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FIGURE 6 in Towards completion of the species inventory of small-sized leaf-tailed geckos: two new species of Uroplatus from northern Madagascar
FIGURE 6. Individuals of Uroplatus fivehy sp. nov. from the type locality (Sorata) photographed in life. A, B and E, males (attribution to voucher number uncertain); C, D, G, females (attribution to voucher number uncertain); F, female paratype (ZSM 1722/2012) from Sorata; H, male holotype (ZSM 1721/2012) from Sorata showing shape and size of the tail.
FIGURE 8 in Towards completion of the species inventory of small-sized leaf-tailed geckos: two new species of Uroplatus from northern Madagascar
FIGURE 8. Preserved holotypes of Uroplatus fangorn sp. nov. (ZSM 79/2005) and U. fivehy sp. nov. (ZSM 1721/2012).
FIGURE 5 in Towards completion of the species inventory of small-sized leaf-tailed geckos: two new species of Uroplatus from northern Madagascar
FIGURE 5. Individuals of Uroplatus fangorn sp. nov. photographed in life. A, Male holotype (ZSM 79/2005) from Marojejy. B, C, D, male paratype (ZSM 644/2014) from Andrevorevo. E, F, G, female paratype (UADBA-R 70054 / DRV 6281), from Andrevorevo.
FIGURE 2 in Towards completion of the species inventory of small-sized leaf-tailed geckos: two new species of Uroplatus from northern Madagascar
FIGURE 2. Haplotype networks of nuclear genes. Colors correspond to species; circles are scaled according to the number of samples per haplotype; inferred intermediate steps between haplotypes are represented by small black circles.
FIGURE 4 in Towards completion of the species inventory of small-sized leaf-tailed geckos: two new species of Uroplatus from northern Madagascar
FIGURE 4. Morphological differentiation between Uroplatus fangorn sp. nov., U. fivehy sp. nov., and their closest relative, U. finiavana. The upper panel shows boxplots (median, quartiles, minimum/maximum and outliers) for selected meristic and morphometric variables and ratios; asterisks mark comparisons between U. fivehy and U. finiavana that were significant in Mann-Whitney U tests (* P <0.05; ** P <0.01). No statistical comparisons were performed for U. fangorn due to low sample size (N = 3). For original values of measurements, see Table 1. The lower panel shows intact (not regenerated) tails of individuals of the three species, illustrating differences in size and shape between species and sexes (all tails from males except where indicated as females).
FIGURE 1 in Towards completion of the species inventory of small-sized leaf-tailed geckos: two new species of Uroplatus from northern Madagascar
FIGURE 1. Bayesian inference phylogenetic tree of the Uroplatus ebenaui group based on a 2686 bp alignment of five concatenated mitochondrial and nuclear gene fragments (ND4, 12S rRNA, 16S rRNA, COX1, CMOS). Posterior probability values are shown on the nodes (omitted for most shallow nodes). Uroplatus alluaudi was used as the outgroup (not shown).
FIGURE 7 in Towards completion of the species inventory of small-sized leaf-tailed geckos: two new species of Uroplatus from northern Madagascar
FIGURE 7. Individuals of Uroplatus fivehy sp. nov. photographed in life. A, male paratype ZSM 634/2009 from Angozongahy Campsite, Makira. B, additional individual from Angozongahy (attribution to voucher number uncertain). C, D, female from Angozongahy (attribution to voucher number uncertain). E, male from Marotandrano (attribution to voucher number uncertain); note unpigmented oral mucosa in F.
FIGURE 3 in Towards completion of the species inventory of small-sized leaf-tailed geckos: two new species of Uroplatus from northern Madagascar
FIGURE 3. Map of northern Madagascar showing reliable locality records of Uroplatus fangorn sp. nov., U. fivehy sp. nov., and their closest relative, U. finiavana. Colors in map show remaining primary vegetation following the Madagascar Vegetation Mapping Project carried out from 2003–2006 (Moat & Smith 2007); green is humid forest (rainforest), reddish tones are deciduous forest and spiny forest-thicket.
