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[Herpetology • 2017] Cyrtodactylus sonlaensis • A New Species of Cyrtodactylus (Squamata: Gekkonidae) and the First Record of C. otai from Son La Province, Vietnam

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Cyrtodactylus sonlaensis
Nguyen, Pham, Ziegler, Ngo & Le, 2017

Abstract

We describe a new species of Cyrtodactylus on the basis of four specimens collected from the limestone karst forest of Phu Yen District, Son La Province, Vietnam. Cyrtodactylus sonlaensis sp. nov. is distinguished from the remaining Indochinese bent-toed geckos by a combination of the following characters: maximum SVL of 83.2 mm; dorsal tubercles in 13–15 irregular rows; ventral scales in 34–42 rows; ventrolateral folds prominent without interspersed tubercles; enlarged femoral scales 15–17 on each thigh; femoral pores 14–15 on each thigh in males, absent in females; precloacal pores 8, in a continuous row in males, absent in females; postcloacal tubercles 2 or 3; lamellae under toe IV 18–21; dorsal head with dark brown markings, in oval and arched shapes; nuchal loop discontinuous; dorsum with five brown bands between limb insertions, third and fourth bands discontinuous; subcaudal scales distinctly enlarged. In phylogenetic analyses, the new species is nested in a clade consisting of C. huongsonensis and C. soni from northern Vietnam and C. cf. pulchellus from Malaysia based on maximum likelihood and Bayesian analyses. In addition, we record Cyrtodactylus otaiNguyen, Le, Pham, Ngo, Hoang, Pham & Ziegler for the first time from Son La Province based on specimens collected from Van Ho District.

Keywords: Reptilia, Cyrtodactylus sonlaensis sp. nov., C. otai, molecular phylogeny, new record, taxonomy, Phu Yen, Van Ho




Truong Quang Nguyen , Anh Vam Pham , Thomas Ziegler, Hanh Thi Ngo and Minh Duc Le. 2017. A New Species of Cyrtodactylus (Squamata: Gekkonidae) and the First Record of C. otai from Son La Province, Vietnam.  Zootaxa. 4341(1); 25–40. DOI:  10.11646/zootaxa.4341.1.2



[Botany • 2017] Coelogyne magnifica • A New Species (Orchidaceae) from northern Myanmar

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Coelogyne magnifica Y.H. Tan, S.S. Zhou & B. Yang

in Yang, Zhou, Liu, Maung, Li, Quan & Tan, 2017

Abstract
Coelogyne magnifica (Orchidaceae), a new species from Putao, Kachin State, Myanmar, is described and illustrated. It belongs to Coelogyne section Ocellatae Pfitzer & Kraenzl. and it is morphologically similar to Coelogyne corymbosa and C. taronensis, but can be distinguished from these species by its larger flowers, lanceolate sepals and petals, a narrowly ovate lip, which has two bright yellow patches surrounded by shiny brownish red and two fimbriate or erose-lacerate lateral keels on the lip. The major differences between these species are outlined and discussed.

Keywords: Kachin state, section Ocellatae, key, plant taxonomy, IUCN, Hponkan Razi



Coelogyne magnifica Y.H. Tan, S.S. Zhou & B. Yang, sp. nov.

Diagnosis: Coelogyne magnifica is similar to C. corymbosa and C. taronensis, but can be distinguished from these two species by its larger flowers (tepals 4.0–4.9 cm long), broadly lanceolate sepals and petals, narrowly ovate lip, which has two bright yellow patches surrounded by shiny brownish red and two fimbriate or erose-lacerate keels on the lip.
  

Figure 2. Coelogyne magnifica Y.H. Tan, S.S. Zhou & B. Yang sp. nov.
AD Habit E Anther cap (abaxial view) F Anther cap (adaxial view) G Tepals H Column (adaxial view) I Column (abaxial view) J Column (lateral view) K Lip (adaxial view, showing the two lateral keels and two patches) L Lip (abaxial view) M Pollinia.
Photographed by Y.H. Tan, Q. Liu & X.L. Zeng.

Etymology: The species epithet refers to its large attractive flowers.

Distribution and habitat: Coelogyne magnifica is currently known only from the type locality of Putao, Kachin State, northern Myanmar. It is a predominantly epiphytic species that grows on moss-covered branches and tree trunks and sometimes also on rocks, in humid montane forests, at an elevation 2400–2500 m a.s.l.


Bin Yang, Shi-Shun Zhou, Qiang Liu, Kyaw Win Maung, Ren Li, Rui-Chang Quan and Yun-Hong Tan. 2017. Coelogyne magnifica (Orchidaceae), A New Species from northern Myanmar. PhytoKeys. 88: 109-117.  DOI:  10.3897/phytokeys.88.19861

  

[Mammalogy • 2017] Rediscovery of The Type Series of The Sacred Shrew, Sorex religiosus I. Geoffroy Saint-Hilaire, 1826 (Mammalia: Soricidae), with Additional Notes on Mummified Shrews of Ancient Egypt

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  Crocidura religiosa   (I. Geoffroy-Saint Hilaire, 1826)
Illustration: P.J. Smit.


 Woodman,Koch & Hutterer, 2017.  

