Morphological variation in head shape of pipefishes and seahorses in relation to snout length and developmental growth

Morphological variation in head shape of pipefishes and seahorses in relation to snout length and developmental growth

Source :

• Journal of Morphology [ 0362-2525 ] ; 2011-10.

Descripteurs français

• Wicri :
  • topic : étude comparative.

English descriptors

• KwdEn :
  • Adriaens, Biol, Black dots, Brood pouch, Central africa, Centroid size, Comparative study, Cranial rotation performance, Dawson, Deformation grids, Degree shape variation, Dentary bone, Different species, Distal point, Dorsal, Dorsal point, Dorsal shift, Dorsocaudal shift, Dorsorostral shift, Dorsoventral, Epaxial muscle, Family syngnathidae, Fish biol, Geometric morphometric analysis, Ghent university, Gradual shape changes, Greater amount, Greater distance, Head dimension, Head height, Head length, Head rotation, Head shape, Herrel, High level, Hippocampus, Hippocampus capensis, Hippocampus reidi, Idiotropiscis species, Inverse relation, Juvenile seahorses, Lake tanganyika, Lesser degree, Leysen, Long axis, Long snout, Longsnouted species, Lussanet, Main differences, Mesethmoidal curvature, Microphis brachyurus aculeatus, Microphis caudocarinatus, Morphological changes, Morphological variation, Morphologically, Morphology, Morphometric, Morphometric analysis, Morphometrics package, Morphospace, Narrow snout, Neurocranial elevation, Nuchal plate, Ontogenetic, Ontogenetic changes, Opercular, Opercular bone, Optimal snout length, Osse, Other hand, Other species, Other things, Overall variation, Parental care, Pectoral, Pectoral girdle, Pouch, Preopercular bone, Prey, Prey items, Project seahorse, Regression analysis, Reidi, Reidi specimens, Relative snout height, Relative snout length, Relative warps, Research group, Rohlf, Roos, Rostrocaudal movement, Royal museum, Same time, Scatter plot, Seahorse, Seahorse morphotype, Seahorse species, Seahorses show, Separate species, Shape analysis, Shape changes, Shape variables, Shape variation, Shortsnouted species, Snout, Snout dimensions, Snout elongation, Snout height, Snout length, Snout lengths, Soft imaging system, Species complexes, Species consensus, Species variance, Spline, Stony brook university, Subfamily, Suction, Suction performance, Supraoccipital bone, Syngnathid, Syngnathid head, Syngnathid morphospace, Syngnathid representatives, Syngnathid species, Syngnathidae, Syngnathids, Syngnathus, Syngnathus rostellatus, Thin plate spline, Toothless jaws, Total shape variation, Total variation, Trophic specialists, Tubular snout, Variance, Ventral, Ventral displacement, Ventral point, Ventral shift, Vertebral column, Wassenbergh, White dots, Zoological museum.
• Teeft :
  • Adriaens, Biol, Black dots, Brood pouch, Central africa, Centroid size, Comparative study, Cranial rotation performance, Dawson, Deformation grids, Degree shape variation, Dentary bone, Different species, Distal point, Dorsal, Dorsal point, Dorsal shift, Dorsocaudal shift, Dorsorostral shift, Dorsoventral, Epaxial muscle, Family syngnathidae, Fish biol, Geometric morphometric analysis, Ghent university, Gradual shape changes, Greater amount, Greater distance, Head dimension, Head height, Head length, Head rotation, Head shape, Herrel, High level, Hippocampus, Hippocampus capensis, Hippocampus reidi, Idiotropiscis species, Inverse relation, Juvenile seahorses, Lake tanganyika, Lesser degree, Leysen, Long axis, Long snout, Longsnouted species, Lussanet, Main differences, Mesethmoidal curvature, Microphis brachyurus aculeatus, Microphis caudocarinatus, Morphological changes, Morphological variation, Morphologically, Morphology, Morphometric, Morphometric analysis, Morphometrics package, Morphospace, Narrow snout, Neurocranial elevation, Nuchal plate, Ontogenetic, Ontogenetic changes, Opercular, Opercular bone, Optimal snout length, Osse, Other hand, Other species, Other things, Overall variation, Parental care, Pectoral, Pectoral girdle, Pouch, Preopercular bone, Prey, Prey items, Project seahorse, Regression analysis, Reidi, Reidi specimens, Relative snout height, Relative snout length, Relative warps, Research group, Rohlf, Roos, Rostrocaudal movement, Royal museum, Same time, Scatter plot, Seahorse, Seahorse morphotype, Seahorse species, Seahorses show, Separate species, Shape analysis, Shape changes, Shape variables, Shape variation, Shortsnouted species, Snout, Snout dimensions, Snout elongation, Snout height, Snout length, Snout lengths, Soft imaging system, Species complexes, Species consensus, Species variance, Spline, Stony brook university, Subfamily, Suction, Suction performance, Supraoccipital bone, Syngnathid, Syngnathid head, Syngnathid morphospace, Syngnathid representatives, Syngnathid species, Syngnathidae, Syngnathids, Syngnathus, Syngnathus rostellatus, Thin plate spline, Toothless jaws, Total shape variation, Total variation, Trophic specialists, Tubular snout, Variance, Ventral, Ventral displacement, Ventral point, Ventral shift, Vertebral column, Wassenbergh, White dots, Zoological museum.

Abstract

• https://api.istex.fr/document/6A5AEB9E6BC3CD1A1535BD4621996E7C8F5364E1/fulltext/pdf

Affiliations:

• Belgique
• Province d'Anvers, Province de Flandre-Orientale, Région flamande
• Anvers, Gand
• Université d'Anvers, Université de Gand

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