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论文题目: Adaptive Mechanisms of Soybean Grown on Salt-Affected Soils
英文论文题目: Adaptive Mechanisms of Soybean Grown on Salt-Affected Soils
第一作者: 曹东
英文第一作者: Cao, Dong
联系作者: 曹东
英文联系作者: Cao, Dong
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发表年度: 2018
卷: 29
期: 4
页码: 1054-1064
摘要:

Soybean (Glycine max) is an economically important pulse crop for livestock feed, human consumption and industrial use as a source for production of biodiesel. However, soybean yield is detrimentally affected by soil salinity around the world. To cope with soil salinization, in addition to soil remediation, approaches used in genetically modifying soybean genotypes to increase their productivity under saline conditions are also of importance. Thus, it is crucial to unravel the mechanisms controlling soybean responses to soil salinity in order to improve soybean performance with high salinity tolerance. Knowledge of the regulatory network for salt tolerance in model plants, including Arabidopsis, and the publically available soybean genome sequence has accelerated identification and functional analyses of genes regulating soybean responses to high salinity. This review presents an update of recent works on genetic studies of salt tolerance and the mechanisms regulating soybean responses and tolerance to soil salinity. We also discuss the effort and progress that have been made in the last decade toward developing high salt-tolerant soybean varieties with improved productivity. Copyright (c) 2017 John Wiley & Sons, Ltd.

英文摘要:

Soybean (Glycine max) is an economically important pulse crop for livestock feed, human consumption and industrial use as a source for production of biodiesel. However, soybean yield is detrimentally affected by soil salinity around the world. To cope with soil salinization, in addition to soil remediation, approaches used in genetically modifying soybean genotypes to increase their productivity under saline conditions are also of importance. Thus, it is crucial to unravel the mechanisms controlling soybean responses to soil salinity in order to improve soybean performance with high salinity tolerance. Knowledge of the regulatory network for salt tolerance in model plants, including Arabidopsis, and the publically available soybean genome sequence has accelerated identification and functional analyses of genes regulating soybean responses to high salinity. This review presents an update of recent works on genetic studies of salt tolerance and the mechanisms regulating soybean responses and tolerance to soil salinity. We also discuss the effort and progress that have been made in the last decade toward developing high salt-tolerant soybean varieties with improved productivity. Copyright (c) 2017 John Wiley & Sons, Ltd.

刊物名称: Land Degradation & Development
英文刊物名称: Land Degradation & Development
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参与作者: Li, Yuanyuan ; Liu, Baohui; Kong, Fanjiang ; Lam-Son Phan Tran
英文参与作者: Li, Yuanyuan ; Liu, Baohui; Kong, Fanjiang ; Lam-Son Phan Tran