Abstract
Nine accessions ofVicia narbonensis, considered to be the wild progenitor of faba bean (Vicia faba), were investigated to ascertain the nature and extent of intraspecific karyotypic polymorphism. The chromosome complements resolved into four distinct types (A, B, C, D), and the meiotic data of F1 hybrids (A × B, B × C, A × C) revealed that alteration in chromosome morphology is the result of segmental interchanges. The interchange complexes indicate that the parents differ from each other by 1 to 2 interchanges. It is also evident that karyotype B, and not A as previously reported, is the normal karyotype of the species, and A and C are single homozygotes for unequal interchange. The comparative karyomorphology of the parents and the hybrids, and of two interchange heterozygotes of four chromosomes each in F1 hybrids of A × C shows that the chromosomes involved in the single interchange homozygotes (A, C) are not common and the breaks in both interchanges occurred in short and long arms of the involved chromosomes. Identification of the interchanged chromosomes in the complements and the frequency of ring and chain quadrivalents in the heterozygotes enabled location of the breakpoints. The present results provide probably the first example indicating that interchange homozygosity (A) is not only firmly established but also has enabled the species to spread further by adapting to a wide range of habitats. — The genetic relationships between A and D are very different. All seven chromosome pairs in D could be distinguished from A, and for that matter, B and C as well. From the meiotic pairing properties it is also amply clear that genome D is well differentiated from A and possibly B, and C, and deserves special status.
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Anonymous, 1987: Evaluation of germplasm collections. — In: Genetic Resources Programme, pp. 23–34. — Aleppo, Syria: ICARDA.
Ascherson, P. F. A., Graebner, C. O., 1909:Vicia. — In: Synopsis der mitteleuropäischen Flora6. — Leipzig: Engelmann.
Avery, A. G., Satina, S., Rietsema, J., 1959: — InBlakeslee, A. F., (Ed.): The genusDatura. — New York: Ronald Press.
Ball, P. W., 1968:Vicia. — InTutin, T. G., Heywood, V. H., Burges, N. A., Moore, D. M., Valentine, D. H., Walters, S. M., Webb, D. A., (Eds.): Flora Europaea2, pp. 129–136. — London: Cambridge University Press.
Birch, A. N. E., Tithecott, M. T., Bisby, F. A., 1985:Vicia johannis and wild relatives of the Faba bean: A taxonomic study. — Economic Bot.39: 177–190.
Bond, D. A., 1976: Field bean,Vicia faba (Leguminosae — Papilionatae). — InSimmonds, N. W., (Ed.): Evolution of crop plants, pp. 179–182. — London, New York: Longman.
Brandham, P. E., 1983: Evolution in a stable chromosome system. — InBrandham, P. E., Bennet, M. D., (Eds.): Kew Chromosome Conference 2, pp. 251–260. — London: George Allen & Unwin.
—,Johnson, M. A. T., 1977: Population cytology of structural and numerical chromosome variants in theAloineae. — Pl. Syst. Evol.128: 105–122.
Chapman, G. P., 1984:Vicia faba cytogenetics and breeding: An introduction. — InChapman, G. P., Tarawali, S. A., (Eds.): Systems for cytogenetic analysis inVicia faba L., pp. 1–11. — Dordrecht: Martinus Nijhoff/Dr W. Junk.
Cubero, J. I., 1974: On the evolution ofVicia faba L. — Theor. Appl. Genet.45: 47–51.
—, 1982: Interspecific hybridization inVicia. — InHawtin, G., Webb, C., (Eds.): Faba bean improvement, pp. 91–108. — The Hague: Martinus Nijhoff.
—, 1984: Taxonomy, distribution and evolution of the Faba bean and its wild relatives. — InWitcombe, J. R., Erskine, W., (Eds.): Genetic resources and their exploitation—chickpeas, Faba beans and Lentils, pp. 131–143. — the Netherlands: Martinus Nijhoff/Dr W. Junk.
Darlington, C. D., 1956: Natural populations and the breakdown of classical genetics. — Proc. Roy. Soc. London, Ser. B, Biol. Sci.145: 350–364.
—,La Cour, L. F., 1950: Hybridity selection inCampanula. — Heredity4: 217–248.
Ehara, K., 1950: Forage Crops 1. — Tokyo: Yokendo.
Garber, E. D., 1960: The genusCollinsia. 9. Speciation and chromosome repatterning. — Cytologia25: 233–243.
Gerstel, D. U., 1953: Chromosomal translocations in interspecific hybrids of the genusGossypium. — Evolution7: 234–244.
Gill, N. T., Vear, V. C., 1966: Agricultural botany. — London: Duckworth & Co.
Gill, K. S., Yermanos, D. M., 1967a: Cytogenetic studies on the genusLinum. 1. Hybrids among taxa with 15 as the haploid chromosome number. — Crop Sci.7: 623–627.
—, —, 1967b: Cytogenetic studies on the genusLinum. 2. Hybrids among taxa with nine as the haploid chromosome number. — Crop Sci.7: 627–631.
Grant, V., 1956a: Chromosome repatterning and adaptation. — Adv. Genet.8: 89–107.
—, 1956b: The genetic structure of races and species inGilia. — Adv. Genet.8: 55–87.
—, 1975: Genetics of flowering plants. — New York, London: Columbia University Press.
Hagberg, A., 1958: Cytogenetik einiger Gerstenmutanten. — Züchter28: 32–36.
—,Tjio, J. H., 1952: Cytological studies of some homozygous translocations in barley. — Anales Estac Exp. Atul Dei2: 215–223.
Haq, N., 1979: Interspecific hybridization inVicia spp. — FABIS Newsletter1: 19.
Holden, J. H. W., 1966: Species relationships inAvenae. — Chromosoma20: 75–124.
Khush, G. S., 1962: Cytogenetic and evolutionary studies inSecale. 2. Interrelationships of the wild species. — Evolution16: 484–496.
Kupicha, F. K., 1976: The infrageneric structure ofVicia. — Notes Roy. Bot. Gard. Edinburgh34: 287–326.
Ladizinsky, G., 1975: On the origin of the broad bean,Vicia faba L. — Israel J. Bot.24: 80–88.
Lawes, D. A., 1978: Recent developmens in understanding, improvement, and use ofVicia faba. — InSummerfield, R. J., Bunting, A. H., (Eds.): Advances in legume science, pp. 625–636. — Kew, Surrey, England: Royal Botanic Gardens.
Ledebour, C. F. V., 1843: Flora Rossica 1. — Stuttgart: Schweizerbart.
Lewis, H., 1953: The mechanism of evolution in the genusClarkia. — Evolution5: 142–157.
—, 1966: Speciation in flowering plants. — Science152: 167–172.
Meikle, D. D., 1977: Flora of Cyprus, pp. 536–581. — Kew, England: Royal Botanic Gardens.
Miller, P., 1754: The gardeners dictionary. 4th ed. — London: Rivington.
Mooring, J., 1958: A cytogenetic study ofClarkia unguiculata. 1. Translocations. — Amer. J. Bot.45: 233–242.
—, 1961: The evoltuionary role of translocations inClarkia unguiculata (Onagraceae). — Recent Adv. Bot. 1961: 853–858.
Mosquin, T., 1968: Chromosomal translocations inEpilobium. — Canad. J. Genet. Cytol.10: 794–798.
Müller, P., 1976: Morphological and cytological abnormalities in a homozygous interchange inPisum sativum. — Genetica46: 287–296.
Pal, M., Khoshoo, T. N., 1973: Evolution and improvement of cultivated Amaranths. 7. Cytogenetic relationships in vegetable Amaranths. — Theor. Appl. Genet.43: 343–350.
Plitmann, U., 1967: Biosystematical studies in the annual species ofVicia andLathyrus in the Middle East. — Ph.D. Thesis. Jerusalem: The Hebrew University.
—, 1970: AnnualVicia. — InDavis, P. H., (Ed.): Flora of Turkey3, pp. 274–325. — Edinburgh: Edinburgh University Press.
Raina, S. N., Rees, H., 1983: DNA variation between and within chromosome complements ofVicia species. — Heredity51: 335–346.
—,Bisht, M. S., 1988: DNA amounts and chromatin compactness inVicia. — Genetica77: 65–77.
Ramsay, G., Pickersgill, B., 1984: Interspecific hybridization inVicia sectionFaba: Comparison of selfed and hybrid embryo and endosperm. — InChapman, G. P., Tarawali, S. A., (Eds.): System for cytogenetic analysis inVicia faba L., pp. 138–140. — Dordrecht: Martinus Nijhoff/Dr W. Junk.
—, —,Jones, J. K., Hammond, L., Stewart, M. H., 1984: Barriers to interspecific hybridization betweenVicia faba and other species of sectionFaba. — InHebbiethwaite, P. D., Dawkins, T. C. K., Heath, M. C., Lockwood, G., (Eds.):Vicia faba: agronomy, physiology and breeding, pp. 201–208. — The Netherlands: Martinus Nijhoff/Dr W. Junk.
Rana, R. S., Jain, H. K., 1965: Adaptive role of interchange heterozygosity in the annualChrysanthemum. — Heredity20: 21–29.
Raven, P. H., Lewis, H., 1959: The relationship of clarkias from two continents. — Britonnia11: 193–205.
Riley, R., 1955: The cytogenetics of the differences between someSecale species. — J. Agric. Sci.46: 377–383.
Roupakias, D. G., 1986a: Interspecific hybridization betweenVicia faba andV. narbonensis: Prospects and Limitations. — InHorn, W., Jensen, C. J., Odanbach, W., Schieder, O., (Eds.): Genetic manipulations in plant breeding, pp. 203–205. — Berlin: Walter de Gruyter.
—, 1986b: Interspecific hybridization betweenVicia faba (L.) andVicia narbonensis (L.): Early pod growth and embryo sac development. — Euphytica35: 175–183.
—,Tai, W., 1986: Interspecific hybridization in the genusVicia under controlled environment. — Zeitsch. Pflanzenzüchtung96: 177–180.
Schäfer, H. I., 1973: Zur Taxonomie derVicia narbonensis Gruppe. — Kulturpflanze21: 211–273.
Sjödin, J., 1971: Induced translocations inVicia faba L. — Hereditas68: 1–34.
Snow, R., Dunford, M. P., 1961: A study of interchange heterozygosity in a population ofDatura meteloides. — Genetics46: 1097–1110.
Stebbins, G. L., 1945: Cytological analysis of species hybrids. 2. — Bot. Rev.11: 463–486.
—, 1950: Variation and evolution in plants. — New York: Columbia University Press.
Sybenga, J., 1972: General cytogenetics. — Amsterdam, London: North-Holland.
Tjio, J. H., Hagberg, A., 1951: Cytological studies of some X-ray mutants of barley. — Anales Estac Exp. Atula Dei2: 149–167.
Van Cruchten, C., 1974: Étude de la croissance des tubes polliniques dans les croisements intra- et inter-specifiques deVicia faba etVicia narbonensis. — Dijon: Internal Report Station D'Amelioration des Plantes.
Yamamoto, K., 1984: A note on interspecific hybridization betweenVicia narbonensis and its related species. — InChapman, G. P., Tarawali, S. A., (Eds.): Systems for cytogenetic analysis inVicia faba L., pp. 141–142. — Dordrecht: Martinus Nijhoff/Dr W. Junk.
—, 1986: Interspecific hybridization amongVicia narbonensis and its wild relatives. — Biol. Centralbl.105: 181–197.
Zohary, D., 1977: Comments on the origin of cultivated broad bean,Vicia faba L. — Israel J. Bot.26: 39–40.
—,Hopf, M., 1973: Domestication of pulses in the old world. — Science182: 887–894.
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Raina, S.N., Yamamoto, K. & Murakami, M. Intraspecific hybridization and its bearing on chromosome evolution inVicia narbonensis (Fabaceae). Pl Syst Evol 167, 201–217 (1989). https://doi.org/10.1007/BF00936407
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DOI: https://doi.org/10.1007/BF00936407