基于文献计量的人地系统耦合研究动态及热点
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重点研发项目(2022YFF1303202)资助


Bibliometrics analysis of the research dynamics and hotspots of coupled human and natural systems
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National key research and development Projects (2022YFF1303202)

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    摘要:

    为深入探究人地系统的研究动态及热点,借助VOSviewer可视化软件,基于Web of Science Core collection (WoSCC) 数据库,对1994-2023年国际上人地系统耦合相关文献的逐年发表数量、主要研究力量、关键词共现情况及突现词等进行可视化分析,并运用活力指数(activity index, AI)和吸引力指数(attraction index, AAI)评价不同国家在该领域的研究效率和学术影响力。研究发现:(1)人地耦合研究分为三个阶段:起步阶段(1994-1999年)、波动增长阶段(2000-2008年)、快速发展阶段(2009-2023年),研究数量、尺度及方法都在不断提升。(2)中国在人地耦合领域的研究强度呈现迅猛增加的趋势,但学术影响力及国际合作仍有待加强。(3)城镇化背景下的生态系统保护、修复及管理是当前人地耦合领域的研究重点,未来应尤其注意中、大尺度的多要素、多系统耦合分析方法、框架及模型的研发,同时以要素间、系统间的耦合机制为科学基础,构建以自然保护为根本、社会高质量发展为目标、政策制度为重要手段的自然-经济-社会系统一体化管理模式。此外,应加强耦合理论、方法的实践应用,结合实例对耦合相关理论进行验证、优化与总结。结果将为人与自然协调发展的相关战略、规划和政策的制定提供参考。

    Abstract:

    Whether the development of human society is in harmony with the environment is related to the well-being of human beings and the health of the ecosystem, which is a core issue of sustainable development. Because the research on the coupled human and natural systems involves multiple fields, such as environment, economy, culture, energy and society, and the interaction between human and nature is constantly strengthened after the advent of Anthropocene, the research on “coordinated development of human and nature” develops rapidly, and a large number of research achievements continue to emerge. However, relevant quantitative analysis is insufficient, and there is a lack of timely cognition of the research status. A bibliometric study based on the Web of Science core collection (WoSCC) database was performed in this article. With the help of VOSviewer visualization software, a systematic analysis was carried out on 6088 publications from various countries in the field of coupled human and natural systems from 1994 to 2023, aiming to catch the research trends and hotspots. The activity index (AI) and attraction index (AAI) were used to evaluate the research effort and academic impact of different countries in this field, and the global research progress and dynamic changes in the research on coupled human and natural systems were discussed. The findings are as follows: (1) According to the annual number of published papers, the research process in this field was divided into three stages. The three stages were named as the initial stage (1994—1999), fluctuating growth stage (2000—2008), and rapid development stage (2009—2023), respectively. The number, scale, and methods of research have been constantly improving with the time. (2) After 2017, China’s research effort in the field of coupled human and natural systems showed a trend of rapid increase, but the academic influence and international cooperation still needed to be strengthened. (3) Ecosystem protection, restoration, and management under the background of urbanization have been the research focuses since 2019. In the future, more attention should be paid to the research and development of multi-factor and multi-system coupling analysis methods, frameworks and models in medium and large scales. At the same time, taking coupling mechanism between elements and systems as the scientific foundation, we should build an integrated management model of natural, economic, and social systems with nature protection as the root, high-quality social development as the goal, and policies and institutions as the important means. In addition, the practical application of coupling theory and method should be strengthened, and the coupling theory should be validated, optimized and summarized with examples. The results can provide reference for the formulation of relevant strategies, plans, and policies for the coordinated development between human and nature.

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赵金羽,萨娜,田野,郑拴宁,付晓,吴钢,桑卫国.基于文献计量的人地系统耦合研究动态及热点.生态学报,2024,44(6):2660~2671

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