SlideShare a Scribd company logo
1 of 41
Presented by:
Kuldeep Garwa
Bael
 Bael (Aegle marmelos)
 Family-Rutaceae
 Type of fruit-Berry
 Edible portion-Succulent Placenta
 Origin: It is native to India and found throughout
southeast Asia.
Genetic resources
 CCSHAU, Regional Research Station, Bawal(10)
 ANDUAT, Faizabad(22)
 CIAH, Bikaner(16)
 CISH, Lucknow(44)
 GBPUAT, Pantnagar(10)
 CAZRI, Jodhpur(5)
Cultivars
 NB-5 best selection
 NB-7
 CISH B-2
 IC546120 heaviest fruit with highest TSS followed by
IC546131
 Pant Urvasi
 Pant Sujata
 Pant Aparna
 Gonda selection
 CISH B-2:-Tree dwarf
moderately spreading,
precocious bearing
 Fruit weight 1.80-2.70, thin
shelled, pulp 61.32%, TSS
31.90 brix
 Mature tree bears upto 60-
90kg fruit.
CISH B-2
Narendra Bael-5 Narendra Bael-7
 Fruit moderate size with
better quality, thin shell
 Less no. of seeds/fruit,
TSS 380 B, fruit weight
1.0-1.4kg/fruit, ascorbic
acid 15.50mg/100g.
 Avg. fruit weight
3.61kg, shell thickness
1.98mm, fruit length
19.50cm, breadth
21.25cm
 TSS 240B and ascorbic
acid 11.05mg/100g
IMLI
 Tamarind (Tamarindus indica)
 Family-Leguminosae
 Edible portion-Mesocarp
 Chromosome no.-24
 Origin: Origin of tamarind has been reported to be in the
tropical Africa and it still grows wild throughout the
Sudan.
 It is believed to be introduced into India since ancient time
and even occasionally reported as indigenous to India.
Genetic resources
 248 collections have been made by various organization
from Bihar, Jharkhand, Gujarat, Tamil Nadu, Andhra
Pradesh, Madhya Pradesh, Kerala, Karnataka, West
Bengal and north eastern states.
Germplasm
 T-111 faizabad
 PKM-1
 Tamarind-13(Goma Prateek)
 Urigam
 Pratisthan
 Tamarind-263
 Yogeshwari
 DST-1
 IC552913-heavy fruits with small seeds.
Lasoda
 Lasoda(Cordia myxa)
 Family-Boraginaceae
 Type of fruit-Drupe
 Edible portion-Mesocarp
 Origin and distribution: Native of Northwestern India and
distributed throughout country.
Genetic resources
 CCSHAU, Regional Research Station, Bawal(30)
 CIAH, Bikaner(65)
 NBPGR Regional Station, Jodhpur(73)
 ANDUAT, Faizabad
 Generally collected by NBPGR from Rajasthan, Haryana,
Gujarat, Madhya Pradesh, Himachal Pradesh and Uttar
Pradesh.
Germplasm
 IC546090-high fruit length or width.
 IC564563
 IC564553, IC564548-highest TSS
 IC564547, IC564559, IC564556- pulpiest fruit.
 IC564550, IC564555, IC564563-lightest seeds.
Karonda
 Karonda (Carissa carandas)
 Family-Apocynaceae
 Type of fruit-Berry
 Chromosome no.-22
 Edible portion-Epicarp & Mesocarp
 Origin: C. carandas and C. spinarum are native to India
while C. grandiflora is native to South Africa.
Genetic resources
 Main variability exists in the states of Maharashtra, Bihar,
West Bengal, Chhattisgarh, Orissa, Gujarat, Madhya
Pradesh, Rajasthan and in the western ghats.
 Major centres-college of agriculture,Kolhapur(212)
 MPKV, Rahuri
 CAZRI, Jodhpur(13)
 CISH, Lucknow(25)
 CIAH, Bikaner(5)
Germplasm
 PK-3
 PK-4
 Pant Manohar
 Pant Sudarshan
 Pant suvarna
 CHESK-1
 CHESK-2
 CHESK-1:-peak period of flowering is March and ripens
in the month of June.
 Fruit weight 6.0g, pulp weight 4.64g, TSS 10.60 B
ascorbic acid 26.39mg/100g.
 CHESK-2:-collected from Chirai Gaon, Varanasi. It
ripens in the month of June-July and recorded 4.0g fruit
weight, 10.30 B and ascorbic acid 34.00mg/100g.
 Pant Manohar:-fruits are attractive deep pinkish blush on
white background, avg. fruit weight 3.49g, pulp
