Annual Review of Phytopathology · 1996 · 81 citations · 19 references
AgricultureAgronomyCrop SciencesBreeding For Disease ResistanceCrop ImprovementCrop ProductionDisease ResistanceDisease Resistance GeneticsDisease SuppressionDurable Resistance BreedingPlant Disease ResistanceResistant Crop VarietiesBlight Resistance BreedingDisease Resistance ImprovementDisease Resistance TraitsRust Disease Resistance GenesRust Resistance BreedingSubsistence AdaptationTropical Biogeographic RegionsWheat Breeding
Wheat is grown on about 10 million ha in the tropical highlands and lowlands of the world, where it is an important food source. Many farmers in these areas work under subsistence conditions. Wheat diseases in tropical regions can be severe and require significant efforts to control. For economic and environmental reasons, host plant resistance is the most appropriate and sustainable disease control method. We describe highland and lowland tropical wheat regions and discuss CIMMYT's breeding strategies, philosophies, and progress in developing resistance to the major diseases such as rusts, foliar blights, fusarium scab, BYD, and spot blotch. Additionally, we review the role of national wheat research programs and beneficial spillovers of our combined breeding efforts to other wheat production areas of the world.
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A Critical Analysis of Durable Resistance
R. Johnson · Annual Review of Phytopathology · 1984 · 414 citations
Wheat for the Nontraditional Warm Areas
D. A. Saunders · 2016 · 123 citations
Genetic Analysis of Resistance to Scab in Spring Wheat Cultivar Frontana
Ravi P. Singh · Plant Disease · 1995 · 120 citations