Reid Lifset

Reid Lifset is a Research Scholar and Resident Fellow in Industrial Ecology at Yale University's School of the Environment, where he serves as the Founding Editor of the Journal of Industrial Ecology. He is also affiliated with the Center for Industrial Ecology and contributes to the United Nations International Resource Panel. His work bridges academic research with practical environmental policy applications.

• B.A. from Swarthmore College
• M.S. from Massachusetts Institute of Technology
• M.P.P.M. from Yale School of Management

Lifset's research focuses on industrial ecology, particularly extended producer responsibility (EPR), resource and material efficiency, the environmental impact of the digital economy, and circular economy development. His work examines material and energy flows in industrial systems to integrate environmental concerns into economic activity. He has made significant contributions to understanding how EPR policies influence product design and waste management practices.

His publication record demonstrates a consistent focus on material efficiency strategies, with recent work emphasizing climate change mitigation through resource optimization in housing and transportation sectors. His research increasingly addresses the complex environmental implications of digital technologies and additive manufacturing processes.

• Society Prize from the International Society for Industrial Ecology (2015)

Lifset has advised major organizations including the U.S. EPA, OECD, and Pew Charitable Trusts, and has served on the U.S. EPA's Science Advisory Board. He chairs research initiatives focused on the environmental impacts of the digital economy, funding and mentoring researchers in this emerging field. His work with the International Resource Panel contributed to the influential report Resource Efficiency and Climate Change: Material Efficiency Strategies for a Low-Carbon Future.

As part of the Center for Industrial Ecology, Lifset participates in developing research frameworks for industrial metabolism analysis and material flow assessment, contributing to the field's methodological foundations while addressing contemporary environmental challenges through practical applications.