Bibliometric Analysis of Reactive Nitrogen Loss in Vegetable System Based on Web of Science

doi:10.11924/j.issn.1000-6850.casb2021-0895

Abstract

Abstract:

Highly reactive nitrogen loss caused by excessive nitrogen application in vegetable system has been widely concerned by the global scientific community. In order to understand the hotspots and development trends in the global research on reactive nitrogen loss in vegetable system, this study used VOSviewer visualization analysis software to conduct quantitative research and visualization analysis of 444 SCI papers published in the Web of Science core database on reactive nitrogen loss in vegetable system since the beginning of the 21st century. The results show that the research on the loss of reactive nitrogen in vegetables has gained more and more attention in the world. China and the United States are the two countries with the largest number of publications and the highest recognition of the papers. The Chinese Academy of Sciences is an important research institution in this field, and its number of published papers, local citation frequency and total citation frequency rank the first. Science of the Total Environment and Agriculture Ecosystems & Environment are the two journals with the largest number of papers published in this field. From the relationship between authors and cooperation, authors cooperate closely with those from the same cluster, and authors cooperate less with those from different clusters. The analysis of keywords co-linear hotspot evolution shows that the research hotspots in this field change from exploring nitrogen leaching and N₂O emission in vegetable system at field scale to studying the influence of soil nitrogen cycle on reactive nitrogen loss in vegetable field at micro-scale by microbial indicators, estimating regional N₂O by model simulation and integration analysis at macro-scale, evaluating the effect of different emission reduction measures on reactive nitrogen emission reduction, and the influence of N₂O emission on greenhouse effect and soil organic carbon sequestration in vegetable field. N₂O emission from vegetable fields has attracted most attention in the research on reactive nitrogen loss in vegetable system, and it is likely to be the hotspot and trend in the future.

Key words: vegetables, reactive nitrogen loss, bibliometric analysis, research hotspots

CLC Number:

MA Xiao, ZHANG Shihao, ZHANG Fen, LIU Fabo, LIANG Tao, WANG Xiaozhong, CHEN Xinping. Bibliometric Analysis of Reactive Nitrogen Loss in Vegetable System Based on Web of Science[J]. Chinese Agricultural Science Bulletin, 2022, 38(26): 124-132.

Figures/Tables 8

References 45

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排名	国家	发文量/篇	占比/%	总被引次数/次
1	中国	236	53.15%	5618
2	美国	75	16.89%	2366
3	德国	48	10.81%	738
4	澳大利亚	43	9.68%	778
5	西班牙	36	8.11%	739
6	加拿大	28	6.31%	318
7	意大利	20	4.50%	270
8	英国	20	4.50%	955
9	日本	16	3.60%	307
10	丹麦	13	2.93%	551

排名	国家	发文量/篇	占比/%	总被引次数/次
1	中国	236	53.15%	5618
2	美国	75	16.89%	2366
3	德国	48	10.81%	738
4	澳大利亚	43	9.68%	778
5	西班牙	36	8.11%	739
6	加拿大	28	6.31%	318
7	意大利	20	4.50%	270
8	英国	20	4.50%	955
9	日本	16	3.60%	307
10	丹麦	13	2.93%	551

排名	研究机构	发文量/篇	总被引次数/次
1	中国科学院(CHINESE ACAD SCI)	111	2586
2	中国农业大学(CHINA AGR UNIV)	43	1836
3	南京农业大学(NANJING AGR UNIV)	40	1193
4	中国农业科学院(CHINESE ACAD AGR SCI)	27	357
5	阿尔梅里亚大学(UNIV ALMERIA)	24	552
6	佛罗里达大学(UNIV FLORIDA)	14	329
7	墨尔本大学(UNIV MELBOURNE)	13	185
8	卡尔斯鲁厄理工学院(KARLSRUHE INST TECHNOL)	12	173
9	西南大学(SOUTHWEST UNIV)	12	125
10	浙江大学(ZHEJIANG UNIV)	12	372

排名	研究机构	发文量/篇	总被引次数/次
1	中国科学院(CHINESE ACAD SCI)	111	2586
2	中国农业大学(CHINA AGR UNIV)	43	1836
3	南京农业大学(NANJING AGR UNIV)	40	1193
4	中国农业科学院(CHINESE ACAD AGR SCI)	27	357
5	阿尔梅里亚大学(UNIV ALMERIA)	24	552
6	佛罗里达大学(UNIV FLORIDA)	14	329
7	墨尔本大学(UNIV MELBOURNE)	13	185
8	卡尔斯鲁厄理工学院(KARLSRUHE INST TECHNOL)	12	173
9	西南大学(SOUTHWEST UNIV)	12	125
10	浙江大学(ZHEJIANG UNIV)	12	372

排名	期刊名	发文量/篇	2019—2020年影响因子	分区
1	Science of the Total Environment	31	7.963	Q1
2	Agriculture Ecosystems & Environment	25	5.567	Q1
3	Agriculture Water Management	24	4.516	Q1
4	Atmospheric Environment	19	4.798	Q1
5	Environmental Pollution	18	8.071	Q1
6	Nutrient Cycling in Agroecosystems	16	3.27	Q2
7	European Journal of Agronomy	12	5.124	Q1
8	Geoderma	10	6.114	Q1
9	Journal of Soils and Sediments	9	3.308	Q2
10	Pedosphere	9	3.911	Q2