Abstract

In 1826, Isidore Geoffroy Saint-Hilaire described the Sacred Shrew, Sorex religiosus [= Crocidura religiosa] from a series of 22 embalmed individuals that comprised a portion of the Italian archeologist Joseph Passalacqua’s collection of Egyptian antiquities from an ancient necropolis near Thebes, central Egypt. Living members of the species were not discovered until the beginning of the 20th century and are currently restricted to the Nile Delta region, well north of the type locality. In 1968, the type series ofS. religiosus was reported lost, and in 1978, a neotype was designated from among a small collection of modern specimens in the Natural History Museum, London. Our investigations have revealed, however, that the type series is still extant. Most of the specimens used by I. Geoffroy Saint-Hilaire to describe S. religiosus still form part of the Passalacqua Collection in the Ägyptisches Museum, Berlin, Germany. We summarize the taxonomic history of S. religiosus, review the history of the Passalacqua collection, and explain why the type series was thought to have been lost. We designate an appropriate lectotype from among the original syntypes of S. religiosus in the Ägyptisches Museum. Our examination of the shrew mummies in the Passalacqua collection also yielded a species previously unrecorded from either ancient or modern Egypt: Crocidura pasha Dollman, 1915. Its presence increases the number of soricid species embalmed in ancient Egypt to seven and provides additional evidence for a more diverse Egyptian shrew fauna in the archeological past. Finally, we provide details that will assist in better understanding the variety of mummification procedures used to preserve animals in ancient Egypt.

Keywords: Mammalia, ancient Egyptian history, animal mummy, Crocidura olivieriCrocidura pashaCrocidura religiosa, embalming practices, taxonomy

FIGURE 6. Crocidura religiosa, as seen by the Victorian artist P.J. Smit. Detail from plate 23 in Anderson & de Winton (1902).

FIGURE 5. X-ray (A) and micro-CT-scans (B-E) of the skull of the lectotype AM 690 of Sorex religiosus I. Geoffroy Saint-Hilaire, 1826 (GLS 15.3 mm): A, B, lateral views; C, sagittal cross section: D, dorsal view; E, ventral view. See the interactive 3D scan in Fig. S2. 


FIGURE 4. Lectotype ÄM 690 of Sorex religiosus I. Geoffroy Saint-Hilaire, 1826. A, External view of mummy; B, X-ray of entire specimen. Scale in mm. Photograph courtesy of S. Steiss, Berlin; X-ray image courtesy of C. Schmidt, Berlin.

Crocidura religiosa (I. Geoffroy-Saint Hilaire, 1826)

Diagnosis. Small and greyish-brown Crocidura with paler underparts and limbs. Fur short and silky. Tail thick at base and covered with long bristle-like hairs over most of its length. Head and body length 54 mm, tail 26-40 mm, hindfoot short (8–10 mm s.u., 9–11 mm c.u.). Skull short (GLS 14.4-16.1 mm, Table 1) and slender; braincase flat and dorsal profile straight. Upper toothrow (I1-M3) 5.9-6.8 mm, height of coronoid process (COR) 3.0-3.7 mm. Dentition not specialized. First upper incisor robust, but of medium size (Figs. 3, 5, S2). Upper unicuspid teeth with well-developed cinguli. Upper premolar (P4) with a short parastyle. M1 and M2 with well-separated protocone and hypocone. Upper third molar small. Cutting surface of lower incisor smooth.

Distribution. Today, C. religiosa is confined to the Upper Nile valley and delta (Fig. 1). Its current population status is unknown (Hutterer et al., 2008; Happold, 2013). The most recently reported collection dates from 1988 (Handwerk, 1990). A possible Pleistocene record from Bir Tarfawi indicates the species also may have occurred in southern Egypt at that time, but the identity of the fossil fragments needs to be confirmed (Kowalski et al., 1989; Butler, 1998).

 Vernacular name. We propose to use "Sacred Shrew" as the English common name for this small species. The name coined for it by I. Geoffroy Saint-Hilaire (1826: 294–295) is “musaraigne sacrée,” first translated into English by Partington (1837) and subsequently used by Smedley et al. (1845), Reichenbach (1852: "Heilige Spitzmaus"), Fitzinger (1868), Bodenheimer (1960), and Woodman (2015). “Egyptian Pigmy Shrew” has been used by Le Berre, 1990, Wolsan & Hutterer (1998), Wilson & Cole (2000), Hutterer (2005), Aulagnier et al. (2008), and Happold (2013), while Osborn & Helmy (1980), Osborn & Osbornová (1998), and Hoath (2003) used “Dwarf Shrew.”





Neal Woodman,Claudia Koch andRainer Hutterer. 2017. Rediscovery of The Type Series of The Sacred Shrew, Sorex religiosusI. Geoffroy Saint-Hilaire, 1826, with Additional Notes on Mummified Shrews of Ancient Egypt (Mammalia: Soricidae).  Zootaxa. 4341(1); 1–24. DOI:  10.11646/zootaxa.4341.1.1

   

[Ichthyology • 2017] Pseudanthias tequila • A New Species of Anthiadine Serranid from the Ogasawara and Mariana Islands

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Pseudanthias tequila 
Gill, Tea & Senou, 2017

Abstract

Pseudanthias tequila is described on the basis of two specimens from the Ogasawara Islands. It also is recorded from the Mariana Islands on the basis of colour photographs. The species belongs to a complex that includes P. randalli (Lubbock & Allen), P. pulcherrimusHeemstra & Randall, P.flavicauda Randall & Pyle, P. oumatiWilliams, Delrieu-Trottin & Planes, and a potentially new species from the Line Islands. Species within the complex are distinguished on the basis of male live colouration, morphometric details and gill-raker and scale counts. Colour photos of all five species are provided.