Multi-taxa inventory of naturalized species in Chile
Here we present a multi-taxa inventory of naturalized alien species recorded on continental Chile and adjacent marine habitats, including eight taxonomic groups. We identified 1,122 species. These comprise 790 vascular plants (terrestrial and aquatic); 31 nonvascular plants [Bryophyta (mosses), Marchantiophyta (liverworts) and Anthocerotophyta (hornworts)]; 18 marine and freshwater macro and micro algae; 71 fungi; 39 terrestrial vertebrates (amphibians, reptiles, mammals and birds); 108 insects; 37 marine and freshwater invertebrates and vertebrates (6 polychaetes, 3 mollusks and 28 Pisces); and 28 terrestrial gastropods. For all taxonomic groups, naturalized species were found to mainly be distributed in regions with Mediterranean and temperate climates, with few at either extreme of the country. The invasion curves show that naturalized species first underwent a positive increment, followed by an apparent plateau phase, mainly in vascular plants, insects and vertebrates. In fungi, marine and freshwater macro and microalgae, vertebrates and invertebrates, the cumulative number of naturalized species increased sharply starting in the early 20th century; the lack of collections before 1900 is also evident. When considering naturalized species as a whole, this inventory highlights that the rate of new naturalizations consistently increased after 1950, especially for some taxonomic groups such as insects, fungi, and vascular plants. This multi-taxa inventory of naturalized species provides a platform for national reporting on biodiversity indicators and highlights areas where Chile must invest resources to manage biological invasions.
FIGURES 76 in The genus Buenoa Kirkaldy, 1904 (Hemiptera: Heteroptera: Nepomorpha: Notonectidae) in northern Brazil: inventory, new records, and new species
FIGURES 76. Geographic distribution map for Buenoa species occurring in the North Region of Brazil (B. amnigenopsis; B. salutis; black symbols = known record; colored symbols = new records).
FIGURES 74–75. 74 in The genus Buenoa Kirkaldy, 1904 (Hemiptera: Heteroptera: Nepomorpha: Notonectidae) in northern Brazil: inventory, new records, and new species
FIGURES 74–75. 74. Geographic distribution map for Buenoa species occurring in the North Region of Brazil (B. amnigenoidea; B. pallipes; B. paranensis; B. tarsalis; black symbols = known record; colored symbols = new records). 75. Geographic distribution map for Buenoa species occurring in the North Region of Brazil (B.truxali; B. unguis; B. amnigenus; black symbols = known record; colored symbols = new records).
FIGURES 72–73. 72 in The genus Buenoa Kirkaldy, 1904 (Hemiptera: Heteroptera: Nepomorpha: Notonectidae) in northern Brazil: inventory, new records, and new species
FIGURES 72–73. 72. Geographic distribution map for Buenoa species occurring in the North Region of Brazil (B. communis; B. deplanatylus; B. dilaticrus; B. exilidens; B. femoralis; B. fuscipennis; b. incompta; B. konta; black symbols = known record; colored symbols = new records). 73. Geographic distribution map for Buenoa species occurring in the North Region of Brazil (B. macrotrichia; B. pallens; B. platycnemis; B. tibialis; black symbols = known record; colored symbols = new records).
FIGURES 63–71. 63–65. Buenoa amnigenopsis Nieser. 63 in The genus Buenoa Kirkaldy, 1904 (Hemiptera: Heteroptera: Nepomorpha: Notonectidae) in northern Brazil: inventory, new records, and new species
FIGURES 63–71. 63–65. Buenoa amnigenopsis Nieser. 63, Lateral view of male rostrum with rostral prong longer than third rostral segment; 64, Ventral view of male fore leg with femur notched, without stridulatory area, and similar teeth on tibia; 65, Claspers. Scale bar: 0.5 mm. 66–68. Buenoa amnigenus (White). 66, Lateral view of male rostrum with rostral prong longer than third rostral segment; 67, Ventral view of male fore leg without stridulatory area on femur and similar teeth on tibia; 68, Claspers. 69–71. Buenoa salutis Kirkaldy. 69, Lateral view of male rostrum with rostral prong equal to or slightly longer than third rostral segment; 70, Ventral view of male fore leg without stridulatory area on femur and slightly dissimilar teeth on tibia; 71, Claspers. Scale bar: 0.5 mm.
