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FIGURE 1 in Rediscovery and redescription of Marmosa (Stegomarmosa) andersoni Pine (Mammalia: Didelphimorphia: Didelphidae), an endemic Peruvian mouse opossum, with a reassessment of its affinities

FIGURE 1. Map of southeastern Peru, showing the type locality of Marmosa (Stegomarmosa) andersoni (Hacienda Villa Carmen = black triangle), and the two new localities in the Lower Urubamba Region (black dots: 1 = San Martín 3, and 2 = Cashiriari 3 well-sites). Two major rivers near the collecting localities are named. Inset: Outline map of Peru, indicating the boundaries of the area shown in color.

FIGURE 3 in Rediscovery and redescription of Marmosa (Stegomarmosa) andersoni Pine (Mammalia: Didelphimorphia: Didelphidae), an endemic Peruvian mouse opossum, with a reassessment of its affinities

FIGURE 3. Majority-rule consensus of> 56,000 equally most-parsimonious trees obtained through a heuristic parsimony analysis of nonmolecular characters described by Jansa and Voss (2005), updated by inclusion of M. andersoni. The "caluromyine" outgroups (Glironia venusta, Caluromysiops irrupta, Caluromys lanatus, and C. philander) are not shown. Statistical support values, above branches, based on 200 bootstrap replicates and indicated only for those above 50%.

FIGURES 8–11. Belbogosoma bloweri n. gen., n in On a new genus of endemic millipedes (Diplopoda: Chordeumatida: Anthroleucosomatidae) from the Balkan Peninsula

FIGURES 8–11. Belbogosoma bloweri n. gen., n. sp., holotype male from the Gornja Peċina Cave, village of Lenovac, Mt. TupiŽnica, Eastern Serbia; 8—anterior gonopods, oral view; 9—anterior gonopods, oral view; 10–anterior gonopods, latero-caudal view; 11–anterior gonopods, latero-caudal view. Designations: a—syncoxite; b—unpaired central process; c—basal lanceolate process; d—C-shaped process; e—median finger-like process; f—lateral tuberculated process; glateral three-lobed process; h—foliaceous process; i—flagelliform process.

FIGURES 12–13. Belbogosoma bloweri n. gen., n in On a new genus of endemic millipedes (Diplopoda: Chordeumatida: Anthroleucosomatidae) from the Balkan Peninsula

FIGURES 12–13. Belbogosoma bloweri n. gen., n. sp., holotype male from the Gornja Peċina Cave, village of Lenovac, Mt. TupiŽnica, Eastern Serbia; 12—posterior gonopods, oral view; 13—posterior gonopods, caudal view.

FIGURES 14–16 in On a new genus of endemic millipedes (Diplopoda: Chordeumatida: Anthroleucosomatidae) from the Balkan Peninsula

FIGURES 14–16. General scheme of anterior and posterior gonopods in different anthroleucosomatidan genera. 14— anterior gonopods, oral view: a—sternal process (as in the genus Ghilarovia Guliċka, 1972); b—anterior central elements (as in the genus Alloiopus Attems, 1951); c—anterior sternal sac (as in the genus Adshardicus Golovatch, 1981); d—telopodite (as in the genus Anamastigona Silvestri, 1898); e—lateral parts [as in the genera Alloiopus (right half) and Dacosoma Tabacaru, 1967 (left half)]. 15—anterior gonopods, caudal view: f—posterior acute lamella (as in the genus Ghilarovia); g—claw-like branch (as in the genus Camptogona Brölemann, 1935); h—syncoxite (as in the genus Serbosoma Ćurċiċ & Makarov, 2000); i—unpaired central process (as in the genus Bulgarosoma Verhoeff, 1926); j—lateral part (as in the genus Bulgarosoma). 16—posterior gonopods: k—anterior triangular lamella (as in the genus Ghilarovia); l—sternal process (as in the genus Dacosoma); m—telopodites (as in the genus Anthroleucosoma Verhoeff, 1899); ncoxal processes (as in the genus Alloiopus); p—angiocoxites (as in the genus Anamastigona); r—colpocoxites (as in the genus Anamastigona); t—coxites (as in the genus Caucaseuma Strasser, 1970).

FIGURES 1–7. Belbogosoma bloweri n. gen., n in On a new genus of endemic millipedes (Diplopoda: Chordeumatida: Anthroleucosomatidae) from the Balkan Peninsula

FIGURES 1–7. Belbogosoma bloweri n. gen., n. sp., holotype male from the Gornja Peċina Cave, village of Lenovac, Mt. TupiŽnica, Eastern Serbia; 1—leg III, lateral view; 2—leg IV, lateral view; 3—leg V, ventral view; 4—leg VI, lateral view; 5—leg VII, lateral view; 6—coxa X, lateral view; 7—leg XI, lateral view.

