Abstract
Abstract
The paper is based on the numerical modeling results and investigates the dynamics of the Batumi vertical structure of anti-cyclonic eddy. In the autumn-winter period, the Batumi Eddy intensifies; in the spring-summer period, the eddy weakens. In the calculation with a higher resolution, the eddy dynamics is more pronounced in comparison with the calculation with a low spatial resolution. The vertical structure of the Batumi Eddy was determined for temperature fields, current velocity and salinity.
Subject
General Physics and Astronomy