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Fig. 11 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 11. Kupellonura macaroni sp. nov., holotype, immature adult (MZB Iso 102). Abbreviations: Md = mandible; Mx 1 = maxilla 1; Mxp = maxilliped; P1–P4 = pereopods 1–4.

Fig. 21 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 21. Expanathura collaris (Kensley, 1979), immature specimens from Bangka Island showing variations (MZB Iso 107). Left: specimen of 2.5 mm; right: specimen of 2.2 mm. Abbreviations: P1 = pereopod 1; Plp1 = pleopod 1; UEx = exopod of uropod; Tel = telson.

Fig. 9 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 9. Kupellonura indonesica sp. nov., holotype, immature adult (MZB Iso 100). Abbreviations: Tel = telson; Usym = sympod of uropod; Uen = endopod of uropod.

Fig. 33 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 33. Colanthura gerungi sp. nov., ♀, allotype (MZB Iso 110). Abbreviation: P1–P6 = pereopods 1–6.

Fig. 6 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 6. Kupellonura indonesica sp. nov., holotype, immature adult in dorsal and lateral view (2.5 mm) (MZB Iso 100). Abbreviations: Md = mandible; Mx = maxilla; Mxp = maxilliped.

Fig. 3 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 3. Hyssura reptan sp. nov., ♂, holotype (MZB Iso 099). Abbreviations: A1 = antenna 1; A2 = antenna 2; P1–P3 = pereopods 1–3.

Fig. 23 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 23. Expanathura collaris (Kensley, 1979), comparison of published descriptions.pereopod 1, pleopod 1, telson and exopod of uropod. Populations from Fiji (after Negoescu 1999), Madang (after Negoescu and Brandt 2001) and Bangka Island (present publication).

Fig. 4 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 4. Hyssura reptans sp. nov., ♂, holotype (MZB Iso 099). Abbreviations: P4–P7 = pereopods 4–7; Plp1–2 = pleopods 1–2.

Fig. 10 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 10. Kupellonura macaroni sp. nov., holotype, immature adult, in dorsal and lateral view (3.2 mm) (MZB Iso 102). Abbreviations: A1 = antenna 1, A2 = antenna 2.

Fig. 22 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 22. Expanathura collaris (Kensley, 1979), comparison of published descriptions. Pereopod 1, pleopod 1, telson and exopod of uropod. Populations from Fiji (after Kensley 1979), Queensland (after Poore 2002) and Moorea (after Müller 1993).

Fig. 29 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 29. Colanthura gerungi sp. nov., ♂, holotype (MZB Iso 109). Abbreviation: Plp1–Plp5 = pleopods 1–5.

Fig. 20 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 20. Expanathura collaris (Kensley, 1979) (MZB Iso 106). Ovigerous ♀ from Bangka Island. Abbreviations: Plp 1–3 = pleopods 1–3; UEx = exopod of uropod; UEn = endopod of uropod; Tel = telson.

Fig. 7 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 7. Kupellonura indonesica sp. nov., holotype, immature adult (MZB Iso 100). Abbreviations: A1 = antenna 1; A2 = antenna 2; P1–P3 = pereopods 1–3.

Fig. 16 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 16. Pendanthura bangkaensis sp. nov., ♀, holotype (MZB Iso 104). Abbreviations: Plp 1–Plp 5 = pleopods 1–5.

Fig. 19 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 19. Expanathura collaris (Kensley, 1979) (MZB Iso 106). Ovigerous ♀ from Bangka Island. Abbreviations: P1–P7 = pereopods 1–7.

Fig. 28 in Morphology and Taxonomy of Isopoda Anthuroidea (Crustacea) from Sulawesi with description of six new species

Fig. 28. Colanthura gerungi sp. nov., ♂, holotype (MZB Iso 109). Abbreviation: P1–P6 = pereopods 1–6.

FIG. 3 in Integrative taxonomy within the Hylomyscus denniae complex (Rodentia: Muridae) and a new species from Kenya

FIG. 3.—Dorsal, ventral, and lateral views of crania of Hylomyscus: A) H. anselli (FMNH 171346; occipitonasal length [ONL] = 27.3 mm), a male from Mbizi Mountains, Tanzania; B) H. kerbispeterhansi, new species (FMNH 210017 [holotype]; ONL = 26.7 mm), a female from Mau Escarpment, Kenya; and C) H. endorobae (FMNH 209996; ONL = 27.87), a female from Mau Escarpment, Kenya.

FIG. 2 in Integrative taxonomy within the Hylomyscus denniae complex (Rodentia: Muridae) and a new species from Kenya

FIG. 2.—Dorsal, ventral, and lateral views of the cranium of Hylomyscus kerbispeterhansi, new species (holotype FMNH 210017).

FIG. 6 in Integrative taxonomy within the Hylomyscus denniae complex (Rodentia: Muridae) and a new species from Kenya

FIG. 6.—Cluster analysis based on Mahalanobis distances between taxa (left) and corrected cytochrome-b (Cytb) net between-taxa genetic distances (right). Both dendrograms recover the same topology and similar branch lengths based on independent morphometric and genetic data sets.

FIG. 8 in Integrative taxonomy within the Hylomyscus denniae complex (Rodentia: Muridae) and a new species from Kenya

FIG. 8.—Extended Bayesian skyline plot depicting changes in effective population size (Ne) over time before present based on mitochondrial DNA (cytochrome-b [Cytb]) and nuclear DNA intron (ABHD11-5, ACOX2, ACPT-4, GAD2-1, and JMJD) sequence data. The black center line indicates the median population size and the bounding gray lines indicate the 95% highest posterior density (HPD). Both taxa show recent population expansion, although expansion in Hylomyscus kerbispeterhansi commenced later than in H. endorobae. The present Ne of H. endorobae is inferred to be ~5 times larger than that of H. kerbispeterhansi.