In this work an attempt is made to explain a case of the water circulation in the North Aegean shelf based on a set of oceanographic and meteorological measurements. It is argued that hydrodynamic conditions created by the meteorological fields of surface wind and pressure, force the renewal of the waters in the coastal area of Kavala Bay. It is shown that, although the mean horizontal water velocity is estimated at about 7cm/sec providing a time period of water renewal of the bay at about 4 days, the geostrophic circulation of the wider area in the North Aegean, controlled by the geometry of the local area, accelerates the water movement in the bay decreasing the time required for the renewal to less than one day
Abstract The Aegean water masses and circulation structure are studied via two large-...
This paper presents the qualitative circulation patterns of the ''upper'' and ''deeper'' layers in t...
The seasonal and interannual variability of the local hydrography in 3 bays (Saros, Izmir, and Gokov...
The combination of two research projects offered us the opportunity to perform a comprehensive study...
International audienceThe seasonal characteristics of the circulation in the North Aegean Sea are ex...
Results from a high-resolution hindcast model experiment, supported by available observations, revea...
AbstractHydrographic data from the North Aegean Sea were used to examine the summer variability of s...
In the framework of the POSEIDON Project, a network of open sea oceanographic buoys equipped with me...
The special features of the hydrodynamic circulation in the Aegean Sea referring to the development ...
The combination of two research projects offered us the opportunity to perform a comprehensive study...
Temperature and salinity time series provided by three POSEIDON monitoring stations (buoys) are exam...
Hydrographic data from the North Aegean Sea were used to examine the summer variability of surface w...
International audienceA multi-nested approach has been employed for numerical simulations in the nor...
The aim of this work is to develop a computer model capable of simulating the water mass circulatio...
SummaryA three-dimensional numerical model was applied to simulate the Black Sea Water (BSW) outflux...
Abstract The Aegean water masses and circulation structure are studied via two large-...
This paper presents the qualitative circulation patterns of the ''upper'' and ''deeper'' layers in t...
The seasonal and interannual variability of the local hydrography in 3 bays (Saros, Izmir, and Gokov...
The combination of two research projects offered us the opportunity to perform a comprehensive study...
International audienceThe seasonal characteristics of the circulation in the North Aegean Sea are ex...
Results from a high-resolution hindcast model experiment, supported by available observations, revea...
AbstractHydrographic data from the North Aegean Sea were used to examine the summer variability of s...
In the framework of the POSEIDON Project, a network of open sea oceanographic buoys equipped with me...
The special features of the hydrodynamic circulation in the Aegean Sea referring to the development ...
The combination of two research projects offered us the opportunity to perform a comprehensive study...
Temperature and salinity time series provided by three POSEIDON monitoring stations (buoys) are exam...
Hydrographic data from the North Aegean Sea were used to examine the summer variability of surface w...
International audienceA multi-nested approach has been employed for numerical simulations in the nor...
The aim of this work is to develop a computer model capable of simulating the water mass circulatio...
SummaryA three-dimensional numerical model was applied to simulate the Black Sea Water (BSW) outflux...
Abstract The Aegean water masses and circulation structure are studied via two large-...
This paper presents the qualitative circulation patterns of the ''upper'' and ''deeper'' layers in t...
The seasonal and interannual variability of the local hydrography in 3 bays (Saros, Izmir, and Gokov...