(1) Anterior tip of snout, (2 and 3) anterior and posterior insertion of the dorsal fin, (4 and 5) upper and lower insertion of the caudal fin, (6 and 7) posterior and anterior insertion of the anal fin, (8) insertion of the pelvic fin, (9 and 10) ventral and dorsal insertion of the operculum on the profile, and (11) dorsal insertion of the pectoral fin. Number of lateral line scales and number of anal fin soft rays are observed as meristic characters.</p
<p>Tail fin of a 21 dpf <i>O. mykiss</i> specimen with four anatomical landmarks (black points) and ...
FIGURE 1. Radiograph negative of a male H. tuxtlaensis showing landmarks used for the body shape ana...
<p>There were 17 landmarks. Landmarks 1, 2 and 11–17 represent important landmark related to feeding...
<p>(1) Snout tip; (2) nostril; (3) beginning of scales coverage on the dorsal outline; (4) centre of...
<p>1 –snout tip; 2 –base of the first dorsal fin; 3 –between first and second dorsal fins; 4 –poster...
<p>(1) Anterior insertion of the dorsal fin (2) Insertions of the most caudal spiny fin ray of the d...
<p>The landmarks were selected to capture the overall body-shape on the basis of either morphologica...
FIGURE 4. Landmarks used for geometric morphometric analyses. Fifteen landmarks were recorded for 88...
<p>Line diagram of the left flank of a threespine stickleback, showing the locations of the 20 landm...
The aim of this paper was to use geometric morphometry as a helpful tool to clarify the overlap betw...
<p>BL: body length, DB: body depth, CFH: caudal fin height, CPD: caudal peduncle depth.</p
Phenotypic integration and modularity describe the strength and pattern of interdependencies between...
<p>(A) External morphological measurements used for morphometric analysis in this study: 1, standard...
<p>a) All measurements are standardised by the standard length. Caudal peduncle length is also stand...
Morphological data: body depth, body width, standard length, dorsal fin spine length, anal fin spine...
<p>Tail fin of a 21 dpf <i>O. mykiss</i> specimen with four anatomical landmarks (black points) and ...
FIGURE 1. Radiograph negative of a male H. tuxtlaensis showing landmarks used for the body shape ana...
<p>There were 17 landmarks. Landmarks 1, 2 and 11–17 represent important landmark related to feeding...
<p>(1) Snout tip; (2) nostril; (3) beginning of scales coverage on the dorsal outline; (4) centre of...
<p>1 –snout tip; 2 –base of the first dorsal fin; 3 –between first and second dorsal fins; 4 –poster...
<p>(1) Anterior insertion of the dorsal fin (2) Insertions of the most caudal spiny fin ray of the d...
<p>The landmarks were selected to capture the overall body-shape on the basis of either morphologica...
FIGURE 4. Landmarks used for geometric morphometric analyses. Fifteen landmarks were recorded for 88...
<p>Line diagram of the left flank of a threespine stickleback, showing the locations of the 20 landm...
The aim of this paper was to use geometric morphometry as a helpful tool to clarify the overlap betw...
<p>BL: body length, DB: body depth, CFH: caudal fin height, CPD: caudal peduncle depth.</p
Phenotypic integration and modularity describe the strength and pattern of interdependencies between...
<p>(A) External morphological measurements used for morphometric analysis in this study: 1, standard...
<p>a) All measurements are standardised by the standard length. Caudal peduncle length is also stand...
Morphological data: body depth, body width, standard length, dorsal fin spine length, anal fin spine...
<p>Tail fin of a 21 dpf <i>O. mykiss</i> specimen with four anatomical landmarks (black points) and ...
FIGURE 1. Radiograph negative of a male H. tuxtlaensis showing landmarks used for the body shape ana...
<p>There were 17 landmarks. Landmarks 1, 2 and 11–17 represent important landmark related to feeding...