CAO Shi-qin
Institute of Plant Protection, Gansu academy of Agricultural SciencesJIA Qiu-zhen
Institute of Plant Protection, Gansu academy of Agricultural SciencesSONG Jian-rong
Tianshui Institute of Agricultural SciencesZHANG Yao-hui
Gangu testing station, Tianshui Agricultural SciencesWANG Wan-jun
Gangu testing station, Tianshui Agricultural SciencesYUE Wei-yun
Tianshui Institute of Agricultural SciencesSUN Zhen-yu
Institute of Plant Protection, Gansu academy of Agricultural SciencesHUANG Jin
Institute of Plant Protection, Gansu academy of Agricultural SciencesZHANG Bo
Institute of Plant Protection, Gansu academy of Agricultural SciencesWANG Xiao-ming
Institute of Plant Protection, Gansu academy of Agricultural Sciences1.Institute of Plant Protection, Gansu academy of Agricultural Sciences;2.Tianshui Institute of Agricultural Sciences;3.Gangu testing station, Tianshui Agricultural Sciences
The National Key Research and Development Program of China (2018YFD0200405),The National Natural Science Funds(31560504), Science and Technology Innovation Project of Gansu Academy of Agricultural Science(2017GAAS45),Modern agricultural technology system in Wheat of Gansu Province(GARS-01-07,GARS-01-05)
Wheat stripe rust, caused by Puccinia striiformis f.sp tritici (Pst), is one of the most destructive disease in winter wheat. This disease seriously threats the production in areas of Gansu province, including Tianshui and Longnan. Planting varieties with genetic resistance was the most economical, environmentally friendly and effective method to control wheat stripe rust. In this article, the recent progress on monitoring virulence of Pst CYR34 and breeding for its resistance in Gansu province was summarized. Took advantage of the practice experiences over the past years, we proposed the future aspects in wheat breeding for CYR34 of Pst. We expect to provide solutions on sustainable management to wheat stripe rust, in order to ensure the security of wheat production in Gansu province of China.