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Gold Science and Technology >

2022 , Vol. 30 >Issue 2: 196 - 208

DOI: https://doi.org/10.11872/j.issn.1005-2518.2022.02.168

Mining Technology and Mine Management

Study on the Structure and Evolution of Rare Earth Trade Network Along the Belt and Road

  • Shuitai XU , 1 ,
  • Caiwei MA 1 ,
  • Wenxing ZHU , 2, 3
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  • 1. School of Economic and Management，Jiangxi University of Science and Technology，Ganzhou 341000，Jiangxi，China
  • 2. School of Business，Jiangxi University of Science and Technology，Nanchang 330013，Jiangxi，China
  • 3. Nonferrous Metals Industry Development Research Institute，Jiangxi University of Science and Technology，Ganzhou 341000，Jiangxi，China

Received date: 2021-11-15

  Revised date: 2022-03-09

  Online published: 2022-06-17

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Highlights

Rare earth is a strategic and key metal mineral resource that promotes high-quality development of national economy and global economic restructuring. The Belt and Road Initiative provides major opportunities for rare earth trade among countries. Based on the trade data of rare earth related products along the Belt and Road from 2013 to 2019 in UN Comtrade， the network structure characteristics and evolution process of rare earth trade along the Belt and Road were explored from individual and overall levels by using complex network analysis method. At the individual level， the position and evolution trend of countries along the route in the rare earth trade network were explored based on the degree centrality， intermediate centrality， proximity centrality and point intensity of network nodes. At the overall level， the characteristics of network density， small-world network， and community structure were analyzed to explore the overall characteristics and evolution rules of network. The results show that： （1）From 2013 to 2019， the Rare earth trade network of the Belt and Road presents the characteristics of a “small world”， but the network density is low and the accessibility of the overall network structure is weak. （2）As an important participant in the Belt and Road rare earth trade， China has always played a core role in the trade network and has absolute influence and control over rare earth trade. （3）Due to industrial proximity， trade and transportation costs， cultural differences， countries with similar geographical locations have closer rare earth trade links.（4）The trade of rare earth terminal application products is the main aspect that affects the development of rare earth trade in the Belt and Road. Therefore， the research believes that the following measures can provide a basis for China’s rare earth trade strategy and policy formulation and the optimization of rare earth trade pattern. Firstly， strengthen infrastructure construction and reduce the impact of geographical location on the Belt and Road rare earth trade cooperation.Secondly， strengthen rare earth trade links among core countries in various regions to further consolidate China’s core position in the Belt and Road rare earth trade network.Thirdly， reduce rare earth trade barriers， improve the smooth flow of rare earth trade activities and the development of trade networks along the Belt and Road.Finally， expand rare earth trade cooperation partners and promote the diversification of rare earth trade market targets along the Belt and Road.

Cite this article

Shuitai XU , Caiwei MA , Wenxing ZHU . Study on the Structure and Evolution of Rare Earth Trade Network Along the Belt and Road[J]. Gold Science and Technology, 2022 , 30(2) : 196 -208 . DOI: 10.11872/j.issn.1005-2518.2022.02.168

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http://www.goldsci.ac.cn/article/2022/1005-2518/1005-2518-2022-30-2-196.shtml

References

Publishing order | Descend order by publishing year | Descend order by cited within
Benson A R， Gleich D F， Leskovec J，2016. Higher-order organization of complex networks［J］. Science，353（6295）： 163-166.

Burt R S，1992. Structural holes：The social structure of competition［J］. Cambridge：Harvard University Press，37（4）： 426-428.

Cepeda-López F， Gamboa-Estrada F， León C，et al，2018. The evolution of world trade from 1995 to 2014： A network approach［J］.The Journal of International Trade&Economic Development，28（4）：452-485.

Fagiolo G， Reyes J， Schiavo S，2010. The evolution of the world trade web：A weighted-network analysis［J］.Journal of Evo-lutionary Economics，20（4）：479-514.

Garlaschelli D， Loffredo M I，2005. Structure and evolution of the world trade network［J］. Physica A Statistical Mechanics & Its Applications，355（1）： 138-144.

Han Mengwei， Li Shuanglin，2020. Network characteristics and community structure of marine energy products trade among the countries along the Belt and Road［J］. Economic Geography，40（10）： 108-117.

Hou W Y， Liu H F， Wang H，et al，2018. Structure and patterns of the international rare earths trade： A complex network analysis［J］. Resources Policy，（55）： 133-142.

Klossek P， Kullik J， Boogaart K，2016. A systemic approach to the problems of the rare earth market［J］.Resources Policy，50： 131-140.

Li Zhenmin， Liu Yili， Li Ping，et al，2016. Analysis of global rare earth supply trend［J］. Rare Earth，37（6）： 146-154.

Li Zhenmin， Liu Yili， Sun Juying，et al，2017. Analysis of the global rare earth consumption trend［J］.Rare Earth，38（3）： 149-158.

Liu Weidong，2015. Scientific understanding of the Belt and Road Initiative of China and related research themes［J］. Progress in Geography，2015，34（5）： 538-544.

Luo Xiang， Lai Dan，2021. Measuring and comparing the efficiency of the whole industry chain of rare earths from the perspective of industry chain extension：Based on three-stage DEA model［J］. Scientific Decision Making，287（6）： 104-121.

Ma Shuzhong， Ren Wanwan， Wu Guojie，2016. Characteristics of a country’s agricultural trade network and its impact on global value chain division： From the perspective of social network analysis［J］. Management World，（3）： 60-72.

