Laur Ferris
Papers
1
Total Citations
8
H-Index
1
About
Laur Ferris is a physical oceanographer whose research focuses on the turbulent dynamics of the ocean surface boundary layer, particularly in the high-latitude Southern Ocean. Her most-cited work, "Shear Turbulence in the High-Wind Southern Ocean Using Direct Measurements" (2022, 8 citations), provides rare, direct observations of how wind-driven shear generates turbulent kinetic energy in one of the planet's most energetic and under-sampled regions. This study challenges existing parameterizations by revealing the dominant role of shear-driven mixing under extreme wind conditions, even in the presence of wave breaking and convection. Ferris’s contributions are critical for improving climate models, which often misrepresent upper-ocean mixing in stormy seas. Her work underscores the importance of direct turbulence measurements—a technically demanding feat—over indirect estimates. By quantifying the energy transfer from wind to ocean, Ferris helps close the global energy budget and refine predictions of sea surface temperature, carbon uptake, and ice melt. Her research is essential for students and scientists seeking to understand how the ocean breathes under the fiercest winds on Earth.
Research Focus
Key Achievements
Top Papers
- 1