ABOUT DR. AHN
Changwoo Ahn’s research centers on wetland ecosystem ecology, system ecology, and ecological engineering. Ahn’s dissertation work focused on designing and constructing wetlands to improve water quality by reuse of combustion by-products (i.e., wastes for landfills) from power plants in the Midwest, incorporating system ecological approaches. Ahn studied biogeochemical and ecological processes in a human-created wetland complex at the Olentangy River Wetland Research Park (ORWRP), now designated as the 24th Ramsar (i.e., a wetland of international importance) site in the United States. Ahn served as a consultant and participant in the making of the television documentary titled “Restore wetlands as a resource for the future” by Korea Broadcasting System (KBS ) for the RAMSAR International Conference in 2008.
Ahn’s work also includes planning, designing, and analyzing different scenario (simulation)-based restoration options for the Illinois large river-floodplain ecosystem targeting the Emiquon site, the largest floodplain re-connection project on the Upper Mississippi River, working with The Nature Conservancy, National Science Foundation, Corps of Engineers, USGS, farmers, landowners, and other stakeholders.
Upon joining GMU in 2003, Ahn launched a long-term study of functional development and design elements for created mitigation wetlands, specifically collaborating with Wetland Studies and Solutions, Inc. and USGS. The work includes microtopography, hydrologic connectivity, and planting diversity as design elements that can be created and managed to enhance the development of ecological functions, thus restoring ecosystem services of wetlands while mitigating the loss of natural wetlands. Since 2009, when he built the Ahn Wetland Mesocosm Compound (https://www.youtube.com/watch?v=fZjFXwOYe4c) on Mason Drive, he has carried out teaching and research activities related to wetland ecology and ecological sustainability in the compound. The facility has also been used for K-12 summer internships and education. The Wetland Mesocosm Compound currently houses 60, 150-gallon stock tanks to study the effects of plant diversity on the developments of wetland ecosystem structure and functions, which includes plant morphological characteristics, carbon accumulation efficiency, soil microbial community patterns, denitrification, and biomass production. The compound has been visited by Northern Virginia Conservation Trust, Chinese delegation of Shandong Department of Forestry, students and scholars from Korea University, students from Thomas Jefferson High School for Science and Technology, Lake Braddock Secondary School, Northern Virginia Community College, The Washington Youth Summit on the Environment, and Global Problem Solving Consortium.
To date, Ahn has published over 100 peer-reviewed abstracts and journal articles, authored several book chapters, and participated in translating two books (Ecological Engineering and Ecosystem Restoration; Silenced Rivers) into Korean. He has been serving on the editorial boards of Ecological Engineering, Wetland Science and Practice, Environmental Engineering Research, and The Ecological View and was also a book review editor for Ecological Engineering-the Journal of Ecosystem Restoration (2011-2016). Ahn is a founding director of EcoScience + Art , the campus-wide interdisciplinary initiative, and designed and directed The Rain Project, which has been featured as an outstanding example of cross-disciplinary art-science collaboration in higher education for community engagement by the National Academies in it's 2018 report titled "The Integration of the Humanities and Arts with Sciences, Engineering, and Medicine in Higher Education- Branches from the Same Tree." Ahn participated in ART + ENVIRONMENT conference 2014 at Nevada Museum of Art and presented at Balance-Unbalance (Water, Climate, Place Reimagining Environments) 2015. Ahn was also an invited speaker for The DASER (DC Art Science Evening Rendezvous) by Cultural Programs of National Academy of Sciences (CPNAS) in Washington, DC, Art-Science Panel of Yale School of Forestry and Environmental Studies at Yale University, and a2RU (Alliance for the Arts in Research Universities) conference. Ahn organized and curated a symposium for INTECOL 2017 in Beijing, China, titled "Interdisciplinary Collaboration Among Ecological Engineering, EcoScience, and Eco-Art to Enhance Ecological Restoration Research", sponsored by National Science Foundation (NSF) as a PI.
Ahn is currently a Professor in Environmental Science and Policy, and an affiliated faculty member in Civil, Environmental & Infrastructure Engineering, Biology, Molecular Ecology and Evolution, Food Studies and School of Art. Ahn serves for a faculty search committee for School of Art as well. Ahn has served as a University Life Faculty Fellow (2013-2018, 2020-present) and became a Faculty Research Fellow appointed by Center for Real Estate Entrepreneurship (School of Business). Ahn teaches Wetland Ecology and Management, Ecosystem Modeling and Analysis, Ecological Sustainability, Ecological Engineering and Ecosystem Restoration, and Urban Ecosystems and Processes at GMU. Ecological Sustainability and Urban Ecosystems and Processes are R&S (Research and Scholarship) intensive courses for undergraduates sponsored by Students as Scholars program at GMU. Ahn was a recipient of both Mentoring Excellence Award in 2016 and Teacher with Distinction in 2017. Ahn is dedicated to developing and innovating methods of teaching that will incorporate strong research experiences into undergraduate science education.
Changwoo is originally from Seoul, South Korea. He received his Bachelor’s degree in Forest Resource and Master’s in Environmental Planning from the Graduate School of Environmental Studies, both at Seoul National University. He completed his Ph.D. at The Ohio State University, followed by postdoctoral research in the Illinois Water Resources Center at the University of Illinois at Urbana-Champaign before coming to GMU. Changwoo's research focuses on finding ecological design principles and system approaches applicable to sustainable land and water management. Changwoo is also deeply interested in strong interdisciplinary efforts to build creative linkages among different disciplines to facilitate much-needed communication and collaboration for higher education.