Waquar Ahmed, Assistant Professor; Ph.D., Clark University. Global governance institutions; corporate power; foreign direct investments; exploitation of nature in general and conventional energy resources in particular energy infrastructure; state-society relations.
Ipsita Chatterjee, Assistant Professor; Ph.D., Clark University. Globalization; urban transformations; class; identity; conflict; justice; social movement; political economy.
Pinliang Dong, Associate Professor; Ph.D., University of New Brunswick (Canada). Geographic information systems; remote sensing; spatial analysis.
C. Reid Ferring, Professor; Ph.D., University of Texas at Dallas; Ph.D., Southern Methodist University. Geology; physical geography; archaeology.
Matt Fry, Assistant Professor; Ph.D., University of Texas at Austin. Human-environment geography; Latin America, particularly Mexico and Bolivia.
Paul F. Hudak, Professor and Department Chair; Ph.D., University of California-Santa Barbara. Groundwater modeling and monitoring; hydrogeology; water resources.
Kent M. McGregor, Associate Professor; Ph.D., University of Kansas. Remote sensing; cartography; meteorology; climatology.
Lisa Nagaoka, Associate Professor; Ph.D., University of Washington. Zooarchaeology; evolutionary ecology; oceanic prehistory.
Joseph R. Oppong, Professor and Associate Dean of Research and Professional Development for the Toulouse Graduate School; Ph.D., University of Alberta (Canada). Human geography; location-allocation models; statistical methods; medical geography.
Feifei Pan, Assistant Professor; Ph.D., Georgia Institute of Technology. Hydrology; water resources; remote sensing; GIS.
Alexandra Ponette-González, Assistant Professor; Ph.D., Yale School of Forestry and Environmental Studies. Global environmental change and tropical terrestrial ecosystem dynamics; effects of land-use change and climatic variability on the water cycle; atmospheric deposition; vegetation dynamics.
Murray D. Rice, Associate Professor; Ph.D., University of Saskatchewan (Canada). Applied economic geography; regional economic development; urban geography.
Chetan Tiwari, Assistant Professor; Ph.D., University of Iowa. Medical geography; GIS; spatial analysis; spatial decision support systems.
Harry F. L. Williams, Professor; Ph.D., Simon Fraser University (Canada). Geomorphology; physical geography; cartography; geology; paleoenvironments.
Steve Wolverton, Associate Professor; Ph.D., University of North Texas; Ph.D., University of Missouri. Ecology; paleoecology of North America; environmental archaeology; paleozoology; conservation biology.
Many problems facing society today have a geographical dimension. By studying Applied Geography at the University of North Texas, you’ll learn how to apply scientific method and spatial and environmental problem solving skills to:
The Department of Geography offers course work leading to a Master of Science degree in Applied Geography and a 15-semester-hour certificate in Geographic Information Systems (GIS). You can also take graduate-level courses without enrolling in the degree program.
Our curriculum educates you in physical and human geography through required course work, research and teaching experience, and numerous internship opportunities. We house several specialized laboratories for studying archaeological science, earth science, physical geology, cartography, hydrology and GIS. Other facilities are housed in the Institute of Applied Science, a center for interdisciplinary research.
You can gain additional insights by interacting and researching with faculty members from the Texas College of Osteopathic Medicine in Fort Worth and specialists in environmental science.
Our faculty members are recognized experts in their fields. They conduct research in:
Our alumni work in geoprocessing, GIS development, environmental analysis, hydrogeologic analysis, remote sensing analysis, market area analysis and business location analysis in the private and public sectors. The U.S. Department of Labor has identified geospatial technology as one of the three most important emerging and evolving fields.
Applied geomorphology focuses on the configuration and evolution of landforms that shape the Earth’s surface and their societal significance. You’ll study hazards such as flooding, expansive soils, landslides and coastal erosion.
Applied GIS plays a vital role in planning, policy and implementation in urban geography, economic/ business development, environmental science and medical geography.
Business geography integrates geographic analysis, reasoning and technology to improve business decisions.
Environmental archaeology prepares you for cultural resource management positions or doctoral programs in archaeology. You gain a broad geographical, geological and archaeological background.
Medical geography focuses on the theory and techniques needed to understand the spatial patterns of health outcomes, environmental risks and exposures, disease spread and the distribution of and need for health care services.
Urban environments management trains you to manage the planning and implementation of compliance and ethical strategies necessary for sustaining the urban environment.
Water resources management prepares you for a role in a research or regulatory agency, municipality, water supply district or environmental consulting firm by studying scientific, technical and political aspects of water resources management.
The center maintains fully equipped laboratories in archaeology, geoarchaeology and zooarchaeology. Research includes projects at Upper and Middle Paleolithic sites in Portugal and Ukraine, the 1.8 million-year-old site of Dmanisi in the Republic of Georgia, environmental impacts resulting from human colonization in New Zealand, and several projects in Texas.
This unit provides opportunities in computer-aided analyses of remote sensing and spatial information data. Research includes monitoring land and water environments, developing information management systems to assist in decisions about natural resources, and ecosystem-level analyses for land management questions.
The laboratory develops mathematical models and computer simulations to assess the impacts of anthropogenic stressors on environmental and ecological systems. Research topics include linking environmental models to remote sensing and GIS for landscape and regional dynamics, studying how global change affects tropical ecosystems, and integrating modeling with optical sensors and data acquisition electronics.
You’ll need to meet the admission requirements for the Toulouse Graduate School® and provide the following materials in your admission application:
Admission to the program is based on a holistic review of your qualifications. More detailed admission information is available at our website. Graduate school admission requirements are outlined at the Graduate School website and in the catalog.
The GIS certificate program provides the conceptual understanding and technical proficiency necessary to apply GIS in various settings. Fifteen semester hours of course work are required to earn the certificate. More information on the GIS certification is available from the graduate advisor.
We provide teaching and research assistantships on a competitive basis to help you pursue your graduate degree. Teaching assistants work in earth science, geology, GIS and archaeology laboratory classes. Research assistantships are often available through faculty research grants. Private industry and various local governments offer internships and job opportunities. For more information on financial assistance, visit the Financial Aid website or the Graduate School site.