This article presents some of the results of an oceanographic survey carried out in the Bay of Algeciras (Strait of Gibraltar) as part of a research project intended to assess the environmental quality of the Bay. One of the most interesting findings was the step-like patterns presented by density profiles within the Bay, which were indicative of notable vertical mixing activity there. The analysis of the observations indicates that those mixing processes may be explained by the interaction between the local internal tide dynamics and the large amplitude internal waves entering the Bay, which seem to originate from the Camarinal Sill region
Internal waves in the ocean are the principal generators of mixing in the abyssal ocean and regions ...
The effects of tidal forcing on the biogeochemical patterns of surface water masses flowing through ...
High Amplitude Internal Waves (HAIWs) are physical processes observed in the Strait of Gibraltar (th...
This article presents a detailed analysis of the sub-mesoscale transport processes in the Strait of ...
The generation of large-amplitude internal waves in the Strait of Gibraltar is a widely known phenom...
A numerical model has been applied to study the tidal flows of the Bay of Algeciras in the eastern p...
Internal waves are together with winds, the main responsible for diapycnal mixing in the ocean, cruc...
A three-dimensional, nonlinear, high-resolution, sigma coordinate, hydrodynamic model was applied to...
Internal waves are commonly observed in oceans and lakes where high stratification exists. In the pr...
Data collected in the north and south channels of the main sill of the Strait of Gibraltar (Camarin...
The M2 tidal circulation in Algeciras Bay (Strait of Gibraltar) is analyzed using a 3-D, nonlinear, ...
A selection of ASAR images have been analyzed, together with instantaneous images of surface chlorop...
Tidal forcing and its fortnightly variation are known to be one of the main regulating agents of phy...
Author Posting. © American Geophysical Union, 2011. This article is posted here by permission of Am...
The Bay of Algeciras (BA) is a marine environment subject to high levels of anthropogenic pressure. ...
Internal waves in the ocean are the principal generators of mixing in the abyssal ocean and regions ...
The effects of tidal forcing on the biogeochemical patterns of surface water masses flowing through ...
High Amplitude Internal Waves (HAIWs) are physical processes observed in the Strait of Gibraltar (th...
This article presents a detailed analysis of the sub-mesoscale transport processes in the Strait of ...
The generation of large-amplitude internal waves in the Strait of Gibraltar is a widely known phenom...
A numerical model has been applied to study the tidal flows of the Bay of Algeciras in the eastern p...
Internal waves are together with winds, the main responsible for diapycnal mixing in the ocean, cruc...
A three-dimensional, nonlinear, high-resolution, sigma coordinate, hydrodynamic model was applied to...
Internal waves are commonly observed in oceans and lakes where high stratification exists. In the pr...
Data collected in the north and south channels of the main sill of the Strait of Gibraltar (Camarin...
The M2 tidal circulation in Algeciras Bay (Strait of Gibraltar) is analyzed using a 3-D, nonlinear, ...
A selection of ASAR images have been analyzed, together with instantaneous images of surface chlorop...
Tidal forcing and its fortnightly variation are known to be one of the main regulating agents of phy...
Author Posting. © American Geophysical Union, 2011. This article is posted here by permission of Am...
The Bay of Algeciras (BA) is a marine environment subject to high levels of anthropogenic pressure. ...
Internal waves in the ocean are the principal generators of mixing in the abyssal ocean and regions ...
The effects of tidal forcing on the biogeochemical patterns of surface water masses flowing through ...
High Amplitude Internal Waves (HAIWs) are physical processes observed in the Strait of Gibraltar (th...