New USDA-Funded Research Will Leverage Big Data and Machine Learning to Forecast Spread of Agricultural Pests
New research led by Center director Ross Meentemeyer and research scholar Chris Jones will address data gaps that have previously hindered the accuracy of, and rapid updates to, pest spread forecasts.
Untangling the Complexity of Stormwater Problems
Research led by Geospatial Analytics Ph.D. student Corey White modeled stakeholders' perceptions of flooding problems and solutions in the Triangle Region of North Carolina to inform the development of an innovative serious game called TomorrowNow.
Researchers Design Simulation Tool to Predict Disease, Pest Spread
A team led by Research Scholar Chris Jones developed a computer simulation tool called PoPS to predict pest and disease attacks on crops or forests, and to test when and where to apply pesticides or other management strategies to contain them.
In the Battle Against a Spreading Forest Disease, Strategy Matters
Predicting and controlling the spread of disease requires the right geospatial tools. At a recent gathering of the Oregon Sudden Oak Death Task Force, over thirty representatives of government, academia, nonprofit groups and the timber industry experimented with two Center for Geospatial Analytics technologies that can help them do just that.
Introducing the Center for Geospatial Analytics’ Strategic Research Areas
Researchers at the Center for Geospatial Analytics harness geospatial data to push the boundaries of data science, make new discoveries and solve problems. Our five signature research frontiers define how we transform data into knowledge and results.
New NASA-Funded Research Will Address Food Security and Climate Adaptation
New research led by faculty fellow Josh Gray will combine innovative approaches in remote sensing and on-the-ground interviews with farmers to help guide agricultural adaptation to climate change.
Can a Hands-on Model Help Forest Stakeholders Fight Tree Disease?
Participants don't need coding or software expertise to use Tangible Landscape, a 3D model that allows them to try out different approaches for stopping sudden oak death, which has killed millions of trees.
Connecting Power and Place
New research by Faculty Fellow Bethany Cutts combines spatial analysis and interviews to help watershed planners better understand the social vulnerability of communities across time and space.
NSF Grant Funds Smart City Research to Tackle Regional Problems with Serious Games
With NSF funding, a research team led by Center for Geospatial Analytics director Ross Meentemeyer will unite four universities in the Triangle and regional stakeholders to develop a serious game for stormwater management.