Urban Growth Model FUTURES 2.0.0 Released
Developers at the Center for Geospatial Analytics have released the newest official version of the center’s signature open source software for modeling urban growth: FUTURES 2.0.0.
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.
A New Way to Help Stop Insect Pests in Their Tracks
The spotted lanternfly is one of many invasive insect pests causing economic and ecological damage in the US. A new geospatial decision-support tool developed at NC State is helping managers to curb their spread.
New Research Shows Water Use Impacted by the Shape of Our Cities
Georgina Sanchez, Ph.D. student in the Department of Forestry and Environmental Resources, is using geospatial analytics to understand water demand in the Southeast. Her latest findings: urban developments with simpler shapes use less water.
Getting in Touch to Stop an Epidemic
Devon Gaydos, Ph.D. student in the Department of Forestry and Environmental Resources, is using tangible user interfaces designed by the Center for Geospatial Analytics to help Oregon stakeholders fight infectious forest disease.