composition is 88.27%, avg. yield/bush is 35 kg.
 Pant Sudarshan:- medium sized bush, fruits are light
pink in colour, avg. fruit weight 3.46g, pulp is 88.47%,
avg. yield is 32kg/bush
Khirni
 Khirni (Manilkara hexandra)
 Family-sapotaceae
 Type of fruit-Berry
 Chromosome no.-26
 Edible portion-epicarp & mesocarp
 Origin and distribution: M. hexandra is an indigenous tree
to India.
 It is found wild in the forests of South India, North-
central India, parts of Gujarat and Rajasthan.
Genetic resources
 64 diverse accessions were collected from 12 districts of
three states Rajasthan, Gujarat and Madhya Pradesh.
 Germplasm of khirni has also been collected by CIAH,
Godhra and CISH, Lucknow.
Germplasm
 IC584560, IC584558 and IC584569-heavist fruits 4.13g.
 IC584561 and IC584558-large fruits with high pulp.
 GK-1 and GK-10-promising cultivar.
Mahua
 Mahua (Madhuca latifolia)
 Family-sapotaceae
 Type of fruits-Berry
 Edible portion-Epicarp and mesocarp
 Origin: Originated in Indo-China region and spread upto
Australia.
Genetic resources
 CIAH, Godhra (35)
 CISH, lucknow(8)
 NBPGR, New Delhi(29)
 Promising cultivar:-MH-32, MH-34, MH-35, MH-26,
MH-27, MH-23, MH-33, MH-10, MH-14 etc.
Cultivars
 CISH M-8:- maximum weight 2.63g, TSS 23.260 B with
juice content 64.90%.
 Mahua-10:-superior collection from Vejalpur village,
Gujarat. Weight 2.29g, 65% juice, 26.370 B.
 Mahua-14:-superior collection from Otala village, Gujarat.
Avg. weight 2.24g, 66% juice and 25.00 B.
Jamun
 Jamun (Syzygium cumini)
 Family-Myrtaceae
 Type of fruit-Drupe
 Chromosome no.-40
 Origin and distribution: The jamun is native to India,
Burma, Ceylon and to the Andaman Islands and available
throughout Indian plains up to the height of 1300m.
Genetic resources
 Germplasm have been collected from various parts of
Maharashtra, Rajasthan, Gujarat, Uttar Pradesh and West
Bengal.
 Survey has been made by CISH, Lucknow in the states of
Uttar Pradesh, Haryana, Maharashtra and Gujarat and 54
accessions have been collected.
 NBPGR, New Delhi have also made extensive collections
in the parts of Haryana and Western Uttar Pradesh in
collaboration with CHES (CIAH) Godhra and CISH,
Lucknow and 20 elite accessions have been collected.
Cultivars
 CISH J-37:-tree height 40-50 ft, avg. fruit weight 24.05g,
pulp 92.26%, TSS 16.40 brix, ascorbic acid 49.88mg/100g
and yield 200-300kg/plant.
 CISH J-42:- seedless, tree height 10-11.5m, fruit weight
6.87g, pulp 97.9%, TSS 180 B, ascorbic acid
34.14mg/100g and yield 180-250kg/plant.
 Jamun GJ-2:-avg. fruit weight 20g recorded, 85.0% pulp,
180 b TSS, 45.43mg/100g ascorbic acid and yield 280
kg/plant
Phalsa
 Botanical name: Grewia subinaequalis
 Common name : Phalsa
 Family: Tiliaceae
 Chromosome no.-36
 Origin: Phalsa tree is native to Western India and spread
throughout south Asia and in the Indian sub-continent.
Genetic resources
 Phalsa germplasm has been collected from various parts of
country including the states of Rajasthan, Haryana,
Gujarat, Maharashtra and Andhra Pradesh, by NBPGR,
New Delhi, CCSHAU, Hisar and Regional Research
Station of CCSHAU, at Bawal.
 In Phalsa not much variability is reported due to the self
pollination and only two types tall and dwarf have been
collected.
 Germplasm of phalsa is to be identified for bold fruits,
small seeds and synchronized fruit maturity and longer
shelf life of fruits which are important traits.
Minor fruits1
Minor fruits1

