The students are interns with the NASA-Marshall Space Flight Center DEVELOP Program. DEVELOP is a competitive internship in which students work with NASA and partner-agency scientists to carry out innovative research projects. The eight students are working in UAB’s Laboratory for Global Health Observation (LGHO) using data from the NASA Advanced Spaceborne Thermal Emission and Reflection Radiometer (ASTER) sensor on board the Terra satellite, as well as DigitalGlobe‘s QuickBird satellite technology.
The technology enables the team to identify the environmental factors in Alabama, specifically the Birmingham metro area, necessary for Lyme disease to occur, said UAB senior Nathan Renneboog, 21, the Marshall DEVELOP team leader. The interns work with an adviser, Senior Research Scientist Jeffrey C. Luvall with the NASA Marshall Space Flight Center. Along with the satellite remote sensing technology, the students are using geographic information systems (GIS) software to generate representations of Alabama in colorful, digital maps on their computer screens. The maps’ color patterns detail conditions on the ground such as soil moisture and vegetation that support habitats for black-legged ticks, also known as deer ticks. Animals like the White-tailed deer and the White-footed mouse often are carriers of the ticks and the disease. Ticks carrying the disease often breed in heavily wooded areas. “There has been disagreement among health officials about the degree to which Lyme disease exists in Alabama,” Renneboog said. By identifying these habitats, the students want to confirm that conditions are present in Alabama for the disease, he said. On Wednesday, July 29, team members will share their study results with local health officials to help raise public awareness of Lyme disease, Renneboog said. On Aug. 4, Renneboog will present the project results to senior executives at NASA headquarters in Washington, D.C.
