Uniconazole (S3307) Improving Resistance of Crops: A Review

doi:10.11924/j.issn.1000-6850.casb20190500106

Abstract

Abstract:

Global warming has caused natural disasters from time to time and worsened the growing environment of crops. In order to alleviate the impact of stress on crop growth, the research summarized the biological function of increasing crop resistance to lodging, salinity-alkalinity stress resistance, resistance to water stress and temperature stress of S₃₃₀₇, analyzed research status and development trend of S₃₃₀₇ in crop resisting adverse environmental fields. It was pointed out that when plant growth regulator was applied to improve the stress resistance of crops, the application mode and concentration should be adjusted scientifically according to the actual situation. Rational application of plant growth regulators is of great significance to anti-stress, anti-adverse growth and development of crops, as well as to reduce cost and increase yield, providing theoretical basis and scientific guidance for future research on anti-stress of agricultural production.

Key words: uniconazole, anti-stress physiology, salt-alkali stress, enzymatic activity

CLC Number:

Li Wan, Xiang Hongtao, He Ning, Wang Xueyang, Liu Miao, Wang Manli, Wang Tongtong, Tang Xiaodong, Li Yidan. Uniconazole (S₃₃₀₇) Improving Resistance of Crops: A Review[J]. Chinese Agricultural Science Bulletin, 2020, 36(20): 101-106.

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Uniconazole (S₃₃₀₇) Improving Resistance of Crops: A Review

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