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AVANCES EN C!ENCIAS E L Ngenierfas Articulo/ARTICLE SECCION/SECTION 8 AVANCES EN C!ENCIAS E l NGENIERfAS ARTiCULO/ARTICLE SECCION/SECTION 8 A new Andean Toad of the genus Osornophryne (Amphibia: Anura: Bufonidae) from northwestern Ecuador, with taxonomic remarks on the genus Diego F. Cisneros-Heredia 1,z,:l.•, Andrew G. Gluesenkamp4•5 1 Uni1•ersidad San l'i"ancisco de Qui/0, Colegio de Cienria.1 /Jiol6gicas & Ambiemales. Diego de Robles y Vfa lnterocednica, Quito, Ecuador. 2 King '.1 College London. Deportme111 ofGeogroplty. London. UK. 3 Museo Ecuatoriano de Ciencias Nawrales, Quito, Ecuador. 4 Texas Memorial Museum, University of Texas, Austill. Texas 78712. USA . f> 700 Billie Brooks Drive. Driftwood. Texw. USA . • Awor principal/Corresponding awltm: e-mail: [email protected] Editado por/Edited by: C. Zambrano. Ph.D. Recibido/Rcccived: 07/01120 I 0. Aceptado/ Accepted: 09/0 I /20 I 0. Publicado en linea/Published on Web: I 2/0l\/20 I 0. lmpreso/Printed: I 2/08/20 I 0. Abstract We describe a new species of A ndean toad of the genus Osomophryne from montane cloud forests of northwestem Ecuador between 2500- 2750 m above sea level. The new species is characterized by moderately large size (snout-vent length 32.5- 36.0 mm in adult females, 2 1.1 - 23.2 mm in adult males). dorsal sk in highly rugose with scattered irregular warts, dorsolateral ridges of round or oblong glandular warts, venter w ith clusters of nattenecl pustu lar warts. angular rostrum shaped like a four-sided pyramid protruding in dorsal and lateral views but not forming a proboscis. smooth border of transverse processes of pre­ sacral vertebrae. a dark brown dorsum in li fe with ochre-brown warts, dorsolateral ridges maroon-brown, and abundant pale salmon spots on the venter. We suggest that it be clas­ sified as Endangered under l UCN criteria, because of its sma ll distributiona l, narrow al­ titudinal range subjected to habitat loss and fragmentation. We discuss different aspects of taxonomy. natural history. and distribution of the different species of Osomophryne. I n particular. we comment on the importance of morphological , chromatic. and molecular analyses that take into cons ideration ontogenic and dimorphic variation among species of Osornophryne. Keywords. A nura ; Conservation: Distribution: Ecuador; Osornophryne antisana; Os­ ornophryne bufoniformis; Osornophryne guacamayo; Osornophryne occidenlalis new species; Osornophryne sumacoensis: Osom ophryne wlipes; Taxonomy: Variation. Abstract Describimos una nueva espec ie de sapo A ndino del gcnero Osornophryne de los bosques montano nublados del noroccidente de Ecuador entre 2500- 2700 m sobre el nivel del mar. L a nueva especie se caraeteri za por su tamaiio moderadamente largo (longitud hocico­ d oaca 32.5-36.0 mm en hembras adultas. 21. 1- 23.2 mm en machos adu ltos), piel del dor·so muy rugosa con verrugas irregularmente distribuidas. pliegues dorsolateralcs compuestos de verrugas glandulares redondas u oblongas. vientre con agrupaciones de verrugas pustu­ lares aplanadas. hocico angular con forma de una pinrmide tetragonal proyectado en vistas dorsal y lateral pero sin formar una prob6scide; hordes del proceso transversa lisos, dorso de color cafe oscuro en vida con pliegues dorsolaterales y verrugas cafe marr6n y abun­ dantes puntos salmon pal ido en el vientre. Esta nueva especie es el unico Osomophryne conocido que vive en las laderas occidentales de los Andes y recomendamos que sea clasifi­ cado como En Peligro bajo los criterios de Ia UIC debido a u reducido rango de distribu­ ci6n que esta bajo fuerte presion debido a Ia perdida de habitat y fragmentaei6n. Tambien discutimos sobre diferentes aspectos de Ia taxonomfa, historia natural y distribuci6n de las di ferentes espec ies de Osornophryne. En particul ar, cornentamos sobre Ia importancia de detallados analisis morfol6gicos, cromaticos y moleculares que tomen en consideraci6n Ia variaci6n ontogenica y dim6rfi ca para clarificar el complejo estado cle Ia identidad de algunas especies de Osomophryne. Palah1·as Clave. Anura: Conservaci6n: Distribuci6n: Ecuador: Osornophryne alllisana: Osornophryne bufoniformis; Osornophryne guacamayo: Osom ophryne occidentalis nueva especie; Osornophryne Stunacoensis ; Osornophryne talipes: Taxonomfa; Variaci6n. A1•ances. 2010, Vol. 3. Pags. 864-8 73 http://www.usfq .edu.ec/avances/at icul os/B64-3-20 I 0 Cisneros-1-/eredia y Gluesenkamp Avanres. 