How do we halt global warming? Reaching net zero carbon dioxide (CO 2) emissions is
understood to be a key milestone on the path to a safer planet. But how confident are we that …

The mid-depth ocean circulation is critically linked to actual changes in the long-term global
climate system. However, in the past few decades, predictions based on ocean circulation …

The potential role of the New England seamount chain (NESC) on the Gulf Stream pathway
and variability has been long recognized, and the series of numerical experiments …

Future sea level rise and changes in extreme weather will increase the frequency of flooding
and intensify the risks for the millions of people living in low‐lying coastal areas. Concerns …

Atmospheric near-surface stress and boundary layer wind responses to surface currents are
examined with high resolution coupled atmosphere–ocean models over the Gulf Stream …

Energetic mesoscale eddies are often accompanied by strong submesoscale variability,
which plays a significant role in connecting mesoscale and turbulent motions in the ocean …

In contrast to the large volume of studies on the impact of horizontal resolution in oceanic
general circulation models (OGCMs), the impact of vertical resolution has been largely …

Satellite altimetry offers a unique approach for direct sea surface current observation, but it is
limited to measuring the surface‐constrained geostrophic component. Ageostrophic …

The decomposition of oceanic flow into its balanced and unbalanced motions carries
theoretical and practical significance for the oceanographic community. These two motions …

The anisotropic mesoscale eddy transport tensor is diagnosed using passive tracers
advected online in both an idealized 101-member mesoscale-resolving quasi-geostrophic …