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Gypsophila
Datta Awchar
(2012-11-106)

2

Centre for Plant Biotechnology and Molecular Biology
College of Horticulture
Introduction
 Baby’s Breath
 Greek word: gypsos – gypsum
philos – friendship
 Family: Caryophyllaceae
 Origin: Europe & Asia
 Important member of top ten cut flowers
3
...Introduction


Both single & double flowers extensively used as cut
flowers



G. paniculata and G. elegans popular cutflower used

in flower arrangement and bouquets


Mainly used as fillers in flower arrangements and
bouquets

4
 There are about 150 species in the genus
 Species include:
o
o
o
o
o
o
o
o

G. elegans
G. pacifica
G. paniculata
G. acutifolia
G. cerastioides
G. perfoliata
G. repens
G. viscosa

5
G. paniculata

G. repens

6

G. elegans

G. aretioides
G. viscosa

G. cerastioides

G. pacifica

G. perfoliata

7
EXTERNAL FACTORS AFFECTING PLANT
GROWTH & FLOWERING
Photoperiod :
Lond day plant
 Flower inducement more effective after 45 days
of vernalization & 16 hours of photoperiod


Light :



Critical factor in flower production during winter
Gypsophila does best in full sun in cool summer
areas or partial sun in warm summer areas

8
Temperature :
 Optimum growing temperature is 15°C
 Higher temperature (30°C) will reduce flowering
Relative humidity :
o Plantlets grown at high RH larger & consisted of more
shoots than in low RH
CO2 :
Within a month CO2 treated plants showed a weight
increase by 2-3 times than control
 CO concentration upto 350 microliters
2


9
Plant growth regulators :


GA, BA, Kinetin, Paclobutrazol have influence on growth &
flowering



Photoperiods & temperatures also influence the efficacy of
PGRs



GA3 250mg/l spray 3 times a week increase plant height,
number of flowering shoots/plant & length of flowering shoot



Application of BA 300ppm in heated plastic green house
under long day conditions promoted flower initiation
10
PROPAGATION


Seed propagation



Vegetative propagation


Cutting



Grafting



Micropropagation

11
CULTIVATION


Areas with congenial climate grown in outdoors



Gypsophila is a long day plant requires plenty of sun light
with high irradiance

Location :


Should be sunny throughout the day



Free from any strong winds



Amble supply of irrigation water



Should not be any waterlogging



Should be free of frost

12
Soil & soil sterilization:


Soil should be well drained with a low water table



pH - 6.5 to 7.5



Plot with a 3 years history of monoculture, yield increases
with solarization & fumigation with methyl bromide with
15% & 27% respectively

Soilless cultivation:


The best substrate for growth of G. paniculata is perlite +
peat & husk pines + perlite + peat substrate
13
Types of cultivation:
 Open

field

 Green

house

Planting density:
 Depends

on the variety – 6-8 plants/square meter

 40,000-50,000
 Bed

plants per hectare

should be 1 m wide and the paths between beds 0.5 m

Irrigation:
 2-3

drip lines and an overhead system

14
Pruning:
 After the second flush plants are pruned usually 2-3 cm
above ground level
 The GA 150ppm is sprayed after the pruning when growth
is delayed
Pinching:
 Pinching increases the flower stalk length & cut flower
production
 Pinching delays the days to budding & blooming but
increase the flower stalk length
 Leaf number & leaf width larger under non pinching
treatment than pinching treatment
15
Mulching:


Black polyethylene film hasten flowering



Cut flower yield increased by early planting & use of
reflective film

Harvesting:


It is harvested when the flowers are open & not matured



Flowers on the plant do not open simultaneously



Tip of spray opens first & is harvested separately



Flowers should not placed in water & refrigerated
immediately after the harvest

16
POST HARVEST HANDLING & TECHNOLOGY
 Gypsophila

exhibited a vase life of 14 days
 Flower can be stored for 1-2 days at 4 0C
 Dried flowers last for >1 year
Bud opening solution:
 Improve the water balance of cut inflorescence during transport
 200ppm

8HQC + 25 ppm silver nitrate + 5-10% sugar for 72

hours
Pulsing solution:
 5% sucrose + 510 ppm Benzalkonium chloride + 300 ppm 17
GA
at 210C results the longest vase life with 99% flower
opening
Vacuum cooling:
 Cooling rate increased with both water spray & stem water
absorption
 Water absorption through stem of cut flowers of gypsophila
used to prevent water loss during vacuum cooling
Packing:
 A corrugated modified atmosphere box (MAP box) consisting
of an inner layer of a differentially permeable polymer
incorporated into a craft liner laminated with a tissue paper
used for packing
 Inner layer limits the diffusion of CO & water vapour from the
2
box
 Tissue paper acts to prevent the formation of water droplets
18
on the inside surface
 It is commonly used when flowers are sent by sea transport
Storage of cut flower:


Gypsophila flowers with about 50% flowers in open
condition kept in a preservative solution



Store >2 weeks at 20C



Gypsophila should not be stored dry as the flowers will fail
to open

19
Drying of flowers:
Two methods:
1. Flowers are air dried & kept upright in a container of water
covering only the cut ends, at a temperature of 10 0C
2. Flowers are dipped in a solution of 1 part of glycerine & 2
parts of water


Flowers should be removed from the glycerine solution when
drops of water accumulate on the leaf surface



Stem should be dried keeping the flowers hanging down in a
well aerated room

20
Cold storage & cryopreservation of plants:


Roots cut into 20cm long pieces & kept with or without peat
moss in containers stored at -2 or 20 C for 6 months



Fresh weight of root clumbs & crowns unchanged after the
cold storage



Fructose found to be high in roots stored along with peat
moss at 20C



More plant height, early flower bud formation & flowering,
longer flower stalks & thicker stem
21
PESTS OF GYPSOPHILA


Thrips
 Regent (Fipronil) @ 1.5ml/l
 Pride (Acetamiprid) @ 0.4gm/l



Caterpillar
 Proclaim (Emamectin benzoate) @ 0.2ml/l



Nematodes
 Benlate (Benomyl) @ 3gm/l
 Hydrogen peroxide with silver @ 3ml/l



Whitefly
 Astra (Methomyl) @ 1.5gm/l

22
DISEASES


Powdery mildew
 Wettable sulphur @ 1.5gm/l
 Index (Myclobutanil) @ 0.5gm/l



Fusarium
 Topsin-M (Thyaphanate-Methyl) @ 2gm/l




Root rot
 Bavistin @ 2gm/l



Bacterial blight
 Streptocyclin @ 0.2ml/l
 Emison (Ethoxy methyl mercury chloride) @ 1.5ml/l

23
Popular varieties
White
 Million Stars – small semidouble blooms
 Fun Time Ultra – small blooms
 Golan – medium-sized semidouble blooms
 New Love – medium-sized semidouble Blooms
 Dynamic Love– medium-sized double Blooms
 Over Time – large blooms
 Bristol Fairy – large double blooms
Pink
 Pinkolina - medium-sized semidouble blooms
 My Pink – large double blooms
 Pink Fairy – large double blooms
 Pink Star – large double blooms