More Related Content

What's hot

What's hot (20)

Tomato Breeding
Tomato BreedingTomato Breeding
Tomato Breeding
 
Breeding of guava
Breeding of guavaBreeding of guava
Breeding of guava
 
Peach breeding
Peach breedingPeach breeding
Peach breeding
 
walnut production technology
walnut production technologywalnut production technology
walnut production technology
 
floral biology of tomato
floral biology of tomatofloral biology of tomato
floral biology of tomato
 
Ber
BerBer
Ber
 
Canopy managemnt in grapes
Canopy managemnt in grapesCanopy managemnt in grapes
Canopy managemnt in grapes
 
floral biology of temperate fruit crop
floral biology of temperate fruit cropfloral biology of temperate fruit crop
floral biology of temperate fruit crop
 
History of fruit breeding
History of fruit breedingHistory of fruit breeding
History of fruit breeding
 
Package of practices for cultivation of citronella
Package of practices for cultivation of citronellaPackage of practices for cultivation of citronella
Package of practices for cultivation of citronella
 
Canopy management in fruits
Canopy management in fruitsCanopy management in fruits
Canopy management in fruits
 
Mango cultivation practices
Mango cultivation practicesMango cultivation practices
Mango cultivation practices
 
Apple cultivation
 Apple cultivation Apple cultivation
Apple cultivation
 
Ber ppt by pushpendra
Ber ppt by pushpendraBer ppt by pushpendra
Ber ppt by pushpendra
 
Grape breeding
Grape breedingGrape breeding
Grape breeding
 
Breeding in sapota
Breeding in sapotaBreeding in sapota
Breeding in sapota
 
Training and pruning in apple and pear
Training and pruning in apple and pearTraining and pruning in apple and pear
Training and pruning in apple and pear
 
Guava production technology
Guava production technologyGuava production technology
Guava production technology
 
Crop regulation in guava and pomegranate
Crop regulation in guava and pomegranateCrop regulation in guava and pomegranate
Crop regulation in guava and pomegranate
 
Breeding methods of mango
Breeding methods of mangoBreeding methods of mango
Breeding methods of mango
 

Viewers also liked

Tropical Fruits
Tropical FruitsTropical Fruits
Tropical FruitsCIAT
 
Underutilized wild fruits of North Maharashtra
Underutilized wild fruits of North Maharashtra Underutilized wild fruits of North Maharashtra
Underutilized wild fruits of North Maharashtra researchplantsciences
 
Mainstream agriculture vs wild and underutilized species for nutrition
Mainstream agriculture vs wild and underutilized species for nutritionMainstream agriculture vs wild and underutilized species for nutrition
Mainstream agriculture vs wild and underutilized species for nutritionTeresa Borelli
 
B.sc. agri i po h unit 5.3 cultivation practices of phalsa
B.sc. agri i po h unit 5.3 cultivation practices of phalsaB.sc. agri i po h unit 5.3 cultivation practices of phalsa
B.sc. agri i po h unit 5.3 cultivation practices of phalsaRai University
 
Micropropagation in fruit crops
Micropropagation in fruit cropsMicropropagation in fruit crops
Micropropagation in fruit cropsRajesh Pati
 

Viewers also liked (9)

Final presentation 2003
Final presentation 2003Final presentation 2003
Final presentation 2003
 
Underutilized fruit crops
Underutilized fruit cropsUnderutilized fruit crops
Underutilized fruit crops
 
Tropical Fruits
Tropical FruitsTropical Fruits
Tropical Fruits
 
Underutilized wild fruits of North Maharashtra
Underutilized wild fruits of North Maharashtra Underutilized wild fruits of North Maharashtra
Underutilized wild fruits of North Maharashtra
 
Mainstream agriculture vs wild and underutilized species for nutrition
Mainstream agriculture vs wild and underutilized species for nutritionMainstream agriculture vs wild and underutilized species for nutrition
Mainstream agriculture vs wild and underutilized species for nutrition
 
