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76 results for “Lacerta”
Figure 3 in Reproductive biology of Elops lacerta (Elopiformes: Elopidae) in the Gulf of Guinea, Côte d'Ivoire, West Africa
Figure 3. – Monthly mean variations in gonadosomatic index (GSI) of male and female Elops lacerta caught January 2019 at December 2020 in the study area.
Figure 2 in Reproductive biology of Elops lacerta (Elopiformes: Elopidae) in the Gulf of Guinea, Côte d'Ivoire, West Africa
Figure 2. – Histograms showing the monthly proportions of female (A) and male (B) Elops lacerta in each stage of gonadal development (stage I = Immature stage; stage II = Immature stage; stage III = developing stage; stage IV = developed/pre-spawning stage; stage V = spawning stage; stage VI = spent stage).
Figure 7 in Reproductive biology of Elops lacerta (Elopiformes: Elopidae) in the Gulf of Guinea, Côte d'Ivoire, West Africa
Figure 7. - Relationship between potential annual fecundity and fork length (A); relationship between potential annual fecundity and whole weight (B) of Elops lacerta.
Data from: Sand lizard (Lacerta agilis) phenology in a warming world
Background: Present-day climate change has altered the phenology (the timing of periodic life cycle events) of many plant and animal populations worldwide. Some of these changes have been adaptive, leading to an increase in population fitness, whereas others have been associated with fitness decline. Representing short-term responses to an altered weather regime, hitherto observed changes are largely explained by phenotypic plasticity. However, to track climatically induced shifts in optimal phenotype as climate change proceeds, evolutionary capacity in key limiting climate- and fitness-related traits is likely to be crucial. In order to produce realistic predictions about the effects of climate change on species and populations, a main target for conservation biologists is thus to assess the potential of natural populations to respond by these two mechanisms. In this study we use a large 15-year dataset on an ectotherm model, the Swedish sand lizard (Lacerta agilis), to investigate how higher spring temperature is likely to affect oviposition timing in a high latitude population, a trait strongly linked to offspring fitness and survival. Results: With an interest in both the short- and potential long-term effect of rising temperatures, we applied a random regression model, which yields estimates of population-level plasticity and among-individual variation in the average, as well as the plastic, response to temperature. Population plasticity represents capacity for short-term adjustments whereas variation among individuals in a fitness-related trait indicates an opportunity for natural selection and hence for evolutionary adaptation. The analysis revealed both population-level plasticity and individual-level variation in average laying date. In contrast, we found no evidence for variation among females in their plastic responses to spring temperature, which could demonstrate a similarity in responses amongst females, but may also be due to a lack of statistical power to detect such an effect. Conclusion: Our findings indicate that climate warming may have positive fitness effects in this lizard population through an advancement of oviposition date. This prediction is consistent over shorter and potentially also longer time scales as the analysis revealed both population-level plasticity and individual-level variation in average laying date. However, the genetic basis for this variation would have to be examined in order to predict an evolutionary response.
Figure 3 from: Tornabene L, Robertson DR, Baldwin CC (2016) Varicus lacerta, a new species of goby (Teleostei, Gobiidae, Gobiosomatini, Nes subgroup) from a mesophotic reef in the southern Caribbean. ZooKeys 596: 143-156. https://doi.org/10.3897/zookeys.596.8217
Figure 3 - Varicus lacerta sp. n., holotype, USNM 434796, prior to preservation. Photos by Carole Baldwin and Ross Robertson.
Figure 7 from: Tornabene L, Robertson DR, Baldwin CC (2016) Varicus lacerta, a new species of goby (Teleostei, Gobiidae, Gobiosomatini, Nes subgroup) from a mesophotic reef in the southern Caribbean. ZooKeys 596: 143-156. https://doi.org/10.3897/zookeys.596.8217
Figure 7 - Coloration of species of Psilotris. Photos by Luiz Rocha, Jeffrey Williams, Ross Robertson, Barry Brown, and James Van Tassell.
Figure 6 from: Tornabene L, Robertson DR, Baldwin CC (2016) Varicus lacerta, a new species of goby (Teleostei, Gobiidae, Gobiosomatini, Nes subgroup) from a mesophotic reef in the southern Caribbean. ZooKeys 596: 143-156. https://doi.org/10.3897/zookeys.596.8217
Figure 6 - Coloration of species of Varicus. All illustrations by R. Grant Gilmore. Photographs by Barry Brown, Ross Robertson and Carole Baldwin (Varicus sp. 1), and the crew of the R/V Bellows (for Varicus vespa). Photos of Varicus bucca and Varicus benthonis not available.
Figure 2 from: Tornabene L, Robertson DR, Baldwin CC (2016) Varicus lacerta, a new species of goby (Teleostei, Gobiidae, Gobiosomatini, Nes subgroup) from a mesophotic reef in the southern Caribbean. ZooKeys 596: 143-156. https://doi.org/10.3897/zookeys.596.8217
Figure 2 - Varicus lacerta sp. n., holotype, USNM 434796, 36.2 mm SL, male, live. Photo by Barry Brown.
Figure 5 from: Tornabene L, Robertson DR, Baldwin CC (2016) Varicus lacerta, a new species of goby (Teleostei, Gobiidae, Gobiosomatini, Nes subgroup) from a mesophotic reef in the southern Caribbean. ZooKeys 596: 143-156. https://doi.org/10.3897/zookeys.596.8217
Figure 5 - Sensory papillae pattern of Varicus lacerta sp. n. Scale-bar increments are millimeters. Photos by Sandra Raredon. Individual papillae are outlined in black for emphasis.
Figure 1 from: Tornabene L, Robertson DR, Baldwin CC (2016) Varicus lacerta, a new species of goby (Teleostei, Gobiidae, Gobiosomatini, Nes subgroup) from a mesophotic reef in the southern Caribbean. ZooKeys 596: 143-156. https://doi.org/10.3897/zookeys.596.8217
Figure 1 - Molecular phylogeny of the Gobiosomatini based on three nuclear genes and one mitochondrial gene. Support values are Bayesian posterior probabilities. * indicates species that may be Chriolepis fisheri, see Tornabene et al. (2016) for more information.
Data from: Selection and constraints on offspring size-number trade-offs in sand lizards (Lacerta agilis)
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Data from: Iridophores and not carotenoids account for chromatic variation of carotenoid-based coloration in common lizards (Lacerta vivipara)
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Data from: Sand lizard (Lacerta agilis) phenology in a warming world
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Data from: Corticosterone regulates multiple colour traits in Lacerta [Zootoca] vivipara males
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Figure 4 from: Tornabene L, Robertson DR, Baldwin CC (2016) Varicus lacerta, a new species of goby (Teleostei, Gobiidae, Gobiosomatini, Nes subgroup) from a mesophotic reef in the southern Caribbean. ZooKeys 596: 143-156. https://doi.org/10.3897/zookeys.596.8217
Figure 4 - Varicus lacerta sp. n., holotype, USNM 434796, preserved. Photo by Sandra Raredon.
FIGURE 5. Transversotrema lacerta n in A cryptic complex of Transversotrema species (Digenea: Transversotrematidae) on labroid, haemulid and lethrinid fishes in the Indo-West Pacific Region, including the description of three new species
FIGURE 5. Transversotrema lacerta n. sp. ex Lethrinus atkinsoni, Lizard Island, northern Great Barrier Reef. Scalebars = 500 µm.
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