Keyword Topic: Conflict & Resource Management

Morgan Bazilian, PhD

Morgan Bazilian, PhD

Payne Institute for Public Policy

Director

mbazilian@mines.edu

Affiliated Pillar(s): Earth | Energy | Foundations

Research Focus Areas: Communication & Public Engagement | Critical Materials & Supply Chains | Economic Feasibility & Social Acceptance | Energy in Global Context | Engineering Global Sustainability | Intersections of Science Policy & Governance

Keywords: Conflict & Resource Management | Critical Materials / Minerals / Metals | Electrical Grid Resilience | Energy Policy | Energy Security | Energy Systems Modeling | Energy Systems Optimization | Geopolitics | Global Energy Markets | Global Supply Chains | International Trade & Energy Markets | Regulatory Policy | Resilient Infrastructure

Hojun Choi, PhD

Hojun Choi, PhD

Economics & Business

Assistant Professor

hojun.choi@mines.edu

Affiliated Pillar(s): Earth | Energy | Environment | Foundations

Research Focus Areas: Advanced Energy Systems & Integration | Critical Materials & Supply Chains | Economic Feasibility & Social Acceptance | Energy in Global Context | Environment Climate & Society | Intersections of Science Policy & Governance | Natural Resource Geopolitics & Economics

Keywords: Conflict & Resource Management | Critical Materials / Minerals / Metals | Energy Policy | Environmental Policy | Global Supply Chains | Regulatory Policy | Resource & Sustainability Policy | Resource Economics | Supply Chain Resilience | Sustainable Resource Management

Aaron Malone, PhD

Aaron Malone, PhD

Mining Engineering & Payne Institute for Public Policy

Research Assistant Professor

amalone@mines.edu

Affiliated Pillar(s): Earth | Energy | Environment | Foundations

Research Focus Areas: Clean & Sustainable Water Systems | Critical Materials & Supply Chains | Economic Feasibility & Social Acceptance | Energy in Global Context | Engineering Global Sustainability | International Relations & Global Studies | Intersections of Science Policy & Governance

Keywords: Community Development | Community-Based Research | Conflict & Resource Management | Critical Materials / Minerals / Metals | Cross-Cultural Collaboration | Energy & Society | Energy Transition | Environmental Justice | Environmental Policy | International Development | Policy Analysis | Resource & Sustainability Policy | Social Accountability & Acceptance | Sociotechnical Integration | Sustainable Resource Management

Priscilla Nelson, PhD

Priscilla Nelson, PhD

Mining Engineering; Civil & Environmental Engineering; Geology & Geological Engineering

Professor

pnelson@mines.edu

Affiliated Pillar(s): Earth | Environment

Research Focus Areas: Advanced Resource Extraction Production & Processing | Communication & Public Engagement | Critical Materials & Supply Chains | Earth & Planetary Processes | Economic Feasibility & Social Acceptance | Engineering Global Sustainability | Engineering Solutions for a Safer Planet | Engineering Solutions for a Sustainable Future | Environment Climate & Society | Exploring the Subsurface through Modeling & Mapping | Harnessing Renewable Energy Sources | Managing Earth's Water Resources | Materials & Manufacturing of the Future | Materials Discovery | Natural Resource Geopolitics & Economics | Space Exploration & Resource Development | Transforming Engineering Education & STEM Workforce | Underground Infrastructure Development

Keywords: Circular Economy | Conflict & Resource Management | Critical Materials / Minerals / Metals | Energy Storage | Energy Transition | Energy-Water Nexus | Engineering Educational Innovation | Environmental Impacts of Energy | Extractive Metallurgy & Chemical Processing | Geopolitics | Global Supply Chains | Hydropower | Integrated Resource Planning | Integrated Water Resource Management | Interdisciplinary Education | Materials for Energy | Resilient Infrastructure | Resource & Sustainability Policy | Sociotechnical Integration | Strategic Mineral Supply Chains | Structural & Construction Materials | Sustainable Resource Management | Systems Thinking | Waste Minimization | Waste to Resource