Luigi MuscoThe study of hard-bottom Syllidae (Polychaeta) of the Rovinj area provides an updated measure of syllid species diversity in the northern Adriatic Sea. Faunal research in the coldest Mediterranean sectors may also help to address possible ecological and biogeographical consequences arising from climate change. Thirty-nine species were found, of which 13 are new for the northern Adriatic, increasing the species recorded from the area from 53 to 66. Some newly recorded species are dominant and typical of warmer areas. The lack of previous taxonomic updates is responsible for the high number of new findings. However, the northern Adriatic Sea is possibly undergoing long-term changes, with modifications of diversity due to the establ...
The northern Adriatic Sea is a shallow, semienclosed basin characterized by oceanographic features ...
This account of the taxonomic composition of phytoplankton (mainly microphytoplankton) in the offsho...
Sabellidae is the second most diverse polychaete family in the Adriatic Sea, after Syllidae. Herein ...
The study of hard-bottom Syllidae (Polychaeta) of the Rovinj area provides an updated measure of syl...
none2siThe study of hard-bottom Syllidae (Polychaeta) of the Rovinj area provides an updated measure...
The knowledge on the hard bottom polychaete assemblages in the Northern Adriatic Sea, a Mediterrane...
A study on macrobenthos of Acquatina Lake, a transitional water basin, was performed in order to eva...
The knowledge on the hard bottom polychaete assemblages in the Northern Adriatic Sea, a Mediterrane...
EnThe biodiversity of Syllidae (Annelida, Polychaeta) was examined along the Brindisi coast (Adriati...
Il mare Adriatico è una delle regioni del bacino Mediterraneo più impattate poiché soggetto a multip...
During the summers from 1995–2000 the benthos was studied at 63 sites by scuba- and skin-divers. Pol...
The structure and composition of Mediterranean biodiversity has changed significantly. So far, in Mo...
Abstract Research carried out over the last 40 years has underlined the scientific im...
The Croatian part of the Adriatic Sea covers more than 35% of the total Croatian territory, which me...
In the last 20–30 years, the temperature of the Mediterranean Sea has increased and global warming i...
The northern Adriatic Sea is a shallow, semienclosed basin characterized by oceanographic features ...
This account of the taxonomic composition of phytoplankton (mainly microphytoplankton) in the offsho...
Sabellidae is the second most diverse polychaete family in the Adriatic Sea, after Syllidae. Herein ...
The study of hard-bottom Syllidae (Polychaeta) of the Rovinj area provides an updated measure of syl...
none2siThe study of hard-bottom Syllidae (Polychaeta) of the Rovinj area provides an updated measure...
The knowledge on the hard bottom polychaete assemblages in the Northern Adriatic Sea, a Mediterrane...
A study on macrobenthos of Acquatina Lake, a transitional water basin, was performed in order to eva...
The knowledge on the hard bottom polychaete assemblages in the Northern Adriatic Sea, a Mediterrane...
EnThe biodiversity of Syllidae (Annelida, Polychaeta) was examined along the Brindisi coast (Adriati...
Il mare Adriatico è una delle regioni del bacino Mediterraneo più impattate poiché soggetto a multip...
During the summers from 1995–2000 the benthos was studied at 63 sites by scuba- and skin-divers. Pol...
The structure and composition of Mediterranean biodiversity has changed significantly. So far, in Mo...
Abstract Research carried out over the last 40 years has underlined the scientific im...
The Croatian part of the Adriatic Sea covers more than 35% of the total Croatian territory, which me...
In the last 20–30 years, the temperature of the Mediterranean Sea has increased and global warming i...
The northern Adriatic Sea is a shallow, semienclosed basin characterized by oceanographic features ...
This account of the taxonomic composition of phytoplankton (mainly microphytoplankton) in the offsho...
Sabellidae is the second most diverse polychaete family in the Adriatic Sea, after Syllidae. Herein ...