数字农科院2.0

Nitrogen Use Efficiency In Cereals U.nder High Plant Density: M anufacturing, Management Strategies And Future Prospects

文献类型： 外文期刊

作者： Sher, A; Zhang, LG; Noor, MA; Nadeem, M; Ashraf, U; Baloch, SK; Ameen, A; Yuan, XY; Guo, PY

作者机构：

关键词： cereals; NUE; plant density; nitrogen management; physiological mechanism

期刊名称： APPLIED ECOLOGY AND ENVIRONMENTAL RESEARCH

ISSN： 1589-1623

年卷期： 2019 年 17 卷 4 期

页码：

收录情况： JCR（2021版）

摘要： Increasing the crop yield is very important and depends relatively on high plant density. The high grain yield per unit area of cereals is due to the optimum plant density. In this review, recent improvements and future insights to obtain better information for the regulation of nitrogen use efficiency in cereals under high plant density are presented. An updated knowledge of the basic mechanisms controlling plant nitrogen interaction is very important in cereals, to increase nitrogen use efficiency and for decreasing high cost of fertilizers, to obtain high output. In view of this fact, we should emphasize to develop plant morpho-physiological, agronomic and molecular studies which focuses on phenomics, genomics, and metabolite profiling to understand comprehensive knowledge of the different steps of nitrogen uptake, assimilation, and recycling under high plant density in cereals. A very important piece of information is provided on understanding of the physiological assimilation of N under different environmental conditions in cereals under different plant densities that has been improved through the use of different strategies for future research. According to the global economic and environmental constraints for future, agronomic and physiological principles and application which were adapted to less fertilizer inputs are discussed under high plant density.

分类号：

  • 相关文献

[1]Mutation of OsNRAMP5 reduces cadmium xylem and phloem transport in rice plants and its physiological mechanism. Wanyue Zhang, Meiyan Guan, Mingxue Chen, Xiaoyan Lin, Ping Xu, Zhenzhen Cao. 2023

[2]Application Of Optimum N Through D.ifferent Fertilizers Alleviate Nh4+-N, N o3-N And Total Nitrogen Losses In The Surface Runoff And Leached Water And Improve Nitrogen Use Efficiency Of Rice Crop. Husain, A, Muneer, MA, Fan, W, Yin, GF, Shen, SZ, Feng, W, Yuan, L, Zhang, KQ. 2019

[3]N2O And Co2 Emissions, Nitrogen U.se Efficiency Under Biogas S lurry Irrigation: A Field Study Of Two Consecutive Wheat-Maize Rotation Cycles In The North China Plain. Yin, GF, Wang, XF, Du, HY, Shen, SZ, Liu, CR, Zhang, KQ, Li, WC. 2019

[4]9311 allele of OsNAR2.2 enhances nitrate transport to improve rice yield and nitrogen use efficiency. Hou Linlin, Chen Dongdong, Pan Xiangjian, Jiang Shenghang, Liu Jiajia, Li Qing, Liu Yuanyuan, Tong Yi, Zhu Li, Hu Jiang, Zhang Guangheng, Dong Guojun, Zhang Qiang, Ren Deyong, Shen Lan, Guo Longbiao, Qian Qian*, Gao Zhenyu*.. 2025

[5]Development Of A Critical Nitrogen D.ilution Curve Based On L eaf Dry Matter For Summer Maize. Qin, Anzhen,Ning, Dongfeng,Xiao, Junfu,Zhao, Ben,Zhao, Ben,Duan, Aiwang,Ata-Ul-Karim, Syed Tahir,Liu, Zhandong,Nan, Jiqin,Liu, Zugui. 2017

[6]Evaluation Of Potassium Thiosulfate As A. Nitrification Inhibitor To R educe Nitrous Oxide Emissions. Cai, ZJ, Gao, SD, Xu, MG, Hanson, BD. 2018

[7]Assessing impacts of nitrogen management on nitrous oxide emissions and nitrate leaching from greenhouse vegetable systems using a biogeochemical model. Jing Zhang,Hu Li,Jia Deng,Ligang Wang. 2021

[8]High Plant Density Inhibits Vegetative B.ranching In Cotton By A ltering Hormone Contents And Photosynthetic Production. Dong, Hezhong,Dong, Hezhong,Dong, Hezhong,Kong, Xiangqiang,Kong, Xiangqiang,Li, Ting,Li, Ting,Dai, Jianlong,Zhang, Yanjun. 2019

