Fig. 26. Sexual and geographic variation in four cranial dimensions of Natalus lanatus from the Atlantic and Pacific versants of the Mexican highlands. Geographic areas: A 5 Atlantic (Veracruz; 8 males, 5 females); P 5 Pacific (Chihuahua, Durango, Jalisco, Nayarit; 18 males, 19 females). Symbols: black dots, means; vertical gray bars, two standard deviations around the mean; vertical black line, two standard errors around the mean. Females have narrower breadths across canines in both geographic areas (MANOVA, P, 0.05) whereas individuals (regardless of sex) from the Atlantic versant have longer forearms and wider skulls than individuals from the Pacific versant (Tukey, P, 0.05).Published as part of Tejedor, Adrian, 2011, Systematics Of Fun...
Fig. 43. Distribution of relative penis length in 11 species of Natalidae. Black dots are means and ...
Fig. 36. Geographic distribution of Natalus tumidirostris. Solid circles indicate localities where t...
Fig. 47. Distribution of relative size of the natalid organ in 10 species of Natalidae. Two groups o...
Fig. 29. A, Plot of means (black dots), two standard deviations around the mean (gray bars), and two...
Fig. 16. Geographic variation of Chilonatalus micropus. SAP: San Andrés and Providencia islands, Col...
Fig. 18. Morphometric variation among two island populations of Chilonatalus tumidifrons. Islands: A...
Fig. 29 (continued). B, Plot of canonical scores for seven cranial measurements of N. mexicanus from...
Fig. 41. Variation of forearm length in Natalidae in relation to geographic distribution. Vertical g...
Fig. 21. A, Plot of means (black dots), two standard deviations around the mean (gray bars), and two...
Fig. 12. Geographic variation of Nyctiellus lepidus. Cuba (N 5 17) includes specimens from La Habana...
Fig. 37. Plot of canonical scores of forearm length and six cranial variables of Natalus tumidirostr...
Fig. 42 (continued). B, Canonical analysis axis scores for seven skull measurements of 12 species of...
Fig. 34. Canonical variates analyses (CVA) scores for external (A) and cranial (B) measurements of p...
Fig. 25. Geographic distribution of Natalus lanatus (open triangles) and N. mexicanus (solid circles...
Fig. 1. Cranial dimensions measured in this study: A, postorbital breadth; B, zygomatic breadth; C, ...
Fig. 43. Distribution of relative penis length in 11 species of Natalidae. Black dots are means and ...
Fig. 36. Geographic distribution of Natalus tumidirostris. Solid circles indicate localities where t...
Fig. 47. Distribution of relative size of the natalid organ in 10 species of Natalidae. Two groups o...
Fig. 29. A, Plot of means (black dots), two standard deviations around the mean (gray bars), and two...
Fig. 16. Geographic variation of Chilonatalus micropus. SAP: San Andrés and Providencia islands, Col...
Fig. 18. Morphometric variation among two island populations of Chilonatalus tumidifrons. Islands: A...
Fig. 29 (continued). B, Plot of canonical scores for seven cranial measurements of N. mexicanus from...
Fig. 41. Variation of forearm length in Natalidae in relation to geographic distribution. Vertical g...
Fig. 21. A, Plot of means (black dots), two standard deviations around the mean (gray bars), and two...
Fig. 12. Geographic variation of Nyctiellus lepidus. Cuba (N 5 17) includes specimens from La Habana...
Fig. 37. Plot of canonical scores of forearm length and six cranial variables of Natalus tumidirostr...
Fig. 42 (continued). B, Canonical analysis axis scores for seven skull measurements of 12 species of...
Fig. 34. Canonical variates analyses (CVA) scores for external (A) and cranial (B) measurements of p...
Fig. 25. Geographic distribution of Natalus lanatus (open triangles) and N. mexicanus (solid circles...
Fig. 1. Cranial dimensions measured in this study: A, postorbital breadth; B, zygomatic breadth; C, ...
Fig. 43. Distribution of relative penis length in 11 species of Natalidae. Black dots are means and ...
Fig. 36. Geographic distribution of Natalus tumidirostris. Solid circles indicate localities where t...
Fig. 47. Distribution of relative size of the natalid organ in 10 species of Natalidae. Two groups o...