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CREDIT SEMINAR
HOR – 691 (MAJOR)
ON
POST-HARVEST MANAGEMENT AND MARKETING OF ORCHIDS –
NORTHEAST REGION PERSPECTIVES
Presented by:
ANDREW LALTHAWMLIANA
Ph – 171/14
Dept. Of Horticulture
NU: SASRD
Medziphema Campus
Date: 16.12.2015
INTRODUCTION
• Orchids are one of the largest groups of flowering plants known for
their diversity of habits and habitats.
• Family Orchidaceae comprises of 22,500 species, under 779 genera
(Mabberly, 2008)
•In international trade - orchids ranks 6th in top 10 cut flowers
• Among orchids Cymbidium ranks the 1st position
• Orchids accounts for 3 % of the total cut flower production (De et.
al., 2013).
• India – 1300 spp.
• Northeast – 890 spp.
State-wise distribution of Species in NER-India
Sl. No. State No. of Species
1 Arunachal Pradesh 600
2 Assam 182
3 Manipur 207
4 Meghalaya 300
5 Mizoram 273
6 Nagaland 241
7 Sikkim 540
8 Tripura 66
Selected State-wise Area and Production of Orchids in India
(2013-2014)
(Area : In ' 000 Hectare ; Production : Loose In ' 000 MT, Cut In Lakh Number)
States Area Production (Loose) Production (Cut)
Assam 0.36 2.48 4.71
Meghalaya 0.01 - 0.47
Mizoram 0.02 - 0.01
Nagaland 0.00 - 0.01
Sikkim 0.04 - 0.25
Source: Ministry of Agriculture, Govt. of India. www.indiastat.com
Area and Production of Orchids in NER-India
POST-HARVEST MANAGEMENT IN ORCHID
Orchid flowers require proper post-harvest handling and care to reach
customers in the best possible form
Factors affecting postharvest quality
Flower maturity Temperature
Food supply Water supply
Light Air embolism
Bacterial plugging Physiological plugging
Water quality Ethylene
Growth tropisms Mechanical Damage
Diseases
Post-harvest management techniques
Harvesting Grading
Bunching Chemical solutions
Rehydration Pulsing
Bud opening Tinting
Packing Cooling
Retail handling Vase solutions
Drying
Characteristics of a good quality cut flower of an orchid (De, 2013)
Minimum eight standard blooms per stem
Flowers must be clean, evenly colored and free from physiological
disorders
Stem must have flowers evenly arranged and around the stem.
Two third of the stem should be covered with the flowers.
Flowers must have a firm texture and a luminescent sheen
Stems must be firm when held up
The minimum base diameter of the stem should be of 10mm
Grading of Orchis cut flowers are based on;
• Length of flower spike
• Number of opened flowers compared with buds
• Flower size
• Flower arrangement on the spike
• Stem curvature
• Presence of twisted or deformed flowers. (Singh, 2006, Sheela, 2008)
Packing of Orchids
Orchids are packed in
corrugated cardboard boxes
which are air-tight, water-
proof and strong enough for
handling. Boxes are lined
with tissue paper or
ordinary paper.
Review of literature on Post-harvest Management of Orchids
Ketsa et. al. (1995) for Dendrobium ‘Pompadour’
• AgNO3 + HQS + Glucose maximize water uptake and
vase life.
• AgNO3 effective than STS in controlling microbial growth
and in maximizing bud opening and vase life.
• AgNO3 may act as an antimicrobial agent, and not as an
inhibitor of ethylene synthesis.
Topliss (1998). Post harvest of Cymbidium orchids
Grade standards of Cymbidium orchids.
•Standard types (Large flowers)
Minimum number of flowers on an export stem is 8.
An 8 stem box is preferred.
•Intermediate stems
Sold as 10 stem boxes. Stem length (60 cm) > flower number.
•The Graded Box
Mixed color boxes are predominantly sold.
Auction market prefers an 8 stem = 2 white, 2 pink, 2 yellow and
2 green.
Standards
•Minimum 8 blooms per stem.
