Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,

student at Horticultural college and research institute periyakulam
Apr. 4, 2017
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,
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Chili, peppers taxonomy origin evolution male sterility,chilli species classification, flower biology,

  1. Jagathesan K 2016653402 1
  2. Introduction • Botanical name - Capsicum annum L. • Family - Solanaceae • Chromosome number - 2n=24, 26 • Pungency - Capsaicin C18 H27 NO3, • Red color - Capsanthin 2
  3. Origin • Mexico is the center of diversity for C. annuum • Introduce Spain 1493 by Columbus – spread Mediterranean region to England in 1548 - central Europe in the 16th century • Brazil to India in 1885 by Portuguese • In china it came under cultivation during the late 1700s • Five cultivated species in world wide 3
  4. Domesticated around 5000BC Carried by Columbusto Spain,1493 Brought by Portuguese fromBrazil to India, 1584 Evolved as a wild crop 7500BC origin 4
  5. Conti…. Cultivated species are:- • C. annuum - Mexico • C. frutescens - Amazonia • C. chinense - Amazonia • C. pendulum - Peru and Bolivia • C. pubescens - Peru and Bolivia (Extinct) • C. pendulum becomes C. baccatum var. pendulum , • C. microcarpum becomes C. baccatum var. baccatum 5
  6. Capsicum annuum complex C. annuum var. annuum C. annuum var. avicular C. frutescens C. chinense C. chacoense Capsicum baccatum group C. baccatum var. praetermissum C. baccatum var. pendulum C. baccatum var. baccatum Capsicum eximium complex C. pubescens C. eximium C. cardenasii white flowers white flowers with yellow spots purple flowers X=13 species • C. ciliatum • C. buforum • C. campylopodium • C. cornutum • C. schottianum • C. villosum • C. pereirae • C. friburguense • 3 unnamed Capsicum 6
  7. 7
  8. Capsicum annuum Capsicum frutescens 8
  9. Capsicum pubescens C. chinense 9
  10. Capsicum baccatum 10
  11. 11
  12. 12
  13. Glabriusculum Grossum AbbreviatumGlabriusculumAccuminatum 13
  14. Annuum Cross section accuminatum Hollowness - accuminatum Trilocular 14
  15. Variety Fruit character Color Cerasiformae – cherry peppers 1.2 to 2.5cm – diameter Red, yellow or purple Conoides - Cone pepper, tobasco type 3cm long fruits erect, tabasco Fasciculatum – cluster pepper 7.5cm long, Erect, relates C frutescens Longum – long pepper 20-30cm long, Red, yellow or ivoy Abbreviatum – wrinkled pepper 5cm long ± ovate Accuminatum - 9cm long Linear, oblong pungent Grosssum – sweet pepper Basal depression, inflated Red or yellow 15
  16. Horticultural classification of Pepper Groups Size (inch) Common cultivars – pungency() Uses Bell 3to5 X 2to4 California and yolo wonder (non & few) Fresh market, salad, and canning Pimiento 2.5to5 X 2to3 Pimiento and pimsan (non) - do - Squash 1to2 X 2to4 Yellow cheese, (non) Processing, canning, pickiling Ancho 4to6 X 2to3 Ancho, Mexican chili(mild) Powder, dried chili cayenne 5to10 X 0.5to1 Cayenne long red(high) Dried, powder, sause, salads Jalapeno 1.5to3 X .75to1 Jalapeno (high) Greeen, 16
  17. Horticultural classification of Pepper Groups Size (inch) Common cultivars – pungency() Uses Anahelm 5to8 X .75to1.75 Paprika (non pungent) Color, canning Cuban 3to6 X 0.5to2 Cuban, golden greek (mild) Salads ,pickled Small hot 1.5to3 X .25to1 Fresno chili, serrano (high) Seasoning and Sause Cherry 0.5to2 Pungent Pickling Short wax 2to3 X 1to2 Cascabella, floral gem Processing, pickiling 17
  18. Groups Size (inch) Common cultivars – pungency() Uses Long wax 3to5X.75to1.5 Hungarian yellow wax, sweet banana Pickled and canning Tabasco 1to2 X 1.25 Frutescence spp. (high) Sause, pickled 18
  19. 19 Morphology of fruit • Fruit type is berry • Capsicin glands – between placenta and endocarp - produce capsaicin • Calyx – Persistent calyx • Seeds – rich in lecithin, absent capsaicin, hotness due to absorbance • Placenta – metabolic exchange fruit to seed
  20. Flower biology  Flower -Actinomorphic, Bisexual, Pedicellate, Hypogynous  Gynoecium -Superior ovary,  Androecium -Stamens 5-6, Epipetalous  Pollination -Self pollination (cross 16% bees, Ants & Thrips)  Flower opening -5am to 6am – cool days cloudy delay  Anther dehiscence -8am to 11am  Receptivity -24 hours after flower opening. 20
  21. Male sterility • GMS and CMS common in hot pepper • Stigma shriveled and devoid of pollen • Male-sterility in peppers (Capsicum annuum L.) was first documented in the 1950’s. Since then considerable 21
  22. Crossing procedure Remove male organs without damage the female part Emasculate unopened flower Collect the pollen from opened male flower Gently transfer the pollen stigma 22
