Four selected fish otolith of Goby species, Glossogobius celebius, Glossogobius giuris, Awaous ocellaries, and Awaous melanocephalus were compared in this study using Elliptic Fourier SHAPE analysis. Kruskal-Wallis and Discriminant Function Analysis of shape data show significant differences in otolith shapes between species. The observed otolith shapes of the gobies provide a good taxonomic tool to separate the species of this genus. The diversity and complexity in otolith shapes may also be considered important for fisheries scientists, archeologists and for the discrimination of other species of this complex genus of fish
[eng] The understanding of the stock structure of a species is essential to effectively manage fishe...
Morphology of the fish and otoliths are popularly used in the discrimination of species/stocks/popul...
Otolith morphology analysis is one of the main tools used for fish or fish stock identification. Mor...
This study aims to assess the round goby Neogobius melanostomus stocks discriminability based on the...
Not AvailableBackground: The fishes of family Gobiidae are one of the least studied fishes, especial...
Geometric morphometrics is a relatively new tool to fisheries research showing promise as a means of...
Fig. 2. Basic morphometric characters used for the shape description of the round goby otoliths. At ...
Fish otoliths are often used to distinguish between populations and stocks by use of morphological o...
The sagitta otoliths of teleostean fishes are usually used in diverse studies. Their shapes are spec...
Special issue Fish Otoliths as Indicators in Ecosystem Based Management.-- 12 pages, 6 figures, 1 ta...
International audienceThe present study describes the otolith shape and age of three species of Gobi...
Zamorov, V., Zamorova, M., Krupko, D., Matvienko, N., Leonchyk, Y., Kvach, Y. (2021): Shape Analysis...
[eng] The variability in otolith contour shape of black scabbardfish (Aphanopus carbo) from Portugue...
10 pages, 4 figures, 6 tablesShape descriptors of saccular otoliths (sagittae) obtained by image ana...
(Castonguay et al., 1991; Campana and Casselman, 1993). The sagitta otolith shape variability has be...
[eng] The understanding of the stock structure of a species is essential to effectively manage fishe...
Morphology of the fish and otoliths are popularly used in the discrimination of species/stocks/popul...
Otolith morphology analysis is one of the main tools used for fish or fish stock identification. Mor...
This study aims to assess the round goby Neogobius melanostomus stocks discriminability based on the...
Not AvailableBackground: The fishes of family Gobiidae are one of the least studied fishes, especial...
Geometric morphometrics is a relatively new tool to fisheries research showing promise as a means of...
Fig. 2. Basic morphometric characters used for the shape description of the round goby otoliths. At ...
Fish otoliths are often used to distinguish between populations and stocks by use of morphological o...
The sagitta otoliths of teleostean fishes are usually used in diverse studies. Their shapes are spec...
Special issue Fish Otoliths as Indicators in Ecosystem Based Management.-- 12 pages, 6 figures, 1 ta...
International audienceThe present study describes the otolith shape and age of three species of Gobi...
Zamorov, V., Zamorova, M., Krupko, D., Matvienko, N., Leonchyk, Y., Kvach, Y. (2021): Shape Analysis...
[eng] The variability in otolith contour shape of black scabbardfish (Aphanopus carbo) from Portugue...
10 pages, 4 figures, 6 tablesShape descriptors of saccular otoliths (sagittae) obtained by image ana...
(Castonguay et al., 1991; Campana and Casselman, 1993). The sagitta otolith shape variability has be...
[eng] The understanding of the stock structure of a species is essential to effectively manage fishe...
Morphology of the fish and otoliths are popularly used in the discrimination of species/stocks/popul...
Otolith morphology analysis is one of the main tools used for fish or fish stock identification. Mor...