数字农科院2.0

Genomic insights into the modifications of spike morphology traits during wheat breeding

文献类型： 外文期刊

作者： Liu, Yangyang;Yu, Rui;Shen, Liping;Sun, Mengjing;Peng, Yanchun;Zeng, Qingdong;Shen, Kuocheng;Yu, Xuchang;Wu, He;Ye, Botao;Wang, Ziying;Sun, Zhiweng;Liu, Danning;Sun, Xiaohui;Zhang, Zhiliang;Dong, Jiayu;Dong, Jing;Han, Dejun;He, Zhonghu;Hao, Yuanfeng;Wu, Jianhui;Guo, Zifeng

作者机构：

关键词： adaptive evolution;genetic network;grain yeild;GWAS

期刊名称： PLANT CELL AND ENVIRONMENT

ISSN： 0140-7791

年卷期： 2024 年

页码：

收录情况： SCIE（2024版）

摘要： Over the past century, environmental changes have significantly impacted wheat spike morphology, crucial for adaptation and grain yield. However, the changes in wheat spike modifications during this period remain largely unknown. This study examines 16 spike morphology traits in 830 accessions released from 1900 to 2020. It finds that spike weight, grain number per spike (GN), and thousand kernel weight have significantly increased, while spike length has no significant change. The increase in fertile spikelets is due to fewer degenerated spikelets, resulting in a higher GN. Genome-wide association studies identified 49,994 significant SNPs, grouped into 293 genomic regions. The accumulation of favorable alleles in these genomic regions indicates the genetic basis for modification in spike morphology traits. Genetic network analysis of these genomic regions reveals the genetic basis for phenotypic correlations among spike morphology traits. The haplotypes of the identified genomic regions display obvious geographical differentiation in global accessions and environmental adaptation over the past 120 years. In summary, we reveal the genetic basis of adaptive evolution and the interactions of spike morphology, offering valuable resources for the genetic improvement of spike morphology to enhance environmental adaptation. In this study, we investigated the genetic basis of changes in spike morphology during wheat breeding. We identified candidate regions responsible for consistent alterations in spike morphology traits that led to increased yield. Furthermore, we constructed a genetic network of related genomic regions. Our findings unveil the genetic underpinnings of breeding selection and the interplay of spike morphology traits, offering valuable resources for the regulation of spike morphology in wheat.

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