Semidwarf gene sdw5.be 3985790 in Semidwarf 5 6H bin05 35.98 Canela Mexico (q6HT4) + cultivars 4189414 Keel Australia + 3931643 + awned 4186599 Golden ari-e.GP Breviaristatum-e 5H bin06 50.00 England semidwarf mutant + Promise from Maythorpe 3273517 + 3273238 + Degree of dwarfing is uzu1.a Gene not Winter Uzu 1 3H bin06 China temperature (HvBRI1) present sensitive, short awns Coordinator’s report: Wheat-barley genetic stocks A.K.M.R. Islam Faculty of Agriculture, Food & Wine The University of Adelaide, Campus, Glen Osmond, SA 5064, Australia e-mail: akm.islam@adelaide.edu.au It has been possible to produce five disomic addition lines (2H,3H,4H,6H,7H) of six-rowed Ukrainian winter barley cultivar to wheat ( Marta Molnar- Lang et al 2012). Furthermore, new wheat x barley ‘Manas’ ‘Asakazi’ hybrids (wheat Mr9kr1 x barley Igri; wheat Mr9kr1 x barley Betzes; wheat Asakaze komugi x barley Manas have been produced by (M.Molnar-Lang et al 2000, E.Szakacs et al 2007, I. Molnar et al 2007) Partial sets of addition, substitution and translocation lines were then developed from these hybrids. Tatyana et al (2013) reported the production of ditelosomic 7HL(7D) and monotelosomic 7HL(7A) and 7HL(7B) substitution lines of to common wheat cv. Saratovskaya. Hordeum marinum ssp gassoneanum References: Efremova, T., A. Valentina, N. Trubacheeva, T. Ocadchaya, E. Chumanova, and L. Pershina. 2012. Substitution of ssp. chromosome 7HL into wheat homoeologous Hordeum marinum Gassoneanum group-7. Euphytica, Vol.192 No.2, pp. 251-257.
sdw5.be (q6HT4) Semidwarf 5 6H bin05 3985790 + 35.98 Canela Mexico Semidwarf gene in cultivars 4189414 + Keel Australia 3931643 + ari-e.GP Breviaristatum-e 5H bin06 4186599 + 50.00 Golden Promise England awned semidwarf mutant from Maythorpe 3273517 + 3273238 + uzu1.a (HvBRI1) Uzu 1 3H bin06 Gene not present Winter China Degree of dwarfing is temperature sensitive, short awns Coordinator’s report: Wheat-barley genetic stocks A.K.M.R. Islam Faculty of Agriculture, Food & Wine The University of Adelaide, Campus, Glen Osmond, SA 5064, Australia e-mail: akm.islam@adelaide.edu.au It has been possible to produce five disomic addition lines (2H,3H,4H,6H,7H) of six-rowed Ukrainian winter barley cultivar ‘Manas’ to ‘Asakazi’ wheat ( Marta Molnar- Lang et al 2012). Furthermore, new wheat x barley hybrids (wheat Mr9kr1 x barley Igri; wheat Mr9kr1 x barley Betzes; wheat Asakaze komugi x barley Manas have been produced by (M.Molnar-Lang et al 2000, E.Szakacs et al 2007, I. Molnar et al 2007) Partial sets of addition, substitution and translocation lines were then developed from these hybrids. Tatyana et al (2013) reported the production of ditelosomic 7HL(7D) and monotelosomic 7HL(7A) and 7HL(7B) substitution lines of Hordeum marinum ssp gassoneanum to common wheat cv. Saratovskaya. References: Efremova, T., A. Valentina, N. Trubacheeva, T. Ocadchaya, E. Chumanova, and L. Pershina. 2012. Substitution of Hordeum marinum ssp. Gassoneanum chromosome 7HL into wheat homoeologous group-7. Euphytica, Vol.192 No.2, pp. 251-257.
udda2atxt_coordinators_reports_pp4-31.docx