Using Geographic Information Systems to Create Meaningful Institutional Data and Analysis
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Learn how GIS helps create insightful institutional data analysis for universities. Explore data selection, software, limitations, and applications through this comprehensive overview.
Using Geographic Information Systems to Create Meaningful Institutional Data and Analysis
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Presentation Transcript
Using Geographic Information Systems to Create Meaningful Institutional Data and Analysis
Authors • Tara R. Warne, Associate Research Analyst Institutional Research & Planning • Chris Barnett, Co-Director Center for Agricultural, Resource and Environmental Systems • Mardy Eimers, Director Institutional Research & Planning University of Missouri
Overview • District Data Sheet Project • Background • Data Selection and Gathering • End Products and Use • GIS Software • Description • Demonstration • Other Applications and Limitations
District Data Sheet Project • Background • Interdisciplinary Research Team • Sheets for each county and legislative district • Accessible information highlighting the contributions of the university to the state
Data Selection and Gathering • Gaining buy in from system and campus level leadership • Deciding on high impact data • User friendly data and formatting
Data Sources • 20 data sources • Alumni/development, student information, financial aid, campus event calendars • Finance, human resources, facilities • Extension, research, tech transfer, research groups • Health care, professional schools, federal government
End Products and Use • Two page data sheet • Front page: small map and district specific information • Back page: largely statewide information • Where possible data were broken out by campus • Examples of use • Response has been overwhelmingly positive
GIS and Internet Mapping • A Geographic Information System (GIS) is “a computer-based system for capture, storage, retrieval, analysis and display of spatial (locationally-defined) data." (The National Science Foundation)
GIS and Internet Mapping • GIS data are • Organized into “layers”, or groupings of data of a common type (i.e. soils, roads, fire hydrants). • Typically include spatial (map) and tabular (text) data • Spatially referenced, allowing maps to overlay • Often require GIS-based software
In-house GIS/Geocoding • GIS Software • Up to $20,000 (before educational discounts) • Trained Staff • Standard Windows-based PC • Large hard drive / back up capabilities
Out-Sourced Geocoding Services • Prices vary based on volume and desired output • Examples: • Tele Atlas • $500 membership + $10 - $20 per 1,000 records • GIS Dynamics • $15 - $25 per 1,000 records • Spatial Insights, Inc • $10 - $25 per 1,000 records
Limitations • Quality of the address information • Slight urban bias due to less detailed mapping of rural addresses • Format/purpose limits the kinds of information presented • IRB/HIPAA considerations • Data ownership • Establishing face validity
Other GIS Applications • Mapping enrollment patterns • Targeted recruiting • Mapping alumni donations • Mapping alumni for career services • Advisors • Economic development
Questions • Questions and Comments? • Thoughts on other applications?
Contact • Tara Warne (573) 884-6674 warnetr@umsystem.edu • Chris Barnett (573) 882-8541 barnettc@missouri.edu • Mardy Eimers (573) 882-3412 eimersm@umsystem.edu http://www.umsystem.edu/planning