Exploring the divergence of rare earth trade networks with a global simulation model
Yawen Han, Peng Wang, Zhongju Liao, Linbin Tang, Wenjuan Song, Tianming Gao, Hongchang Hao, Wei-qiang Chen

TL;DR
This paper uses a global simulation model to explore how geopolitical actions and trade policies affect the international trade of rare earth elements, showing a shift toward regional trade groups.
Contribution
The study introduces a novel combination of global simulation modeling and network analysis to assess the impact of trade policies on rare earth trade networks.
Findings
Global rare earth trade patterns are becoming less concentrated and more regionalized.
Trade barriers reinforce regionalization, while liberalization encourages globalization.
Emerging exporters like Japan and Malaysia are increasingly mediating trade between China and the U.S.
Abstract
Rare earths are critical to high-tech and low-carbon applications. To protect national interests, countries increasingly adopt geopolitical trade actions among rare earth supply chains. Here, this study combines a global simulation model with network analysis to reveal how trade barriers, coalitions, and liberalization could reshape international rare earth trade networks. Results show an increasingly reduced concentration of global trade patterns, which have divided into more regional groups. In particular, Japan, Malaysia, and several Asian countries have formed a community increasingly mediating China–U.S. trade. Scenario analysis highlights the different role of actions from major exporters in shaping global networks, and trade barriers would intensify regionalization tendency, while non-discriminatory coalitions and trade liberalization can encourage globalization. Our analysis…
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Taxonomy
TopicsExtraction and Separation Processes · Geochemistry and Elemental Analysis
