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Figure 3 in The common wall lizard Podarcis muralis (Reptilia: Lacertidae) shows diverse food preferences and intraspecific differences: a study case from Bulgaria

Figure 3. Percentage share of the categories of evasiveness (E1, E2, and E3) and hardness (H1, H2, and H3) according to the number of categorized prey items from the faecal samples of P. muralis (Ad. = adults; Imm. = immatures; M = males; F = females; Tot. = the entire sample).

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Figure 2 in The common wall lizard Podarcis muralis (Reptilia: Lacertidae) shows diverse food preferences and intraspecific differences: a study case from Bulgaria

Figure 2. Diversity profiles of the diet of P. muralis based on the faecal samples from the study sites (Ad. = adults; Imm. = immatures; M = males; F = females).

Fig. 8. Dalinghosaurus longidigitus. IVPP V14295 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 8. Dalinghosaurus longidigitus. IVPP V14295, Barremian, Sihetun, Beipiao City, China. Pelvic girdle, hind limbs and tail, mainly dorsal view.

Fig. 4. Dalinghosaurus longidigitus. IVPP V13281 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 4. Dalinghosaurus longidigitus. IVPP V13281, Barremian, Hejiaxin, China. Complete skeleton, dorsal view.

Fig. 1. Dalinghosaurus longidigitus. IVPP V13282 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 1. Dalinghosaurus longidigitus. IVPP V13282, Hauterivian–Barremian, Lujiatun, China. Skull in dorsal (A), palatal (B), left lateral (C), and right lateral (D) views. See Fig. 2 for explanation.

Fig. 12 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 12. Cladograms showing the relationships of major squamate lineages, derived using a data matrix based on Evans and Chure (1998) with additional data from Evans and Barbadillo (1997, 1998, 1999). A. One of four resulting maximum parsimony trees. B. Result of Bootstrap Analysis with bootstrap values added to nodes. Amphisbaenia+ includes also Dibamidae.

Fig. 9 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 9. Dalinghosaurus longidigitus, Barremian, Dawangzhangzi, China. Skin preservation. A. IVPP V13865B, showing body and tail scales. B. IVPP V12586, detail of hind leg and tail with scalation.

Fig. 11 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 11. Cladograms showing the relationships of major squamate lineages, derived using the data matrix of Lee (1998). A. With the addition of the Jurassic genera Ardeosaurus, Bavarisaurus and Eichstaettisaurus. B. 50% Majority Rule Consensus tree after addition of Dalinghosaurus, Dorsetisaurus and Parviraptor. Amphisbaenia+ includes also Dibamidae.

Fig. 7. Dalinghosaurus longidigitus. IVPP V13281 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 7. Dalinghosaurus longidigitus. IVPP V13281, Barremian, Hejiaxin, China. Pelvic girdle, sacrum and right hind limb.

Fig. 10 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 10. Cladogram showing the relationships of major squamate lineages, derived using the data matrix of Gao and Norell (1998) with the addition of Gekkota, Dalinghosaurus and the Jurassic–Cretaceous anguimorph Parviraptor.

Fig. 6. Dalinghosaurus longidigitus. IVPP V14234.1 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 6. Dalinghosaurus longidigitus. IVPP V14234.1, Hauterivian–Barremian, Lujiatun, China. Pectoral girdle in ventral view (A) and explanatory drawing (B), not to scale.

Fig. 3. Dalinghosaurus longidigitus. IVPP V13281 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 3. Dalinghosaurus longidigitus. IVPP V13281, Barremian, Hejiaxin, China, immature specimen, skull in dorsal view.

Fig. 5. Dalinghosaurus longidigitus. IVPP V13281 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 5. Dalinghosaurus longidigitus. IVPP V13281, Barremian, Hejiaxin, China. Anterior skeleton showing right forelimb and part of pectoral girdle.

Fig. 2. Dalinghosaurus longidigitus. IVPP V13282, explanatory drawings for Fig. 1 in The Early Cretaceous lizard Dalinghosaurus from China

Fig. 2. Dalinghosaurus longidigitus. IVPP V13282, explanatory drawings for Fig. 1. Skull in dorsal (A), palatal (B), left lateral (C), and right lateral (D) views.

Figure 4 in Analysis of sexual dimorphism in the Persian long-tailed desert lizard, Mesalina watsonana (Stoliczka, 1872; Sauria: Lacertidae)

Figure 4. Scatter plots of the head length (HL) against the snout-vent length (SVL) for the Zagros populations (A) Northeastern popUlations (B) Eastern popUlations (C) Male = (▲) and Female = (○). Regression lines are shown whenever the slopes are significantlY different from Zero.

Figure 3 in Analysis of sexual dimorphism in the Persian long-tailed desert lizard, Mesalina watsonana (Stoliczka, 1872; Sauria: Lacertidae)

Figure 3. Ordination of individUal male (▲) and female (○) specimens of the Zagros populations (A) Northeastern populations (B) Eastern popUlations (C) on the first two principal components.

Figure 2 in Analysis of sexual dimorphism in the Persian long-tailed desert lizard, Mesalina watsonana (Stoliczka, 1872; Sauria: Lacertidae)

Figure 2. The mean and standard error (bars) for significantlY different head siZe characters between males and females of Mesalina watsonana, revealed from the analysis of variance (ANOVA). Head length (A), head width (B), head height (C), and snout length (D).

Figure 1 in Analysis of sexual dimorphism in the Persian long-tailed desert lizard, Mesalina watsonana (Stoliczka, 1872; Sauria: Lacertidae)

Figure 1. Geographic distribution of 19 Operational Taxonomic Units (OTU) of Mesalina watsonana used in this study.

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Nesting behavior of striped plateau lizards (Sceloporus virgatus) in a time of climate warming

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