Keywords:  Pisces, taxonomy, ichthyology, Japan, Micronesia


Male Pseudanthias tequila: A) from Ototo-jima, Chichi-jima Islands, Ogasawara Islands, Japan (KPM-NR 179391A, photo by O. Morishita); B) from Tinian, Mariana Islands (photo by N. Tsuji)
FIGURE 6. Group ofPseudanthias tequila n. sp., Tinian, Mariana Islands, Micronesia. Photo by N. Tsuji.

Pseudanthias tequila new species 
New standard Japanese name: Bonin-hanadai
English common name: Cave anthias

Pseudanthias randalli (non Lubbock & Allen, 1978); Myers & Shephard, 1980: 316 (Blue Hole, Orote Peninsula, Guam).
Pseudanthias sp.; Myers, 1988: 140 (Guam).
Pseudanthias sp. 3; Michael, 1998: 576 (colour photo; Guam).
Pseudanthias sp. B; Myers 1999: 109, pl. 35 G (colour photo; Guam).
Pseudanthias flavicauda [non Randall & Pyle, 2001]; Myers & Donaldson, 2003: 616 (list, Marianas Islands).
Pseudanthias cf randalli; Kuiter, 2004: 61, unnumbered colour figs A and B (colour photos; Palau, Saipan and Guam).
Pseudanthias cf flavicauda; Kuiter & Debelius, 2006: 298 (colour photo; Micronesia).

Diagnosis. The following combination of characters distinguishes Pseudanthias tequila from congeners: dorsal rays X,16; anal rays III,7; pectoral rays 18; third dorsal spine prolonged in males; third segmented anal-fin ray longest; lateral-line scales 46–47; no auxiliary scales on body; interopercle and subopercle with distinct serrations in adults; males in life with upper body beneath anterior part of dorsal fin purple to pink with orange-red stripe, dorsal fin greenish yellow anteriorly, posteriorly red with blue basal area, anterior part of anal fin red, and pelvic fins bright yellow.

Habitat and distribution. Pseudanthias tequila is described on the basis of two specimens from Ototo-jima, Chichi-jima Islands, Ogasawara Islands, Japan. We also record it from Guam, Saipan and Tinian in the Mariana Islands on the basis of photographs (Figure 7). Kuiter’s (2004) photograph of an individual of “Pseudanthias cf randalli”, stated to be from Palau, is referable to P. tequila. However, R.F. Myers (pers. comm.) advised us that the photograph, by Hiroyuki Kimura, is actually from Saipan. Other photographs from Palau are referrable to the closely related P. randalli (Lubbock & Allen, 1978). The original description of Prandalli also included paratypes from Palau. Pseudanthias tequila appears to be mostly found in caves on reef slopes in 40–60 m, earning it the popular name of “cave anthias”. In Saipan and Tinian, however, it occurs in the open on reef slopes dominated by Halimeda and Caulerpa algae (Figures 4B & 6).


Etymology. The specific epithet refers to the alcoholic beverage tequila sunrise, alluding to the vibrant life colours of the males of the species. To be treated as a noun in apposition.


 Anthony C. Gill, Yi-Kai Tea and Hiroshi Senou. 2017. Pseudanthias tequila, A New Species of Anthiadine Serranid from the Ogasawara and Mariana Islands. Zootaxa. 4341(1); 67–76. DOI:  10.11646/zootaxa.4341.1.5

[Mammalogy • 2017] Systematics and Taxonomy of Pipistrellus kuhlii (Kuhl, 1817) in Central Europe and the Balkans

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Pipistrellus kuhlii lepidus  Blyth, 1845



Abstract

We examined selected external characteristics and measurements of Pipistrellus k. kuhlii and P. k. lepidus representatives from the Balkans and Central Europe, whose ranges have rapidly expanded over the past few decades. We also sequenced and analysed two mitochondrial (16S and COI genes) and one nuclear (RAG2) markers of these two bat morphotypes to determine haplotype diversity and distribution patterns with a wider geographic perspective. We found that bats of the two taxa differed markedly with regard to the overall body coloration, size (P. k. lepidus is larger than P. k. kuhlii), extent and shape of the pale wing margin, and penis coloration, a finding which seems to be of diagnostic value, similarly to other Pipistrellus species. No polymorphism in RAG2 marker was found, but in both mtDNA markers we detected different haplotypes characteristic for both taxa, corresponding to morphological and morphometric patterns established in this study. Our genetic analysis results confirmed a clear division into two phylogenetic lineages and may indicate their allopatric speciation and a very recent simultaneous expansion to the Balkans and Central Europe from the Mediterranean region (P. kuhlii/deserti) and south-west Asia across eastern Europe (P. k. lepidus). We also show that P. k. lepidus distribution is wider than previously reported, and that the ranges of P. k. lepidus and P. k. kuhlii have already contacted in Central Europe.

Keywords: Mammalia, allopatric speciation, bats, biogeography, diagnostic features, P. k. lepidus
FIGURE 1. General appearance and coloration of Pipistrellus kuhlii lepidus, Przemyśl, Poland (A, D); light (typical) individual of P. k. kuhlii, Divjakë, Albania (B); and dark individual of P. k. kuhlii, Michalovce, Slovakia (C, E)
(photos: K. Sachanowicz). 

