Abstract. The morphometric relationships of the siphon clam Panopea globosa from Sinaloa, Mexico, were analyzed from February 2014 to April 2015. A total of 370 specimens were collected, measured (shell length, width, and height) and weighed (body weight, tissue weight, and shell weight). The coefficient of determination indicated variation in the fitting of morphometric variables among measured traits. The type of relative growth for all morphometric relationships was negative allometry. This is the first report on morphometric relationships of P. globosa from Sinaloa, Mexico
In allometric relationships,only 2 parameters are compared at anyone time. Moreover, inferences ab...
A comparative study was conducted on the ontogenetic variation in morphometry of a total of 29 shell...
Morphological variation provides a method for phenotypic stock differentiation at inter- and intra-s...
The morphometric relationships of the siphon clam Panopea globosa from Sinaloa, Mexico, were analyze...
The present study reports morphometric relationships and discusses the relative growth in the banded...
Shell Morphometry is a fundamental tool for the evaluation of phenotypic stocks. The shell growth pa...
For species' dynamics highly influenced by environmental conditions, sustainable management for cons...
Abstract Relationships of shell height, shell width, shell weight, foot weight, dry foot weight, and...
The morphological plasticity of bivalve species may impair their correct identification. Pisidium sp...
From April 1988 to August 1989, bivalve mollusc samples were taken from five localities in Concepcio...
Bivalves are excellent candidates for geographically based studies of the morphological variation in...
This study analysed the shell morphology, morphometric relationships and relative growth in three to...
Allometric measurements of the giant clam, Tridacna gigas were performed to quantify deformities cau...
The phenotypic shell shape variation of Mactra isabelleana was tested using the geometric morphometr...
155 specirnens of mussels (Modiolus capax) were gathered during March 1993 in a subtidal hed, locate...
In allometric relationships,only 2 parameters are compared at anyone time. Moreover, inferences ab...
A comparative study was conducted on the ontogenetic variation in morphometry of a total of 29 shell...
Morphological variation provides a method for phenotypic stock differentiation at inter- and intra-s...
The morphometric relationships of the siphon clam Panopea globosa from Sinaloa, Mexico, were analyze...
The present study reports morphometric relationships and discusses the relative growth in the banded...
Shell Morphometry is a fundamental tool for the evaluation of phenotypic stocks. The shell growth pa...
For species' dynamics highly influenced by environmental conditions, sustainable management for cons...
Abstract Relationships of shell height, shell width, shell weight, foot weight, dry foot weight, and...
The morphological plasticity of bivalve species may impair their correct identification. Pisidium sp...
From April 1988 to August 1989, bivalve mollusc samples were taken from five localities in Concepcio...
Bivalves are excellent candidates for geographically based studies of the morphological variation in...
This study analysed the shell morphology, morphometric relationships and relative growth in three to...
Allometric measurements of the giant clam, Tridacna gigas were performed to quantify deformities cau...
The phenotypic shell shape variation of Mactra isabelleana was tested using the geometric morphometr...
155 specirnens of mussels (Modiolus capax) were gathered during March 1993 in a subtidal hed, locate...
In allometric relationships,only 2 parameters are compared at anyone time. Moreover, inferences ab...
A comparative study was conducted on the ontogenetic variation in morphometry of a total of 29 shell...
Morphological variation provides a method for phenotypic stock differentiation at inter- and intra-s...