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Overview


My research focuses on understanding the relationship between ecosystem, air, and water in the face of climate change. I am particularly passionate about translating fundamental ecological knowledge into applied practices that deliver socioeconomic benefits. These include, but are not limited to, (1) enhancing forest management to increase carbon sequestration, (2) improving crop yields to support food security, and (3) mitigating urban heat to promote public health. To address these challenges, I employ three primary approaches: (1) spatiotemporal data analysis to interpret field and satellite observations, (2) machine learning techniques to generate novel datasets, and (3) process-based ecosystem models to uncover underlying mechanisms.

Current Duke Appointments & Affiliations


Assistant Professor of Ecology · 2025 - Present Environmental Natural Science, Nicholas School of the Environment

Recent Scholarly Works


Reclaiming abandoned croplands to adapt wheat production to a warmer world

Journal article Communications Earth and Environment · December 1, 2026 Wheat contributes ~20% of global dietary calories. Climate change threatens production, but adaptation is possible by expanding cultivation into abandoned croplands. Here we assess the potential of recultivating abandoned croplands for winter wheat, which ... Full text Cite

Ecosystem technology (ecotech): Harnessing natural processes to address global challenges.

Journal article Science advances · May 2026 Over the past 80 years, biotechnology has advanced agriculture, health care, and economic development by harnessing biological processes from the organism inward, i.e., from the organ system to the molecular scale. Today's global challenges, including biod ... Full text Cite

Strengthening influence of atmospheric rivers on global snow depth dynamics.

Journal article Nature communications · April 2026 Atmospheric rivers (ARs), narrow zones of intense water vapor transport in the Earth's atmosphere, play a pivotal role in driving heavy precipitation and temperature anomalies. Snowpack dynamics, essential for global water availability, are sensitive to va ... Full text Cite
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Education


California Institute of Technology · 2022 Ph.D.
Nanjing University (China) · 2016 B.S.