Lev Looney

Research Interests

Tropical cyclone-ocean interaction. New technology for observing tropical cyclones.

Lev Looney

Graduate Student, Physical Oceanography Division 

4301 Rickenbacker Causeway
Miami, Florida 33149

Lev’s research is focused primarily on tropical cyclone-ocean interactions, as well as advancing observations of these extreme environments. His research has helped quantify the roles atmospheric and oceanic conditions have on tropical cyclone induced ocean surface cooling. He is heavily involved with NOAA’s Saildrone Hurricane Observations project, NOAA’s Global Ocean Monitoring and Observing’s Extreme Event’s program, and the NOAA’s Hurricane Field Program, where he specializes in coordinating both conventional and emerging observing platforms in hurricanes. He works closely with NOAA’s operational centers to advance the research and observations into operations to improve hurricane forecasts. He expands his work into international realms and aims to advance the capacity for collecting observations of the ocean beneath tropical cyclones globally. Lev serves on the steering committee for two UN Decade of Ocean Science For Sustainable Development endorsed efforts, including the Global Ocean Observing System Co-Design Programmes’s Tropical Cyclone Exemplar and the Observing Air-Sea Interactions Strategy (OASIS).

Current Work

Saildrone observations of Atlantic hurricanes for improved Intensity forecasts

Coordinated Hurricane Atmosphere-Ocean Sampling (CHAOS) experiment

NOAA-Korea Joint Project Agreement (JPA) Co-Designing an Ocean Observing System for Improving Tropical Cyclones Observations and Forecasts in the North Pacific Ocean and Marginal Seas Project

Utilizing in-situ wind data to improve our understanding and ability to forecast the magnitude of wind gusts produced by tropical cyclones

2019, B.S Marine Science (Emphasis in Physical Oceanography) & Geography, University of South Carolina – Honors College, Columbia, SC

Foltz, Gregory R., et al. “Toward an integrated pantropical ocean observing system.” Frontiers in Marine Science 12 (2025): 1539183.

Looney, Lev B., and Gregory R. Foltz. “Drivers of tropical cyclone—induced ocean surface cooling.” Journal of Geophysical Research: Oceans 130.2 (2025): e2024JC021610.

Patterson, Ruth G., et al. “Uncrewed Surface Vehicles in the Global Ocean Observing System: A New Frontier for observing and monitoring at the air-sea interface.” Frontiers in Marine Science 12: 1523585.