late June–early July. Remarkably, previous investigations indicated that re-current occurrences of intense ICCC coincided with mucilage and/or anoxia events in the region. In fact, already during late winter, when a sea heat gain was relatively intense, a significant transversal transport of freshened waters of Po origin occurred. Lower salinity and warmer water pool, which might be the core of an anticyclonic gyre in the northeastern Adriatic, was present also during spring and summer. This indicates the establishment of a pronounced closed circulation system in the area
In February 2012, a severe cold spell in the European region triggered a massive production of very ...
Strong diurnal oscillations, documented by temperature data that were collected along a submarine c...
Time series of satellite data, generated by the AVHRR (1981-1999), CZCS (1979-1985) and SeaWiFS (199...
The Istrian Coastal Countercurrent (ICCC) appeared in March (7 cm/s), August and September (4 cm/s) ...
Mucilage events (formation of very large organic aggregates and gelatinous surface layers) have been...
International audienceUnusual weather conditions over the southern Europe and the Mediterranean area...
We analyzed oceanographic, hydrologic and atmospheric conditions in the northern Adriatic (section b...
The aim of the present investigation is to explain the dramatic phenomenon of anoxia/hypoxia waters ...
CTD data were collected weekly during 20 cruises from May to September 2003 over a 19 station grid i...
The northern Adriatic Sea (NA), the northernmost region of the Medi-terranean Sea, is affected by st...
experiences frequent, intense cold-air out-breaks that drive oceanic heat loss and imprint complex b...
In this paper we document dense water formation throughout the Adriatic shelf and coastal area in Ja...
The unprecedented suite of research activities that focused on the Adriatic in winter 2003 provided ...
Meteorological forcing of the Adriatic is examined under the present and predicted climate condition...
Between 2013 and 2016 a drastic change in the vertical salinity structure in the South Adriatic Pit ...
In February 2012, a severe cold spell in the European region triggered a massive production of very ...
Strong diurnal oscillations, documented by temperature data that were collected along a submarine c...
Time series of satellite data, generated by the AVHRR (1981-1999), CZCS (1979-1985) and SeaWiFS (199...
The Istrian Coastal Countercurrent (ICCC) appeared in March (7 cm/s), August and September (4 cm/s) ...
Mucilage events (formation of very large organic aggregates and gelatinous surface layers) have been...
International audienceUnusual weather conditions over the southern Europe and the Mediterranean area...
We analyzed oceanographic, hydrologic and atmospheric conditions in the northern Adriatic (section b...
The aim of the present investigation is to explain the dramatic phenomenon of anoxia/hypoxia waters ...
CTD data were collected weekly during 20 cruises from May to September 2003 over a 19 station grid i...
The northern Adriatic Sea (NA), the northernmost region of the Medi-terranean Sea, is affected by st...
experiences frequent, intense cold-air out-breaks that drive oceanic heat loss and imprint complex b...
In this paper we document dense water formation throughout the Adriatic shelf and coastal area in Ja...
The unprecedented suite of research activities that focused on the Adriatic in winter 2003 provided ...
Meteorological forcing of the Adriatic is examined under the present and predicted climate condition...
Between 2013 and 2016 a drastic change in the vertical salinity structure in the South Adriatic Pit ...
In February 2012, a severe cold spell in the European region triggered a massive production of very ...
Strong diurnal oscillations, documented by temperature data that were collected along a submarine c...
Time series of satellite data, generated by the AVHRR (1981-1999), CZCS (1979-1985) and SeaWiFS (199...