Guava toffee
Guava toffeeGuava toffee
Guava toffee
 
B.sc. agri i po h unit 5.3 cultivation practices of phalsa
B.sc. agri i po h unit 5.3 cultivation practices of phalsaB.sc. agri i po h unit 5.3 cultivation practices of phalsa
B.sc. agri i po h unit 5.3 cultivation practices of phalsa
 
PHALSA
PHALSAPHALSA
PHALSA
 
Micropropagation in fruit crops
Micropropagation in fruit cropsMicropropagation in fruit crops
Micropropagation in fruit crops
 

Similar to Minor fruits1

crop improvement of Aonla, Beal, ber, jackfruit, karonda, phalsa
crop improvement of Aonla, Beal, ber, jackfruit, karonda, phalsacrop improvement of Aonla, Beal, ber, jackfruit, karonda, phalsa
crop improvement of Aonla, Beal, ber, jackfruit, karonda, phalsaAmanDohre
 
Crop improvement and recent advances in Anola
Crop improvement and recent advances in AnolaCrop improvement and recent advances in Anola
Crop improvement and recent advances in Anolapraveen choyal
 
Status of Grasspea (Lathyrus Sativus) - Research and Development by A. Sarker...
Status of Grasspea (Lathyrus Sativus) - Research and Development by A. Sarker...Status of Grasspea (Lathyrus Sativus) - Research and Development by A. Sarker...
Status of Grasspea (Lathyrus Sativus) - Research and Development by A. Sarker...apaari
 
Jackfruit production technology
Jackfruit production technologyJackfruit production technology
Jackfruit production technologySushma Bhat
 
National and International Scenario in Fruit Production, Improved Varieties &...
National and International Scenario in Fruit Production, Improved Varieties &...National and International Scenario in Fruit Production, Improved Varieties &...
National and International Scenario in Fruit Production, Improved Varieties &...AmanDohre
 
National and International Scenario in Fruit Production, Improved Varieties &...
National and International Scenario in Fruit Production, Improved Varieties &...National and International Scenario in Fruit Production, Improved Varieties &...
National and International Scenario in Fruit Production, Improved Varieties &...AmanDohre
 
Threatened medicinal plants
Threatened medicinal plantsThreatened medicinal plants
Threatened medicinal plantsKannan R
 
production technology of brinjal
production technology of brinjalproduction technology of brinjal
production technology of brinjalkousalyahorti
 
Breeding of Bottlegourd & Bittergourd
Breeding of Bottlegourd & BittergourdBreeding of Bottlegourd & Bittergourd
Breeding of Bottlegourd & BittergourdASHISH KUMAR MAURYA
 
Guava hybridization- Psidium guajava genotypes
Guava hybridization- Psidium guajava genotypesGuava hybridization- Psidium guajava genotypes
Guava hybridization- Psidium guajava genotypesPriyanka Hugar
 
Cardiotonics
Cardiotonics Cardiotonics
Cardiotonics K Sweeka
 
Advances breeding of Guava
 Advances breeding of Guava Advances breeding of Guava
Advances breeding of GuavaGANGARAM RANA
 
Quality parameters in cucurbits & gourds
Quality parameters in cucurbits & gourdsQuality parameters in cucurbits & gourds
Quality parameters in cucurbits & gourdsManjappa Ganiger
 
Bhringraj..ecliptas alba
Bhringraj..ecliptas albaBhringraj..ecliptas alba
Bhringraj..ecliptas albakiran madagond
 

Similar to Minor fruits1 (20)

crop improvement of Aonla, Beal, ber, jackfruit, karonda, phalsa
crop improvement of Aonla, Beal, ber, jackfruit, karonda, phalsacrop improvement of Aonla, Beal, ber, jackfruit, karonda, phalsa
crop improvement of Aonla, Beal, ber, jackfruit, karonda, phalsa
 
Aswagandha.pptx
Aswagandha.pptxAswagandha.pptx
Aswagandha.pptx
 
Crop improvement and recent advances in Anola
Crop improvement and recent advances in AnolaCrop improvement and recent advances in Anola
Crop improvement and recent advances in Anola
 
GPB Lecture no.9 GUAVA .pptx
GPB Lecture no.9 GUAVA .pptxGPB Lecture no.9 GUAVA .pptx
GPB Lecture no.9 GUAVA .pptx
 
Status of Grasspea (Lathyrus Sativus) - Research and Development by A. Sarker...
Status of Grasspea (Lathyrus Sativus) - Research and Development by A. Sarker...Status of Grasspea (Lathyrus Sativus) - Research and Development by A. Sarker...
Status of Grasspea (Lathyrus Sativus) - Research and Development by A. Sarker...
 
