Study Finds Spreading Ghost Forests on NC Coast May Contribute to Climate Change
A newly published study led by Research Associate Lindsey Smart reveals implications of the interplay between sea level rise, saltwater intrusion, ghost forests, and new tree plantings for the coastal carbon budget.
Scientists Pilot Drones in Effort to Save Trees From Invasive Beetle
NC State researchers are using drones to try to find ash trees with natural resistance to the emerald ash borer invasive pest, and Center research associate Justyna Jeziorska is is leading the drone reconnaissance effort.
Colorado’s Famous Aspens Expected to Decline Due to Climate Change
Recent research by Geospatial Analytics Ph.D. student Nikki Inglis and Faculty Fellow Jelena Vukomanovic predicts quaking aspen trees, known for their brilliant foliage in fall, will visibly decline along three scenic drives in Colorado.
Taking Research with Drones to New Heights
NC State alum and current doctoral student Will Reckling is putting drones to work in new and unique ways to monitor the environment––from finding rare plants on the tops of mountains to mapping harmful algal blooms and even collecting water samples.
NC Tribes Faced Obstacles to Atlantic Coast Pipeline Water Planning, Study Shows
A case study led by Faculty Fellow Ryan Emanuel evaluated challenges faced by Indigenous people in North Carolina during planning of the Atlantic Coast Pipeline.
Plant Aid: A Big-Data Project to Detect Plant Diseases Faster
An interdisciplinary team including Center for Geospatial Analytics researchers will combine small sensors with big data for faster detection of the diseases plaguing tomato fields. From a hand-held plant disease "sniffer" to a cloud-based database that can alert farmers about the cause of the stress and suggest possible mitigation strategies, the project aims to detect diseases early, improving yield.
Fall Colors and Climate Change: How Rising Temperatures Might Shift Colorado’s Season of Gold
Geospatial Analytics Ph.D. student Nikki Inglis is combining geospatial models to predict where aspen trees might grow––and provide stunning roadside views––over the next 100 years.
Making Spatial Sense of Public Webcams
Newly published research presents a new method to extract spatial information from public webcams and visualize foot traffic in cities. Its imagery won a first place honor in NC State's 2018 Envisioning Research contest.
Custom Geospatial Tool Helps National Park Service Better Predict Fire Risk on Florida’s River of Grass
In the Everglades’ vast wetlands, fire spread depends on water levels. A custom geospatial tool created at the Center for Geospatial Analytics is helping the National Park Service quickly and easily map water levels––and better manage fires––across south Florida.
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.