The additional water from the Antarctic ice sheet and ice shelves due to climate‐induced
melt can impact ocean circulation and global climate. However, the major processes driving …

Winds around the Antarctic continental margin are known to exert a strong control on the
local ocean stratification and circulation. However, past work has largely focused on the …

Abstract The Atlantic Meridional Overturning Circulation (AMOC) is a key player in climate.
Here, we employ an ensemble of water hosing experiments to examine mechanisms of …

Process-oriented diagnostics (PODs) aim to provide feedback for model developers through
model analysis based on physical hypotheses. However, the step from a diagnostic based …

Orbital precession has been linked to glacial cycles and the atmospheric carbon dioxide
(CO2) concentration, yet the direct impact of precession on the carbon cycle is not well …

Density-driven steric seawater changes are a leading-order contributor to global mean sea
level rise. However, intermodel differences in the magnitude and spatial patterns of steric …

The ocean response to Antarctic Ice Sheet (AIS) mass loss has been extensively studied
using numerical models, but less attention has been given to the atmosphere. We examine …

Observations and modeling studies indicate that ocean and cryosphere dynamics at the
Antarctic margin are rapidly evolving and will continue to do so in the face of unabated …