24
THANK YOU
Thank you

25

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Gypsophila

  • 1. 1
  • 2. Gypsophila Datta Awchar (2012-11-106) 2 Centre for Plant Biotechnology and Molecular Biology College of Horticulture
  • 3. Introduction  Baby’s Breath  Greek word: gypsos – gypsum philos – friendship  Family: Caryophyllaceae  Origin: Europe & Asia  Important member of top ten cut flowers 3
  • 4. ...Introduction  Both single & double flowers extensively used as cut flowers  G. paniculata and G. elegans popular cutflower used in flower arrangement and bouquets  Mainly used as fillers in flower arrangements and bouquets 4
  • 5.  There are about 150 species in the genus  Species include: o o o o o o o o G. elegans G. pacifica G. paniculata G. acutifolia G. cerastioides G. perfoliata G. repens G. viscosa 5
  • 6. G. paniculata G. repens 6 G. elegans G. aretioides
  • 7. G. viscosa G. cerastioides G. pacifica G. perfoliata 7
  • 8. EXTERNAL FACTORS AFFECTING PLANT GROWTH & FLOWERING Photoperiod : Lond day plant  Flower inducement more effective after 45 days of vernalization & 16 hours of photoperiod  Light :   Critical factor in flower production during winter Gypsophila does best in full sun in cool summer areas or partial sun in warm summer areas 8
  • 9. Temperature :  Optimum growing temperature is 15°C  Higher temperature (30°C) will reduce flowering Relative humidity : o Plantlets grown at high RH larger & consisted of more shoots than in low RH CO2 : Within a month CO2 treated plants showed a weight increase by 2-3 times than control  CO concentration upto 350 microliters 2  9
  • 10. Plant growth regulators :  GA, BA, Kinetin, Paclobutrazol have influence on growth & flowering  Photoperiods & temperatures also influence the efficacy of PGRs  GA3 250mg/l spray 3 times a week increase plant height, number of flowering shoots/plant & length of flowering shoot  Application of BA 300ppm in heated plastic green house under long day conditions promoted flower initiation 10
  • 12. CULTIVATION  Areas with congenial climate grown in outdoors  Gypsophila is a long day plant requires plenty of sun light with high irradiance Location :  Should be sunny throughout the day  Free from any strong winds  Amble supply of irrigation water  Should not be any waterlogging  Should be free of frost 12
  • 13. Soil & soil sterilization:  Soil should be well drained with a low water table  pH - 6.5 to 7.5  Plot with a 3 years history of monoculture, yield increases with solarization & fumigation with methyl bromide with 15% & 27% respectively Soilless cultivation:  The best substrate for growth of G. paniculata is perlite + peat & husk pines + perlite + peat substrate 13
  • 14. Types of cultivation:  Open field  Green house Planting density:  Depends on the variety – 6-8 plants/square meter  40,000-50,000  Bed plants per hectare should be 1 m wide and the paths between beds 0.5 m Irrigation:  2-3 drip lines and an overhead system 14
  • 15. Pruning:  After the second flush plants are pruned usually 2-3 cm above ground level  The GA 150ppm is sprayed after the pruning when growth is delayed Pinching:  Pinching increases the flower stalk length & cut flower production  Pinching delays the days to budding & blooming but increase the flower stalk length  Leaf number & leaf width larger under non pinching treatment than pinching treatment 15
  • 16. Mulching:  Black polyethylene film hasten flowering  Cut flower yield increased by early planting & use of reflective film Harvesting:  It is harvested when the flowers are open & not matured  Flowers on the plant do not open simultaneously  Tip of spray opens first & is harvested separately  Flowers should not placed in water & refrigerated immediately after the harvest 16
  • 17. POST HARVEST HANDLING & TECHNOLOGY  Gypsophila exhibited a vase life of 14 days  Flower can be stored for 1-2 days at 4 0C  Dried flowers last for >1 year Bud opening solution:  Improve the water balance of cut inflorescence during transport  200ppm 8HQC + 25 ppm silver nitrate + 5-10% sugar for 72 hours Pulsing solution:  5% sucrose + 510 ppm Benzalkonium chloride + 300 ppm 17 GA at 210C results the longest vase life with 99% flower opening
  • 18. Vacuum cooling:  Cooling rate increased with both water spray & stem water absorption  Water absorption through stem of cut flowers of gypsophila used to prevent water loss during vacuum cooling Packing:  A corrugated modified atmosphere box (MAP box) consisting of an inner layer of a differentially permeable polymer incorporated into a craft liner laminated with a tissue paper used for packing  Inner layer limits the diffusion of CO & water vapour from the 2 box  Tissue paper acts to prevent the formation of water droplets 18 on the inside surface  It is commonly used when flowers are sent by sea transport
  • 19. Storage of cut flower:  Gypsophila flowers with about 50% flowers in open condition kept in a preservative solution  Store >2 weeks at 20C  Gypsophila should not be stored dry as the flowers will fail to open 19
  • 20. Drying of flowers: Two methods: 1. Flowers are air dried & kept upright in a container of water covering only the cut ends, at a temperature of 10 0C 2. Flowers are dipped in a solution of 1 part of glycerine & 2 parts of water  Flowers should be removed from the glycerine solution when drops of water accumulate on the leaf surface  Stem should be dried keeping the flowers hanging down in a well aerated room 20
  • 21. Cold storage & cryopreservation of plants:  Roots cut into 20cm long pieces & kept with or without peat moss in containers stored at -2 or 20 C for 6 months  Fresh weight of root clumbs & crowns unchanged after the cold storage  Fructose found to be high in roots stored along with peat moss at 20C  More plant height, early flower bud formation & flowering, longer flower stalks & thicker stem 21
  • 22. PESTS OF GYPSOPHILA  Thrips  Regent (Fipronil) @ 1.5ml/l  Pride (Acetamiprid) @ 0.4gm/l  Caterpillar  Proclaim (Emamectin benzoate) @ 0.2ml/l  Nematodes  Benlate (Benomyl) @ 3gm/l  Hydrogen peroxide with silver @ 3ml/l  Whitefly  Astra (Methomyl) @ 1.5gm/l 22
  • 23. DISEASES  Powdery mildew  Wettable sulphur @ 1.5gm/l  Index (Myclobutanil) @ 0.5gm/l  Fusarium  Topsin-M (Thyaphanate-Methyl) @ 2gm/l   Root rot  Bavistin @ 2gm/l  Bacterial blight  Streptocyclin @ 0.2ml/l  Emison (Ethoxy methyl mercury chloride) @ 1.5ml/l 23
  • 24. Popular varieties White  Million Stars – small semidouble blooms  Fun Time Ultra – small blooms  Golan – medium-sized semidouble blooms  New Love – medium-sized semidouble Blooms  Dynamic Love– medium-sized double Blooms  Over Time – large blooms  Bristol Fairy – large double blooms Pink  Pinkolina - medium-sized semidouble blooms  My Pink – large double blooms  Pink Fairy – large double blooms  Pink Star – large double blooms 24