Length–weight relationships are lacking for most deep-sea fishes. This study presents length–weight relationships for 42 species from the western Bering Sea. Results show significantly different relationships between females and males for 11 species and between juveniles and adults of four species. A plot of length–weight estimates, log a over b, showed the deep-sea fishes in this study to be more of the elongated shape compared with other marine fishes
Length-weight relationships were calculated for 47 fish species from the Izmir Bay in the Aegean Sea...
Length–weight relationships (LWRs) of 139 coral reef andpelagic fish species (representing 34 fish f...
Length-weight relationships were investigated for 30 demersal fish species from Çandarlı Bay in the ...
In this study was conducted between 500 and 900 at Northern Aegean Sea using by deep longline. Lengt...
Length-weight relationships, while often overlooked, form the basis of many fisheries science applic...
Length–weight relationships (LWRs) of fishes provide important information for many studies in a giv...
Body length–weight (L–W) relationships of 123 fish species (122 Actinopterygii and 1 Elasmobranchii)...
Here we use a new technique to study life history variation in deep-pelagic fishes from a mid-ocean ...
Weight–Body Length relationships (WLR) of 45 fish species (37 Actinopterygii and eight Elasmobranchi...
This study exhibits relationships between length-weight and length-length for 21 fish species caught...
Here we use a new technique to study life history variation in deep-pelagic fishes from a midocean r...
WOS: 000250762200012Weight-length relationships are presented for 60 fish species captured from Izmi...
The length-weight relationship of 26 fish species belonging to 17 families obtained from the Gulf of...
Weight-length relationships (WLRs) are presented for 103 fish species inhabiting littoral to lower s...
Fork length-dressed weight relationships on shark species (Prionace glauca, Isurus oxyrinchus, Carch...
Length-weight relationships were calculated for 47 fish species from the Izmir Bay in the Aegean Sea...
Length–weight relationships (LWRs) of 139 coral reef andpelagic fish species (representing 34 fish f...
Length-weight relationships were investigated for 30 demersal fish species from Çandarlı Bay in the ...
In this study was conducted between 500 and 900 at Northern Aegean Sea using by deep longline. Lengt...
Length-weight relationships, while often overlooked, form the basis of many fisheries science applic...
Length–weight relationships (LWRs) of fishes provide important information for many studies in a giv...
Body length–weight (L–W) relationships of 123 fish species (122 Actinopterygii and 1 Elasmobranchii)...
Here we use a new technique to study life history variation in deep-pelagic fishes from a mid-ocean ...
Weight–Body Length relationships (WLR) of 45 fish species (37 Actinopterygii and eight Elasmobranchi...
This study exhibits relationships between length-weight and length-length for 21 fish species caught...
Here we use a new technique to study life history variation in deep-pelagic fishes from a midocean r...
WOS: 000250762200012Weight-length relationships are presented for 60 fish species captured from Izmi...
The length-weight relationship of 26 fish species belonging to 17 families obtained from the Gulf of...
Weight-length relationships (WLRs) are presented for 103 fish species inhabiting littoral to lower s...
Fork length-dressed weight relationships on shark species (Prionace glauca, Isurus oxyrinchus, Carch...
Length-weight relationships were calculated for 47 fish species from the Izmir Bay in the Aegean Sea...
Length–weight relationships (LWRs) of 139 coral reef andpelagic fish species (representing 34 fish f...
Length-weight relationships were investigated for 30 demersal fish species from Çandarlı Bay in the ...