Marine nepheloid layer is widely distributed in the oceans and marginal seas. The
concentration of suspended particles in the nepheloid layer is significantly higher than that …

Ocean color imagery from MODIS (Moderate Resolution Imaging Spectroradiometer)
onboard the Aqua platform is used to characterize the interannual variability of turbid river …

In contrast to large river plumes, Coriolis effects are weak, and inertia is quickly depleted so
that the fate and structure of small‐scale plumes are more sensitive to tide and wind …

The near-ubiquitous presence of freshwater over the inner to mid-continental shelf off of the
Otago Peninsula in southeast Aotearoa/New Zealand has been previously identified in long …

This study uses drifter‐based observations to investigate the role of wind and waves on
spreading and mixing in the Fraser River plume. Local winter wind patterns commonly result …

Opportunistic observations captured the coupled estuarine‐shelf interactions as the
Alabama coastal region transitioned from a period of low to flood river discharge conditions …

Abstract A Finite Volume Community Ocean Model is used to investigate how wind impacts
the circulation and evolution of a freshwater plume from Mississippi River diversion in the …

ABSTRACT A long-term record of surface currents from a high-frequency radar system,
along with near-surface hydrographic transects, moored current meter records, and satellite …

The dispersal of large river plumes in the coastal ocean depends on multiple factors, and in
some cases, can be categorized into distinct dynamical regimes: a tidally dominated near …

X‐band marine radar observations and a hindcast simulation from a 3D hydrostatic model
are used to provide an overview of Connecticut River (USA) ebb plume front expansion into …