CTD data were collected weekly during 20 cruises from May to September 2003 over a 19 station grid in a coastal region of the northeastern Adriatic Sea as part of Project ADRICOSM. Relative geostrophic velocities indicated fine scale circulation patterns in in the area consisting of two pronounced circulation cells, of cyclonic and anti-cyclonic character, and that were present in the area for most of the investigated period.. These motions were induced primarily by spatial variations in the temperature field and may be strengthened during episodes of very strong northeasterly bora wind, when the investigated region is not heated (cooled) uniformly
The paper documents seasonality, interannual-to decadal variability, and trends in temperature, sali...
The inter-annual variability of Adriatic Sea hydrographic characteristics is investigated by means o...
A typical summertime anticyclonic situation over the north-eastern Adriatic coast is studied using a...
Climatology of the geostrophic currents in the northern Adriatic, based on a large amount of histori...
The unprecedented suite of research activities that focused on the Adriatic in winter 2003 provided ...
CTD data were collected during 38 cruises in the northeastern Adriatic from October 2002 to Septembe...
CTD data were collected during 38 cruises in the northeastern Adriatic from October 2002 to Septembe...
International audienceUnusual weather conditions over the southern Europe and the Mediterranean area...
International audienceThe Bora wind field is characterised by strong vorticity and divergence. Sever...
The Adriatic Sea surface circulation for the period 1990–1999 is studied using the data of more than...
The Istrian Coastal Countercurrent (ICCC) appeared in March (7 cm/s), August and September (4 cm/s) ...
The Adriatic Sea surface circulation for the period 1990–1999 is studied using the data of more than...
A winter oceanographic field experiment provided an opportunity to examine the atmospheric marine co...
Author Posting. © American Geophysical Union, 2007. This article is posted here by permission of Am...
LONG-TERM GOALS: My long-term goals are to contribute to the understanding of the dynamics of margin...
The paper documents seasonality, interannual-to decadal variability, and trends in temperature, sali...
The inter-annual variability of Adriatic Sea hydrographic characteristics is investigated by means o...
A typical summertime anticyclonic situation over the north-eastern Adriatic coast is studied using a...
Climatology of the geostrophic currents in the northern Adriatic, based on a large amount of histori...
The unprecedented suite of research activities that focused on the Adriatic in winter 2003 provided ...
CTD data were collected during 38 cruises in the northeastern Adriatic from October 2002 to Septembe...
CTD data were collected during 38 cruises in the northeastern Adriatic from October 2002 to Septembe...
International audienceUnusual weather conditions over the southern Europe and the Mediterranean area...
International audienceThe Bora wind field is characterised by strong vorticity and divergence. Sever...
The Adriatic Sea surface circulation for the period 1990–1999 is studied using the data of more than...
The Istrian Coastal Countercurrent (ICCC) appeared in March (7 cm/s), August and September (4 cm/s) ...
The Adriatic Sea surface circulation for the period 1990–1999 is studied using the data of more than...
A winter oceanographic field experiment provided an opportunity to examine the atmospheric marine co...
Author Posting. © American Geophysical Union, 2007. This article is posted here by permission of Am...
LONG-TERM GOALS: My long-term goals are to contribute to the understanding of the dynamics of margin...
The paper documents seasonality, interannual-to decadal variability, and trends in temperature, sali...
The inter-annual variability of Adriatic Sea hydrographic characteristics is investigated by means o...
A typical summertime anticyclonic situation over the north-eastern Adriatic coast is studied using a...