GIS and Mapping
It is estimated that approximately 80% of all information has a "spatial" or geographic component. A geographic information system (GIS) provides the tools to both visualize information and analyze data to facilitate decision making. The Voinovich School uses GIS to help organizations inventory assets, perform analyses and display information in a visual format in order to make better decisions. The Voinovich School uses GIS for many applications including county engineering, community planning and watershed research.
For questions or work inquiries, please contact:
Dave Simon
(740) 597-2506
simon@ohio.edu
GIS and Mapping Projects
(viewing 1-5 of 9)
- pages:
-
[1]
2
- Mapping 576,460 acres of a coal-bearing region
-
Incorporating 576,460 acres, a Voinovich School team
has created a map that spans the entirety of Ohio’s coal-bearing region.
In 2008, the Ohio Department of Natural Resources’ (ODNR)
Division of Mineral Resource Management contracted with the Voinovich School to
complete the project. Depicting the Appalachian foothills, the map illustrates
the history of surface coal mining in Ohio, particularly mines built prior to
statewide mining regulations.
Full Story >>
- Elbie Bentley is headed to National Geographic
-
Elbie Bentley, an Ohio University graduate student studying cartography, has had a longtime dream to “make atlases and maps and work at National Geographic.”With an internship at National Geographic magazine next fall, helping to produce the publication’s special edition fold-out maps, she’s well on her way.
Full Story >>
- Orange to Blue: Reclaiming Southeastern Ohio's Streams
-
If you’ve ever wondered why some streams in southeast Ohio look more orange-colored than blue, you’re not alone. Such color variation distinguishes types of streams from one another and, in the case of the orange water, help to tell the story of how southeast Ohio’s coal mining heritage modified the region’s ecology.A group of researchers at the Voinovich School has been immersed in the subject since 2005, working to develop a better stream classification system for southeast Ohio’s Western Allegheny Plateau eco-region.
Full Story >>
- Voinovich School project blows away attendees at world’s largest wind energy conference
-
On May 4, the Great Lakes WIND Network (GLWN) showcased their new interactive website, database and mapping tools developed by Ohio University’s Voinovich School of Leadership and Public Affairs to more than 23,000 attendants at WINDPOWER 2009, the world’s largest annual wind energy event in Chicago.According to the director of GLWN, these tools attracted endless attention at GLWN’s pavilion rendering the GLWN’s staff “virtual prisoners at the pc.”
The Voinovich School has been working with GLWN since July of 2008 to create an information database and interactive website that will help connect companies who supply or have the potential to supply parts for wind energy manufacturing, said Dave Simon, Geographic Information Systems (GIS) Manager at the Voinovich School, who has been working on the project.
Full Story >>
- Maximizing Efficiencies and Building a Partnership Using Maps
-
On
April 3, 2006, a valve failure on the fourth floor of Grover Center caused
damage to 70 offices, 12 classrooms, and WellWorks fitness center, causing more
than 200 Ohio University employees to work 18 hour days for one week to deal
with water and 338 classes to be moved to other buildings on campus, according
to an account on Ohio University’s website.Now, with the help of the Voinovich School of Leadership and Public
Affairs, if this type of situation happens again Facilities Management will
have the information at their fingertips to deal with the situation more
quickly.
The Voinovich School has been
working with Facilities Management since 2005 to convert all their data on
blueprints to GIS maps.GIS is a
technique used to create visual maps with the capacity to hold an unlimited
amount of data.Each feature, for
example a road, can contain information not only about the road’s location, but
also what it is made of, its speed limit, its slope, when it was last worked
on, etc.
Full Story >>