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Introduction
Publications
Publications (18)
Mesoscale dynamics accounts for a significant part of the ocean kinetic energy and plays a crucial role in its mixing. The presented data were generated by numerical simulation and reveal mesoscale patterns of circulation of the upper 15-meter layer of the Caspian Sea. The currents in 2003-2005 are reconstructed in an eddy-resolving ocean general c...
Purpose. The paper is aimed at studying water exchange between the Middle and South Caspian, at assessing its intensity, spatial-temporal structure and variability.
Methods and Results. The study includes the numerical model of the Caspian Sea general circulation; it is of sufficiently high resolution for reproducing mesoscale structure of the cur...
Decadal variability in Caspian Sea thermohaline properties is investigated using a high-resolution ocean general circulation model including sea ice thermodynamics and air–sea interaction forced by prescribed realistic atmospheric conditions and riverine runoff. The model describes synoptic, seasonal and climatic variations of sea thermohaline stru...
The decadal variability of the Caspian Sea thermohaline properties is investigated by means of a high-resolution ocean general circulation model including sea ice thermodynamics and air-sea interaction, forced by prescribed realistic atmospheric conditions and riverine runoff. The model describes synoptic, seasonal and climatic variations of the se...
An eddy-resolving model of the thermohydrodynamics of the Caspian Sea is presented. The model reproduces the climatic (decadal) variability of the sea level. Numerical experiments were performed to reconstruct the sea circulation and the evolution of its level in the second half of the 20th century. We also investigate how variations in some natura...
Представлена вихреразрешающая модель термогидродинамических процессов Каспийского моря, описывающая изменчивость его уровня на климатическом масштабе времени. Проведены численные эксперименты по реконструкции циркуляции вод и эволюции уровня Каспия во второй половине XX века. Исследован отклик многолетних трендов уровня на вариации ряда естественны...
The formulation and the algorithm of solving an ocean model for the prediction and assimilation of the observed data which makes it possible to reconstruct the circulation in the deep-water parts of the sea and at a shallow water shelf, as well as to describe the large time–space variability in the surface level, are considered. The model uses a ve...
A three-dimensional primitive equation model including sea ice and
air-sea interaction is used to study climatic circulation and water mass
variability in the Caspian Sea under the influence of realistic mass,
momentum and heat fluxes. The water budget of the landlocked Caspian Sea
is extremely sensitive to climatic variability in the surrounding a...
