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作 者:李赛 林卓然 盛怡瑾 王宝济[1] LI Sai;LIN Zhuoran;SHENG Yijin;WANG Baoji(China Agricultural University Library,China Agricultural University,Beijing 100083,China)
出 处:《中国农业大学学报》2025年第3期299-310,共12页Journal of China Agricultural University
基 金:高校基本科研业务费专项资金项目(2023TC113)。
摘 要:为探究智慧农业领域的跨学科性,基于文献计量视角,以2013—2022年期间Web of Science核心数据库中收录的智慧农业领域相关文献为数据源,从论文关键词、作者学科背景和跨学科性测度3个方面直观且定量地分析该领域学科交叉融合现状及特征。结果表明:1)智慧农业的研究展现了深厚的跨学科特性,涉及农业科学、计算机科学、环境科学、化学、材料科学、生物技术和管理学等多个学科;2)智慧农业领域的作者大多来自工学、计算机科学、农学、生态环境学和经济学等学科,跨学科合作现象在智慧农业领域是主流趋势;3)智慧农业领域文献的学科交叉性整体处于中等水平,大部分文献呈现出相对均衡的学科交叉性。未来,智慧农业领域应继续加强跨学科合作,促进农业科学、计算机科学和环境科学等学科间的交流与合作,以实现智慧农业的全面发展。To explore the interdisciplinarity in the field of Smart Agriculture,this study,from the perspective of bibliometrics,takes the relevant literature in the field of Smart Agriculture included in the Web of Science Core Collection from 2013 to 2022 as the data source,and intuitively and quantitatively analyzes the current situation and characteristics of interdisciplinary integration in this field from three aspects,namely paper keywords,the disciplinary backgrounds of authors,and the measurement of interdisciplinarity.The results showed that:1)The research on Smart Agriculture shows profound interdisciplinary characteristics,involving multiple disciplines such as agricultural science,computer science,environmental science,chemistry,materials science,biotechnology,and management science;2)Most authors in the field of Smart Agriculture come from disciplines such as engineering,computer science,agricultural science,ecological environment science,and economics,and interdisciplinary collaboration is the mainstream trend in the field of smart agriculture;3)The interdisciplinarity of literature in the field of Smart Agriculture is generally at a medium level,and most literature show relatively balanced interdisciplinarity.In the future,the field of Smart Agriculture should continue to strengthen interdisciplinary cooperation and promote exchanges and cooperation among disciplines,such as agricultural science,computer science,and environmental science to achieve the comprehensive development of Smart Agriculture.
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