After collecting data from several planting sites over a period of time, students will determine the overall effects of Spartina alterniflora including deposition and erosion rates. Visual images collected through the Duke unmanned systems program will be utilized in data collection and comparisons.
Satellite Workshop Lessons in Development: Beaufort NC 2016
Students will use data collected from Duke University’s Unmanned Facilities Systems (i.e., Drones) to observe the impacts of storm water runoff to water quality before and after storm events. Students will explore drone and other unmanned autonomous systems to develop an understanding of the various applications these technologies provide to study changes in the environment. […]
Using Drone technology, students will identify the path a drop of water travels through NC water basins. They will explain the effects of water pollution over time and develop strategies to decrease pollution in the river systems.
Using visual data of estuarine shorelines from unoccupied aircraft around mainland areas in Carteret County, compare occurrence of mud snails (Illynassa obsoleta) and obvious areas of point source runoff. Mud snails are sensitive to tri-butyl tin, a byproduct of road traffic and runoff and over time populations can disappear in areas where they should be […]
After having reviewed information on past and present beach erosion along our certain areas of our Crystal Coast, you can see that our beaches and shorelines face an ongoing threat from natural and manmade sources. Human impact combined with global warming can speed up an otherwise natural process. Sand naturally shifts, but your help is […]