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![Induction of Resistance to Wheat Leaf Rust Disease]( "Induction of Resistance to Wheat Leaf Rust Disease")
Induction of Resistance to Wheat Leaf Rust Disease40,99 €![Leaf rust and stripe rust resistance studies in wheat]( "Leaf rust and stripe rust resistance studies in wheat")
Leaf rust and stripe rust resistance studies in wheat26,99 €![Exploring genetic diversity of wheat for stripe rust Resistance]( "Exploring genetic diversity of wheat for stripe rust Resistance")
Exploring genetic diversity of wheat for stripe rust Resistance32,99 €![Genotype by location interaction of bread wheat in Northern Ethiopia]( "Genotype by location interaction of bread wheat in Northern Ethiopia")
Genotype by location interaction of bread wheat in Northern Ethiopia32,99 €![Significance and Virulence Spectrum of Wheat Stem Rust (P. graminis)]( "Significance and Virulence Spectrum of Wheat Stem Rust (P. graminis)")
Significance and Virulence Spectrum of Wheat Stem Rust (P. graminis)23,99 €![Yellow rust virulences and resistance in candidate wheat]( "Yellow rust virulences and resistance in candidate wheat")
Yellow rust virulences and resistance in candidate wheat26,99 €![Stripe rust resistance and agronomic potential of wheat]( "Stripe rust resistance and agronomic potential of wheat")
Stripe rust resistance and agronomic potential of wheat32,99 €
Leaf rust (Puccinia triticina Eriks and Henn.) is one of the most important diseases of wheat in Tigray region. Regular surveying,race analysis and searching resistant genes plays significant role to develop resistant varieties against leaf rust. Hence, this study was carried out to determine the distribution and intensity leaf rust, identify physiologic races and evaluate the reaction of commonly growing wheat varieties to virulent races of leaf rust. During the survey,108 farmers' wheat fields and experimental plots were assessed in five districts of Southeastern Tigray, of which 95 (88%) of the fields were affected with leaf rust. The overall mean incidence and severity of the disease were 48.4 and 18.2%, respectively. According to the North American system of nomenclature for P.triticina, characterization of 40 mono pustules resulted in the identification of 22 races. The broadest virulence spectrum was recorded from TKTT race, making all Lr genes except Lr9 ineffective. The variety evaluation revealed that, Mekelle-3, Mekelle-4, Picaflor, Dashin and local showed susceptible reaction to TKTT, THTT and PHTT races.