Feng, Kuishuang

Bio

Dr. Feng is a member of the Human Dimension of Global Change (HDGC) program. His research involves developing coupled human and natural system models to gain a better understanding of various resources and environmental management issues, such as carbon emissions, water, land, and air pollution, in the context of globalization and socio-economic development. A key innovation of his research is developing a nested local to global multi-regional input-output analysis that tracks the tele-connected environmental and social consequences of human decisions across complex networks of domestic and global supply-chains. Such a multi-scale approach holds promise to advance interdisciplinary research by marrying place-based with global change research. In addition, his team's research addresses many urgent environmental policy issues, such as distributional effects of environmental policies across regions and income groups, carbon tax revenue redistribution to protect poor, social and environmental inequality, climate mitigation targets and Sustainable Development Goals. His current research extends to the field of integrated assessment modeling with particular focus on Global Change Analysis Model (GCAM).

Degrees

  • Ecological Economics, University of Leeds, 2011 - Ph.D

  • Sustainability Research, University of Leeds, 2007 - MA

  • Environmental Management & Env Sci, University of Leeds, 2006 - BA

Areas of Interest

  • Teleconnection of local consumption and global environmental change
  • Sustainable consumption and production
  • Climate change mitigation
  • Just Transition
  • Consumption-based environmental accounting
  • Environmental input-output analysis
  • Hybrid life-cycle analysis
  • Integrated Assessment model

Principle Investigator

07/2024 - 12/2025 " Cheniere Lifecyle Assessment Study," Sponsored by Cheniere Energy Shared Services, Inc. (Total $316,774)

07/2024 - 06/2025 "New Directions Fund - Conceptualizing and modeling the co-benefits of air quality and public health from low-carbon transition", Sponsored by University of Maryland VPR office.  (Total $25,000) 

05/2022 – 12/2022 "Assessing water security from agricultural expansion in Bolivia, Colombia, Ecuador, and Peru under future climate change: a coupled socio-economic and biophysical accounting framework" funded by Inter-American Development Bank. (Total $25,000)

03/2019 – 02/2010   “Managing Water Footprint and Virtual Water of Main Economic Sectors in Latin America and Caribbean: A Water-Energy-Food Nexus Analysis Using a Coupled Physical and Socio-Economic Accounting Framework” funded by Inter-American Development Bank. (Total 115,000)

09/2017 – 12/2018   “Climate risk: managing distributional impacts of carbon taxes” funded by Inter-American Development Bank (Total $60,000)

07/2018 – 06/2019   "Accounting and Modeling Urban Low Carbon Transformation: Case Studies of the US and Australia" funded by the BSOS Dean’s Research Initiative. (Total $6,000)

07/2015 – 06/2016   “Economic Transport Modeling to Link Climate Change to Socio-Economic Vulnerability in Alaska” funded by the BSOS Dean’s Research Initiative. (Total $7,500)

12/2014 – 11/2016   "Venture: Linking local consumption to global impacts" funded by National Socio-Environmental Synthesis Center (SESYNC) (Total ~$40,000)