FIGURES 27–37. 27–29. Buenoa incompta Truxal. 27 in The genus Buenoa Kirkaldy, 1904 (Hemiptera: Heteroptera: Nepomorpha: Notonectidae) in northern Brazil: inventory, new records, and new species
FIGURES 27–37. 27–29. Buenoa incompta Truxal. 27, Lateral view of male rostrum with rostral prong equal or slightly longer than third rostral segment; 28, Ventral view of male fore leg without stridulatory area on femur and dissimilar stridulatory teeth on tibia; 29, Claspers. 30–32. Buenoa konta Nieser and Pelli. 30, Lateral view of male rostrum with rostral prong slightly shorter than third rostral segment; 31, Ventral view of male fore leg without stridulatory area on femur and dissimilar stridulatory teeth on tibia; 32, Claspers. Scale bar: 0.5 mm. 33–34. Buenoa macrotrichia Truxal. 33, Lateral view of male rostrum with rostral prong distinctly longer than third rostral segment; 34, Ventral view of male fore leg with stridulatory area on femur and dissimilar stridulatory teeth on tibia. 35–37. Buenoa pallens (Champion). 35, 36, Lateral view of male rostrum with rostral prong longer than third rostral segment; 37, Ventral view of male fore leg with stridulatory area on femur and similar teeth on tibia.
FIGURES 38–49. 38–39 in The genus Buenoa Kirkaldy, 1904 (Hemiptera: Heteroptera: Nepomorpha: Notonectidae) in northern Brazil: inventory, new records, and new species
FIGURES 38–49. 38–39. Buenoa pallipes (Fabricius). 38, Lateral view of male rostrum with rostral prong distinctly longer than third rostral segment; 39, Ventral view of male fore leg with stridulatory area on femur and dissimilar teeth on tibia. 40–42. Buenoa paranensis Jaczewski. 40, Frontal view of male rostrum; 41, Ventral view of male fore leg with stridulatory area on femur and similar teeth on tibia; 42, Claspers. 43–45. Buenoa platycnemis (Fieber). 43, Lateral view of male rostrum distinctly longer than third rostral segment; 44, Ventral view of male fore leg with stridulatory area on femur and similar stridulatory teeth on tibia; 45, Claspers. 46–49. Buenoa tarsalis Truxal. 46, Lateral view of male rostrum with rostral prong slightly longer than third rostral segment; 47, Ventral view of male fore leg with stridulatory area on femur and slightly dissimilar teeth on tibia; 48, First tarsal segment of mid-leg deeply emarginate; 49, Claspers. Scale bar: 0.5 mm.
FIGURES 50–62. 50–52. Buenoa tibialis Truxal. 50 in The genus Buenoa Kirkaldy, 1904 (Hemiptera: Heteroptera: Nepomorpha: Notonectidae) in northern Brazil: inventory, new records, and new species
FIGURES 50–62. 50–52. Buenoa tibialis Truxal. 50, Lateral view of male rostrum with rostral prong shorter than third rostral segment. 51, Ventral view of male fore leg with stridulatory area on femur and slightly dissimilar teeth on tibia; 52, Claspers. 53–56. Buenoa truxali Nieser. 53, Lateral view of male rostrum with rostral prong as long about third rostral segment; 54, Ventral view of male fore leg with stridulatory area on femur, anterior margin of fore tibia acutely projected at apex and dissimilar teeth; 55, Detail of apex of fore tibia acutely projected; 56, Claspers. 57–59. Buenoa unguis Truxal. 57, Lateral view of male rostrum with rostral prong shorter than third rostral segment; 58, Ventral view of male fore leg without stridulatory area on femur, dissimilar teeth on tibia, and tarsus swollen with claws hooked; 59, Claspers. 60–62. Buenoa amnigenoidea Nieser. 60, Lateral view of male rostrum with rostral prong longer than third rostral segment; 61, Ventral view of male fore leg with a projection on trochanter, without stridulatory area on femur and dissimilar teeth on tibia; 62, Claspers.