2010. Vol. 3, Pags. 864-873 Introduction Toads of the bufonid genu s Osornophryne Ruiz-Carran­ za and Hern andez-Camacho arc moderately diversified along the Andes fro m central Colo mbia to central Ecua­ dor. T hey inhabit ecosystems w ith hig h humidity and cool temperatures between 2 100 and 3700 m above ea level, i.e., montane cloud forest, upper montane fore t, timberline areas, and paramos. Eight species of Os­ ornophryne have been described and seven of them oc­ cur in Ecuado r: Osornophryne antisana Hoogrnoed, 0. bt(foniformis (Peracca), 0. cojanorum Mueses-Cisneros, Yanez-Munoz & Guayasarnin,O. guacamayo Hoogmo­ Figure 1: Holotype of Osornophryne occidentalis (DHMECN 3520) in dorsal (A) and ventral (B) views, adult female, SVL = ed. 0. puruallla Gluesenkamp & Guayasamin, 0. suma­ 36.0mm. coensis Gluesenkarnp. and 0. talipes Cannatella [ L 2. 3, 4, 5. 6, 7j. While most Ecuadorian Osornop!tryne tern in life wa taken from fi eld note and color pho­ have small ranges and some are known only from their tographs. For the d iagnosis, we followed the numbered type localities, 0. bufoniformis has been reported from sequence proposed by Yanez-Munoz et al. f 121 ( I) head a large area spanning the departments of Cauca, Huila, width/head length rati o; (2) snout form in dorsal and Nari iio, and Putumayo in Colo mbia and the provinces lateral view, including the presence of papillae and pro­ of Carchi, lmbabura. Pichineha, Sucum bfos, and Tun­ boscis, and the form of the canthus rostral is and !oreal gurahua in Ecuador [I , 2, 3, 4, 5, 6, 8, 9, I0]. Pop­ area; (3) dorsal skin texture; (4) ventral skin texture: ulation assig ned to 0. bujoniformis in Colombia and (5) fl anks texture; (6) description o f dorsal glandular Ecuador show extensive phenotypic variation, and. al­ fo lds; (7) description of hind legs; (8) form and char­ thoug h ome researchers con ider it as a single hi ghly acteri stics of hands and feet; (9) dorsal and ventral col­ variable taxon I I 0] other herpeto logists have sugge ted oration; (10) SVL range for adult fe males and males. that it is a species complex (T. Grant and D. F. C isneros­ Classi fi cation of vegetation formations in Ecuador fol­ Heredia in II II). Most Ecuadori an populati ons referred lows Sierra's system [1 3]. to 0. bujoniformis occur in the eastern Andean high­ lands and slo pes over 2700 m, but a widely disjunct Results population o n the northwestern Andean slopes below 2750 m corresponds to an undescribed species of Os­ Osomoplzryne occidentalis sp. nov. om op!tryne, which we describe herein . Ate/opus bufonifonnis Peracca, 1904 I l l in part; Peters Methodology (1973:18- 20) [2]. Osornophryne bufonifurmis (Peracca, 1904) [1 ] in part: Examined specimens were preserved in 70 % ethano l af­ Ruiz-Carranza and Hern andez-Camacho ( 1976: ter fi xation in buffered 10% formali n. The following 124-125) l3]: Cannatella (1986:618- 622) 14 ]: Gluesen­ mea urements (in mm) were taken with dig ital calipers: kamp ( 1995: 268-279) [6]; Quig uango ( 1997: 195-209) snout- vent length (SVL), g reatest w idth of head (at ric­ [1 4]; Toral et al. (2002:740) [15]. tus; =HW), postocul ar head width (measured just be­ hind the eyes; =HWPO), head length (straight line dis­ Holotype: DHMECN 3520, adult fema le (Fig. 1-3). tance fro m posterior margin of jaw to tip of rostrum; collected on Febru ary 2000, near Guarumos, approx­ =HL), interorbital distance (straight-line distance between imately 200 m from the Guarumos guard post on the anterior marg ins of the orbits; =100); internarial d is­ Nono- Tandayapa road, I I krn WNW o f the town of tance (IN D); eye-nostril di tance (from anteri or marg in Nono (00°02' S. 78°39'W. 2550- 2600 m), provincia de of orbit to posterior margin of nostril ; EN). hori zon­ Pichincha. Republica del Ecuador. by D.F. Cisneros­ tal eye diameter (ED), greate t w idth of upper eyelid Heredia and A. Cardenas. (perpendicular to medial axis of skull , =UE), nostril ­ ro trum distance (fro m anterior marg in of nostri l to tip Paratypes: (4 specimens) ECUADOR: Provi ncia de Pich­ of rostrum; NR ); hand length from base of thenar tuber­ incha: adul t male (DFC H- USFQ GU036) collected with c le to tip o f third fi nger (HL3); hand length from ba e the ho lotype. Provincia de lmbabura: Two adult fe­ of thenar tubercle to tip of fou rth fi nger (HL4); tibia males (QCAZ 9318 and I 0 14 1) collected on the farm length (TL), foot length (from base of inner metatarsal ofF. Rodriguez (00°30'N. 7 °32'll', 2500 m and 2750 tubercle to tip o f fourth toe; FL4), foot length (from m. respectively), W of El Rosa rio, Cordillera de Toisan. base of inner metatarsal tubercle to tip of fifth toe; = by A. Quiguango et al. in Septembe r, 1994. An adult fe­ FL5). Sex of specimens wa determ ined by noting the male (QCAZ 36894; Fig. 4) collected o n the farm of F. presence of seco ndary sexual characters (nuptial pads) Rodrig uez at 2580 m, by A. Gluesenkamp and J. Price and by direct observation of the go nads. Color pat- on 18 M ay 1996. B65 Al'llnces, 2010. Vol. 3, Pag~ . 864-873 Ci.llleros-1-/eredia y G/u e~enkwnp Figm·e 3: Hand (A) and foot (B) of the holotypc Osomophryne occideutalis DHMECN 3520).
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