The sub-halocline waters of the Marmara Sea are renewed with the incoming Dardanelles lower layer flow. As shown by observations, this inflow takes the form of a turbulent plume which first sinks down and then spreads out into the interior. A ''filling box'' model is developed to test the sensitivity of the Dardanelles-Marmara Sea system to the set of relevant environmental parameters. The seasonal variability of the Dardanelles inflow is shown to play a crucial role in the sub-halocline water mass characteristics of the Marmara Sea
A chain of simple linked models is used to simulate the seasonal and interannual variability of the ...
La mer de Marmara est la clef de voûte d’un système hydrique complexe entre la Méditerranée la mer N...
The combination of two research projects offered us the opportunity to perform a comprehensive study...
Observations from hydrographic surveys are used to describe the density current flowing through the ...
Pairs of moorings equipped with current profilers were deployed at each end of the Dardanelles Strai...
Detailed interpretation of single-channel air-gun and deep-tow boomer profiles demonstrates that the...
During September 2008 and February 2009, the NR/V Alliance extensively sampled the waters of the Sea...
The current paper deals with the numerical simulation of the brackish, surface buoyant plume that is...
A mooring section at each end of the Dardanelles Strait was deployed by the Naval Research Laborator...
A comprehensive set of data collected during 1986-1992 reveal seasonal and interannual variability i...
[1] We apply a shock-capturing numerical model based on the single-layer shallow water equations to ...
High-resolution modelling, for the first time, is used to study the basic hydrodynamics of the Turki...
The surface circulation of the Marmara Sea was studied with satellite-tracked drifters during 2 fiel...
International audienceThe Sea of Marmara is the connection between the vast Black Sea-Caspian Sea ba...
Counterflowing waters of the Black Sea and Mediterranean Sea are mixed by turbulent entrainment proc...
A chain of simple linked models is used to simulate the seasonal and interannual variability of the ...
La mer de Marmara est la clef de voûte d’un système hydrique complexe entre la Méditerranée la mer N...
The combination of two research projects offered us the opportunity to perform a comprehensive study...
Observations from hydrographic surveys are used to describe the density current flowing through the ...
Pairs of moorings equipped with current profilers were deployed at each end of the Dardanelles Strai...
Detailed interpretation of single-channel air-gun and deep-tow boomer profiles demonstrates that the...
During September 2008 and February 2009, the NR/V Alliance extensively sampled the waters of the Sea...
The current paper deals with the numerical simulation of the brackish, surface buoyant plume that is...
A mooring section at each end of the Dardanelles Strait was deployed by the Naval Research Laborator...
A comprehensive set of data collected during 1986-1992 reveal seasonal and interannual variability i...
[1] We apply a shock-capturing numerical model based on the single-layer shallow water equations to ...
High-resolution modelling, for the first time, is used to study the basic hydrodynamics of the Turki...
The surface circulation of the Marmara Sea was studied with satellite-tracked drifters during 2 fiel...
International audienceThe Sea of Marmara is the connection between the vast Black Sea-Caspian Sea ba...
Counterflowing waters of the Black Sea and Mediterranean Sea are mixed by turbulent entrainment proc...
A chain of simple linked models is used to simulate the seasonal and interannual variability of the ...
La mer de Marmara est la clef de voûte d’un système hydrique complexe entre la Méditerranée la mer N...
The combination of two research projects offered us the opportunity to perform a comprehensive study...