Special drones flew into areas of storms where crewed aircraft can’t fly, while a new type of lightweight, slow-descending dropsonde allowed researchers to collect data over an extended timeframe.
After a peak-season lull, the season roared back to life with record-breaking storms that battered Florida’s Gulf Coast. University of Miami experts weigh in on a hyperactive season that produced 18 named storms.
The “once-in-a-decade” storm that devastated the Pacific Northwest last week caused widespread outages, damage, and at least two deaths. Data shows the storms are becoming more common. Could climate change be a key driver?
University of Miami researchers are combining machine learning with mathematical models to help decrease the spread of mosquito-borne illnesses in South Florida.
University of Miami physicists are collaborating with NASA to track ocean color, a key indicator of ocean health.
A critical ocean layer for El Niño–Southern Oscillation (ENSO) dynamics.
New research indicates that to keep Miami’s tree canopy resilient, tropical species may be the best option for local municipalities and environmental leaders to consider.
University of Miami scientists will lead a four-year, first-of-its-kind collaborative project.
University of Miami health geographer Imelda Moise led a study that found mosquito populations in Miami-Dade County increased dramatically after Hurricane Irma.
For the past three years, undergraduate students in the Rosenstiel School have investigated how information on devastating landfalling hurricanes is created, shared, and used within a complete warning system.
Stanford University and Elsevier have released the seventh edition list recognizing faculty for global research impact