FIGURE 3A. Broadened and diffused pale wing margin of Pipistrellus kuhlii lepidus, Przemyśl, Poland

(photo: K. Sachanowicz).




Konrad Sachanowicz, Michał Piskorski and Anna Tereba. 2017. Systematics and Taxonomy of Pipistrellus kuhlii (Kuhl, 1817) in Central Europe and the Balkans.
 Zootaxa. 4306(1); 53–66. DOI: 10.11646/zootaxa.4306.1.2
ResearchGate.net/publication/319129555_Systematics_and_taxonomy_of_Pipistrellus_kuhlii_Kuhl_1817_in_Central_Europe_and_the_Balkans


Barti, L. 2010. First Record of Pipistrellus kuhlii (Chiroptera: Vespertilionidae) from Transylvania and A Morphological Approach to the Lepidus Taxon. Acta Siculica. 155-168. sznm.ro/acta2010/155_168_barti.pdf

[Invertebrate • 2017] Chiridota impatiens • A New Species of Chiridota (Holothuroidea: Apodida: Chiridotidae) from Japan, and First Record of C. rigida from Japan

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Chiridota impatiens
Yamana & Tanaka, 2017


Abstract

A new apodid sea cucumberChiridota impatiens sp. nov., is described from the intertidal zone of Okinawa, Japan, and C. rigida Semper, 1867 is also described from the intertidal zone of Wakayama, as new to Japan. C. impatiens sp. nov. is approximately 60–70 mm, with 12 tentacles and 4–7 pairs of digits per tentacle, red or reddish brown in living specimens. The tentacles contain curved rod ossicles, with spinous processes and many branches in C. rigida, however, in C. impatiens sp. nov., the curved rod ossicles are crescent-shaped, sometimes distally, with spinous processes and rarely a few branches on the circumference. In both species, the body wall contains flattened rod ossicles, mostly present along the longitudinal muscle and mesentery, curved rod ossicles primarily in the body wall, and wheel ossicles only in the wheel-papillae. In C. rigida, the contents of the wheel-papillae form a hemispherical sack-shaped structures, in which the teeth-side of the wheel ossicles mostly faces towards the outside of the body. In C. impatiens sp. nov., the contents of the wheel-papillae form a cord-shaped structure (present in both preserved and living specimens), in which the teeth-side of the wheel ossicles faces various directions, and that can be induced to break through the skin of the papillae if stimulated in living specimens.

Keywords:  Echinodermata, Apodida, Chiridotidae, Chiridota impatiens sp. nov., Chiridota rigida, Holothuroidea, Japan




Yusuke Yamana and Hayato Tanaka. 2017. A New Species of Chiridota (Echinodermata: Holothuroidea: Apodida: Chiridotidae) from Japan, and First record of C. rigida from Japan. Zootaxa. 4341(2); 243–257. DOI: 10.11646/zootaxa.4341.2.4

  

[Botany • 2017] Pilea victoriae • A New Striking Species from the Mural Flora (Urticaceae) of Western Ghats, India

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Pilea victoriae  V. Suresh& Sojan


A new species of Pilea Lindley. from Palakkad gap region of Western Ghats of Kerala is described and illustrated as Pileavictoriae sp. nov. IUCN status, distribution, phenology, phenetic relationships, plastid genome variation and its affinities are discussed.

Keywords: New species, Pilea, Palakkad, Urticaceae, Western Ghats.



Taxonomy

Pilea victoriae V. Suresh & Sojan sp.nov. 

  Diagnosis: Pilea victoriae V. Suresh & Sojan sp. nov. closely resembling P. microphylla but differs and easily distinguished by its erect stem with basal branching, 2–2.5 mm long ovate stipule, orbicular leaf blade of equal or sub-equal size at each node and pistillate inflorescence bearing 3–22 flowers. (Table 1). 


Etymology: The species is named after Government ‘Victoria’ College, Palakkad, Kerala, India in recognition of its more than 125 years of service to the education sector of the state. 

Distribution, ecology & Biotic association: So far P. victoriae sp. nov. is collected from three different localities of two districts viz. Victoria College Campus, Malampuzha and Nemmara regions of Palakkad district and Perinthalmanna region of Malappuram district, Kerala. Good populations were observed in these areas in an altitudinal gradient 100–200 m. But each population is restricted to a particular area of the collection localities.


Sojan Jose, Suresh V., Hareesh V.S., Robi A.J., Resmy P.S., Dinesh Raj R., Asha V.V., Prakashkumar R. and Madhusoodanan P.V. 2017. Pileavictoriae (Urticaceae), A New Striking Species from the Mural Flora of Western Ghats, India.  International Journal of Advanced Research 5(8); 1636–1641. DOI:  10.21474/IJAR01/5224



[Entomology • 2017] Eurypeza aurora • A New Species of Eurypeza Lacroix, 2006 (Coleoptera: Scarabaeidae: Melolonthinae: Tanyproctini) from Kenya

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Eurypeza aurora  Sehnal, 2017 


The Afrotropical genus Eurypeza Lacroix, 2006 (Coleoptera: Scarabaeidae: Melolonthinae: Tanyproctini) was established for one species, Eurypeza evansi Lacroix, 2006, from Somalia. The genus belongs to the first group of Afrotropical Tanyproctini sensu Lacroix (2007), and is characterized by protarsomeres 1–4 and mesotarsomeres 1–4 broadened and ventrally macrosetaceous, protarsomere 5 and mesotarsomere 5 simple, and labrum transverse and shallowly bilobed. The genus Eurypeza differs from other genera of Lacroix’s (2007) first group by club with five antennomeres, antennomere 3 and 4 of equal length, labial palpi with three palpomeres, clypeus broadly rounded, protibia bidentate with proximal tooth well developed, and metatibial carina incomplete (for details, see also Lacroix 2006, 2007).

