GIS and Geospatial Technologies
GIS and geospatial technologies incorporates a broad range of theory and applications to address real-world problems. It encompasses principles, procedures, and tools for collecting, analyzing, visualizing, disseminating, and understanding information about the earth, its inhabitants, and physical processes using information technologies.
Among its more prominent components are the GPS (global positioning system) for collecting coordinate data and facilitating navigation; RS (remote sensing) for the rapid collection of information about land cover and other earth features; and GIS (geographic information systems) for the storage, retrieval, display, and analysis of spatial data.
Geospatial scientists apply principles of systematic observation and empirical analysis to studies of data quality, internet and mobile mapping, map design, public participation GIS, big data, and societal impacts. Geography faculty in this cluster conduct research on the geodesign framework for architectural design and urban planning, the history of cartographic innovation, land cover and the visualization of historical land change, and public participation GIS for community action.
Geographic Information Systems (GIS) and Spatial Analysis Certificate of Advanced Studies
Interested master's students also have the option to enroll in the Department’s 12-credit C.A.S.
>> Learn more about the C.A.S. in GIS and Spatial Analysis
Peng Gao (Fluvial geomorphology, sediment transport, GIS-based 3D analysis for architecture design and urban planning)
Mark Monmonier (Geographic information, map design, data visualization, history of cartography, environmental cartography)
Jane M. Read (Geographic information systems, remote sensing, land use and land cover, human environment interactions, neotropics, geohumanities)
Jonnell A. Robinson (Community geography, geographic information systems, participatory GIS, participatory action research public health geography, qualitative research methods)
GEO 108: Mapping Today: Technology and Spatial Thinking
GEO 381: Cartographic Design
GEO 383/683: Geographic Information Systems
GEO 386/686: Quantitative Geographic Analysis
GEO 388/688: Geographic Information & Society
GEO 400: Geospatial Technology and Privacy
GEO 482/682: Environmental Remote Sensing
GEO 484/684: GIS for Urban Environments
GEO 485/685: Community Geography
GEO489/689: Practicum in Community Geography
GEO 500: GIS and Hydrological Modeling
GEO 578: History of Cartography
GEO 583: Environmental GIS
GEO 595: Geography and the Internet
GEO 758: GIS-Based Geostatistical Methods and Applications
GEO 781: Seminar in Cartography
Land use analyst
Real Estate Appraiser
Remote sensing specialist