A four-year time series (1994-1997) of groundfish trawl surveys performed within the European Union Project "MEDITS" (Mediterranean International Trawl Surveys), was analysed to identify and describe the fish assemblages along the continental shelf and slope of Tuscany and Latium (Italy), in the north-western Mediterranean. Cluster analysis was used to group samples with similar species composition in terms of abundance, biomass and frequency of occurrence. Results allowed the identification of four to five broad assemblages along the depth gradient: a strictly coastal group (< 50 m depth), two groups in the upper and lower part of the continental shelf (essentially 50-200 m), an epibathyal group (200450 m) and a group derived from hauls ma...
Increasing human pressures and global environmental change may severely affect the diversity of spec...
14 pages, 8 figures, 2 tablesThe analysis of 35 bottom trawls taken on the slope in the Catalan Sea ...
Increasing human pressures and global environmental change may severely affect the diversity of spec...
A four-year time series (1994-1997) of groundfish trawl surveys performed within the European Union ...
Abstract — Two trawl surveys were carried out in the summer months (June-July) of 1996 and 1997 alon...
Two trawl surveys were carried out in the summer months (June–July) of 1996 and 1997 along the whole...
Trawling pressure and environmental changes may affect the composition of fish assemblages. Our know...
The analysis of 255 bottom trawl samples obtained in annual experimental surveys (2007–2010) along t...
Trawling pressure and environmental changes may affect the composition of fish assemblages. Our know...
Trawling pressure and environmental changes may affect the composition of fish assemblages. Our know...
A highly diversified mix of fish species, cephalopods and crustaceans, together with several macro-e...
The species richness pattern of groundfish species in the entire northern Mediterranean Sea was exam...
The high species richness, coupled with high proportion of endemism, makes the Mediterranean one of ...
The analysis of 131 hauls performed during four bottom trawl fishing surveys carried out between dep...
International audienceIncreasing human pressures and global environmental change may severely affect...
Increasing human pressures and global environmental change may severely affect the diversity of spec...
14 pages, 8 figures, 2 tablesThe analysis of 35 bottom trawls taken on the slope in the Catalan Sea ...
Increasing human pressures and global environmental change may severely affect the diversity of spec...
A four-year time series (1994-1997) of groundfish trawl surveys performed within the European Union ...
Abstract — Two trawl surveys were carried out in the summer months (June-July) of 1996 and 1997 alon...
Two trawl surveys were carried out in the summer months (June–July) of 1996 and 1997 along the whole...
Trawling pressure and environmental changes may affect the composition of fish assemblages. Our know...
The analysis of 255 bottom trawl samples obtained in annual experimental surveys (2007–2010) along t...
Trawling pressure and environmental changes may affect the composition of fish assemblages. Our know...
Trawling pressure and environmental changes may affect the composition of fish assemblages. Our know...
A highly diversified mix of fish species, cephalopods and crustaceans, together with several macro-e...
The species richness pattern of groundfish species in the entire northern Mediterranean Sea was exam...
The high species richness, coupled with high proportion of endemism, makes the Mediterranean one of ...
The analysis of 131 hauls performed during four bottom trawl fishing surveys carried out between dep...
International audienceIncreasing human pressures and global environmental change may severely affect...
Increasing human pressures and global environmental change may severely affect the diversity of spec...
14 pages, 8 figures, 2 tablesThe analysis of 35 bottom trawls taken on the slope in the Catalan Sea ...
Increasing human pressures and global environmental change may severely affect the diversity of spec...