Jackfruit production technology
Jackfruit production technologyJackfruit production technology
Jackfruit production technology
 
National and International Scenario in Fruit Production, Improved Varieties &...
National and International Scenario in Fruit Production, Improved Varieties &...National and International Scenario in Fruit Production, Improved Varieties &...
National and International Scenario in Fruit Production, Improved Varieties &...
 
National and International Scenario in Fruit Production, Improved Varieties &...
National and International Scenario in Fruit Production, Improved Varieties &...National and International Scenario in Fruit Production, Improved Varieties &...
National and International Scenario in Fruit Production, Improved Varieties &...
 
Threatened medicinal plants
Threatened medicinal plantsThreatened medicinal plants
Threatened medicinal plants
 
production technology of brinjal
production technology of brinjalproduction technology of brinjal
production technology of brinjal
 
Improvement of chilli
Improvement of chilliImprovement of chilli
Improvement of chilli
 
Breeding of Bottlegourd & Bittergourd
Breeding of Bottlegourd & BittergourdBreeding of Bottlegourd & Bittergourd
Breeding of Bottlegourd & Bittergourd
 
Guava hybridization- Psidium guajava genotypes
Guava hybridization- Psidium guajava genotypesGuava hybridization- Psidium guajava genotypes
Guava hybridization- Psidium guajava genotypes
 
Cardiotonics
Cardiotonics Cardiotonics
Cardiotonics
 
Advances breeding of Guava
 Advances breeding of Guava Advances breeding of Guava
Advances breeding of Guava
 
Quality parameters in cucurbits & gourds
Quality parameters in cucurbits & gourdsQuality parameters in cucurbits & gourds
Quality parameters in cucurbits & gourds
 
origin of pulses(1)
 origin of pulses(1) origin of pulses(1)
origin of pulses(1)
 
Jamun
JamunJamun
Jamun
 
Bhringraj..ecliptas alba
Bhringraj..ecliptas albaBhringraj..ecliptas alba
Bhringraj..ecliptas alba
 
Subtropical grape breeding india
Subtropical grape breeding indiaSubtropical grape breeding india
Subtropical grape breeding india
 

More from kuldeepgarwa

New microsoft office power point presentation copy
New microsoft office power point presentation   copyNew microsoft office power point presentation   copy
New microsoft office power point presentation copykuldeepgarwa
 
New microsoft office power point presentation
New microsoft office power point presentationNew microsoft office power point presentation
New microsoft office power point presentationkuldeepgarwa
 
Production technology of chili and capsicum
Production technology of chili and capsicumProduction technology of chili and capsicum
Production technology of chili and capsicumkuldeepgarwa
 

More from kuldeepgarwa (6)

New microsoft office power point presentation copy
New microsoft office power point presentation   copyNew microsoft office power point presentation   copy
New microsoft office power point presentation copy
 
Carrot
CarrotCarrot
Carrot
 
New microsoft office power point presentation
New microsoft office power point presentationNew microsoft office power point presentation
New microsoft office power point presentation
 
Kuldeep garwa
Kuldeep garwaKuldeep garwa
Kuldeep garwa
 
Layering
LayeringLayering
Layering
 
Production technology of chili and capsicum
Production technology of chili and capsicumProduction technology of chili and capsicum
Production technology of chili and capsicum
 

