Bibliometric Analysis of Study on Plant Nitrogen Metabolism from 2013 to 2022

doi:10.11924/j.issn.1000-6850.casb2023-0335

Abstract

Abstract:

Bibliometrics and literature visualization software CiteSpace are used to summarize and analyze the research status, research hotspots and development trends of plant nitrogen metabolism at home and abroad, so as to facilitate relevant researchers to understand the current research status in this field. Using papers related to plant nitrogen metabolism research in the Web of Science database and China National Knowledge Infrastructure database from 2013 to 2022 as literature sources, and the number of publications, main research strength, co-citations of the literature, and keywords were analyzed. Research showed that the overall number of published articles was increasing gradually. Countries such as China, the United States, Spain, Germany and Brazil had greater influence in the field of plant nitrogen metabolism. Domestic and foreign institutions that published more articles were agricultural and forestry universities and scientific research institutions. The study of nitrogen uptake and utilization, nitrogen use efficiency, saline stress, ammonium signal mediation and nitrogen metabolism-related enzymes constituted an important research basis for plant nitrogen metabolism. In the past 10 years, the hotspots in international research on plant nitrogen metabolism were plant tolerance, nitrogen use efficiency, ammonia assimilation and the biosynthesis of enzymes and proteins involved in nitrogen metabolism, etc. Domestic research hotspots mainly focused on the effects of different nitrogen forms on plant quality and yield, plant nitrogen use efficiency, carbon and nitrogen metabolism and other related directions. In addition, drought tolerance and ethylene are the latest research frontiers. In the future, relevant research on plant nitrogen metabolism should further focus on the goal of nitrogen use efficiency, long-term dynamic observation of nitrogen fertilizer application and research on quantitative standards; focus on the synergistic mechanism of plant carbon-nitrogen metabolism; and research on genes related to plant nitrogen metabolism based on multi-omics technology; regulate network of integrating plant nitrogen metabolism.

Key words: plant, nitrogen metabolism, bibliometrics, visualized analysis, CiteSpace

WANG Hanrui, XIAO Wenli, WANG Mengliang, WANG Junhong. Bibliometric Analysis of Study on Plant Nitrogen Metabolism from 2013 to 2022[J]. Chinese Agricultural Science Bulletin, 2024, 40(10): 140-149.

Figures/Tables 13

References 52

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序号	国家（地区）	发文量/篇	中心性
1	中国	856	0.41
2	美国	227	0.22
3	印度	162	0.07
4	西班牙	127	0.21
5	德国	112	0.14
6	巴西	109	0.11
7	法国	79	0.02
8	意大利	71	0.05
9	巴基斯坦	65	0.08
10	日本	58	0.09

序号	国家（地区）	发文量/篇	中心性
1	中国	856	0.41
2	美国	227	0.22
3	印度	162	0.07
4	西班牙	127	0.21
5	德国	112	0.14
6	巴西	109	0.11
7	法国	79	0.02
8	意大利	71	0.05
9	巴基斯坦	65	0.08
10	日本	58	0.09

序号	WoS		CNKI
序号	机构	发文量/篇	机构	发文量/篇
1	中国科学院	123	西北农林科技大学	92
2	中国农业科学院	73	山东农业大学	90
3	南京农业大学	52	南京农业大学	79
4	西北农林科技大学	50	河南农业大学	60
5	中国科学院大学	48	中国农业科学院	46
6	华中农业大学	46	东北农业大学	44
7	山东农业大学	36	东北农林大学	37
8	圣保罗大学	33	华中农业大学	35
9	沙特国王大学	32	甘肃农业大学	34
10	马克斯普朗克植物生理研究所	28	西南大学	33

序号	WoS		CNKI
序号	机构	发文量/篇	机构	发文量/篇
1	中国科学院	123	西北农林科技大学	92
2	中国农业科学院	73	山东农业大学	90
3	南京农业大学	52	南京农业大学	79
4	西北农林科技大学	50	河南农业大学	60
5	中国科学院大学	48	中国农业科学院	46
6	华中农业大学	46	东北农业大学	44
7	山东农业大学	36	东北农林大学	37
8	圣保罗大学	33	华中农业大学	35
9	沙特国王大学	32	甘肃农业大学	34
10	马克斯普朗克植物生理研究所	28	西南大学	33

序号	标题	频次	中心性	年份	发文作者
1	《Source and sink mechanisms of nitrogen transport and use》	30	0.08	2018	Tegeder M
2	《Plant nitrogen assimilation and use efficiency》	26	0.11	2012	Xu G H
3	《Salinity effects on nitrogen metabolism in plants focusing on the activities of nitrogen metabolizing enzymes: A review》	25	0.07	2018	Ashraf M
4	《Ammonium as a signal for physiological and morphological responses in plants》	20	0.08	2017	Liu Y
5	《Cytosolic glutamine synthetase: A target for improvement of crop nitrogen use efficiency?》	19	0.07	2014	Thomsen H C