....

FIGURES 1: Eurypezaaurora new species, holotype, male.
AB, habitus, dorsal and lateral views; CD, protibia, dorsal and ventral views; EF, aedeagus, dorsal and lateral views; GH, head, dorsal and ventral views.
Scale = 1 mm.

Eurypeza aurora Sehnal, new species 
Type locality. Kenya, Nairobi Region, Salama.

Differential diagnosis: Eurypezaaurora new species is the second representative of the genus Eurypeza. From the only previously described species, E. evansi, it can be differentiated using the following characters: uniformly matte black color, clypeus and frons densely covered with stiff macrosetae, antennal shaft the same length as club, aedeagus morphology (Figs. 1C–D). 

Etymology: Named after the Morning star (= Aurora in Latin), for the moment of realization that the specimen studied was a new species. This name should be treated as a noun in apposition.


 Richard Sehnal. 2017. A New Species of EurypezaLacroix, 2006 (Coleoptera: Scarabaeidae: Melolonthinae: Tanyproctini) from Kenya. Zootaxa. 4337(2); 294–296.  DOI:  10.11646/zootaxa.4337.2.9

    


[Herpetology • 2017] Tytthoscincus temasekensis • A New Species of Swamp-dwelling Skink (Tytthoscincus) from Singapore and Peninsular Malaysia

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 Tytthoscincus temasekensis
 Grismer, Wood, Lim & Liang, 2017 

RAFFLES BULLETIN OF ZOOLOGY65 

Abstract

 Tytthoscincus temasekensis is a new species of swamp-dwelling skink from Singapore and the vicinity of Tanjung Malim, Perak, Peninsular Malaysia and the third species in the swamp clade of Tytthoscincus. It is distinguished from all other species of Tytthoscincus by the combination of having two loreals; two postsupralabials; 10–12 superciliaries; four supraoculars; interparietal contacting the 2nd–4th supraoculars; a shallow, pigmented tympanum; slightly enlarged, isolated, pectoral scales; 27–29 midbody scale rows; 55–65 paravertebral scales; 54–63 ventral scales; 9–11 subdigital lamellae on the fourth toe; keeled, subdigital lamellae; and a dorsal pattern of light-coloured stripes and/or linearly arranged spots. The growing diversity of the swamp clade in Singapore and Peninsular Malaysia begins to underscore the underappreciated contribution of swamplands to herpetological endemism and diversity as well as the need for its conservation.

 Key words. Scincidae, Tytthoscincus, Singapore, Malaysia, swamp forests, new species

Fig. 2. Tytthoscincus temasekensis sp. nov.  adult holotype (ZRC 2.6490) from Pasir Laba Road, Singapore.; juvenile paratype (ZRC 2.7111) from Upper Seletar Reservoir Park, Singapore (Photograph by Nick Baker).

TAXONOMY 

The molecular and morphological data indicate thus far that the Tytthoscincus populations from Singapore and Tanjung Malim are conspecific and well-differentiated from T. sibuensis and T. panchorensis. They are therefore described below as:

 Tytthoscincus temasekensis, new sp.

Diagnosis. Tytthoscincus temasekensis sp. nov. can be differentiated from all other species of Tytthoscincus in Peninsular Malaysia by having the combination of two loreals, two postsupralabials, 9`1 or 10`2 superciliaries, four supraoculars; interparietal contacting 2nd–4th supraoculars, a shallow, pigmented tympanum, slightly enlarged pectoral scales, 27–29 midbody scale rows, 55–65 paravertebral scales, 54–63 ventral scales, 9–11 subdigital lamellae on the fourth toe, keeled, subdigital lamellae, and a dorsal pattern of light-coloured stripes and/or linearly arranged spots. All characters are scored across all other Tytthoscincus and species of Sphenomorphus suspected of being Tytthoscinus in Grismer et al. (2016a: 237) and Karin et al. (2016: 416).

Non-types. Tytthoscincus temasekensis. ZRC 2.3277 (juvenile) from North Selangor Peat Swamp kilometer marker 34 on road to Tanjung Malim, Selangor, Peninsular Malaysia (approximately N 03°42.383′, E 101°09.115′; 20 m elevation) collected by NUS 1991–92 Zoology Honours Class on 17 June 1991. ZRC 2.3377 (juvenile) from North Selangor Peat Swamp kilometer marker 47 at Sungai Besar Road on road to Tanjung Malim, Selangor, Peninsular Malaysia (approximately N 03°41.472′, E 101°14.062′; 15 m elevation) collected by D. S. L. Chung in April 1993. ZRC 2.7152 from the Nee Soon swamp-forest, Singapore collected by H. H. Tan and others on 23 October 1999.



  
Fig. 2. Tytthoscincus temasekensis sp. nov.   juvenile paratype (ZRC 2.7111) from Upper Seletar Reservoir Park, Singapore (Photograph by Nick Baker).; uncataloged specimen from 3 km south of the Nee Soon Swamp, Singapore (Photograph by Noel Thomas).