Minor fruits1

  • 2. Bael  Bael (Aegle marmelos)  Family-Rutaceae  Type of fruit-Berry  Edible portion-Succulent Placenta  Origin: It is native to India and found throughout southeast Asia.
  • 3. Genetic resources  CCSHAU, Regional Research Station, Bawal(10)  ANDUAT, Faizabad(22)  CIAH, Bikaner(16)  CISH, Lucknow(44)  GBPUAT, Pantnagar(10)  CAZRI, Jodhpur(5)
  • 4. Cultivars  NB-5 best selection  NB-7  CISH B-2  IC546120 heaviest fruit with highest TSS followed by IC546131  Pant Urvasi  Pant Sujata  Pant Aparna  Gonda selection
  • 5.  CISH B-2:-Tree dwarf moderately spreading, precocious bearing  Fruit weight 1.80-2.70, thin shelled, pulp 61.32%, TSS 31.90 brix  Mature tree bears upto 60- 90kg fruit. CISH B-2
  • 6. Narendra Bael-5 Narendra Bael-7  Fruit moderate size with better quality, thin shell  Less no. of seeds/fruit, TSS 380 B, fruit weight 1.0-1.4kg/fruit, ascorbic acid 15.50mg/100g.  Avg. fruit weight 3.61kg, shell thickness 1.98mm, fruit length 19.50cm, breadth 21.25cm  TSS 240B and ascorbic acid 11.05mg/100g
  • 7.
  • 8.
  • 9. IMLI  Tamarind (Tamarindus indica)  Family-Leguminosae  Edible portion-Mesocarp  Chromosome no.-24  Origin: Origin of tamarind has been reported to be in the tropical Africa and it still grows wild throughout the Sudan.  It is believed to be introduced into India since ancient time and even occasionally reported as indigenous to India.
  • 10. Genetic resources  248 collections have been made by various organization from Bihar, Jharkhand, Gujarat, Tamil Nadu, Andhra Pradesh, Madhya Pradesh, Kerala, Karnataka, West Bengal and north eastern states.
  • 11. Germplasm  T-111 faizabad  PKM-1  Tamarind-13(Goma Prateek)  Urigam  Pratisthan  Tamarind-263  Yogeshwari  DST-1  IC552913-heavy fruits with small seeds.
  • 12.
  • 13.
  • 14. Lasoda  Lasoda(Cordia myxa)  Family-Boraginaceae  Type of fruit-Drupe  Edible portion-Mesocarp  Origin and distribution: Native of Northwestern India and distributed throughout country.
  • 15. Genetic resources  CCSHAU, Regional Research Station, Bawal(30)  CIAH, Bikaner(65)  NBPGR Regional Station, Jodhpur(73)  ANDUAT, Faizabad  Generally collected by NBPGR from Rajasthan, Haryana, Gujarat, Madhya Pradesh, Himachal Pradesh and Uttar Pradesh.
  • 16. Germplasm  IC546090-high fruit length or width.  IC564563  IC564553, IC564548-highest TSS  IC564547, IC564559, IC564556- pulpiest fruit.  IC564550, IC564555, IC564563-lightest seeds.
  • 17.
  • 18.
  • 19. Karonda  Karonda (Carissa carandas)  Family-Apocynaceae  Type of fruit-Berry  Chromosome no.-22  Edible portion-Epicarp & Mesocarp  Origin: C. carandas and C. spinarum are native to India while C. grandiflora is native to South Africa.
  • 20. Genetic resources  Main variability exists in the states of Maharashtra, Bihar, West Bengal, Chhattisgarh, Orissa, Gujarat, Madhya Pradesh, Rajasthan and in the western ghats.  Major centres-college of agriculture,Kolhapur(212)  MPKV, Rahuri  CAZRI, Jodhpur(13)  CISH, Lucknow(25)  CIAH, Bikaner(5)
  • 21. Germplasm  PK-3  PK-4  Pant Manohar  Pant Sudarshan  Pant suvarna  CHESK-1  CHESK-2
  • 22.  CHESK-1:-peak period of flowering is March and ripens in the month of June.  Fruit weight 6.0g, pulp weight 4.64g, TSS 10.60 B ascorbic acid 26.39mg/100g.  CHESK-2:-collected from Chirai Gaon, Varanasi. It ripens in the month of June-July and recorded 4.0g fruit weight, 10.30 B and ascorbic acid 34.00mg/100g.  Pant Manohar:-fruits are attractive deep pinkish blush on white background, avg. fruit weight 3.49g, pulp composition is 88.27%, avg. yield/bush is 35 kg.  Pant Sudarshan:- medium sized bush, fruits are light pink in colour, avg. fruit weight 3.46g, pulp is 88.47%, avg. yield is 32kg/bush
