowering of rose.  Humidity is maintained between 50-60% in poly house specially during hot summer months with the help of mist or sprinklers.  CO₂ level of 1000ppm is ideal for quality bloom production of rose.  In open field condition ideal temperature is 15-28 C⁰ and humidity 75%.
  • 16. INFLUENCE OF ENVIRONMENT PARAMETERS  Increase in temperature resulted in reduction in juvenile period, length of leafy shoots and fresh weight of shoot in Hybrid Tea rose.  Low temperature beyond 100 C in polyhouse promote diseases.  At low temperature , growth and flower production become slow but the quality of flowers are better. (Ginzburg et al.,1983)  The stem and flower buds in some roses do not elongate or expand until there has been an exposure to cool temperature.  Winter chilling was found to be necessary for flower bud formation in R. damascena. (Staikov, 1955)  Very high humidity often result in condensation of low temperature encourage the incidence of diseases.
  • 17. SOIL  An ideal soil should be rich loose and structurally stable with a depth of around 50 cm ensuring optimum drainage and aeration of the roots.  Roses do not tolerate water logging and high water table therefore an ideal soil must have a stable water table at the active root zone.  Roses can also be grown in soil less media like rock wool, peat, coco peat, perlite.  Soil pH should be slightly acidic 6.2-6.8.
  • 18. Land Preparation The soil should be dug to a depth of 60 cm. and incorporated with organic or inorganic additives to improve the soil structure. Soil sterilizing is an important technique to prevent the soil from soil borne diseases. Soil sterilizing techniques:- Soil solarization Chemical sterilization:To control soil borne phytopthora,fusarium and pythium Fumigation with 2% Formeldehyde (or) Methyl bromide-30g/m2 (or) Recent chemical-Dazomate (Basaline)-30g/m2 Covered with plastic sheet for 3 days
  • 19.
  • 20. Manure and Fertilizers Roses are gross feeder. The requirement of major nutrient are broadcasted on the beds and mixed into the upper 30 cm of soil. After establishment of plant nutrition is applied through irrigation system. CONCENTRATED REQUIRED FOR FERTIGATION NUTRIENTS SUMMER(PPM/L) WINTER(PPM/L) NITROGEN 100-200 150-160 AMMONIUM 20-25 20-25 NITRATE 80-100 130-140 PHOSPHORUS 20-25 30-35 POTASSIUM 120-140 160-170 CALCIUM 60-80 90-100 MAGNESSIUM 30-35 35-40 SULPHUR 40-50 40-50
  • 21. Effect of different Growing Media on plant growth parameters Anderson et al.,(2005)
  • 22. PLANTING oIdeal method of planting of rose double row system oPlant to plant distance -25 cm. oRow to row distance-30 cm. oLong stemmed varieties are planted at 25-26 cm. oShort stemmed varieties are planted at 18-25 cm. o Planting time: October- November
  • 23. Plant growth regulators Gibberellic Acid:-  Regulate the growth and flowering Increases the length of shoots Increases the number of nodes Prolonged the period of flowering and enhanced the yield.  BA along with Adenine applied with lanolin paste : Induction of bud break and shoot development. CCC(3%) solution caused dwarfing and improve flowering.
  • 24. Effect of Growth Regulators on Plant Growth Parameters Khan et al.,(2007)
  • 25. Irrigation Roses do not like water logging condition but need plenty of water for their growth and development. Frequency of irrigation depends on the water requirement of particular varieties. Ideal method-Drip irrigation system Another method of irrigation –Sub surface ,in which water is directly delivered at the root zone without any losses.  Regular soil moisture is very essential for rose. Deficiency of soil moisture can be detected by: Marginal browning of leaves Leaf drop Rolled and curled leaf Bent neck of flowers
  • 26.
  • 27. Cultural Operation Weed Management Manual weed control is effective if done frequently. Chemical control is economical, convenient and effective. Diuron @ 2 kg ai/hac. Oxyfluorofen @0.5 kg ai/hac. Rice straw mulch is also effective. Major weeds of rose :- Anagallis arvensis, Melilotus albums. Chinopodium alba,Poligonum etc.
  • 28. Canopy management  Important technique for commercial production of rose.  The aim is to achieve a high performance production frame work. Mulching It conserve soil moisture. Supply humus. Suppress weeds. It is done with paddy straw, dried leaves. Also promotes growth and flowering. It promotes physical properties of the soil.
  • 29.
  • 30. Effect of Bending stage on Stem length Kirubel et al., 2010
  • 31. Effect of Bending height, Bending length and Flower removal on Stem thickness Kirubel et al., 2010
  • 32.
  • 33.
  • 34.
  • 35. Pruning For cut flower production:- First week of October (North Indian condition) Last week of June and again last week of November (Bangalore condition) The height of pruning varies from 30-45 cm. from ground. For hybrid tea roses:- A sharp cut should be given at an angle of about 45º above eye bud.  FLORIBUNDA:- Pruned lightly  POLYANTHAS:-Need thinning of over crowded branches.  CLIMBERS:-Removal of unwanted wood to control size and shape.
  • 36.
  • 37.
  • 38.
  • 39.
  • 41.
  • 42.
  • 43.
  • 44.
  • 45.
  • 46.
  • 47.
  • 48.
  • 49. Effects of different preservatives on the vase life of Rose cultivars (Trika and Whisky Mac) Butt et al., 2004
  • 50. Effects of pulsing solutions and varieties on Flower longevity and Flower head diameter Tekalign et
  • 51.
  • 52.
  • 53.
  • 54.
  • 55.
  • 56. Transport from the farm to the customer Cold store (Farm) ↓ Refrigerated truck to the airport ↓ Cold store (Airport) ↓ Loading the aircrafts direct from the cold store within 5-10 minutes ↓ Unloading to the cold store in the receiving country ↓ Refrigerated truck to the customer Source: APEDA
  • 57.
  • 58. YIELD CUT FLOWER  Under protected cultivation ; 150-300 quality flower stems per m2 per year. Under open field condition ; 10- 20 flower stems (Hybrid Tea ) LOOSE FLOWER  10-50 quintals/hactare (R. damascena)
  • 59. REFERENCES:  Singh , A.K. (2006) Flower crops Cultivation and management .  Bose , T.K.,Yadav , L.P., Pal ,P. , Das,P. , Parthasarathy, V.A. Commercial flowers (Volume 1)  Randhawa , G.S. and Mukhopadhyay, A. Floriculture in India.  Internet sources.