UNT Home | Graduate Studies | College of Arts and Sciences | Applied Geography
Pinliang Dong, Assistant 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. Quaternary geology; paleoenvironments; archaeological records of prehistoric hunter-gatherer populations.
Matt Fry, Assistant Professor; Ph.D., University of Texas at Austin. Human-environment geography with a focus on Latin America (particularly Mexico, Bolivia).
Paul F. Hudak, Professor and Department Chair; Ph.D., University of California Santa Barbara. Groundwater modeling and monitoring; hydrogeology; water resources.
Donald I. Lyons, Associate Professor; Ph.D., University of Colorado. Urban and economic geography; industrial ecology; recycling and remanufacturing.
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 the Toulouse Graduate School; Ph.D., University of Alberta. 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.
Murray D. Rice, Associate Professor; Ph.D., University of Saskatchewan. Applied economic geography; regional economic development; urban geography.
Sean Tierney, Assistant Professor; Ph.D., University of Denver. Economic and urban geography; energy; air transportation.
Chetan Tiwari, Assistant Professor; Ph.D., University of Iowa. Medical geography; GIS; spatial analysis; spatial decision support systems.
Harry F. L. Williams,Associate Professor; Ph.D., Simon Fraser University. Geomorphology; physical geography; cartography; geology; paleoenvironments.
Steve Wolverton, Assistant Professor; Ph.D., University of North Texas; Ph.D., University of Missouri. Ecology; paleoecology of North America; environmental archaeology; paleozoology; conservation biology.
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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 address situations such as:
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. You can also take graduate-level courses without enrolling in the degree program.
Our curriculum provides you training in physical and human geography through required course work, research and teaching experiences, 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 Sciences, a center for interdisciplinary research.
Additional insights are provided through interactions and research conducted by faculty members from the Texas College of Osteopathic Medicine and those who specialize in environmental science.
Many of our faculty members are recognized as experts in their fields. They are engaged in a broad range of research areas such as:
Our recent alumni have jobs in the private and public sector involving geoprocessing, GIS development, environmental analysis, hydrogeologic analysis, remote sensing analysis, market area analysis and demographic analysis. The U.S. Department of Labor has identified geotechnology as one of the three most important emerging and evolving fields.
Applied environmental geology focuses on the configuration and evolution of landforms that shape the Earth’s surface and their societal significance. You will study hazards such as flooding, expansive soils, landslides and coastal erosion.
Applied GIS provides the foundation needed to play a vital role in planning, policy and implementation in urban geography, economic/business development, environmental science and medical geography.
Environmental archaeology prepares you for cultural resource management positions or doctoral programs in archaeology. You will gain a broad geo- graphical, geological and archaeological background.
Urban environmental 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.
This facility houses state-of-the-art hardware and software products in support of teaching and research in remote sensing, GIS, visualization, computer cartography, global positioning systems, spatial analysis and environmental modeling.
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 1.7 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.
he laboratory develops mathematical models and computer simulations to assess the impacts of anthropogenic stressors on environmental and ecological systems. Research includes linking environmental models to remote sensing and GIS for landscape and regional dynamics, global change effects on tropical ecosystems, and integration of modeling with optical sensors and data acquisition electronics.
To enter the program, you will need to meet the admission requirements of the Toulouse Graduate School and the following program requirements:
The GIS certificate program provides the conceptual understanding and technical proficiency necessary to apply GIS in various settings. Fifteen hours of course work are required to complete the certificate. More information on the GIS certification is available from your graduate advisor and at geography.unt.edu.
Several teaching and research assistantships are available to help you pay for your graduate education. 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 numerous internship and job opportunities. For more information on financial assistance, visit financialaid.unt.edu.