•Flowers - Clean, unblemished and evenly colored.
•Flowers - Evenly arranged along and around the stem.
•Spray must be 2/3 flowers and 1/3 stem.
•Flowers - Firm texture and a luminescent sheen.
•Stems - firm when held up.
•Diameter of the base of the stem = > 10mm.
Packing
• Perforated plastic sleeve.
• Tetoron is put in the back of the sleeve as cushion material.
• The box is packed flowers to the ends, stems to the centre.
• Each stem is put in a tube containing water.
• Before the lid is put, the box is sprayed with an aerosol insecticide
(permethrin).
Bose et. al. (1999) in the book Orchids of India (revised edition)
reported that:
• Chrysal increased the vase life of miniature Cymbidium.
• 8-HQC + 5% sucrose improved the flower quality and vase life of
Dendrobium, Vanda, Vandopsis, Aranthera, Oncidium and Arachnis
cultivars.
• The vase life of Phalaenopsis hybrid was prolonged by Chrysal VB
and sucrose mixture.
Singh (2006) in his book ‘Flower Crops; Cultivation and
Management’, reported that:
• Cattleya blooms develop spots on petals, if they are held at temperature
below 10ºC.
• Pulsing (sucrose (5-6%) along + HQC (500ppm) / benzyl adenine
(75ppm)) for 5-6 hours improves vase life.
• In Dendrobium hybrids, pulsing with sucrose 6% or BA 75ppm
improves vase life of flowers.
Saraswathy et. al. (2008) in the book, “Postharvest Management
of Horticultural Crops”, described the postharvest management of
orchids (Cymbidium, Cattleya, Paphiopedilum and Phalaenopsis) as
follows;
Harvesting: 3-4 days after opening
Grading and Bunching: Orchid flowers are graded as #1 or #2.
•Grade #1, are perfect in form and condition.
•Grade #2, have slight flaws such
•12-24 flowers are packed in a carton.
•Each flower is wrapped in shredded wax paper to prevent
mechanical injury.
Chemical solutions:
•Cymbidium and Paphiopedilum - 1 month (without)
•Cattleya and Phalaenopsis - 7-10 days (without)
•Pulse treatment with STS – protection against ethylene gas (1 hour
treatment with (25g/l).
Storage:
•Cut flowers can be stored up to 2 weeks at 5-7ºC.
•Cymbidium and Paphiopedilum can be held up to 3 weeks at 1ºC.
•Stored flowers are saleable 3-4 days after removal from storage.
Sheela (2008) in her book “Flowers for trade, Horticulture Science Series –
10”, reported that:
• Small quantity of boric acid, 8-hydroxy quinoline or cobalt chloride
enhances vase life.
Sl. No. Orchid genus Stage of Harvest Storage
Vase life
(Days)
1
Arachnis
Aranda
Aranthera
Ascocendra
Epidendrum
50% fully opened
8-10ºC
10-14 days
15
2 Cattleya
3-4 days after full
opening
8-10ºC
10-14 days
14
3 Cymbidium Top buds start opening
1-4ºC
14 days
15-21 days
4 Dendrobium All florets open
5-7ºC
10-14 days
14-21 days
5
Odontoglossum
Oncidium
When most of the flowers
are fully opened
7-10ºC
10-14 days
10-14 days
6 Paphiopedilum Full open
-0.5 - 3ºC
20 days
25-30 days
7 Phalaenopsis Full open
7-10ºC
14 days
14-21 days
Bhattacharjee and De, (2010) in their book Advanced Commercial Floriculture (2nd
Revised and Enlarged Edition), Vol – I, described the post harvest handling of cut flowers of
different orchids as follows:
Name of Species/hybrids Vase life (days)
1. Aerides odoratum, Aerides multiflorum, Cymbidium
iridioides, Dendrobium nobile, Renanthera imschootiana
28-56 days
2. Paphiopedilum hirtussimum, P. wardianum 56 days
3. Phaius tankervillae 28-42 days
4. Vanda coerulea, Vanda teres, Zygopetalum intermedium 14-21 days
5. Cymbidium hybrids 20-55 days
6. Dendrobium hybrids 14-21 days
7. Vanda, Mokara hybrids 14-30 days
8. Cattleya hybrids 10- 20 days
9. Phalaenopsis hybrids 25-30 days
10. Aranda 18-28 days
De et. al. (2013) described the post-harvest management of orchids as follows:
The vase life of orchids due to species and varietal differences as illustrated below;
Treatments for improving longevity of cut orchid flowers
1. Physical treatments
Pre-cooling:
• Desired temperature before packing:
 Cattleya - 7-10ºC
Cymbidium and Paphiopedilum - 0.5 to 4ºC
Dendrobium - 5-7ºC
Vase life of cut flowers as affected by stem cut ends:
•Re-cutting stems under water improves longevity due to elimination
of air from the conducting vessels.
