2019-2020 Faculty Research Interests

Jim Best

My research focuses on the dynamics of rivers and lakes, with current field projects in the US, Canada, Argentina, Cambodia, and Bangladesh. I have several projects working on river processes on the Wabash River in Illinois (with Bruce Rhoads) and Mississippi, as well as on rivers and lakes in Louisiana, Washington State/Oregon, Newfoundland, and the Yukon. I am also involved in projects further afield, for instance looking at crazy meandering rivers in Argentina, the huge Mekong River in Cambodia that is undergoing many man-made changes due to damming, and the Brahmaputra and Ganges rivers and delta in Bangladesh. Many of these projects link geomorphology with applications within engineering science and resource geography. Fieldwork in many of these areas is planned over the next 12-15 months; so if you have interests in seeing how rivers work and you like field work, come to chat!
As well as this field-based research, our group has many projects collaborating with colleagues in Mechanical Science and Engineering, and Civil and Environmental Engineering, examining the interactions between turbulent flows and sediment, and how these sculpt the landscape around us. There are thus also lots of opportunities for those who are interested in laboratory work, and how we can use lab models to investigate how river flows work.

Julie Cidell

I have three projects that would be great for a Roepke Scholar. The first involves reviewing city plans and documents from Brisbane, Australia, to establish a social network of local governments and non-profit organizations involved in urban sustainability. The second is a project on protests in the U.S. that block interstate highways, where I’d like to put together a database of all of the protests that have occurred in the last five years or so. Finally, I’m working on a textbook on transportation geography and could use some help producing maps and/or looking up sources. Contact me if you have any questions!

Piotr Cienciala

I am interested in stream and river ecosystems. My students and I strive to better understand how streams and rivers change in time (e.g. in response to erosion by floods) and space (as they flow from headwaters towards lowlands; or, simply within a shorter stretch of interest) and how these changes in habitat influence living organisms such as fish, aquatic insects, and bankside vegetation. We use our findings to inform habitat conservation and restoration efforts. My field sites are located on the US and Canadian west coast: in British Columbia, Washington and California. Currently, I am looking for students interested in exploring such topics or -- more generally -- in gaining experience in applying GIS and remote sensing skills to environmental science. Your work would contribute to an actual ecological restoration project, so you would be making a real difference! This research will also continue next summer, as we plan to re-visit at least some of the sites to conduct field work. Just this summer, one of the undergraduate fellowship awardees joined us and took part in exciting field work in the spectacular mountains of Washington where we collaborate and interact with other scientists, local government agencies, and environmental consultants. If you would like to find out more about the opportunities, please send me an email and I will be happy to arrange a meeting.

Chunyuan Diao

My research interests lie at the confluence of remote sensing, GIScience, and biogeography. The broad goal of my research is to develop advanced remote sensing frameworks to understand the interactions among land cover dynamics, hydrologic regimes, climate changes, and human activities. In today’s big data era, large volumes of remotely sensed information open up new paradigms for exploring these interactions. To date, my research has mostly focused on advancing time series of remote sensing at multiple spatial, temporal and spectral scales, to better understand riparian vegetation (e.g., invasive species) dynamics in response to environmental changes. I am also interested in building advanced remote sensing and GIS solutions to investigate the influence of natural and anthropogenic disturbances on the phenological dynamics of vegetated ecosystems, including riparian zones, deciduous forests, and agricultural crops.

Brian Jefferson

My work explores intersections of digital technology, capitalism, and the administrative state. My recent work investigates how digital computing has transformed the carceral state in redeveloping US cities.

Shakil Kashem

My research interests center on social vulnerability, climate change adaptation, urban growth modeling, and disaster risk management. Within these broad domains, I am interested in exploring how plans and policies influence socially vulnerable populations and what are the challenges for ensuring just and equitable outcomes from those regulations. I am also interested in cartography and geovisualization, and explore the applications of mapping in diverse domains of social and physical sciences.

Mei-Po Kwan (On leave 2019-20)

My research addresses health, social, transport, economic, and environmental issues in urban areas through the application of innovative GIS methods. I am interested in understanding how social differences (e.g., gender, race, ethnicity, religion, etc.) shape urban residents' everyday experiences and perceptions/use of the built environment. I am also interested in studying how specific characteristics of the social and physical environment affect the well-being and behavior of different social groups (e.g., health behaviors and outcomes, access to jobs, social isolation, residential segregation, environmental justice, and spatial mobility). Please visit my website for more information about my research interests and professional activities: http://meipokwan.org

Sara McLafferty

Mapping and analysis of social and spatial inequalities in access to health care services in the Chicago and/or New York metropolitan regions. Are services accessible to low-income people, immigrants and other vulnerable populations? Is better access to health care associated with better health outcomes? How are political and economic transformations in the health care sector affecting geographical access to health services? Requires some basic GIS and/or spatial analysis skills, and you’ll develop new skills.

Bruce Rhoads

My research interests focus on rivers and watersheds. As a fluvial geomorphologist, I primarily look at how rivers change through time via mechanisms of erosion and deposition and how, at the watershed scale, the delivery, transport, and storage of sediment results in changes in river processes. We live in a world increasing affected by humans - through changes in land use and climate - and I am particularly interested in how humans influence the dynamics of rivers and watersheds and how these effects link to the environmental quality of water resources, including biogeochemical and ecological conditions. My work also attempts to bridge physical and human geography by looking at interactions between social, political, and economic factors and river/watershed processes. Much of my research is conducted in the Midwest, both in urban and rural environments and on small streams and large rivers. Virtually all of my work is field oriented, but it often includes GIS, laboratory, and modeling components as well, especially through collaborations with other faculty in the department (Jim Best) and elsewhere on campus (Geology, Civil and Environmental Engineering).

Murugesu Sivapalan

Hydrology, Predictions in Ungauged Watersheds

Shaowen Wang

The CyberGIS Center for Advanced Digital and Spatial Studies was established in 2013 as an interdisciplinary center of the University of Illinois at Urbana-Champaign through a partnership among a number of campus units. CyberGIS Center conducts cutting-edge environmental and geographic research enabled by advanced cyberGIS capabilities and resources. The Center houses several high-performance computers, big data computing systems, and servers for performing data-intensive geospatial analysis and problem in various research, education, and outreach contexts. Projects at the CyberGIS Center range across a number of scientific domains such as Earth and environmental sciences, health and sustainability in which scientific discovery depends on innovative cyberGIS capabilities and multi-scale geospatial problem solving. Rich data resources from these projects and multiple agencies such as the National Science Foundation, U.S. Environmental Protection Agency, and U.S. Geological Survey will be made available to undergraduate fellows. Specifically, s/he will be assigned with well-defined tasks focused on analyzing geospatial big data, and also can expect to contribute to technical documentations. Furthermore, s/he would expect to work in a world-class GIS research group setting, and will have close interactions with faculty, staff, and other students within the center.

David Wilson

Dr. Wilson's research focuses on cities, urban politics, marginalized populations, ghetto formation and ghetto sustaining, class dynamics in cities, and race and racialization processes in metropolitan areas.