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Figures 15-21 in Notes on the tiger beetles (Coleoptera: Cicindelidae) of Argentina. 117. Contribution towards the knowledge of Cicindelidae
Figures 15-21. Habitus pictures. All scales = 2mm. 15) Tetracha (Neotetracha) cyanea (Horn, 1905), Argentina, Catamarca, Río Salado, 45 km N Aimogasta, 21.xii.2010, male. 16) Tetracha (Neotetracha) quadrata Naviaux, 2007, Argentina, Salta, San Martin, Tartagal, holotype female. 17) Tetracha (Neotetracha) prolongata (Horn, 1932), Argentina, Salta, Río Blanco, Orán, iii.1992, male. 18) Tetracha (Neotetracha) brevisulcata Horn, 1907, Paraguay, Boqueron, Loma Plata, 18.xii.1992, male. 19) Tetracha (Paratetracha) femoralis rivalieri Naviaux, 2007, Argentina, Misiones, Loreto, ii.1961, female. 20) Oxycheila pinelii Guérin-Méneville, 1843, Argentina, Misiones, Puerto Iguazú, i.1991, male. 21) Oxycheila femoralis Laporte de Castelnau, 1833, Argentina, Palmar de Colon, Entre Rios, i.1975, male.
Figures 69-76 in Notes on the tiger beetles (Coleoptera: Cicindelidae) of Argentina. 117. Contribution towards the knowledge of Cicindelidae
Figures 69-76. Habitus pictures. All scales = 2mm. 69) Cylindera (Plectographa) chubuti Cassola, 1999, Argentina, Chubut, El Maitén, 8.ii.1966, paratype male. 70) Cylindera (Plectographa) chiliensis (Audouin and Brullé, 1839), Chile, Cordillera Lonquimay, La Fusta, ii.1986, male. 71) Cylindera (Plectographa) apiata apiata (Dejean, 1825), Argentina, Río Negro, San Antonio de Areco Oeste, Las Grutas, i.1992, male. 72-73. Cylindera (Plectographa) stamatovi (Sumlin, 1979), Argentina, Tucuman, ii.1950. 72) Holotype male. 73) Allotype female. 74) Cylindera (Plectographa) eugeni (Laporte de Castelnau, 1834), Argentina, San Luis, P. N. Sierra de las Quijadas, Hualtaran, 5.i.2002, male. 75) Brasiella (Brasiella) obscurovata Sumlin, 1993, Argentina, Salta, Orán, Angosto del Parani, Quebrada Colorado, 1800/2000m, 28.x.1994, male. 76) Brasiella (Brasiella) argentata argentata (Fabricius, 1801), Argentina, Chaco, Pampa Avila, xii.1995, male.
Figures 22-28 in Notes on the tiger beetles (Coleoptera: Cicindelidae) of Argentina. 117. Contribution towards the knowledge of Cicindelidae
Figures 22-28. Habitus pictures. All scales = 2mm. 22) Oxycheila germaini Fleutiaux, 1893, Argentina, Salta, El Infiernillo, i.1992, male. 23) Oxycheila labiata Brullé, 1837, Bolivia, Santa Cruz, 500 m, 5.xi.1955, male. 24) Oxycheila opacipennis Waterhouse, 1889, Argentina, Misiones, Puerto Iguazú, 13.xii.1987, male. 25-26. Odontocheila chrysis (Fabricius, 1801). 25) Argentina, Chaco, Charata, x,1994, male. 26) Argentina, Chaco, Las Breñas, i.1995, female. 27) Odontocheila nitidicollis (Dejean, 1825), Paraguay, Villarica, xii.1977, female. 28) Odontocheila fulgens (Klug, 1834), Argentina, Chaco, Charata, i.1993, male.
Figures 53-60 in Notes on the tiger beetles (Coleoptera: Cicindelidae) of Argentina. 117. Contribution towards the knowledge of Cicindelidae
Figures 53-60. Habitus pictures. All scales = 2mm. 53) Cylindera (Plectographa) mixtula (Horn, 1915). Argentina, Catamarca, Río Colorado, on Ruta 60 c/o Tinogasta, river banks, 22.xii.2010, male. 54-56. Cylindera (Plectographa) ritsemae (Horn, 1895). 54) Argentina, Cordoba, Balnearia, 7.-25.i.2000, female. 55) Argentina, Santiago del Estero, Termas de Río Hondo, lake shore, 18.xii.2010, female. 56) Argentina, Cordoba, James Craik, 15 km SE Oliva, 400 m, 18.i.2012, female. 57-58. Cylindera (Plectographa) drakei drakei (Horn, 1892). 57) Argentina, San Juan, Río San Juan, 12 km E Calingasta, 1300 m, 3.xii.2004, male. 58) Argentina, Cordoba, Pretot Freyre, 95 km W Villa Mercedes, 7.xii.2004, female. 59) Cylindera (Plectographa) drakei pseudochiloleuca (Horn, 1908), Argentina, Salta, Quebrada del Toro, c/o Sta. Rosa de Tastil, 3400 m, 10.i.2010, male. 60) Cylindera (Plectographa) drakei latifascia (Sumlin, 1979), remake of Sumlin's figure.
Figures 61-68 in Notes on the tiger beetles (Coleoptera: Cicindelidae) of Argentina. 117. Contribution towards the knowledge of Cicindelidae
Figures 61-68. Habitus pictures. All scales = 2mm. 61-62. Cylindera (Plectographa) melaleuca melaleuca (Dejean, 1831). 61) Argentina, Buenos Aires, Saladillo, Laguna Indio Muerto, 19.ii.1995, male. 62) Argentina, Cordoba, Balnearia, 7.-25.i.2000, female. 63) Cylindera (Plectographa) melaleuca reedi (Horn, 1895), Patagonia, holotype female. 64) Cylindera (Plectographa) patagonica patagonica (Brullé, 1837), Argentinia meridionalis, female. 65) Cylindera (Plectographa) patagonica cherubim (Chevrolat, 1858), Chile, female. 66) Cylindera (Plectographa) patagonica bergiana (Horn, 1895), Uruguay, female. 67) Cylindera (Plectographa) gormazi (Reed, 1871), Chile S, Umg. Puerto Munit, NP Puyehue, b. Petrohue, 200 m, 4.i.2007, male. 68) Cylindera (Plectographa) chubuti Cassola, 1999, Argentina, Chubut, El Maitén, 8.ii.1966, paratype male.
Figures 45-52 in Notes on the tiger beetles (Coleoptera: Cicindelidae) of Argentina. 117. Contribution towards the knowledge of Cicindelidae
Figures 45-52. Habitus pictures. All scales = 2mm. 45-46. Cylindera (Plectographa) sinuosa (Brullé, 1837). 45) Argentina, Entre Rios, Liebig, i.1990, male. 46) Argentina, Misiones, Dos de Mayo, iv.1994, female. 47) Cylindera (Plectographa) nivea nivea (Kirby, 1818), Brazil, Rio de Janeiro, Campos, atlantic coast, 20.x.1989, male. 48) Cylindera (Plectographa) nivea orbignyi (Guérin-Méneville, 1839), Argentina, Buenos Aires, Neocochea, i.1977, female. 49-50. Cylindera (Plectographa) ramosa (Brullé, 1837), Argentina, Chubut, Pta. Perdelas, Piramides, 22.vii.1996. 49) Male. 50) Female. 51-52. Cylindera (Plectographa) mixtula (Horn, 1915). 51) Argentina, Salta, Río San Francisco, c/o Pichanal, river banks, 15.xii.2010, male. 52) Argentina, Salta, Quebrada de Cafayate. Río de las Conchas 13.i.2010, male.
Figure 3–6. Tiphallus torreon. 3 in A contribution on the Middle American milliped family Rhachodesmidae (Polydesmida: Leptodesmidea: Rhachodesmoidea): description of Tiphallus torreon n. sp., the first species from Coahuila, Mexico; first records from Belize; and depiction of the (super)familial distribution
Figure 3–6. Tiphallus torreon. 3) Left gonopod of holotype, medial view. 4) Acropodite of the same, lateral view. 5) Distal acropodital extremity of the same showing the profile of the rhomboid subapical projection, subventral view. 6) Left cyphopod of female paratype, lateral view. a, acropodite; o, operculum; pf, prefemur; v, valve.
