Satellite altimetry data are used to study the long-term dynamics variability of the Black Sea
from 1993 to 2013, its dependence on wind forcing and its impact on the marine ecosystem …

Abstract A high‐resolution, 3‐dimensional primitive equation model is used to investigate
the cross‐shelf exchange in the East China Sea (ECS). Favorable comparisons between …

In this paper, we use the unstructured grid model SCHISM to simulate the
thermohydrodynamics in a chain of baroclinic, interconnected basins. The model shows a …

Combination of altimetry-based method of eddy identification and historical hydrological
measurements for 1992–2015 is used to analyze the thermohaline and dynamic structure of …

One of the eddy “hotspots” in the Black Sea is the area of stationary Sevastopol anticyclone.
Here this eddy can reside for> 3–6 months significantly affecting the cross-shelf exchange …

Cross-shelf exchanges in the Black Sea were investigated using remote sensing data and
an ocean circulation model to which an eddy-tracking algorithm and Lagrangian particle …

The propagation of the Danube River plume has strong interannual variability that impacts
the local balance of nutrients and the thermohaline structure in the western Black Sea. In the …

Mesoscale eddies are ubiquitous features of oceanic circulation and important contributors
to the transport of water and heat as well as chemical and biological constituents. In the …

Measurements of QuikScat for 2000–2009 and ASCAT scatterometers for 2009–2016 are
used to describe the variability of the Black Sea wind velocity and wind curl. High-resolution …

Submesoscale dynamics significantly affect the turbulence regime and is characterized by
pronounced time variability, the reasons of which are still poorly known. In our study, we use …