Studies on breeding of Yunhan strong gluten wheat varieties for drought resistance and high yield

This research focused on the high yield and high quality breeding goal of strong gluten and high quality foreign germplasm usage

Abstract

In order to breeding the high- quality, high- yield, strong gluten and drought- resistant wheat varieties which are suitable for Huanghuai dry land of China, the research focused on the high yield and high quality breeding goal of strong gluten and high quality foreign germplasm usage.

The author used strategies and methods like rational parent combination, adjusting the flowering for inter- breed, assistant selections with high molecular weight glutenin subunit protein molecular marker detections and measuring the quantity and quality of gluten, ecological-adaptation-oriented feature selection identification and ecological selection in multi- points for year. Alternative identification and selections in rain fed and irrigated land, strengthened systematic observation and comprehensive evaluation for better lines, and selections from better lines were conducted. The application of the systematic methods had solved the technical problems of bad adaptability to drought, heat, frost resistance, and maturity of foreign germplasms and hybrids with spring and winter varieties. The research bred a series of strong gluten wheat varieties which were represented by 바카라 사이트˜Yunhan20410바카라 사이트™, 바카라 사이트˜Yunhan 618바카라 사이트™, and which achieved the innovation improvement which changed the strong gluten to the strong and stable gluten. They raised yield by 2-10% compared with 바카라 사이트˜Jinmai 47바카라 사이트™and had more drought-resistance and more heat-tolerance. We obtained the combination of high yield and drought resistance with the strong gluten traits.

Citation

Li Xiurong; Chai Yongfeng; Zhao Zhiyong; Sun Laihu; Yao Jingzhen; Bi Hongyuan; Xi Jilong. Studies on breeding of Yunhan strong gluten wheat varieties for drought resistance and high yield. Chinese Agricultural Science Bulletin (2015) 31 (12) 29-35. [In Chinese with English abstract]

Updates to this page

Published 1 January 2015