Xingqi Ou, a professor at the School of Agriculture, Henan Institute of Science and Technology. After graduation from the Department of Agronomy of Baiquan Agricultural College (now named Henan Institute of Science and Technology) in 1986, Xingqi Ou stayed in the school and engaged in high-yield and multi-resistance wheat breeding and theoretical research, wheat seed production and sweet potato breeding research. Xingqi Ou participated in the cultivation and promotion of several Bainong series wheat varieties, such as Bainong 64, AK58, Bainong307, Bainong 607 and Baihan207, and was awarded the “First Prize of National Science and Technology Progress” (2013) and “The first prize of scientific and technological progress in Henan Province” (2020).
Publications:
[1]Effects of super absorbent polymer on crop yield, water productivity and soil properties: A global meta-analysis [J]. Agricultural water management, 2023,282: 108290.
[2]Huajie Liua, Qidi Zhu, Xinxin Peia, Guozhen Xinga, Xingqi Ou, Hua Lia. Comparative analysis of the photosynthetic physiology and transcriptome of a high-yielding wheat variety and its parents[J]. the crop journal, 2020,8:1037-1048.
Xingqi Ou, a professor at the School of Agriculture, Henan Institute of Science and Technology. After graduation from the Department of Agronomy of Baiquan Agricultural College (now named Henan Institute of Science and Technology) in 1986, Xingqi Ou stayed in the school and engaged in high-yield and multi-resistance wheat breeding and theoretical research, wheat seed production and sweet potato breeding research. Xingqi Ou participated in the cultivation and promotion of several Bainong series wheat varieties, such as Bainong 64, AK58, Bainong307, Bainong 607 and Baihan207, and was awarded the “First Prize of National Science and Technology Progress” (2013) and “The first prize of scientific and technological progress in Henan Province” (2020).
Publications:
[1]Effects of super absorbent polymer on crop yield, water productivity and soil properties: A global meta-analysis [J]. Agricultural water management, 2023,282: 108290.
[2]Huajie Liua, Qidi Zhu, Xinxin Peia, Guozhen Xinga, Xingqi Ou, Hua Lia. Comparative analysis of the photosynthetic physiology and transcriptome of a high-yielding wheat variety and its parents[J]. the crop journal, 2020,8:1037-1048.