• Theme: CODE-driven observational synthesis of coastal shelf dynamics emphasizes mesoscale energetic features (eddies, jets) and cross-shelf transport, integrating drifter, ship, and boundary-layer observations to connect nearshore forcing with offshore responses [1], [2], [3], [10], [9].

• Theme: Wind forcing and coastal-trapped wave theory provide a unified framework for shelf circulation and sea-level variability, combining stochastic current models with longshore pressure and velocity modes to hindcast CODE-region dynamics [4], [5], [7].

• Theme: Numerical and 3D modeling of estuaries and shelf systems reveals subtidal circulation, salt balance, and sediment transport through hydro-dynamic models, validating with observed forcing and plumes in the Hudson–Raritan and SAB regions [6], [8], [17], [14], [15].

• Theme: Estuarine plumes, salinity, and heat flux processes illuminate plume onset, salt balance, and boundary-layer dynamics as key regulators of cross-shelf exchange and coastal response to forcing [16], [8], [20], [12].