Distribution. Tytthoscincus temasekensis, new species, is known from lowland areas in Singapore and near Tanjung Malim, Perak, Peninsular Malaysia (Fig. 1). Natural history. Tytthoscincus temasekensis has been found in lowland dipterocarp forests but is far more common along stream banks in peat and freshwater swamp forests up to at least 37 m in elevation (Lim, 1998; Serin, 2015; Fig. 3). Specimens near Tanjung Malim were inadvertently collected while hand-netting for fishes in small streams which may indicate semi-aquatic proclivities as noted by Baker (2013) who states “An example of about 5 cm was seen among forest leaf litter at the edge of a shallow stream. It swam in a sinuous motion across the stream, coming to rest on the opposite side partly submerged, with only the front part of its head including the eyes and nostrils emerged.” ZRC 2.7111 was collected while crossing a paved road running through lowland forest. A juvenile (ZRC 2.6859) was taken from the gut of an Aheatulla mycterizans found dead on Old Upper Thomson Road.

 Etymology. The specific epithet temasekensis is derived from the word Temasek meaning ‘Sea Town’ in Old Javanese and represents the earliest recorded name of a settlement in Singapore. The suffix -ensis is Latin meaning ‘of or from a place.’ The specific epithet is in reference to the type locality being on the island of Singapore. The suggested common name is the Singapore swamp skink.


L. Lee Grismer, Perry L. Wood, Jr., Kelvin K. P. Lim and Lim J. Liang. 2017. A New Species of Swamp-dwelling Skink (Tytthoscincus) from Singapore and Peninsular Malaysia.  RAFFLES BULLETIN OF ZOOLOGY65; 574–584. 

  

[Arachnida • 2017] On Some Minuscule Spiders (Araneae: Theridiosomatidae, Symphytognathidae) from the Chocó Region of Ecuador with the Description of Ten New Species

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Theridiosoma ankas
Dupérré & Tapia, 2017
  

Abstract

The spider families Theridiosomatidae and Symphytognathidae found in the Chocó region of Ecuador are examined, a total of 16 and 69 adult specimens were collected respectively in a series of expeditions. In the family Theridiosomatidae, eight new species are described in four different genera; Chthonos kuyllur n. sp.; Naatlo mayzana n. sp.; Ogulnius laranka n. sp.O. paku n. sp.Theridiosoma ankas n. sp., T. esmeraldas n. sp.T. kullki n. sp., and T. sacha n. sp. We present the first record of the family Symphytognathidae for Ecuador with the description of two new species in two different genera: Anapistula equatoriana n. sp. and Symphytognatha cabezota n. sp.

Keywords: Araneae, Spider, Symphytognathoids, cloud and low evergreen forests, biodiversity hotspot



 Nadine Dupérré and Elicio Tapia. 2017. On Some Minuscule Spiders (Araneae: Theridiosomatidae, Symphytognathidae) from the Chocó Region of Ecuador with the Description of Ten New Species. Zootaxa. 4341(3); 375–399.  DOI:  10.11646/zootaxa.4341.3.3

[Paleontology • 2017] Gigantic Pterosaurian Remains from the Upper Cretaceous of Mongolia

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Mongol Giant
 Artwork by  Joschua Knüppe | Studio 252MYA | pteros.com

 ABSTRACT
Fragmentary cervical vertebral elements of a gigantic pterosaur are described from the upper Campanian–Maastrichtian Nemegt Formation in the Gobi Desert. With an estimated width of a posterior centrum across the postexapophyses of 198 mm, this taxon represents one of the largest pterosaurs currently known. This is the first discovery of a pterosaur from the Nemegt Formation, adding further evidence that gigantic pterosaurs were widely distributed in Eurasia and North America during the latest Cretaceous.


SYSTEMATIC PALEONTOLOGY
 PTEROSAURIA Owen, 1842 
PTERODACTYLOIDEA Plieninger, 1901
ORNITHOCHEIROIDEA Seeley, 1891 
?AZHDARCHIDAE Nessov, 1984 

Gen. et sp. indet.

Locality: Gurilin Tsav, western Gobi Desert, Mongolia.
 Formation/Age: Nemegt Formation, Upper Cretaceous (upper Campanian–lower Maastrichtian to Maastrichtian). 

DESCRIPTION 
Three vertebral elements, one centrum, and two fragmentary neural arches (MPC-D 100/116, 100/117, and 100/118), were found in close proximity to one another in the same horizon and were thus presumably derived from a single individual.

....



Takanobu Tsuihiji, Brian Andres, Patrick M. O'connor, Mahito Watabe, Khishigjav Tsogtbaatar and Buuvei Mainbayar. 2017. Gigantic Pterosaurian Remains from the Upper Cretaceous of Mongolia. Journal of Vertebrate Paleontology. DOI:    10.1080/02724634.2017.1361431 

Ancient Winged Terror Was One of the Largest Animals to Fly on.natgeo.com/2gYJkLJ via @NatGeo

[Herpetology • 2017] Ameerega munduruku • A New Species of Poison Frog, Genus Ameerega (Anura: Dendrobatidae), from the southern Amazonian Rain Forest

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Ameerega munduruku
Neves, Silva, Akieda, Cabrera, Koroiva & Santana, 2017

 SALAMANDRA. 53(4); 485–493.  