FIGURE 7 in Taxonomy and distribution of Abrawayaomys (Rodentia: Cricetidae), an Atlantic Forest endemic with the description of a new species

FIGURE 7. Squamosal-alisphenoid region of specimens of Abrawayaomys: a, UFGM 2492; b, MN 23075 (holotype of A. ruschii); c, MACN 20253 (holotype of A. chebezi, new species). Abbreviations: ab, auditory bulla; al, alisphenoid; alc, anterior opening of alisphenoid canal; as, alisphenoid strut; fc, perforation on sag; fo, foramen ovale; hp, hamular process; mbt, trough for masticatory-buccinator nerve; pt, pterygoid plate; sag, squamosal-alisphenoid groove; sf, sphenofrontal foramen; sq, squamosal; za, zygomatic arch.

FIGURE 8 in Taxonomy and distribution of Abrawayaomys (Rodentia: Cricetidae), an Atlantic Forest endemic with the description of a new species

FIGURE 8. Molar occlusal morphology in Abrawayaomys chebezi, new species (based on specimen MACN 20253, holotype, Misiones, Argentina): a, upper right molar row; b, lower left molar row. Abbreviations: aac, anterolabial conule; af, anteromedian flexus; alc, anterolingual conule; ci, cingulum; e, enterostyle; en, entoconid; fpf, posterofossetid; hy, hypocone; hyi, hypoconid; m, mesoloph; me, metacone; met, metaconid; mi, mesolophid; pa, paracone; poi, posterolophid; pr, protocone; pra, parastyle; pri, protoconid; pro, procingulum; pt, protostyle.

FIGURE 9 in Taxonomy and distribution of Abrawayaomys (Rodentia: Cricetidae), an Atlantic Forest endemic with the description of a new species

FIGURE 9. Contrasting nasal morphology (in dorsal view) between two Abrawayaomys specimens. UFGM 2492 (A. ruschii) is from Minas Gerais, Brazil, and MACN 20253 (A. chebezi, new species) is from Misiones, Argentina.

FIGURE 1 in Taxonomy and distribution of Abrawayaomys (Rodentia: Cricetidae), an Atlantic Forest endemic with the description of a new species

FIGURE 1. Recording localities of Abrawayaomys: A. Argentina: 1, Conjunction arroyo Mbocai and route 12; 2, Eldorado; 3, Montecarlo; 4, Campo Ramón. B. Brazil: 5, Parque Estadual do Rio Doce; 6, São Sebastião das Águas Claras; 7, Reserva Biológica de Forno Grande (type locality of A. ruschii); 8, 6 km SW Viçosa; 9, Aldea Sapucai; 10, Caldas da Imperatriz. Main phytogeographic units recognized for Misiones are indicated: a. Rosewood and Assai Palm Forest; b. Laurel and Guatambu Forest; c. Montaine Araucaria Forest; and d. Montane Forest.

FIGURE 2 in Taxonomy and distribution of Abrawayaomys (Rodentia: Cricetidae), an Atlantic Forest endemic with the description of a new species

FIGURE 2. Abrawayaomys chebezi, new species (MACN 20253, holotype, Misiones, Argentina): skin in dorsal (a), ventral (b), and lateral (c) views.

FIGURE 6 in Taxonomy and distribution of Abrawayaomys (Rodentia: Cricetidae), an Atlantic Forest endemic with the description of a new species

FIGURE 6. Craniodental morphology of Abrawayaomys chebezi, new species (based on specimen MACN 20253, holotype, Misiones, Argentina): a, rostrum, dorsal view; b, skull, frontal view; c, interorbital region, dorsal view; d, rostrum, lateral view (note the position of the posterior border of the zygomatic plate and the incisor orientation with respect to molar plane); e, zygomatic arch, lateral view; f, pterygoid region (note the anterior extension of the mesopterygoid fossa with respect the M3 posterior face); g, temporal region, lateral view; h, mandible, ascending ramus in labial view; i, mandible, anterior portion in labial view; j, mandible, retromolar fossa in dorsal view; k, mandible, ascending ramus in lingual view; l, rostrum tip in ventral view. Abbreviations: ab, auditory bulla; cp, capsular projection; e, turbinals; f, frontal; fr, retromolar fossa; hp, hamular process of squamosal; if, incisive foramen; in, incisor; j, jugal; mf, mandibular foramen; ms, mesopterygoid fossa; n, nasal; nc, nasolacrimal capsule; p, parietal; pal, posterior opening of alisphenoid canal; pg, postglenoid foramen; pm, premaxillary; pt, parapterygoid plate; sf, subsquamosal fenestra; sq, squamosal; tt, tegmen tympani; zp, zygomatic plate.