  23. 23 Disease/insect /stress Resistant/tolerant source Fruit rot (Colletotrichum sp.) C. chinense, Accr 1555, 1554, 906, Chinese Giant, Hungarian Yellow Wax, Spartan Cercospora leaf spot California Wonder, Hungarian Wax Bacterial leaf spot PI 163192, PI 260435, PI 163189, PI 163192, PI 271322, PI 32219 Phytophthora root rot PI 201234 Phytophthora nicotianae PBG 631, UHF-1 Root knot nematode Santaba TMV Sonnette, Keystone Resistant Giant, YW, Yolo Y Tolerant to drought Arka Lohit Tolerant to salinity PLR 1
  24. Germplasm sources • AVRDC, Shanhua, Taiwan – 7500 base/active collection • Centro Agronomico Tropical de Investigations y Enseanza (CATIE), Rica • Centre for genetic resources, Netherlands • Central Institute of genetics and germplasm. Germany • NBPGR, New Delhi • IIVR, Varanasi 24
  25. Breeding objectives in Capsicumspp. MAJOR OBJECTIVES 1. Higheryield 2. More pungency (capsaicin) andoleoresin inhot chilli 3. Zero pungency (capsaicin) andmore antioxidant insweetpepper 4. Resistance to anthracnose, virus complex, fruit rot and bacterial wiltetc. 5. More dry powder from green fruit 6. High vitamin C 7. Color retention COMMONOBJECTIVES 1. Higher fruit weightandlarger size 2. More number of fruits per plant 3. Uniform fruit shape,sizeandcolor insweetpepper 4. Earliness 5. Wideradaptability 6. Improved nutritional quality 7. Longer shelflife 25
  26. Breeding methods • Mass selection - Improve multiple traits • Pureline selection - Land races/local cultivars • Pedigree method - Hybridization • Single seed descent - Generate inbred lines • Backcross method - Resistance breeding • Heterosis breeding - Hybridization • Mutation breeding - Irradiation 26
  27. Variety Parentage breeding methods Remarks G – 1(Lam) Nallapadu PLS G – 2 NP 46 A PLS G – 3 NP 46 A PLS Good retention of red colour G – 4 (Bhagyalaxmi) Thohian chilli from Sri lanka PLS Fairly tol.To biotic stress. G – 5 (Andhra Jyoti) G2 X B 31 (Bihar) Pedigree Cherry type fruit NP 46 A (IARI) PLS Tol.To virus K 1 (ARS, kovilpatti) B72A (Assam selection) PLS Tol.To thrips K2 K1 X sattur samba Pedigree MDU 1 K1 Irradiation mutation Dwarf plant, cluster bearing Co 1 - (TNAU) Sattur samba PLS – reselection Throught the year, dry pod Co 2 - (TNAU) Nambiyur local – Erode Selection Green & dry, Gundu type Co 3 Open pollinated – sri lanka Introduction Close spacing green & dry PKM 1 AC No. 1797 X Co 1 – F4 Hybridization Very bold seeds PMK 1 Co 2 X Ramnathapuram gundu Hybridizaton Rainfed cultivation 27
  28. K1 K2 Co1 KKM1 PKM 2 28
  29. Variety Parentage breeding methods Remarks Arka haritha CMS F1 Green & dry..resist. PM & virus Arka sweta CMS F1 Dual purpose 38t/ha Arka meghna CMS F1 Dual,Tol. Pm & virus Arka suphal PMR 57 CMS F1 Indeterminate, PM resist,Tol. virus Arka lohit Ihr324 local collection PLS tol to pm Arka abir Devanur dubha PLS Paprika var colour extraction Kashi anmol IC-523656, Sri Lanka Introduction Dwarf, umberla type, Kashi Surkh(CCH-2) Heterosis breeding (F1 ) Tall indeterminate (110-120 cm) Kashi Early (CCH-3) Heterosis breeding(F1 ) Indeterminate (80-100 cm height) VR-338 IIVR Mass selection indeterminate IVPBC – 535 IIVR AccessionAVRDC Introduction Determinate, long pendent, wrinkled 29
  30. Variety Parentage breeding methods Remarks Pant c 1 NP 46A Xkanthari PLS Tol.virus erect bearing Pant c2 NP 46A Xkanthari PLS Pendint bearing Pusa jwala NP46AX Puri red Pedigree Tol to thrips, mites ,aphids Pusa sadabahar Pusa jwala xIc31339 Pedigree Virus resistants(C. chinense) Ch1 (PAU) MS - 12XLLS GMS Tol viral, fungal Ch3 (PAU) MS – 12 X s - 2530 F1 Mild pungent, processing Punjab lal Perennial X long red Resist CMV,TMV, LCV California wonder USA Introduction 3-4 lobed Arka mokini Titan PLS Large 3-4 lobed Arka gowrow Golden wonder PLS Medium 3-4 lobed Arka basanth Soroksari PLS Cream conical Pusa deepti Hybridization Conical, high yield Kt1 (IARI, Katrain) Hybridization High yield potential 30
  31. Achievement Pusa Jwala Arka Lohit Arka Meghna Resham patto Arka Gaurav Arka Mohini GAVCH1 PusaMeghdoot 31
  32. 32
  33. Hotness in pepper • Chilli hotness measured by SHU (Scoville Heat Unit ) • Bhut jolokia – 1,001,304 SHU • Naga morich – 1,598,227 SHU 33
  34. Reference • Zhigila, D. A., Fruit Morphology as Taxonomic Features in Five Varieties of Capsicum annuum L. Solanaceae. 2014 • Mark J. Bassett., Breeding of vegetable crops, 67-137 • Sigh, H. R., 1997. Vegetable Breeding - Principles and practices:381- 406 • Reddy, M.K., Chilli (Capsicum annuum L.) breeding in india: an overview. 34
  35. 35 Thank you…..