The NASA DEVELOP Phoenix Health & Air Quality project applies NASA Earth observations to help researchers and practitioners strategically deploy shade in Phoenix.
Estimating Wildfire Risk from Space
Scientists collaborated with fire managers in the Great Plains to produce an interactive wildfire risk map derived from NOAA and NASA data.
Incorporating Python scripting to conduct geospatial analysis of flooding in the Mississippi River Basin
This project developed an automated script that maps flooding in the Mississippi River Basin generating a preliminary analysis of populations, infrastructure, and agricultural fields impacted.
Assessing Southern Pine Beetle Epidemics in Alabama Using NASA Earth Observations
Southern pine beetles are known to have caused several hundreds of thousands of dollars in damages in Alabama due to their widespread destruction of pine trees. This project aimed to model areas in Alabama that are susceptible to outbreaks using NASA Earth observations.
Woolly Bully: Monitoring the Impending Hemlock Woolly Adelgid Infestation
A NASA DEVELOP team uses Earth observations to provide conservationists with tools to combat invasive hemlock wooly adelgid in the pristine ecosystems of upstate New York.
Finding the Trees through the Cloud
As the water regime changes within Everglades National Park in response to mitigation efforts, identifying mangrove presence and tracking long-term changes is imperative to park management.
Catchment in the Rye: Conservation in the Chesapeake Bay
NASA DEVELOP team uses NASA Earth observations to map winter cover crop conservation performance in the Chesapeake Bay watershed to improve agricultural management strategies.
Using NASA Earth Observations to Assess Vegetative Stress of Row Crops in Irrigated and Non-Irrigated Fields in Alabama
The effect of drought conditions on irrigated vs. non-irrigated row crops in Alabama were investigated using NASA Earth Observations.