FIGURES 13–26. 13–17 in The genus Buenoa Kirkaldy, 1904 (Hemiptera: Heteroptera: Nepomorpha: Notonectidae) in northern Brazil: inventory, new records, and new species
FIGURES 13–26. 13–17. Buenoa dilaticrus Barbosa, Nessimian & Ferreira-Keppler. 13, Lateral view of male rostrum with rostral prong shorter than third rostral segment; 14, Ventral view of male fore leg without stridulatory area on femur and dissimilar stridulatory teeth on tibia; 15, Dorsal view of fore leg with internal margin of tibia bluntly projected; 16, Mid-tibia with lateral expansion near the base of lateral margin; 17, Claspers. Scale bar: 0.5 mm. 18–20. Buenoa exilidens Barbosa, Nessimian & Ferreira-Keppler. 18, Lateral view of male rostrum with rostral prong distinctly longer than third rostral segment; 19, Ventral view of male fore leg with stridulatory area on femur and similar stridulatory teeth on tibia; 20, Claspers. 21–22. Buenoa femoralis (Fieber). 21, Lateral view of male rostrum with rostral prong distinctly longer than third rostral segment; 22, Ventral view of male fore leg with stridulatory area on femur and similar stridulatory teeth on tibia. 23–26. Buenoa fuscipennis (Berg). 23, Lateral view of male rostrum with rostral prong distinctly shorter than third rostral segment; 24, Ventral view of male fore leg with a tubercle on trochanter, without stridulatory area on femur and similar stridulatory teeth on tibia; 25, Midtibia with internal margin dilated; 26, Claspers.
FIGURES 1–12. 1–4 in The genus Buenoa Kirkaldy, 1904 (Hemiptera: Heteroptera: Nepomorpha: Notonectidae) in northern Brazil: inventory, new records, and new species
FIGURES 1–12. 1–4. Buenoa sp. 1, Ventral view of head with frons narrow; 2, Ventral view of head with frons wide; 3, Lateral view of rostrum with measures used; 4, Ventral view of male fore femur with measures used. flt, femur length; fwd, femur width; lbm, labrum; rpl, rostral prong length; tls, tylus; trl, third rostral segment length; trs, third rostral segment. 5–6. Buenoa communis Truxal. 5, Lateral view of male rostrum with rostral prong slightly longer than third rostral segment; 6, Ventral view of male fore leg with stridulatory area on fore femur and dissimilar stridulatory teeth on tibia. 7–12. Buenoa deplanatylus sp. nov. 7, Lateral view of male rostrum with rostral prong shorter than third rostral segment; 8, Ventral view of male fore leg without stridulatory area on femur, internal margin of tibia bluntly projected, and with dissimilar stridulatory teeth; 9, Dorsal view of fore tibia with apex bluntly projected; 10, external margin of mid-tibia with dilatation at median region; 11, Ventral view of hind femur sinuous with a line of short spines; 12, Claspers.
FIGURE 6. A, Aphelodoris antillensis. B, Platydoris angustipes. C, Sclerodoris prea. D, Felimare acriba. E-F, Felimare fregona. G, Felimare kempfi. H, Coryphella dushia. I, Flabellina engeli. J, Flabellina verta. K, Austraeolis catina. L Nanuca sebastiani. M, Berghia creutzbergi. N in The opisthobranch gastropods (Mollusca: Heterobranchia) from Venezuela: an annotated and illustrated inventory of species
FIGURE 6. A, Aphelodoris antillensis. B, Platydoris angustipes. C, Sclerodoris prea. D, Felimare acriba. E-F, Felimare fregona. G, Felimare kempfi. H, Coryphella dushia. I, Flabellina engeli. J, Flabellina verta. K, Austraeolis catina. L Nanuca sebastiani. M, Berghia creutzbergi. N, Cuthona iris. Ο, Tritoniopsis frydis. Sea s1ugs in their natura1 envirοnment (Gaby Carias).
FIGURE 5. A, Dondice occidentalis. B, Godiva rubrolineata. C, Favorinus auritulus. D, Phidiana lynceus. E, Spurilla sargassicola. F, Eubranchus conicla. G, Scyllaea pelagica. H, Doto casandra. I, Chelidonura cubana. J, Aplysia parvula. K, Syphonota geographica. L, Pleurobranchus areolatus. M, Elysia papillosa. N in The opisthobranch gastropods (Mollusca: Heterobranchia) from Venezuela: an annotated and illustrated inventory of species
FIGURE 5. A, Dondice occidentalis. B, Godiva rubrolineata. C, Favorinus auritulus. D, Phidiana lynceus. E, Spurilla sargassicola. F, Eubranchus conicla. G, Scyllaea pelagica. H, Doto casandra. I, Chelidonura cubana. J, Aplysia parvula. K, Syphonota geographica. L, Pleurobranchus areolatus. M, Elysia papillosa. N, Thuridilla malaquita. Ο-P, Placida cremoniana. Q, Okenia zoobotryon. I-Q, Sea s1ugs in their natura1 envirοnment (Gaby Carias).
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Allen Brain Atlas
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