Abstract
 A new species of poison frog in the Ameerega picta group is described from Amazonia, states of Pará and Mato Grosso. It inhabits rock outcrops in open areas near streams of the central Teles Pires River system. The new species differs from congeners by the combination of four characters: 24.87–28.59 mm adult SVL, black immaculate dorsum, white ventral side with black vermicular blotches, and an orange stripe in the axillar region. Genetically, the new species is most closely related to A. flavopicta

Key words. Amphibia, Anura, Dendrobatidae, Ameerega sp. n., A. picta group, systematics, taxonomy, Brazil.


Figure 3. Individual of Ameerega munduruku sp. n. in life from the type locality (non-collected specimen) in (a) dorsal and (b) ventral views.

Ameerega munduruku sp. n.

Diagnosis: The following characters diagnose the new species as a member of the genus Ameerega sensu Grant et al. (2006): colour in life aposematic; bright signal spot in the calf region present; light dorsolateral stripe present; light lateral stripe absent (the line visible from the lower lip to groin is an extension of the ventral coloration); presence of the lateral stripe dark; neopalatinae present; dorsal skin slightly granular; finger I > finger II when adpressed; webbing between toes absent; presence of dermal flap.

Life History: We found specimens of Ameerega munduruku sp. n. in Mato Grosso Seasonal Forest and Madeira-Tapajós Forest of the Amazon forest domain. Individuals inhabited rock outcrops near water bodies in glades within forested areas, using rocks on the floor as shelter. Additional individuals were observed inside the forest habitat. The new species is apparently common in the area, and is easily found on fallen trunks, in leaf litter and on rocks. Males were calling at 09:30 h perched on the herbaceous vegetation, ~ 30 cm above the ground. We found one male (not collected) carrying nine tadpoles on its dorsum during the wet season (November 2016). Allobates tapajos and Adenomera sp. were found sympatrically with A. munduruku sp. n. 

Etymology: The specific epithet munduruku is a noun in apposition referring to the Munduruku ethnic group, which inhabits the southwestern parts of the state of Pará and the northern region of the state of Mato Grosso, Brazil. 

Distribution: The new species is only known from the type locality (Jacareacanga Municipality, state of Pará) and one site ~ 70 km away on the other side of the Teles Pires River (Paranaíta Municipality, Mato Grosso State) (Fig. 5). 


Matheus Oliveira Neves, Leandro Alves da Silva, Paulo Sérgio Akieda, Rodrigo Cabrera, Ricardo Koroiva and Diego José Santana. 2017. A New Species of Poison Frog, Genus Ameerega (Anura: Dendrobatidae), from the southern Amazonian Rain Forest. SALAMANDRA. 53(4); 485–493. 

[Ichthyology • 2017] Parapercis altipinnis • A New Species of the Sandperch Genus Parapercis (Perciformes: Pinguipedidae) from the Philippines

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Parapercis altipinnis
Ho & Heden, 2017

Abstract

A new species sandperch, Parapercis altipinnis, is described based on the holotype collected from Cebu, the Philippines at 55–65 m by SCUBA. The new species belongs to the P. cylindrica complex and can be distinguished by an extremely high first dorsal fin, the first spine slightly longer than the head; 3 predorsal scales; 42 or 43 lateral-line scales; teeth present on vomer and palatines. The body is reddish dorsally and blackish ventrally, with 5 large brownish saddles alternating with white bands on dorsal surface; scattered dots on top of head, first dorsal fin and dorsal surface; first dorsal fin milky white with 5 black marks on anterior margin; a black broad band below eye; cheek and throat blackish red surrounding by white color; row of 10 short white bars along the lateral side of body axis; row of 9 deep red to blackish bars on lower half of lateral side of body; base of pelvic fin and lower margin of caudal fin blackish; rows of black spots on soft dorsal fin. A key to the species of the complex is provided.

Keywords: Pisces, Teleostei; taxonomy, Parapercis altipinnis, new species


FIGURE 1. Living or fresh coloration of Parapercis altipinnis sp. nov., holotype. A. lateral view of right side; B. lateral view of left side of head; C. dorsal view;
 Photos by M. van Heden (A) and J. Mallefet (B–C).

Parapercis altipinnis sp. nov. 
English name: Karen's sandperch 

Parapercis sp. 5: Kuiter & Tonozuka, 2001:569,
fig. A–B (Bali, Indonesia, underwater photograph only).

 Holotype. NMMB-P26107, 50.3 mm SL, Cebu, the Philippines, ca. 55–65 m, hand net, SCUBA diving, and purchased from an aquarium in Belgium in December, 2016. 

Diagnosis. Dorsal-fin rays V, 21; anal-fin rays I, 17; pectoral-fin rays 14 or 15; lateral-line scales 42 or 43; gill rakers on first gill arch 3 + 7; predorsal scales 3; small, partly embedded, cycloid scales on anterior portion and large ctenoid scales in about 4 rows on posterior portion of cheek; single row of vomerine teeth in curved band; palatine teeth present; prominent sharp spine at upper edge of subopercle present; body depth 4.1 in SL (24.3% SL); first two dorsal-fin spines elongate, first slightly longer than head length, second about half length of first; membrane from last dorsal-fin spine joined to base of first soft ray; caudal fin slightly rounded. When alive, body reddish dorsally and blackish ventrally; 5 large brown saddles on dorsal surface; scattered dots on top of head, first dorsal fin and dorsal surface of back; first dorsal fin whitish with 5 black mark on anterior margin of first spine; a black band below eye; cheek and throat blackish; row of 10 white short bars along lateral side of body axis; row of 9 blackish red bars on lower half of lateral body; base of pelvic fin and lower half of caudal fin blackish; row of black spots on base of soft dorsal fin.