2. Chemical treatments
• Conditioning:
de-mineralized water +germicides and + citric acid
(pH 4.5 to 5.0 but with or without sugar)
•Impregnation:
silver nitrate
nickel chloride
cobalt chloride
(high concentration (1000 ppm-1500 ppm) of for 10-15 minutes -
cymbidium, Phalaenopsis).
Pulsing:
Sugar STS AgNO3 HQ
MH AOA CaCl2 CoCl2
nickel sulphate aluminium sulphate benzyladenine
Eg:
•Cymbidium hybrid ‘Red Princess’ - 5% sucrose (56 days)
•Aranda - 4mM STS (10 min)
•Dendrobium hybrid - 25ppm AgNO3 + 135 Na2S2O3,
5H20 (30 min)
•Oncidium - AgNO3 (30 min)
•Phalaenopsis - 0.5mM STS (24 hours blocks
deliterious effect of ethylene).
Bud opening:
•Dendrobium hybrids - HQS or AgNO3 (50ppm)
•Cymbidium cv. “Ensikhan’- 4% sucrose + 100 ppm acetyl salicylic acid
or
4% sucrose + 100ppm Al2(SO4) 3
Preservatives - Citric acid (acidifying agent) & HQ (biocide)
• Metallic salts
 silver nitrate
 cobalt chloride
 aluminium sulphate
 zinc sulphate
 calcium nitrate
 nickel chloride
• growth regulators - BA, IAA, NAA, 2, 4, 5-T, GA3, B9, CCC
• ethylene inhibitors- AOA, ACA, AVG, glycine
Name of orchid Holding solution
Oncidium  8-HQC (100-200 ppm) + 4% sucrose
 kinetin (50ppm) + 4% sucrose
Cymbidium  2% sucrose + 200 ppm 8-HQC
 1-MCP (500ppb)
 1% Sucrose + STS (1 mM)
Arachnis, Aranda, Aranthera,
Cattleya
 STS (1mM) + 1% sucrose
Paphiopedilum  8-HQC (200 ppm) +2% sucrose
Vanda  AgNO3 (30 ppm) + 1.5% sucrose
Dendrobium  8-HQC (200 ppm) + sucrose (2%)
 0.5 mM AOA + 4% sucrose
 AgNO3 (30 ppm) + 4% sucrose
 400ppm HQ + 30ppm AgNO3 + 2 % sucrose
 200 ppm 8-HQS + 50ppm AgNO3 + 8%
sucrose
Holding solution for improving vase life of orchids are
Packaging
•Dendrobium, hybrid ‘Sonia-17’ - low gauge poly-film of 100 gauge
thickness, cotton dipped in 8-HQS (25ppm) covering the base of the
spike had maximum vase life and flower quality.
Storage of cut flowers
•Temperate orchids - at lower temperature even at 5ºC
•Tropical orchids are stored at 7-10º C.
•Relative humidity - 90-95 %
•Types of cold storage - ‘Wet storage’ and ‘Dry storage’.
•CA storage - gas tight cool chambers equipped
conc.of CO2 higher than 4 % and not below 0.4%
Orchid
Vase Life
(in Days)
Orchid
Vase life
(in days)
Cymbidium iridioides 29.50 Cym. Florance 53.66
Zygopetalum intermedium 18.10 Cym. White Beauty 53.05
Phaiustankervillae 24.20 Cym. Sleeping 56.90
Lycaste sp. ‘Nymph’ 9.00 Cym. ‘Valley Flower Powder
Puff’ 52.86
Anonymous, (2014)
1. Cym. 'PCMV' (56 days) – Pulsing (5% sucrose)
2. Cymbidium hybrid - 4% sugar + 200 ppm salicylic acid (Bud opening & Vase life)
3. Cane sugar (2%) found to increase vase life.
Vase life of diff. Orchids
MARKETING
In case of flower, trade from NER to metros is as below:
1. Farmers > Commission Agents/Consolidators > Traders in
Sourcing State > Traders in Metros > Retailers > Consumers
2. Farmers > Traders in sourcing state > Traders in Metros >
Retailers > Consumers
3. Grower cum Traders in Sourcing State > Traders in Metros >
Retailers > Consumers. (SFAC, 2012)
Marketing of Orchids in Arunachal Pradesh
 Orchid Society of Arunachal (OSA) - Nana – Koo Orchid Farm
(Nana – Koo Agro Pvt. Ltd., Ziro)
 Guwahati, Delhi, Kolkata
 Transported by road to air port at Ziro, North Lakhimpur, Tezpur and
Guwahati
 Best quality cut-flowers exported to Europe, USA, Japan, Singapore
and Thailand etc.
Particular Amount (₹)
Cost mark-up (₹) per
stem)
Average selling of small farmers 50.00 50.00
Aggregator charges (20%) 10.00 60.00
Transport to pack-house 02.00 62.00
Packaging cost 10.00 72.00
Pack-house/Trader’s margin (40%) 29.00 101.00
Road transportation (Sikkim to
Bagdogra
05.00 106.00
Air transportation (Bagdogra to Delhi) 15.00 121.00
Handling charges in Delhi 10.00
131.00
(Landing price)
Marketing of Orchids in Sikkim
 Large farmers and farmers’ group traders, pack-house or to Silliguri Market
 Small farmers middlemen/ consolidators and it moves further.
Cost build-up for a single Cymbidium orchid stem is as below:
MARGINS
Cymbidium orchid (Sikkim – Delhi)
• landing cost - ₹130-150 per stem
• average price Connaught Place - ₹ 200-250
• retail outlets - price goes beyond ₹ 300
• Thus there is a margin of ₹70–170. (SFAC, 2012)
POTENTIAL
 Varied and suitable climate
 All the important commercial varieties of orchids can be grown
 Native wealth suited for novelty product development
 Availability of regular air / rail / road links
 Proximity to the export markets in South-East Asian Region
 Availability of manpower
CONSTRAINTS
 Non-availability of suitable planting material
 Lack of technology for commercial multiplication
 Lack of post-harvest handling technology
 Lack of incentives
 Lack of appropriate Government policies for exporters
 Lack of commercial approach in cultivation.
CONCLUSION
Bottlenecks have to be addressed
Co-ordination between Govt. & Institutions
Private sector enterprises (have to be encouraged production of
planting materials, marketing, storage etc.)
Research on post harvest management
Proper marketing channels and organized market
Therefore, for a successful orchid industry in the region, an all
round approach in a holistic manner is to be made by all concerned
Institutions, Departments and Individuals.
GALLERY
Vanda cv. Miss Joaquim Vanda coerulea
Cattleya warneri Cattleya lubiata
Aerides flabellata
Coeloegyne usitanaCoeloegyne mayeriana
Eria ovata
Dendrobium thyrsifolium Dendrobium junceum
Epidendrum secundum
Epicattleya_’Siam_Jade’
Oncidium auriferum Oncidium excavatum
Phaius australis Aerides lawrenciae
Paphiopedilum micranthum Paphiopedilum malipoense
Paphiopedilum gladuliferum Paphiopedilum insigne
Phalaenopsis ‘Aphrodite’
Dendrobium ‘Purple Splash’
Dendrobium ‘Anucha Flare’ Cymbidium Hyb.
POST-HARVEST MANAGEMENT AND MARKETING OF ORCHIDS – NORTHEAST REGION PERSPECTIVES

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POST-HARVEST MANAGEMENT AND MARKETING OF ORCHIDS – NORTHEAST REGION PERSPECTIVES

  • 1. CREDIT SEMINAR HOR – 691 (MAJOR) ON POST-HARVEST MANAGEMENT AND MARKETING OF ORCHIDS – NORTHEAST REGION PERSPECTIVES Presented by: ANDREW LALTHAWMLIANA Ph – 171/14 Dept. Of Horticulture NU: SASRD Medziphema Campus Date: 16.12.2015
  • 2. INTRODUCTION • Orchids are one of the largest groups of flowering plants known for their diversity of habits and habitats. • Family Orchidaceae comprises of 22,500 species, under 779 genera (Mabberly, 2008) •In international trade - orchids ranks 6th in top 10 cut flowers • Among orchids Cymbidium ranks the 1st position • Orchids accounts for 3 % of the total cut flower production (De et. al., 2013). • India – 1300 spp. • Northeast – 890 spp.
  • 3. State-wise distribution of Species in NER-India Sl. No. State No. of Species 1 Arunachal Pradesh 600 2 Assam 182 3 Manipur 207 4 Meghalaya 300 5 Mizoram 273 6 Nagaland 241 7 Sikkim 540 8 Tripura 66
  • 4. Selected State-wise Area and Production of Orchids in India (2013-2014) (Area : In ' 000 Hectare ; Production : Loose In ' 000 MT, Cut In Lakh Number) States Area Production (Loose) Production (Cut) Assam 0.36 2.48 4.71 Meghalaya 0.01 - 0.47 Mizoram 0.02 - 0.01 Nagaland 0.00 - 0.01 Sikkim 0.04 - 0.25 Source: Ministry of Agriculture, Govt. of India. www.indiastat.com Area and Production of Orchids in NER-India
  • 5. POST-HARVEST MANAGEMENT IN ORCHID Orchid flowers require proper post-harvest handling and care to reach customers in the best possible form Factors affecting postharvest quality Flower maturity Temperature Food supply Water supply Light Air embolism Bacterial plugging Physiological plugging Water quality Ethylene Growth tropisms Mechanical Damage Diseases
  • 6. Post-harvest management techniques Harvesting Grading Bunching Chemical solutions Rehydration Pulsing Bud opening Tinting Packing Cooling Retail handling Vase solutions Drying
  • 7. Characteristics of a good quality cut flower of an orchid (De, 2013) Minimum eight standard blooms per stem Flowers must be clean, evenly colored and free from physiological disorders Stem must have flowers evenly arranged and around the stem. Two third of the stem should be covered with the flowers. Flowers must have a firm texture and a luminescent sheen Stems must be firm when held up The minimum base diameter of the stem should be of 10mm
  • 8. Grading of Orchis cut flowers are based on; • Length of flower spike • Number of opened flowers compared with buds • Flower size • Flower arrangement on the spike • Stem curvature • Presence of twisted or deformed flowers. (Singh, 2006, Sheela, 2008)
  • 9. Packing of Orchids Orchids are packed in corrugated cardboard boxes which are air-tight, water- proof and strong enough for handling. Boxes are lined with tissue paper or ordinary paper.
  • 10. Review of literature on Post-harvest Management of Orchids Ketsa et. al. (1995) for Dendrobium ‘Pompadour’ • AgNO3 + HQS + Glucose maximize water uptake and vase life. • AgNO3 effective than STS in controlling microbial growth and in maximizing bud opening and vase life. • AgNO3 may act as an antimicrobial agent, and not as an inhibitor of ethylene synthesis.
  • 11. Topliss (1998). Post harvest of Cymbidium orchids Grade standards of Cymbidium orchids. •Standard types (Large flowers) Minimum number of flowers on an export stem is 8. An 8 stem box is preferred. •Intermediate stems Sold as 10 stem boxes. Stem length (60 cm) > flower number. •The Graded Box Mixed color boxes are predominantly sold. Auction market prefers an 8 stem = 2 white, 2 pink, 2 yellow and 2 green.
  • 12. Standards •Minimum 8 blooms per stem. •Flowers - Clean, unblemished and evenly colored. •Flowers - Evenly arranged along and around the stem. •Spray must be 2/3 flowers and 1/3 stem. •Flowers - Firm texture and a luminescent sheen. •Stems - firm when held up. •Diameter of the base of the stem = > 10mm.
  • 13. Packing • Perforated plastic sleeve. • Tetoron is put in the back of the sleeve as cushion material. • The box is packed flowers to the ends, stems to the centre. • Each stem is put in a tube containing water. • Before the lid is put, the box is sprayed with an aerosol insecticide (permethrin).
  • 14. Bose et. al. (1999) in the book Orchids of India (revised edition) reported that: • Chrysal increased the vase life of miniature Cymbidium. • 8-HQC + 5% sucrose improved the flower quality and vase life of Dendrobium, Vanda, Vandopsis, Aranthera, Oncidium and Arachnis cultivars. • The vase life of Phalaenopsis hybrid was prolonged by Chrysal VB and sucrose mixture.
  • 15. Singh (2006) in his book ‘Flower Crops; Cultivation and Management’, reported that: • Cattleya blooms develop spots on petals, if they are held at temperature below 10ºC. • Pulsing (sucrose (5-6%) along + HQC (500ppm) / benzyl adenine (75ppm)) for 5-6 hours improves vase life. • In Dendrobium hybrids, pulsing with sucrose 6% or BA 75ppm improves vase life of flowers.
  • 16. Saraswathy et. al. (2008) in the book, “Postharvest Management of Horticultural Crops”, described the postharvest management of orchids (Cymbidium, Cattleya, Paphiopedilum and Phalaenopsis) as follows; Harvesting: 3-4 days after opening Grading and Bunching: Orchid flowers are graded as #1 or #2. •Grade #1, are perfect in form and condition. •Grade #2, have slight flaws such •12-24 flowers are packed in a carton. •Each flower is wrapped in shredded wax paper to prevent mechanical injury.
  • 17. Chemical solutions: •Cymbidium and Paphiopedilum - 1 month (without) •Cattleya and Phalaenopsis - 7-10 days (without) •Pulse treatment with STS – protection against ethylene gas (1 hour treatment with (25g/l). Storage: •Cut flowers can be stored up to 2 weeks at 5-7ºC. •Cymbidium and Paphiopedilum can be held up to 3 weeks at 1ºC. •Stored flowers are saleable 3-4 days after removal from storage. Sheela (2008) in her book “Flowers for trade, Horticulture Science Series – 10”, reported that: • Small quantity of boric acid, 8-hydroxy quinoline or cobalt chloride enhances vase life.
  • 18. Sl. No. Orchid genus Stage of Harvest Storage Vase life (Days) 1 Arachnis Aranda Aranthera Ascocendra Epidendrum 50% fully opened 8-10ºC 10-14 days 15 2 Cattleya 3-4 days after full opening 8-10ºC 10-14 days 14 3 Cymbidium Top buds start opening 1-4ºC 14 days 15-21 days 4 Dendrobium All florets open 5-7ºC 10-14 days 14-21 days 5 Odontoglossum Oncidium When most of the flowers are fully opened 7-10ºC 10-14 days 10-14 days 6 Paphiopedilum Full open -0.5 - 3ºC 20 days 25-30 days 7 Phalaenopsis Full open 7-10ºC 14 days 14-21 days Bhattacharjee and De, (2010) in their book Advanced Commercial Floriculture (2nd Revised and Enlarged Edition), Vol – I, described the post harvest handling of cut flowers of different orchids as follows:
  • 19. Name of Species/hybrids Vase life (days) 1. Aerides odoratum, Aerides multiflorum, Cymbidium iridioides, Dendrobium nobile, Renanthera imschootiana 28-56 days 2. Paphiopedilum hirtussimum, P. wardianum 56 days 3. Phaius tankervillae 28-42 days 4. Vanda coerulea, Vanda teres, Zygopetalum intermedium 14-21 days 5. Cymbidium hybrids 20-55 days 6. Dendrobium hybrids 14-21 days 7. Vanda, Mokara hybrids 14-30 days 8. Cattleya hybrids 10- 20 days 9. Phalaenopsis hybrids 25-30 days 10. Aranda 18-28 days De et. al. (2013) described the post-harvest management of orchids as follows: The vase life of orchids due to species and varietal differences as illustrated below;
  • 20. Treatments for improving longevity of cut orchid flowers 1. Physical treatments Pre-cooling: • Desired temperature before packing:  Cattleya - 7-10ºC Cymbidium and Paphiopedilum - 0.5 to 4ºC Dendrobium - 5-7ºC Vase life of cut flowers as affected by stem cut ends: •Re-cutting stems under water improves longevity due to elimination of air from the conducting vessels.