Figure 2 in A contribution on the Middle American milliped family Rhachodesmidae (Polydesmida: Leptodesmidea: Rhachodesmoidea): description of Tiphallus torreon n. sp., the first species from Coahuila, Mexico; first records from Belize; and depiction of the (super)familial distribution
Figure 2. Known and projected distribution of Rhachodesmoidea. Red line, Rhachodesmidae; green star, area of Tridontomidae in Alta Verapaz Dept., Guatemala (Loomis and Hoffman 1962, Shear 1977). Red dot, type locality of Tiphallus torreon; blue dot, provisional locality in the Sierra Las Delicias. Blue triangles, rhachodesmid localities in Belize detailed in the text.
Figures 18–23. The dilatata group. 18–19 in A contribution on the milliped tribe Nannariini (Polydesmida: Xystodesmidae): Revalidation of Mimuloria Chamberlin 1928; identities of Fontaria oblonga C. L. Koch 1847, and Nannaria minor Chamberlin 1918; elucidation of the tribal range; and commentaries on Nannaria Chamberlin 1918, and Oenomaea Hoffman 1964
Figures 18–23. The dilatata group. 18–19) M. d. dilatata holotype. 18) Telopodite of left gonopod, ventral view. 19) Distal extremity of acropodite, medial view. 20–21) M. d. sigmoidea holotype. 20) Telopodite of left gonopod, ventral view. 21) Basal flange/shoulder of prefemoral process, medial view. 22–23) M. rhysodesmoides holotype. 22) Telopodite of left gonopod, ventral view. 23) Distal extremity of acropodite, submedial view. a, acropodite; pfp, prefemoral process.
Figures. 24–25. 24 in A contribution on the milliped tribe Nannariini (Polydesmida: Xystodesmidae): Revalidation of Mimuloria Chamberlin 1928; identities of Fontaria oblonga C. L. Koch 1847, and Nannaria minor Chamberlin 1918; elucidation of the tribal range; and commentaries on Nannaria Chamberlin 1918, and Oenomaea Hoffman 1964
Figures. 24–25. 24) Fontaria oblonga holotype, sketch of telopodite of left gonopod by R. L. Hoffman, subventral view, hairs and prostatic groove omitted. 25) Nannaria minor holotype, telopodite of right gonopod, ventral view. a, acropodite; pfp, prefemoral process.
Figures 9–17. The castanea group, genitalic features. 9–14 in A contribution on the milliped tribe Nannariini (Polydesmida: Xystodesmidae): Revalidation of Mimuloria Chamberlin 1928; identities of Fontaria oblonga C. L. Koch 1847, and Nannaria minor Chamberlin 1918; elucidation of the tribal range; and commentaries on Nannaria Chamberlin 1918, and Oenomaea Hoffman 1964
Figures 9–17. The castanea group, genitalic features. 9–14) M. castanea. 9) Telopodite of left gonopod of holotype, ventral view. 10) Prefemoral process of variant with long inner branch, ventral view. 11–13) Distal extremities of acropodital variants in medial, dorsomedial, and dorsal views, respectively. 14) Left cyphopod of female paratype, subventral view. 15) M. missouriensis holotype, telopodite of left gonopod, ventral view. 16–17) M. davidcauseyi holotype. 16) Telopodite of left gonopod, ventral view. 17) The same submedial view. dl, dorsal apical lobe; pfp, prefemoral process; r, receptacle; tl, terminal triangular lamina; v, valve; vl, ventral apical lobe.
Figures 3–8 in A contribution on the milliped tribe Nannariini (Polydesmida: Xystodesmidae): Revalidation of Mimuloria Chamberlin 1928; identities of Fontaria oblonga C. L. Koch 1847, and Nannaria minor Chamberlin 1918; elucidation of the tribal range; and commentaries on Nannaria Chamberlin 1918, and Oenomaea Hoffman 1964
Figures 3–8. The castanea group, somatic and in situ features. 3) M. castanea, dorsal views of two recently molted females from Carroll Co., Arkansas. 4–8) M. davidcauseyi male from Newton Co., Arkansas. 4) Left side of three midbody tergites, dorsal view. 5) Head, antennae, and segments 1–7, anterior and subventral views, respectively. 6) Midbody sterna and basal podomeres, ventral view. 7) Gonopods in situ, ventral view. al, anterior sternal lobe; cl, caudal sternal lobe. 8) Pregonopodal tarsal claws, ventral view.