FIGURE 3 in Taxonomy and distribution of Abrawayaomys (Rodentia: Cricetidae), an Atlantic Forest endemic with the description of a new species

FIGURE 3. Some features of the dorsal spines of Abrawayaomys chebezi, new species (based on specimen MACN 20253, holotype, Misiones, Argentina): a, cuticular scale pattern at spine base; b, cuticular scale pattern at spine mid portion; c, cuticular scale pattern at spine distal portion; d, spine longitudinal furrow at mid portion; e, spine tip. All the images were obtained from casts.

FIGURE 5 in Taxonomy and distribution of Abrawayaomys (Rodentia: Cricetidae), an Atlantic Forest endemic with the description of a new species

FIGURE 5. Abrawayaomys chebezi, new species (MACN 20253, holotype, Misiones, Argentina): Skull in lateral (top above), dorsal (bottom left), and ventral (bottom right) views, and mandible (top below) in labial view. Scale = 10 mm.

FIGURE 4 in Taxonomy and distribution of Abrawayaomys (Rodentia: Cricetidae), an Atlantic Forest endemic with the description of a new species

FIGURE 4. Some external traits of Abrawayaomys chebezi, new species (based on specimen MACN 20253, holotype, Misiones, Argentina): a, unusual type of hair; b, caudal apical stuft; c, detail of caudal scales and hair sets; d, schematic manus, palmar view; e, schematic pes, plantar view; f, detail of ungual stuft, right pes in dorsal view.

FIGURE 1. Chlamydopleon aculeatum Ortmann, 1893 in Revalidation of Chlamydopleon aculeatum Ortmann, 1893, and its consequences for the taxonomy of Gastrosaccinae (Crustacea: Mysida: Mysidae) endemic to coastal waters of America

FIGURE 1. Chlamydopleon aculeatum Ortmann, 1893, lectotype (A–D, F–H) and paralectotype (E): A, anterior body region of male; B, lobes at postero-dorsal margin of carapace; C, penis, lateral view on inner face; D, third pleopod of the subterminal male, lateral view on inner face; E, endopod of uropod, lateral; F, endopod of uropod, ventral; G, terminal portion of pleon, dorsal; H, detail of (G) showing tip of telson.—Subterminal males in Chlamydopleon dissimile (Coifmann, 1937), lectotype from Brazil (J, K) and specimen with total length of 7.7 mm from Georgia (L): J, lobes at postero-dorsal margin of carapace; K, terminal portion of exopod of third pleopod, lateral; L, outer branch of exopod of third pleopod. Abbreviations: b, blade; is, inner stylet; ob, outer branch; vp, ventral process.

FIGURE 2 in Revalidation of Chlamydopleon aculeatum Ortmann, 1893, and its consequences for the taxonomy of Gastrosaccinae (Crustacea: Mysida: Mysidae) endemic to coastal waters of America

FIGURE 2. Latitudinal and regional variations of rostrum length (a) divided by eyestalk length (b) in 114 (sub)adults of Chlamydopleon dissimile (Coifmann, 1937). Coinciding points slightly displaced.

FIGURE 3 in Revalidation of Chlamydopleon aculeatum Ortmann, 1893, and its consequences for the taxonomy of Gastrosaccinae (Crustacea: Mysida: Mysidae) endemic to coastal waters of America

FIGURE 3. Latitudinal and regional variations of the submedian lobes on the postero-dorsal margin of the carapace in 114 (sub)adults of Chlamydopleon dissimile (Coifmann, 1937). Shape of lobes coded as numbers 1–5. Coinciding points slightly displaced.

FIGURE 3 in Two new species of Xanthempis Bezzi (Diptera, Empididae, Empidinae) endemic to the Pyrenees

FIGURE 3. Occiput and scutum in dorsal view, A, E. (X.) fagina, sp. nov.; B, E. (X.) virgulata, sp. nov.

FIGURES 1−2 in A taxonomic revision of the Asian endemic subgenus Physocrema of the genus Crematogaster (Hymenoptera: Formicidae)

FIGURES 1−2. Clypeus in dorsal view: 1—C. (P.) inflata; 2—C. (P.) aurita. White arrow indicates anterolateral margin of clypeus.