  • 21. 2. Chemical treatments • Conditioning: de-mineralized water +germicides and + citric acid (pH 4.5 to 5.0 but with or without sugar) •Impregnation: silver nitrate nickel chloride cobalt chloride (high concentration (1000 ppm-1500 ppm) of for 10-15 minutes - cymbidium, Phalaenopsis).
  • 22. Pulsing: Sugar STS AgNO3 HQ MH AOA CaCl2 CoCl2 nickel sulphate aluminium sulphate benzyladenine Eg: •Cymbidium hybrid ‘Red Princess’ - 5% sucrose (56 days) •Aranda - 4mM STS (10 min) •Dendrobium hybrid - 25ppm AgNO3 + 135 Na2S2O3, 5H20 (30 min) •Oncidium - AgNO3 (30 min) •Phalaenopsis - 0.5mM STS (24 hours blocks deliterious effect of ethylene).
  • 23. Bud opening: •Dendrobium hybrids - HQS or AgNO3 (50ppm) •Cymbidium cv. “Ensikhan’- 4% sucrose + 100 ppm acetyl salicylic acid or 4% sucrose + 100ppm Al2(SO4) 3 Preservatives - Citric acid (acidifying agent) & HQ (biocide) • Metallic salts  silver nitrate  cobalt chloride  aluminium sulphate  zinc sulphate  calcium nitrate  nickel chloride • growth regulators - BA, IAA, NAA, 2, 4, 5-T, GA3, B9, CCC • ethylene inhibitors- AOA, ACA, AVG, glycine
  • 24. Name of orchid Holding solution Oncidium  8-HQC (100-200 ppm) + 4% sucrose  kinetin (50ppm) + 4% sucrose Cymbidium  2% sucrose + 200 ppm 8-HQC  1-MCP (500ppb)  1% Sucrose + STS (1 mM) Arachnis, Aranda, Aranthera, Cattleya  STS (1mM) + 1% sucrose Paphiopedilum  8-HQC (200 ppm) +2% sucrose Vanda  AgNO3 (30 ppm) + 1.5% sucrose Dendrobium  8-HQC (200 ppm) + sucrose (2%)  0.5 mM AOA + 4% sucrose  AgNO3 (30 ppm) + 4% sucrose  400ppm HQ + 30ppm AgNO3 + 2 % sucrose  200 ppm 8-HQS + 50ppm AgNO3 + 8% sucrose Holding solution for improving vase life of orchids are
  • 25. Packaging •Dendrobium, hybrid ‘Sonia-17’ - low gauge poly-film of 100 gauge thickness, cotton dipped in 8-HQS (25ppm) covering the base of the spike had maximum vase life and flower quality. Storage of cut flowers •Temperate orchids - at lower temperature even at 5ºC •Tropical orchids are stored at 7-10º C. •Relative humidity - 90-95 % •Types of cold storage - ‘Wet storage’ and ‘Dry storage’. •CA storage - gas tight cool chambers equipped conc.of CO2 higher than 4 % and not below 0.4%
  • 26. Orchid Vase Life (in Days) Orchid Vase life (in days) Cymbidium iridioides 29.50 Cym. Florance 53.66 Zygopetalum intermedium 18.10 Cym. White Beauty 53.05 Phaiustankervillae 24.20 Cym. Sleeping 56.90 Lycaste sp. ‘Nymph’ 9.00 Cym. ‘Valley Flower Powder Puff’ 52.86 Anonymous, (2014) 1. Cym. 'PCMV' (56 days) – Pulsing (5% sucrose) 2. Cymbidium hybrid - 4% sugar + 200 ppm salicylic acid (Bud opening & Vase life) 3. Cane sugar (2%) found to increase vase life. Vase life of diff. Orchids
  • 27. MARKETING In case of flower, trade from NER to metros is as below: 1. Farmers > Commission Agents/Consolidators > Traders in Sourcing State > Traders in Metros > Retailers > Consumers 2. Farmers > Traders in sourcing state > Traders in Metros > Retailers > Consumers 3. Grower cum Traders in Sourcing State > Traders in Metros > Retailers > Consumers. (SFAC, 2012)
