Frontiers in Plant Science ( IF 4.1 ) Pub Date : 2020-12-15 , DOI: 10.3389/fpls.2020.604938 Giovanni Melandri , Mouritala Sikirou , Juan D. Arbelaez , Afeez Shittu , Vimal K. Semwal , Kadougoudiou A. Konaté , Alhassan T. Maji , Steven A. Ngaujah , Inoussa Akintayo , Vishnu Govindaraj , Yuxin Shi , Francisco J. Agosto-Peréz , Anthony J. Greenberg , Gary Atlin , Venuprasad Ramaiah , Susan R. McCouch
Understanding the genetics of field-based tolerance to high iron-associated (HIA) stress in rice can accelerate the development of new varieties with enhanced yield performance in West African lowland ecosystems. To date, few field-based studies have been undertaken to rigorously evaluate rice yield performance under HIA stress conditions. In this study, two NERICA ×
中文翻译:
在西非田间条件下,多个来源于d的小效应等位基因增强了水稻的高铁相关胁迫耐受性
了解水稻对高铁相关(HIA)胁迫的田间耐受性的遗传学可以加速新品种的开发,并提高西非低地生态系统的产量表现。迄今为止,很少进行基于田间的研究来严格评估HIA胁迫条件下的水稻产量表现。在本研究中,两个NERICA×