  • 23.
  • 24.
  • 25. Khirni  Khirni (Manilkara hexandra)  Family-sapotaceae  Type of fruit-Berry  Chromosome no.-26  Edible portion-epicarp & mesocarp  Origin and distribution: M. hexandra is an indigenous tree to India.  It is found wild in the forests of South India, North- central India, parts of Gujarat and Rajasthan.
  • 26. Genetic resources  64 diverse accessions were collected from 12 districts of three states Rajasthan, Gujarat and Madhya Pradesh.  Germplasm of khirni has also been collected by CIAH, Godhra and CISH, Lucknow.
  • 27. Germplasm  IC584560, IC584558 and IC584569-heavist fruits 4.13g.  IC584561 and IC584558-large fruits with high pulp.  GK-1 and GK-10-promising cultivar.
  • 28.
  • 29. Mahua  Mahua (Madhuca latifolia)  Family-sapotaceae  Type of fruits-Berry  Edible portion-Epicarp and mesocarp  Origin: Originated in Indo-China region and spread upto Australia.
  • 30. Genetic resources  CIAH, Godhra (35)  CISH, lucknow(8)  NBPGR, New Delhi(29)  Promising cultivar:-MH-32, MH-34, MH-35, MH-26, MH-27, MH-23, MH-33, MH-10, MH-14 etc.
  • 31. Cultivars  CISH M-8:- maximum weight 2.63g, TSS 23.260 B with juice content 64.90%.  Mahua-10:-superior collection from Vejalpur village, Gujarat. Weight 2.29g, 65% juice, 26.370 B.  Mahua-14:-superior collection from Otala village, Gujarat. Avg. weight 2.24g, 66% juice and 25.00 B.
  • 32.
  • 33. Jamun  Jamun (Syzygium cumini)  Family-Myrtaceae  Type of fruit-Drupe  Chromosome no.-40  Origin and distribution: The jamun is native to India, Burma, Ceylon and to the Andaman Islands and available throughout Indian plains up to the height of 1300m.
  • 34. Genetic resources  Germplasm have been collected from various parts of Maharashtra, Rajasthan, Gujarat, Uttar Pradesh and West Bengal.  Survey has been made by CISH, Lucknow in the states of Uttar Pradesh, Haryana, Maharashtra and Gujarat and 54 accessions have been collected.  NBPGR, New Delhi have also made extensive collections in the parts of Haryana and Western Uttar Pradesh in collaboration with CHES (CIAH) Godhra and CISH, Lucknow and 20 elite accessions have been collected.
  • 35. Cultivars  CISH J-37:-tree height 40-50 ft, avg. fruit weight 24.05g, pulp 92.26%, TSS 16.40 brix, ascorbic acid 49.88mg/100g and yield 200-300kg/plant.  CISH J-42:- seedless, tree height 10-11.5m, fruit weight 6.87g, pulp 97.9%, TSS 180 B, ascorbic acid 34.14mg/100g and yield 180-250kg/plant.  Jamun GJ-2:-avg. fruit weight 20g recorded, 85.0% pulp, 180 b TSS, 45.43mg/100g ascorbic acid and yield 280 kg/plant
  • 36.
  • 37.
  • 38. Phalsa  Botanical name: Grewia subinaequalis  Common name : Phalsa  Family: Tiliaceae  Chromosome no.-36  Origin: Phalsa tree is native to Western India and spread throughout south Asia and in the Indian sub-continent.
  • 39. Genetic resources  Phalsa germplasm has been collected from various parts of country including the states of Rajasthan, Haryana, Gujarat, Maharashtra and Andhra Pradesh, by NBPGR, New Delhi, CCSHAU, Hisar and Regional Research Station of CCSHAU, at Bawal.  In Phalsa not much variability is reported due to the self pollination and only two types tall and dwarf have been collected.  Germplasm of phalsa is to be identified for bold fruits, small seeds and synchronized fruit maturity and longer shelf life of fruits which are important traits.