Add to ORKGnone3Shape analysis were carried out on otoliths of genus Lepidotrigla in order to discriminate species difference. Samples were random collected in Adriatic sea during Grund 2007 scientific trawl survey. Fishes were measured for length, weight, otoliths shape indices and outline. On data were performed univariate and multivariate analysis to detect difference by species.noneSTAGIONI M.; MONTANINI S.; VALLISNERI M.STAGIONI M.; MONTANINI S.; VALLISNERI M
The aim of this study is to provide an efficient use of otolith morphology in order to discriminate...
none4Fish otoliths of 104 species of the Northern-Middle Adriatic Sea have been digitally photo-grap...
Otoliths, which can be used for the evaluation of relationships between the environment and organism...
none4The sagittal otoliths of Triglidae family from the Adriatic Sea (north-eastern Mediterranean) w...
Otolith-shape analysis was examined to determine its utility for biological stock identification of...
[eng] The variability in otolith contour shape of black scabbardfish (Aphanopus carbo) from Portugue...
The geographical variability in the anglerfish Lophius piscatorius otolith shape was investigated to...
none5The morphology of the sagittal otolith were studied in six fish species associated with differe...
Otolith shape analyses were conducted on three different species of Mullidae (Mullus barbatus barbat...
Geometric morphometrics is a relatively new tool to fisheries research showing promise as a means of...
[eng] The understanding of the stock structure of a species is essential to effectively manage fishe...
The stock represents the fundamental unit in fisheries science: it is defined as a population, or po...
none4Gurnards or triglids are marine bottom fishes that live in temperate and tropical seas. This wo...
Otolith shape analyses were conducted on three different species of Mullidae (Mullus barbatus barbat...
Swordfish Xiphias gladius is an oceanic-pelagic species. Its population structure in the Western Ind...
The aim of this study is to provide an efficient use of otolith morphology in order to discriminate...
none4Fish otoliths of 104 species of the Northern-Middle Adriatic Sea have been digitally photo-grap...
Otoliths, which can be used for the evaluation of relationships between the environment and organism...
none4The sagittal otoliths of Triglidae family from the Adriatic Sea (north-eastern Mediterranean) w...
Otolith-shape analysis was examined to determine its utility for biological stock identification of...
[eng] The variability in otolith contour shape of black scabbardfish (Aphanopus carbo) from Portugue...
The geographical variability in the anglerfish Lophius piscatorius otolith shape was investigated to...
none5The morphology of the sagittal otolith were studied in six fish species associated with differe...
Otolith shape analyses were conducted on three different species of Mullidae (Mullus barbatus barbat...
Geometric morphometrics is a relatively new tool to fisheries research showing promise as a means of...
[eng] The understanding of the stock structure of a species is essential to effectively manage fishe...
The stock represents the fundamental unit in fisheries science: it is defined as a population, or po...
none4Gurnards or triglids are marine bottom fishes that live in temperate and tropical seas. This wo...
Otolith shape analyses were conducted on three different species of Mullidae (Mullus barbatus barbat...
Swordfish Xiphias gladius is an oceanic-pelagic species. Its population structure in the Western Ind...
The aim of this study is to provide an efficient use of otolith morphology in order to discriminate...
none4Fish otoliths of 104 species of the Northern-Middle Adriatic Sea have been digitally photo-grap...
Otoliths, which can be used for the evaluation of relationships between the environment and organism...