Research in GIScience and Technology
Department expertise in GIScience includes geodatabase design and application development, cartography and Internet maaping, global positioning, spatial modeling, the analysis of location-based social media and applications of high-performance comouting cycberinfrastructure.
Department research involves the application of formal (mathematical and computational), visual and geospatial techniques (e.g., GIS, GPS and remote sensing ) to spatio-temporal aspects of theoretical and methodological problems within the areas of environmental science and engineering, public health, urban dynamics, petroleum engineering, and quantitative methodology.
Current research topics include representation and modeling of spatiotemporal changes/dynamics, location-based social media data analysis, heterogeneous spatiotemporal data fusion, spatial cognition, and applications of extremely high performance computing cyberinfrastructure (e.g. XSEDE) to addressing the computing challenges of these research topics when facing 'big' spatiotemporal problems.
Dr. Guofeng Cao, applications of GIScience to spatio-temporal aspects of theoretical and methodological problems.
Dr. Kevin Mulligan, geodatabase development and applications of GIS in physical geograhy and environmental science.
Dr. David Leverington (geology), applications of remote sensing to the study of landforms on the Moon, Venus and Mars.
Dr. Seiichi Nagihara (geology), applications of LiDAR to the study of arid landforms, GIS.
Lucia Barbato, geodatabase design and applications of GIS in land and natural resource management.
Research and Teaching Facilities
- GIST 3300/5300 Geographic Information Systems
- GIST 4302/5302 Spatial Analysis and Modeling
- GIST 4304/5304 Advanced Geographic Information Systems
- GIST 4308/5308 Cartographic Design
- GIST 4310/5310 GPS Field Mapping
- GIST 4312/5312 Internet Mapping
- GEOG 3301/5301 Remote Sensing of the Environment
- GEOL 4331/5342 Digital Imagery in the Geosciences
- GEOL 4332/5342 Spatial Data Analysis and Modeling in Geosciences