Figure 2 in A contribution on the milliped tribe Nannariini (Polydesmida: Xystodesmidae): Revalidation of Mimuloria Chamberlin 1928; identities of Fontaria oblonga C. L. Koch 1847, and Nannaria minor Chamberlin 1918; elucidation of the tribal range; and commentaries on Nannaria Chamberlin 1918, and Oenomaea Hoffman 1964
Figure 2. Distribution of Mimuloria (colored symbols) with peripheral tribal records (black and green stars). Dots, castanea group. Red, M. castanea; green, M. missouriensis; blue, M. davidcauseyi. Diamonds, dilatata group. Solid orange, M. d. dilatata; open orange, M. dilatata sigmoidea; pink, M. rhysodesmoides; violet question mark, Mimuloria sp. The course of the Missouri River across Missouri is shown in light blue.
FIG. 1. — A-H in Contribution à la connaissance des Myrsinaceae de Nouvelle-Calédonie. I. Le genre Maesa Forssk.
FIG. 1. — A-H, Maesa novo-caledonica Mez; A, rameau florifère; B, C, détails de l'inflorescence; D, rameau fructifère; E, F, fruit vu de profil et de dessus; G, H, graines en vues dorsale, ventrale et de profil; I-M, Maesa jaffrei M.Schmid sp. nov.; I, rameau fructifère; J, K, fruits; L, placenta; M, détails du tégument de la face dorsale de la graine. A-C, MacKee 22276; D-H, MacKee 45526; I, Jaffré 918; J-M, Jaffré 2869. Échelles: A, D, I, 2 cm; B, C, G, H, M, 1 mm; E, F, J-L, 2 mm.
Figure 1 in Contributions of Walter G. Ridewood to systematic comparative anatomy, especially of the osteology of ''lower'' vertebrates
Figure 1. Photograph to show how Ridewood disarticulated a fish skull in order to preserve the maximum amount of original articulation as well as to reveal the greater part of the internal skeleton. This is a skull of Scleropages leichardti (Günther 1864). Top: braincase and the right palate, hyomandibular, preopercle and lower jaw shown in medial view. Middle: left palate, hyomandibular and opercular bones in lateral view. Bottom: the ventral gill arches seen in dorsal view. This specimen (The Natural History Museum registration number BMNH 1905.3.20.6) was prepared and used by Ridewood (1905a) in his description of osteoglossid fishes.
Figure 4 in Ecologically-sustainable tree monocultures contribute to conservation of an Araucaria Forest endemic frog
Figure 4. Mean (¡SE) number of food items per stomach in each habitat. FO, Araucaria Forest; PA, Araucaria angustifolia plantation; PP, Pinus plantation; PE, Eucalyptus plantation.
Figure 5 in Ecologically-sustainable tree monocultures contribute to conservation of an Araucaria Forest endemic frog
Figure 5. Rarefaction curves of Physalaemus lisei diet, relating taxonomic richness to the number of individuals in each habitat. FO, Araucaria Forest; PA, Araucaria angustifolia plantation; PP, Pinus plantation; PE, Eucalyptus plantation. The vertical lines comprise the 95% confidence intervals.
Figure 3 in Ecologically-sustainable tree monocultures contribute to conservation of an Araucaria Forest endemic frog
Figure 3. Diet composition of Physalaemus lisei (black bars) in relation to the taxonomic composition of pitfall traps (white bars). Dotted line delimits the feeding niche of P. lisei.
Figure 2 in Ecologically-sustainable tree monocultures contribute to conservation of an Araucaria Forest endemic frog
Figure 2. Body mass (g) distribution of Physalaemus lisei captured in the São Francisco de Paula National Forest, southern Brazil. (A) Temporal variation in body mass (g) distribution between October 2003 and April 2005; (B) among-habitat variation in body mass distribution. Horizontal line represents the median; the box delimits the first and third quartile; the vertical lines delimit the maximum and minimum values, except for the outliers that are represented by asterisks. FO, Araucaria Forest; PA, Araucaria angustifolia plantation; PP, Pinus plantation; PE, Eucalyptus plantation.
Figure 1 in Ecologically-sustainable tree monocultures contribute to conservation of an Araucaria Forest endemic frog
Figure 1. Number of individuals of Physalaemus lisei captured in the São Francisco de Paula National Forest, southern Brazil. (A) Temporal dynamic between October 2003 and April 2005; (B) among-habitat variation in the mean (¡SE) number of captures. FO, Araucaria Forest; PA, Araucaria angustifolia plantation; PP, Pinus plantation; PE, Eucalyptus plantation.
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Allen Brain Atlas
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Annotated Behaviour and Observability Dataset (ABODe)
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