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17 results for “Diplodus”
Figure 2 in Genetic characterization of sharpsnout seabream (Diplodus puntazzo) populations along the Tunisian coasts
Figure 2. – Neighbour Joining (NJ) dendrogram drawn using the Nei and Li genetic distance matrix based on ISSR marker data.
Figure 1 in Âge, croissance et reproduction du sar tambour Diplodus cervinus cervinus (Sparidae) des côtes de l'Est algérien
Figure 1. - Croissance linéaire observée et théorique et accroissement annuel théorique de Diplodus cervinus cervinus sur les côtes de l'est algérien. Lt: Longueur totale; CLO: croissance linéaire observée; CLT: croissance linéaire théorique; AA: accroissement annuel. [Observed and theoretical linear growth and theoretical yearly growth of D. cervinus cervinus from Algerian eastern coasts. Lt: total length; CLO: linear growth observed; CLT: theoretical linear growth; AA: annual growth.]
Figure 3 in Âge, croissance et reproduction du sar tambour Diplodus cervinus cervinus (Sparidae) des côtes de l'Est algérien
Figure 3. - Fréquence des individus matures en fonction de la taille, longueur (Lt50) et intervalle (Im) de maturité sexuelle de Diplodus cervinus cervinus sur les côtes de l'est algérien. CT: classes de tailles. [Frequency of mature individuals in relation with length, size (Lt50) and sexual maturity interval (Im) of D. cervinus cervinus from Algerian eastern coasts. CT: size class.]
Figure 1 in Morphological and genetic variations of Diplodus vulgaris along the Tunisian coasts
Figure 1. - Locations of sampling sites along the Tunisian coasts. Ì: marine samples. ●: lagoon samples. STS: Siculo-Tunisian Strait. West-Med: Western Mediterranean basin. East-Med: Eastern Mediterranean basin.
Figure 2. - A in Morphological and genetic variations of Diplodus vulgaris along the Tunisian coasts
Figure 2. - A: Location of the 11 landmarks (1-11) used for constructing the truss network on D. vulgaris and the six additional points (12-17) used to draw the conventional linear measurements. Landmarks and additional points illustrated as black dots. Truss network illustrated as continuous lines. Conventional linear measurements illustrated as discontinuous lines. B: Discriminated head region and discrimination related variables.
Figure 3 in Morphological and genetic variations of Diplodus vulgaris along the Tunisian coasts
Figure 3. - DFA scores of morphometric characters using conventional linear measurements and truss elements on the plan DF1-DF2.
Fig. 4. Transversotrema licinum MANTER, 1970 from Diplodus noct. Ventral view. Scale 1.00 in Digenetic Trematodes From Marine Fishes Off The Coast Of Kuwait, Arabian Gulf: Fellodistomidae And Some Smaller Families, New Host And Geographic Records
Fig. 4. Transversotrema licinum MANTER, 1970 from Diplodus noct. Ventral view. Scale 1.00 mm
Figure 4 in Feeding habits and diet overlap of juveniles of 2 sparids, Diplodus puntazzo (Walbaum, 1792) and Diplodus vulgaris (Geoffroy Saint-Hilaire, 1817), from the North Aegean Sea of Turkey
Figure 4. Seasonal feeding habits of juvenile D. puntazzo (IRI: index of relative importance).
Figure 1 in Feeding habits and diet overlap of juveniles of 2 sparids, Diplodus puntazzo (Walbaum, 1792) and Diplodus vulgaris (Geoffroy Saint-Hilaire, 1817), from the North Aegean Sea of Turkey
Figure 1. Sampling stations (1: Abide, 2: Güzelyalı, 3: Kerevizdere).
Data from: Are developmental shifts the main driver of phenotypic evolution in Diplodus spp. (Perciformes: Sparidae)?
Background: Sparid fishes of the genus Diplodus show a complex life history. Juveniles have adaptations well suited to life in the water column. When fishes recruit into the adult population individuals develop a radically differentiated shape that reflect their adaptation to the new benthic environment typical of the adult. By using a geometric morphometric approach, we investigated the pattern of shape variation across ontogenetic stages that span from early settlement to the adult stage in four species of the genus Diplodus. Landmarks were collected on the whole body of fishes to quantify the phenotypic variation along two well defined life stages, i.e. juvenile and adult. A comparative analysis of ontogenetic trajectories was performed to assess the presence of divergence in the developmental pattern. Subsequently, we investigated the patterns of integration and modularity as proxy of the alteration of the developmental processes. This allowed to have an insight in morphological developmental patterns across ecologically and ontogenetically differentiated life stages and to investigate the process leading to the adult shape. Results: Our results suggest that the origin of morphological novelties in Diplodus spp. arise from shifts of the ontogenetic trajectories during the development. During the settlement phase, juvenile's morphological shapes converge towards close regions of the morphospace. When the four species approach the transition between settlement and recruitment we observe the lowest level of inter- and intra-specific disparity. After this transition we detect an abrupt shift of ontogenetic trajectories, i.e. the path taken by species during development, that led to highly divergent adult phenotypes. Discussion: We suggest that the evolution of new ecomorphologies, better suited to exploit different niches and reduce inter-specific competition in Diplodus spp., are related to the shift in the ontogenetic trajectory that in turn is associated to changes in modularity and integration pattern.
FIGURE 8. Diplodus capensis, MUFS 39677 in The sparid fishes of Pakistan, with new distribution records
FIGURE 8. Diplodus capensis, MUFS 39677 (formerly CEMB- P 2012–00015), 221 mm SL, WWFH, Karachi. A large dorsolateral black blotch on anterior portion of caudal peduncle reaching to bellow the lateral line.
Data from: Are developmental shifts the main driver of phenotypic evolution in Diplodus spp. (Perciformes: Sparidae)?
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Figure 1 in Genetic characterization of sharpsnout seabream (Diplodus puntazzo) populations along the Tunisian coasts
Figure 1. – Sampling localities of Diplodus puntazzo. STS: Siculo-Tunisian Strait; 1: Bizerta Bay; 2: Ghar El Melh lagoon; 3: Gulf of Tunis; 4: Monastir; 5: Chebba; 6: Kerkennah Island; 7: Zarzis; 8: El Biban lagoon.
Figure 2 in Âge, croissance et reproduction du sar tambour Diplodus cervinus cervinus (Sparidae) des côtes de l'Est algérien
Figure 2. - Croissance pondérale et accroissements annuels théoriques de Diplodus cervinus cervinus sur les côtes de l'est algérien. Pt: masse totale; CPT: croissance pondérale théorique; AA: accroissement annuel. [Theoretical ponderal growth and yearly growths of D. cervinus cervinus from Algerian eastern coasts. Pt: total weight; CPT: theoretical ponderal growth; AA: annual growth.]
Figure 2. – Diplodus puntazzo. A in A review of xanthochromic malpigmentation in wild marine fishes with the first case in Diplodus puntazzo (Walbaum, 1792) (Spariformes: Sparidae)
Figure 2. – Diplodus puntazzo. A: Normal pigmentation; B: Xanthochromic specimen, 455 mm TL.
Figure 1 in A review of xanthochromic malpigmentation in wild marine fishes with the first case in Diplodus puntazzo (Walbaum, 1792) (Spariformes: Sparidae)
Figure 1. – Map showing where the specimen of Diplodus puntazzo was caught (square).
Figure 3 in Genetic characterization of sharpsnout seabream (Diplodus puntazzo) populations along the Tunisian coasts
Figure 3. – Scatterplots of DAPC performed on ISSR marker data (DF1*DF2).
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