Endogenous Institutions in Rare Earth Mining Governance: From Equilibrium Intuitions to Evolutionary Disequilibrium

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Authors: Peter Bell
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Abstract

This article clarifies a common misunderstanding of Daron Acemoglu’s claim that “institutions are endogenous” by reframing it for mining governance—especially rare earths—where the binding institutional constraints are often administrative, time-varying, and shock-driven rather than stable “country attributes.” The paper argues that endogeneity in this domain is best understood as evolutionary disequilibrium: governance regimes mutate under stress through policy experimentation, diffusion, contestation, and reversal, producing non-stationary constraints on project feasibility and supply-chain reliability. To make this analytically usable for valuation and risk, the article distinguishes between institutional stock (the operational governance state at the start of a decision horizon, including permitting routines, consultation practice, enforcement credibility, fiscal administration, and export licensing burdens) and institutional evolvability (adaptive capacity and rule dynamics, captured by churn, reversals, variance in approval outcomes, backlog recovery, and regime-switch risk). Contemporary rare earth cases—China’s evolving export licensing constraints, U.S. stockpiling and policy experimentation, EU accelerated permitting under the Critical Raw Materials Act, Vietnam and India’s value-retention policies, conflict governance in Myanmar, litigation-driven feedback in Greenland, and evolving license conditions in Malaysia—illustrate how institutional change arrives in punctuated episodes that reprice timelines, financing terms, and offtake commitments. The paper concludes with a measurement agenda that prioritizes distributions (median and tail risks), institutional performance under shocks, and transition-hazard modelling, treating governance as a time-varying state variable in strategic competition and institutional learning.

Fields of Study & Subjects

Mining and Resource Management Extraction and Separation Processes Natural Resources and Economic Development

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
4 February 2026