The microstructure of the anterior region of the scales in several species of the genus Aphanius was studied by SEM with the aim of determining whether scale morphology could be used to discriminate between the species of this genus. The characters examined concern the morphology of lepidonts, or “scale‐teeth”, their distribution and mode of implantation on the circuli. These characters were also subjected to UPGMA cluster analysis. Results from phenetic analysis of scale‐teeth characters agree overall with those of previously published morphological and biogeographical studies and in part with molecular analysis of the phylogenetic relationships between species of Aphanius. An affinity between A. danfordii and A. mento (found previously in...
The systematics of rattail fishes (Teleostei: Gadiformes, Macrouridae) is reexamined focussing on th...
The studies of two morphological and fifteen meristic characters of twelvespecies of Puntius showed ...
The studies on the osteology of caudal skeleton and the ray counts showedthat the twenty one species...
The microstructure of the anterior region of the scales in several species of the genus Aphanius was...
The normal and lateral line cycloid scales of a cyprinid fish; Alburnoides bipunctatus (Blotch, 1782...
Nine populations of Aphanius fasciatus Nardo, 1827 from the central Mediterranean were analysed by e...
Abstract – The normal and lateral line cycloid scales of a cyprinid fish Capoeta damascina (Valencie...
Scales are calcium carbonate and collagen-contained structures embedded within the fish epidermis an...
Phenotypic variations in fish body and scale shape were investigated among the three populations of ...
The normal and lateral line cycloid scales of a cyprinid fish Rutilus frisii kutum Kamenskii, 1901 h...
Deciphering the exact fundamental relations of morphological differentiation among isolated populati...
Using fish scale to identity species and population is a rapid, safe and low cost method. Hence, thi...
Several studies proved that fish scale shape is suitable for species identifcation, and for populati...
Regular body scales of 80 species, belonging to 50 families and 16 orders of marine teleost fishes c...
It is practically difficult to differentiate Placocheilus robustus and Placocheilus caudofasciatus f...
The systematics of rattail fishes (Teleostei: Gadiformes, Macrouridae) is reexamined focussing on th...
The studies of two morphological and fifteen meristic characters of twelvespecies of Puntius showed ...
The studies on the osteology of caudal skeleton and the ray counts showedthat the twenty one species...
The microstructure of the anterior region of the scales in several species of the genus Aphanius was...
The normal and lateral line cycloid scales of a cyprinid fish; Alburnoides bipunctatus (Blotch, 1782...
Nine populations of Aphanius fasciatus Nardo, 1827 from the central Mediterranean were analysed by e...
Abstract – The normal and lateral line cycloid scales of a cyprinid fish Capoeta damascina (Valencie...
Scales are calcium carbonate and collagen-contained structures embedded within the fish epidermis an...
Phenotypic variations in fish body and scale shape were investigated among the three populations of ...
The normal and lateral line cycloid scales of a cyprinid fish Rutilus frisii kutum Kamenskii, 1901 h...
Deciphering the exact fundamental relations of morphological differentiation among isolated populati...
Using fish scale to identity species and population is a rapid, safe and low cost method. Hence, thi...
Several studies proved that fish scale shape is suitable for species identifcation, and for populati...
Regular body scales of 80 species, belonging to 50 families and 16 orders of marine teleost fishes c...
It is practically difficult to differentiate Placocheilus robustus and Placocheilus caudofasciatus f...
The systematics of rattail fishes (Teleostei: Gadiformes, Macrouridae) is reexamined focussing on th...
The studies of two morphological and fifteen meristic characters of twelvespecies of Puntius showed ...
The studies on the osteology of caudal skeleton and the ray counts showedthat the twenty one species...