Jeff Donnelly Learn more
Jeff Donnelly
Senior Scientist, Geology and Geophysics Director, Seafloor Samples Laboratory
Because written and instrumental records of hurricanes are relatively short, much of our understanding of long-term hurricane behavior is limited. Jeff and his team use sediment preserved in underwater caves called “blue holes” around Florida to reconstruct hurricane activity over hundreds to thousands of years. These natural archives reveal a look into the storms of today, while giving a comparison to past hurricane seasons and their activity. See Jeff Donnelly's Coastal Group website.
How historic hurricanes can help predict storm intensity
Research on past hurricanes can improve future storm predictions and guide infrastructure and emergency planning
Blue holes and hurricanes
Scientists are digging into clues from these sinkholes to learn about hurricane patterns in the past and in the future
More floods & higher sea levels
Geological records help forecast escalating coastal hazards
OCEANUS MAGAZINE
Studying the paleo record to understand how the ocean will look in a warmer climate
Related Multimedia
How does the ocean impact hurricanes?
Hurricanes unleash powerful winds, rain, and storm surges on land—but they also stir the ocean, disrupting ecosystems and impacting marine life and currents
Ocean Encounters: Hurricanes
Coastal cities face rising sea levels, increased storms, and rapid population growth. Learn how science and collaboration can build resilient, thriving communities for the future
Dive Deeper
Unearthing long-gone hurricanes
A graduate student at WHOI tracks a trail of clues left behind on the seafloor by hurricanes as they stream across the ocean
What happens in the ocean as a hurricane passes over?
Hurricanes are powerful storms that cause massive damage on land. Here’s a look at what happens below the surface during a storm
Seafloor Samples Lab
Facilitating research and education through curating and providing access to our diverse collection of samples from the world’s seafloor
