In recent decades, global dissolved oxygen (DO) measurements have registered a decrease
of∼ 1%–2% in oxygen content, raising concerns regarding the negative impacts of ocean …

Ocean acidification has potentially large impacts on calcifying organisms and ecosystems.
Argo floats equipped with biogeochemical (BGC) sensors have been continuously …

Historically, the Arctic Ocean has been considered an ocean of low variability and weak
turbulent mixing. However, the decline in seasonal sea ice cover over the past couple of …

Regional ocean general circulation models are generally forced at the boundaries by
mesoscale ocean dynamics and barotropic tides. In this work we provide evidence that …

The deformation and evolution of internal solitary waves (ISWs) beneath an ice keel can
enable potential diapycnal mixing and facilitate upper ocean heat transport, despite a poor …

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 …

Energetic tidal currents in the Arctic play an important role in local mixing processes, but
they are primarily confined to the shelves and continental slopes due to topographic …

The buttressing potential of ice shelves is modulated by changes in subshelf melting, in
response to changing ocean conditions. We analyze the temporal variability in subshelf …

Abstract The Yermak Plateau (YP) is located across the Arctic–Atlantic gateway in the
northwest of the Svalbard archipelago. In this region, internal waves are believed to cause …

The calculation of energy flux in coastal trapped wave modes is reviewed in the context of
tidal energy pathways near the coast. The significant barotropic pressures and currents …