文献类型： 外文期刊
第一作者： Xu, Min
作者： Xu, Min;Jin, Lulu;Wang, Zisheng;Li, Jinglin;Sun, Liyuan
作者机构：
关键词： cotton; CA (chemical capping agent); DPC (mepiquat chloride); hormone concentration; plant development
期刊名称：AGRONOMY-BASEL （ 影响因子：3.7； 五年影响因子：4.0 ）
ISSN：
年卷期： 2023 年 13 卷 6 期
页码：
收录情况： SCI
摘要： In China, due to labor shortages and increasing labor costs, manual topping is gradually being replaced by chemical capping with mepiquat chloride (DPC). External chemicals can adjust plant growth by affecting endogenous hormones. Based on the hormone changes combined with the development of the main stem of cotton plants, a comparative experiment was conducted in 2019 and 2020 to determine the regulatory mechanism of the growth of the cotton main stem after chemical capping. In the experiment, two treatment times (T1: 12 July, T2: 18 July) and two treatment agents (CA [chemical capping agent] and DPC) were set, the hormone (auxin IAA, abscisic acid ABA, Gibberellin GA(3) and Zeatin ZR) concentrations at the top of main stem (0-5 and 5-10 cm) were continuously measured and the main stem development situation was observed and recorded. The results showed that after chemical capping, the IAA concentration decreased firstly and increased later, lower than that of CK. ABA concentration increased significantly and GA(3) concentration decreased significantly compared with CK. ZR concentrations fluctuated obviously at T1 and gently at T2. In terms of main stem growth, the plant height, number of fruit branches and average length of upper internode (fifth and above) were decreased compared with CK, while the CA treatment was inhibited more strongly than the DPC treatment. To conclude, chemical capping operation affected the hormone concentration at the plant apex significantly and effectively regulated plant development. In comparison with DPC treatment, CA regulated hormones effectively, which is favorable for conducive reasonable plant shaping.
分类号：
- 相关文献
作者其他论文 更多>>
-
Spatiotemporal Variations in Phytoplankton Community Structure and Diversity: A Case Study for a Macroalgae-Oyster Reef Ecosystem
作者：Xu, Min;Yang, Linlin;Xu, Min;Wang, Yun;Shen, Jiabin;Yang, Linlin;Zhao, Qi;Xu, Yufu;Wang, Shenzhi;Zhang, Haipeng;Yu, Yingbo;Zhang, Yunling;Otaki, Takayoshi;Komatsu, Teruhisa;Xu, Kaida
关键词：phytoplankton; Luanhe River Estuary; sea ranch; oyster; macroalgae; community structure
-
Comprehensive metabolomic profiling of aroma-related volatiles in table grape cultivars across developmental stages
作者：Zhan, Zhedong;Gao, Yuxin;Xu, Min;Wang, Hanqing;Zhang, Bo;Chen, Yeqi;Cheng, Jianhui
关键词：Table grapes; fruit aroma; quality; ripening; multivariate analysis
-
OsBZR4 regulates temperature-dependent embryogenesis in rice
作者：Wang, Zhenyu;Xu, Min;Liu, Yingxiang;Hong, Zhipeng;He, Mingliang;Jin, Xin;Tang, Jiaqi;Li, Xiufeng;Tian, Xiaojie;Bu, Qingyun;Xu, Min;Liu, Yingxiang;Hong, Zhipeng;He, Mingliang;Jin, Xin;Zheng, Xiaoming;Qian, Qian;Qian, Qian
关键词：
-
Neutral initial pH enhances the formation of humic acid by inhibiting the growth of Lactobacillus in food waste composting
作者：Xu, Min;Chen, Yunfeng;Zhan, Yabin;Wei, Yuquan;Zhan, Yabin;Wei, Yuquan;Zhan, Yabin;Zhou, Haibin;Ma, Shuangshuang
关键词：Food waste; Lactobacillus; PH adjustment; Humic acid; Microbial network
-
Changes in Seasonal Spatial Distribution Patterns of Euprymna berryi and Euprymna morsei: The Current and Predictions Under Climate Change Scenarios
作者：Xu, Min;Liu, Yong;Song, Xiaojing;Yang, Linlin;Xu, Min;Liu, Yong;Song, Xiaojing;Yang, Linlin
关键词：ecological succession; Sepiolid; paralarvae; T-S diagram; nekton community; nursery; spawn; Yellow Sea; bobtail squid
-
Seasonal spatial distribution patterns of AmphiOctopus ovulum in the East China Sea: current status future projections under various climate change scenarios
作者：Yang, Linlin;Xu, Min;Cui, Yan;Yang, Linlin;Xu, Min;Cui, Yan;Liu, Shuhao
关键词：
Octopus ovulum ; stock assessment; continental shelf; CPUE; migration; T-S diagram; fisheries; global warming -
Seasonal and spatial distribution of AmphiOctopus fangsiao and Octopus variabilis in the southern Yellow and East China Seas: Fisheries management implications based on climate scenario predictions
作者：Yang, Linlin;Xu, Min;Liu, Zunlei;Zhang, Yi;Cui, Yan;Li, Shengfa;Yang, Linlin;Xu, Min;Liu, Zunlei;Zhang, Yi;Cui, Yan;Li, Shengfa
关键词：Paralarvae; Greenhouse gas; Cephalopod community; Climate; Migration; Competition; Life history; Food web
