Harvard China Project

Mitsubishi Heavy Industries’ Net-Zero Strategy

Senior VP Ricky Sakai outlines U.S.-Japan collaboration

Mountain Fuji and Industry factory view at Shizuoka prefecture

Publications

In Press

Haiyang Jiang, Audun Botterud, Grant Ruan, Rahman Khorramfar, Chris P. Nielsen, Ershun Du, and Ning Zhang. 2026. “Climate Risk-Averse Power System Planning Under Renewable Drought Events”. IEEE Transactions on Power Systems
Haiyang Jiang, Audun Botterud, Grant Ruan, Rahman Khorramfar, Chris P. Nielsen, Ershun Du, and Ning Zhang. 2026. “Climate Risk-Averse Power System Planning Under Renewable Drought Events”. IEEE Transactions on Power Systems

2026

ChengHe Guan, Haotian Zhong, Yichun Zhou, Ying Li, Bo Zhang, Zhibin Chen, Sumeeta Srinivasan, and Chris P. Nielsen. 2026. “Generational Differences in Active Travel: Estimation, Decomposition, and Policy Implications”. Applied Geography, 191, 103997
ChengHe Guan, Haotian Zhong, Yichun Zhou, Ying Li, Bo Zhang, Zhibin Chen, Sumeeta Srinivasan, and Chris P. Nielsen. 2026. “Generational Differences in Active Travel: Estimation, Decomposition, and Policy Implications”. Applied Geography, 191, 103997
Wenxin Zhao, Yu Zhao, Lu Liu, Chen Gu, Yuqiang Zhang, and Chris P. Nielsen. 2026. “Tracing the Global Trade Trails of Coal-Related CO2 Emissions and Environmental Health Burdens”. Environmental Science and Technology
Wenxin Zhao, Yu Zhao, Lu Liu, Chen Gu, Yuqiang Zhang, and Chris P. Nielsen. 2026. “Tracing the Global Trade Trails of Coal-Related CO2 Emissions and Environmental Health Burdens”. Environmental Science and Technology
Liuhua Zhu, Fan Wang, Chris Nielsen, Gregory Carmichael, and Meng Gao. 2026. “Optimized Spatial Planning Offers a Dual Solution for Managing Urban Heat and Air Pollution in Humid Subtropical Climates”. Nature Communications
Liuhua Zhu, Fan Wang, Chris Nielsen, Gregory Carmichael, and Meng Gao. 2026. “Optimized Spatial Planning Offers a Dual Solution for Managing Urban Heat and Air Pollution in Humid Subtropical Climates”. Nature Communications
Laima Eicke, Andreas Goldthau, Rainer Quitzow, James Kneebone, Priyank Lathwal, Dolf Gielen, Nicola De Blasio, Kavita Surana, and Clara Galeazzi. 2026. “Geoeconomic Scenarios for Renewable Hydrogen Based Industrial Production”. Nature Reviews Clean Technology, 2026
Laima Eicke, Andreas Goldthau, Rainer Quitzow, James Kneebone, Priyank Lathwal, Dolf Gielen, Nicola De Blasio, Kavita Surana, and Clara Galeazzi. 2026. “Geoeconomic Scenarios for Renewable Hydrogen Based Industrial Production”. Nature Reviews Clean Technology, 2026

Featured Content

Motivation of the Harvard-China Project

Addressing the global challenges of climate change requires bold, cross-disciplinary collaboration that transcends national boundaries. The Harvard-China Project fosters the exchange of ideas and scholars from diverse backgrounds, driven by the shared urgency of protecting our planet’s future. Harvard University and collaborating institutions in China have a responsibility—and unique capability—to unite the brightest minds across disciplines and borders. The stakes could not be higher and the moment demands renewed commitment and action.

HCP Group at workshop

Research Published in Leading Journals

Emphasizing rigorous interdisciplinary innovation, Project studies are published in leading peer-reviewed scholarly journals. Novel research insights inform practice through proven advisory relationships to top policy actors and routine interactions with industry leaders. Explore our recent publications, which showcase our broad topical scope across a variety of research areas: climate; air pollution; renewable-based power systems; transportation, industry, and building decarbonization; environmental health; and economy and policy. 

Featured News

Meet Our Community of Scholars

The interdisciplinary Harvard-China Project is the longest-running initiative of its kind, having hosted over 300 visiting scholars, postdoctoral fellows, and students since its founding in 1993. Our collaborative network is unrivaled in academia, with faculty participation from five Harvard schools and active multidisciplinary partnerships with Project alumni at over a dozen Chinese universities. The work of our community members have contributed to the broader energy and environmental conversation in China and beyond. Explore our dynamic, engaged community and their work in summaries of new publications; our researcher profiles; and pressing issue Q&As

HCP Researchers