A simple, quasigeostrophic, two-layer model was used to study the interactions of two like-
signed vortices and streamer development in the ocean. In particular, models corresponding …

Two techniques for investigating the speciation of dissolved copper, anodic stripping
voltammetry (ASV) and reverse-phase liquid chromatography (C 18-RPLC) were compared …

The integrated abundance and vertical distribution of midwater fishes in the upper 1000 m of
warm-core Gulf Stream ring 82-H show that the fauna of the ring was very similar to that of …

Micronekton biomass was sampled in warm-core Gulf Stream ring 82-B (at ages 2, 4 and 6
months), the Slope Water, the Gulf Stream and the Sargasso Sea during three multi-ship …

A reinterpretation of the life history of warm core ring 82‐B is constructed from drifter
trajectories, hydrographie profiles, and satellite‐derived sea surface temperature fields. An …

Both models and observations of the Southern Ocean circulation suggest an important role
for mesoscale eddies in the meridional transport of heat and salt and in the vertical transport …

As part of the Warm Core Rings Experiment, a set of intensive observations of thermohaline
intrusions at the outer edge of a warm ring were obtained. The observations included a CTD …

Gulf Stream warm‐core rings (WCRs) impinging onto the Mid‐Atlantic Bight (MAB) shelf
edge can induce substantial water exchange between the shelf and slope seas. Combining …

The datasets of the Eddies and Gyre Path Tracking (EGYPT)/EGITTO program in the eastern
Mediterranean Sea reveal a large mesoscale anticyclone traveling along the Libyan shelf …

The flow patterns of the Gulf Stream warm core rings and surrounding shelf break and slope
water are constructed from shipboard acoustic Doppler current profiler (ADCP) transects of …