  • 28. Marketing of Orchids in Arunachal Pradesh  Orchid Society of Arunachal (OSA) - Nana – Koo Orchid Farm (Nana – Koo Agro Pvt. Ltd., Ziro)  Guwahati, Delhi, Kolkata  Transported by road to air port at Ziro, North Lakhimpur, Tezpur and Guwahati  Best quality cut-flowers exported to Europe, USA, Japan, Singapore and Thailand etc.
  • 29. Particular Amount (₹) Cost mark-up (₹) per stem) Average selling of small farmers 50.00 50.00 Aggregator charges (20%) 10.00 60.00 Transport to pack-house 02.00 62.00 Packaging cost 10.00 72.00 Pack-house/Trader’s margin (40%) 29.00 101.00 Road transportation (Sikkim to Bagdogra 05.00 106.00 Air transportation (Bagdogra to Delhi) 15.00 121.00 Handling charges in Delhi 10.00 131.00 (Landing price) Marketing of Orchids in Sikkim  Large farmers and farmers’ group traders, pack-house or to Silliguri Market  Small farmers middlemen/ consolidators and it moves further. Cost build-up for a single Cymbidium orchid stem is as below:
  • 30. MARGINS Cymbidium orchid (Sikkim – Delhi) • landing cost - ₹130-150 per stem • average price Connaught Place - ₹ 200-250 • retail outlets - price goes beyond ₹ 300 • Thus there is a margin of ₹70–170. (SFAC, 2012)
  • 31. POTENTIAL  Varied and suitable climate  All the important commercial varieties of orchids can be grown  Native wealth suited for novelty product development  Availability of regular air / rail / road links  Proximity to the export markets in South-East Asian Region  Availability of manpower
  • 32. CONSTRAINTS  Non-availability of suitable planting material  Lack of technology for commercial multiplication  Lack of post-harvest handling technology  Lack of incentives  Lack of appropriate Government policies for exporters  Lack of commercial approach in cultivation.
  • 33. CONCLUSION Bottlenecks have to be addressed Co-ordination between Govt. & Institutions Private sector enterprises (have to be encouraged production of planting materials, marketing, storage etc.) Research on post harvest management Proper marketing channels and organized market Therefore, for a successful orchid industry in the region, an all round approach in a holistic manner is to be made by all concerned Institutions, Departments and Individuals.
  • 34. GALLERY Vanda cv. Miss Joaquim Vanda coerulea Cattleya warneri Cattleya lubiata
  • 36. Dendrobium thyrsifolium Dendrobium junceum Epidendrum secundum Epicattleya_’Siam_Jade’
  • 37. Oncidium auriferum Oncidium excavatum Phaius australis Aerides lawrenciae
  • 38. Paphiopedilum micranthum Paphiopedilum malipoense Paphiopedilum gladuliferum Paphiopedilum insigne
  • 39. Phalaenopsis ‘Aphrodite’ Dendrobium ‘Purple Splash’ Dendrobium ‘Anucha Flare’ Cymbidium Hyb.