I am a Professor of Geography at San Diego State University (i.e., California State University at San Diego). My research focuses on better envisioning, understanding, and planning of complex human-environment systems (CHES). Complexity theory, landscape ecology, geographic information science, and related domain knowledge (e.g., sociology, demography, and economics) leverage theoretical support toward my research and empirical problem-solving projects in CHES. My approach features a digital, computerized methodology, including geo-visualization and representation, space-time analysis, and micro-level modeling and simulation.
My work aims to integrate multidisciplinary (e.g., ecological, geomorphological, sociopolitical, demographic, economic), type-varying (e.g., qualitative and quantitative), and multi-scale (time, space, organizational) data and models. Recent projects have focused on 4-D (x, y, z, and time) agent-based models, modeling of human decisions, disaster-hazard (e.g., wildfire, invasive species) analysis, urban land change processes and mechanisms, reciprocal human-environment relationships under the coupled human and natural systems (CHANS) framework, environmental impact of human socioeconomics and behaviors under the telecoupling framework, and quantitative methods/metrics for landscape analysis and modeling.
September 2018: Recipient of USA National Science Foundation Award entitled "CNH-L: People, Place, and Payments in Complex Human-Environment Systems" (2018-2022, PI: Dr. Li An).
April 2018: Awardee of The Excellence in Research Award at the College of Arts and Letters, San Diego State University. This award is given annually to one faculty member for an excellent record of "research activity, quality of publishing venues, grants and/or awards, and national and international impact and reputation".
June 2016: Awardee of an NSF Grant titled "ABM’17: The usefulness, uselessness, and impending tasks of agent-based models in social, human-environment, and life sciences" (as lead-PI).