A holistic review is given of the Southern Ocean dynamic system, in the context of the crucial
role it plays in the global climate and the profound changes it is experiencing. The review …

Subinertial, topographically trapped diurnal internal tides are an important energy source for
turbulent mixing in the subarctic oceans. However, their generation may not be estimated by …

Coastal zones with dense populations, low elevations and/or inadequate adaptive capacity
are on the frontline of unprecedented impacts from climate change. The Gulf of Guinea …

We developed a triply nested, high-resolution (1/50°) ocean model to reproduce tides and
tidal currents under realistic oceanographic conditions, mainly on the Pacific shelf around …

The ability to forecast the biological productivity of the coastal ocean relies on the
quantification of the physical processes that deliver nutrients to the euphotic zone. Here we …

The main physical processes involved with the origin, development, intensity, and
seasonality of Yucatan upwelling events are investigated using 7 years of direct (in situ) …

Observations of currents and temperatures from four moorings deployed around the deep
slope (∼ 2500 m) of Caiwei Guyot in the Pacific Prime Crust Zone were utilized to …

Abstract Coastal Trapped Waves (CTWs) have the potential to transmit significant energy
from atmospheric wind systems, causing dramatic coastal changes over vast areas, even far …

Coastal trapped waves (CTWs) are sub-inertial waves with energy confined to the
continental shelf and play a crucial role in the coastal dynamics. In this study, we focus on …

Internal tides are an important energy source for diapycnal mixing in the ocean interior.
Subinertial internal tides are known to have a cross-sectional structure that is baroclinic in …