Etymology. The specific name is derived from the Latin alti (long) and pinnis (fin) in referring to the extremely high first dorsal fin

Distribution. Known only from the holotype collected from Cebu, the Philippines, at around 55–65 m depth.

 Ecological note. That Parapercis is generally believed to be protogynous and that the change from female to male is often accompanied by color changes, but not elongation of certain fin rays (Ho, pers. obse.). The holotype has a pairs of saccus connecting to the cloaca, which are most likely ovaries but without eggs. The specimen might be a juvenile or a mature female just after spawning. Underwater photographs of a male individual are provided in Kuiter & Tonozuka (2001; as Parapercis sp. 5). It shows sexual dimorphism in the coloration, but not the high dorsal fin, in present species. 


 Hsuan-Ching Ho and Miranda V. Heden. 2017. A New Species of the Sandperch Genus Parapercis from the Philippines (Perciformes: Pinguipedidae). Zootaxa. 4341(4); 563–569.  DOI:  10.11646/zootaxa.4341.4.8


[Ichthyology • 2017] Seahorses of the Hippocampus coronatus complex (Teleostei, Syngnathidae): Taxonomic Revision, and Description of Hippocampus haema, A New Species from Korea and Japan

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Hippocampus haema
 Han, Kim, Kai & Senou, 2017


Abstract
Morphological and molecular analyses were conducted on 182 specimens belonging to the Hippocampus coronatus complex (H. coronatus sensu lato), collected in Korea and Japan 1933–2015, in order to clarify the taxonomic status of the species within this complex. Three species are recognized based on the shape of the coronet, the number of trunk rings (TrR) and tail rings (TaR), and presence or absence of a wing-tip spine (WS) at the dorsal fin base. Hippocampus coronatus Temminck & Schlegel, 1850 (H. coronatus sensu stricto), is diagnosed by 10 TrR, 37–40 TaR, an extremely high coronet (55.7–79.0 % head length) with four tips on the corona flat (CoT), and one WS. Hippocampus sindonis Jordan & Snyder, 1901 is diagnosed by 10 TrR, 35–38 TaR, a moderately high coronet (36.3–55.4 % HL) with five CoT, and no WS. A new speciesHippocampus haema is described on the basis of 140 specimens, characterized by 10 TrR, 35–38 TaR, a moderately high coronet (34.1–54.9 % head length) with four CoT, and two WS. Hippocampus haema is only known from the Korea Strait, western Kyushu, and East/Japan Sea. Recognition of the three species is supported by differences in mitochondrial DNA fragments (cytochrome b, 16S rRNA, and 12S rRNA).

Keywords: Genetic distance, morphology, molecular systematics, Pacific Ocean, taxonomy


Figure 4. Coloration of fresh specimens. A Hippocampus haema(paratype, PKU 9424) BH. coronatus (FAKU 137351) C H. sindonis (FAKU 137339). 

Hippocampus coronatus Temminck & Schlegel, 1850

  English name: Crowned seahorse,
New Korean name: -haema, Japanese name: Tatsu-no-otoshigo


Diagnosis: A species of Hippocampus having a bony body; double gill openings; ring (R: TrR + TaR) 10 + 37–40, mode 10 + 39 (lectotype: 10 + 38); extremely high coronet, straight or inclined backwards; CoT 4; CHGO 43.0–60.1 % HL; CHMC 55.7–79.0 % HL; WS thick and recurved.

Distribution: Southeastern coast of Honshu (Japan), from Izu Peninsula (Shizuoka Prefecture) to Boso Peninsula (Chiba Prefecture) (Fig. 1). Hippocampus coronatus lives in weed habitats, especially in floating Sargassum (Kuiter 2009; Senou 2013), within shallow areas (0–20 m depth).

Etymology: The Latin word coronatus means crowned. The new Korean name, Wanggwan-haema means ‘crowned seahorse’, in agreement with the English and scientific names. In fact, Haema, which has the connotation ‘common’ and ‘fish species belonging to the genus Hippocampus’ in Korean, has been used to name seahorses commonly found in Korea, whereas Wanggwan-haema has been informally used to refer to H. coronatus in Korean. In addition, the word wanggwan [crown] is more suited for H. coronatus, whose coronet is considerably higher than that of H. haema. The Japanese name Tatsu-no-otoshigo literally means ‘dragon’s bastard child’.


Hippocampus sindonis Jordan & Snyder, 1901

English name: Painted seahorse,
Korean name: Sindo-haema, Japanese name: Hanatatsu  

Diagnosis: A species of Hippocampus having a bony body; double gill openings; R 10 + 35–38 (holotype: 10 + 37); coronet moderately high; CoT 5; CHGO 26.8–41.0 % HL; CHMC 36.3–55.4 % HL; a very blunt or truncated spine on the dorsal fin base; no WS on dorsal fin base.

Distribution: Southeastern coast of Honshu (Japan), from Tanabe (Wakayama Prefecture) to Boso Peninsula (Chiba Prefecture) (Fig. 1). Hippocampus sindonis lives in a wide range of habitats, from shallow high-energy algae reefs to soft bottom habitats (Kuiter 2009), at 2–30 m depth (Senou 2013).

Etymology: The specific name sindonis was derived from the name of M. