Chapter 5 Genetic Analysis of Apomixis - cimmyt

lu...log Pro.."',•• 10 ldeotily Dod o.a.ti!y Apomixl. 135Grimanelli D., M. Hernandez, E. Peroni, and Y.Sovidan. 1997b. Dosage effects in theendosperm of diplosporous apomicticTripsacum (Pooceae). Sex. Plant /leprod.1 0:279-82.Grimanelli D., O. Leblanc, E. Espinosa, E. Peroni,D. Gonzalez de Lean, and Y. Sovidan.19970. Mopping diplosporous apomixis intetraploid Tripsacunr. one gene or severalgenes? Heredity 80: 33-39.Grollniklaus, U., J.P. Vie lie-Calzada, M.A.Hoeppner, and W.B. Gagliano. 1998.Maternal control of embryogenesis byMEDEA, a po~comb group gene inArabidopsis. Science 2BO: 446--50.Gupta, M.G., S. Gupta, B.V. Bhat, V. Bhat, and S1Ahmad. 199B. Estimation of frequency ofapomixis by auxin induced parthenacarpytechnique in Dichanthium annulatum(Famk.l Stapf. /lange Management andAgroforesrry 19: 149-53.Guslalsson, A. 1947. Apomixis in higher plants.Port III. Biotype and species formation.Lunds Unversitets Amkrih Nova Series 2.43: 183-370.Gustine D.L., R.T. Sherwood, and D.R. HuH.1997. Apospory-linked markers inbuHelgross. [rap Sci. 37: 947-51.Hanna, W,W" and E.C. Bashaw. 19B7. Apomixis:ils identification and use in plant breeding.[rap Sci. 27: 1036--39.Hanna, WW., K.F. Schertz, and E.C. Bashaw.1970. Apospory in Sorghum biro/or (LlMoench. Science 170: 338-39.Harlan, JR., M.H. Brooks, OS. Bargaonkar, andJ.MJ. de Wet. 1964. Nature andinheritance of apomixis in Bothriochloa andDichanthium. Bot. Gaz. 125: 41-46.Herr J.M. 1971. Anew clearing-squash techniquefor the study of ovule development inangiosperms. Amer. 1. Bot. 58: 785--90.Hignight, KW., E.C. Bashaw, and M.A. Hussey.1991. Cytological and morphologicaldiversity of nalive apomictic buHelgrass,Pennisetum ciliare (Ll Link. Bot. Gal. 152:214-18.Hillary, B.B. 1940. Uses of the Feulgen reactionin cytology. II. New techniques and specialapplications. Bot.Gal. 102: 225--35.HuH, D.R., and J.M. Bora. 1993. Determininggenetics origins of aberrant progeny fromfacultative apomictic Kentucky bluegrossusing a combination of flow cytometry andsilver-stained RAPD markers. Theor. Appl.Genet. 87: 201-08.Johansen, D.A. 1940. Plant Microtechnique. NewYork: McGraw-Hili Book Co.Jongedijk, E. 1987. Aquick enzyme squashtechnique for detailed studies on femalemeiosis in Solanum. Stain Techn. 62: 135-­41.Kindiger, B., D. Bai, and V. Sokalov.1996.Assignment of a genets) conferringapomixis in Tripsacum to a chromosomearm: cytological and molecular evidence.Genome 39: 1133-41.Kojima, A., K. Hinota, and S. Noda. 1991b. Animprovement of squash method for thecytological study of female meiosis in Alliumtuberosum, liliaceae. Chromo\{)meInformotion Service 50: 5--7.Kapma, A., and T. kowaguchi.l989. Apomicticnature of Chinese chive (Allium tuberosumRon!.) detected in unpallinated ovuleculture. lop. 1. Breed 39: 449-S6.Kojima, A., Y. Nagata, and K. Hinata. 1991 a.Degree of apomixis in Chinese Chive (Alliumtuberosum) estimated by esterase isozymeana~sis. lop. 1. Breed. 41: 73-83.Kojima, A., and Y. Nagata. 19920.Pseudagamous embryogenesis and thedegree of parthenogenesis in Alliumtuberosum. Sexual Plant /leproduction 5:79-85.--.1992b. Diplasporous embryo·sacformation and the degree of diplospary inAllium tuberosum. Sexual Plant/leprcduction 5: 72-78.Koltunow, A.M. 1993. Apomixis: Embryo socsand embryos formed lllithout meiosis offertilization in ovules. The Plant [ell 5:1425--37.Koltunow, A.M., R.A. Bicknell, and A.M.Choudhury. 1995b. Apomixis: Molecularstrategies for the generation of genetical~identical seeds without fertilization. PlantPhysiol. 108: 1345--52.Koltunow, A.M., K. Soltys, N. Nita, and S.McOure. 19950. Anther, ovule, seed, andnucellar embryo development in Gtrussinensis cv. Valenda. [on. 1. Bot. 73: 1567­82.Kowles, R.V., I. Srien