[9]Effects Of Reduced Nitrogen Rate O.n Cotton Yield And N itrogen Use Efficiency As Mediated By Application Mode Or Plant Density. Dong, Hezhong,Dong, Hezhong,Li, Weiping,Luo, Zhen,Dai, Jianlong,Liu, Hua,Tian, Liwen,Luo, Zhen,Zhao, Qiang. 2018

[10]Plant Density Influences Reproductive Growth, Lint Yield And Boll Spatial Distribution Of Cotton. Wang, Guoping,Wang, Zhanbiao,Khan, Nangial,Feng, Lu,Li, Xiaofei,Yang, Beifang,Han, Yingchun,Feng, Lu,Xing, Fangfang,Xiong, Shiwu,Li, Yabing,Fan, Zhengyi,Lei, Yaping,Wang, Zhanbiao,Li, Yabing. 2020

[11]Competitive Yield And Economic Benefits O.f Cotton Achieved Through A Combination Of Extensive Pruning And A Reduced Nitrogen Rate At High Plant Density. Tang, Wei,Luo, Zhen,Xin, Chengsong,Zhang, Dongmei,Xu, Shizhen,Lu, Hequan,Dong, Hezhong,Dai, Jianlong,Kong, Xiangqiang,Li, Zhenhuai,Li, Weijiang. 2017

[12]Regulation Ofaegilops Tauschiicoss Tiller Bud Growth By Plant Density: Transcriptomic, Physiological And Phytohormonal Responses. Yu, HY, Cui, HL, Chen, JC, Li, XJ. 2020

[13]Evaluation And Analysis Of Intraspecific C.ompetition In Maize: A C ase Study On Plant Density Experiment. Zhai, LC, Xie, RZ, Ming, B, Li, SK, Ma, DL. 2018

[14]Post-Silking Nitrogen Accumulation And Remobilization A.re Associated With Green L eaf Persistence And Plant Density In Maize. Zhang, LL, Zhou, XL, Fan, Y, Fu, J, Hou, P, Yang, HL, Qi, H. 2019

[15]Response of cotton fruit growth, intraspecific competition and yield to plant density. Wang, Zhanbiao,Feng, Lu,Wang, Guoping,Yang, Beifang,Xiong, Shiwu,Lei, Yaping,Du, Wenli,Xing, Fangfang,Zhi, Xiaoyu,Li, Xiaofei,Fan, Zhengyi,Han, Yingchun,Li, Yabing,Xin, Minghua. 2020

[16]Adjusting Maize Plant Density To D.ifferent Climatic Conditions Across A Large Longitudinal Distance In China. Xu, WJ, Liu, CW, Wang, KR, Xie, RZ, Ming, B, Wang, YH, Zhang, GQ, Liu, GZ, Zhao, RL, Fan, PP, Li, SK, Hou, P. 2017

[17]Testing A Bell-Shaped Function For E.stimation Of Fully Expanded L eaf Area In Modern Maize Under Potential Production Conditions. Zhen, XX, Shao, H, Zhang, WN, Huo, WG, Batchelor, WD, Hou, P, Wang, EL, Mi, GH, Miao, YX, Li, HG, Zhang, FS. 2018

[18]Response of maize barrenness to density and nitrogen increases in Chinese cultivars released from the 1950s to 2010s. Zhai, Lichao,Gao, Julin,Ma, Daling,Li, Shaokun,Yu, Xiaofang,Xie, Ruizhi. 2020

[19]Comparative Yield, Fiber Quality and Dry Matter Production of Cotton Planted at Various Densities under Equidistant Row Arrangement. Du, Wenli,Chen, Huanxuan,Wang, Guoping,Feng, Lu,Li, Yabing,Chen, Huanxuan,Wang, Zhanbiao,Xing, Fangfang,Li, Yabing,Khan, Nangial,Feng, Lu,Xiong, Shiwu,Xin, Minghua,Wang, Zhanbiao. 2020

[20]Response Of Canopy Structure, Light I.nterception And Grain Yield T o Plant Density In Maize. Li, J, Xie, RZ, Wang, KR, Hou, P, Ming, B, Zhang, GQ, Liu, GZ, Wu, M, Yang, ZS, Li, SK. 2018

作者其他论文 更多>>