Mancheri N A，2015. World trade in rare earths’Chinese export restrictions，and implications［J］. Resources Policy，46： 262-271.

Ni Na， Yang Limei，2019. Research on international pattern of rare earth permanent magnet trade based on social network analysis［J］. Rare Earth，40（6）： 144-154.

Qi Zhaokun， Sui Bowen，2020. The evolution of export technology structure of China’s rare earth products and its influencing factors from the perspective of international comparison［J］. China Business and Market，34（9）： 67-78.

Qiu Yi， Huang Dan，2021. The structural characteristics of trade networks along the Belt and Road and their impacts on technological progress：An study based on social network analysis［J］. Economic Theory and Business Management，41（6）： 66-80.

Serrano M A， Boguna M，2003. Topology of the world trade web［J］.Physical Review E，68（2）：015101.

Shao Guilan， Zhuo Qian，2018. Comparative study on the spatial pattern of rare earth export in China and the United States［J］. Rare Earth，39（3）：149-158.

Song Zhouying， Che Shuyun， Yang Yu，2017. Topological relationship between trade network in the Belt and Road Initiative area and global trade network［J］. Progress in Geography，36（11）： 1340-1348.

Squartini T， Fagiolo G， Garlaschelli D，2011.Randomizing world trade. II. A weighted network analysis［J］. Physical Review E，84（4）：046118.

Wang X B， Yao M T， Li J S，et al，2019. Global embodied rare earths flows and the outflow paths of China’s embodied rare earths： Combining multi-regional input-output analysis with the complex net-work approach［J］. Journal of Cleaner Production，216： 435-445.

Watts D J， Strogatz S H，1998. Collective dynamics of small-world’ networks［J］. Nature，393： 440-442.

Yang Wenlong， Du Debin， Ma Yahua，et al，2018. Network structure and proximity of the trade network in the Belt and Road region［J］. Geographical Research，37（11）： 2218-2235.

Ye Rensun， Wu Yiding，2014. China Rare Earth Strategic Development and Export Industry Regulation Policy Research［M］. Beijing： Science Press.

Zheng Guodong， Wang Kun， Chen Qishen，et al，2021. The change of world rare earth industrial structure and the problems faced by China’s rare earth industry［J］. Acta Geoscientia Sinica，42（2）： 265-272.

Zhou Meijing， Huang Jianbai， Shao Liuguo，et al，2020. Change and adjustment direction of China’s rare earth policy［J］. Resource Science，42（8）： 1527-1539.

Zhu Xuehong， Peng Ting， Chen Jinyu，2020. Impact of strategic and critical metals trade network characteristics on the upgrading of industrial structures［J］. Resource Science，42（8）： 1489-1503.

Zou Jialing， Liu Weidong，2016. Trade network of China and countries along the Belt and Road initiative areas from 2001 to 2013［J］. Geoscience，36（11）： 1629-1636.

韩梦玮，李双琳，2020. “一带一路”海洋能源产品贸易网络结构特征及社团分布研究［J］. 经济地理，40（10）： 108-117.

李振民，刘一力，李平，等，2016. 世界稀土供应趋势分析［J］. 稀土，37（6）： 146-154.

李振民，刘一力，孙菊英，等，2017. 世界稀土需求趋势分析［J］. 稀土，38（3）： 149-158.

刘卫东，2015. “一带一路”战略的科学内涵与科学问题［J］. 地理科学进展， 34（5）： 538-544.

罗翔，赖丹，2021. 产业链延伸视角下稀土全产业链效率测度与比较研究——基于三阶段DEA模型［J］. 科学决策，287（6）： 104-121.

马述忠，任婉婉，吴国杰，2016. 一国农产品贸易网络特征及其对全球价值链分工的影响——基于社会网络分析视角［J］. 管理世界，（3）： 60-72.

倪娜，杨丽梅，2019. 基于社会网络分析的稀土永磁贸易国际格局研究［J］. 稀土，40（6）： 144-154.

戚兆坤，隋博文，2020. 国际比较视域下中国稀土产品出口技术结构演进及其影响因素［J］. 中国流通经济，34（9）： 67-78.

仇怡，黄丹，2021. “一带一路”沿线国家贸易网络结构特征及其对技术进步的影响——基于社会网络分析法的研究［J］. 经济理论与经济管理，41（6）： 66-80.

邵桂兰，周乾，2018. 中美稀土出口空间格局比较研究［J］. 稀土，39（3）： 149-158.

宋周莺，车姝韵，杨宇，2017.“一带一路”贸易网络与全球贸易网络的拓扑关系［J］.地理科学进展，36（11）：1340-1348.

杨文龙，杜德斌，马亚华，等，2018. “一带一路”沿线国家贸易网络空间结构与邻近性［J］. 地理研究，37（11）： 2218-2235.

叶仁荪，吴一丁，2014. 中国稀土战略开发及出口产业规制政策研究［M］. 北京： 科学出版社.

郑国栋，王琨，陈其慎，等，2021. 世界稀土产业格局变化与中国稀土产业面临的问题［J］. 地球学报，42（2）： 265-272.

周美静，黄健柏，邵留国，等，2020. 中国稀土政策演进逻辑与优化调整方向［J］. 资源科学，42（8）： 1527-1539.

朱学红，彭婷，谌金宇，2020. 战略性关键金属贸易网络特征及其对产业结构升级的影响［J］. 资源科学，42（8）： 1489-1503.

邹嘉龄，刘卫东，2016.2001—2013年中国与“一带一路”沿线国家贸易网络分析［J］.地理科学，36（11）：1629-1636.

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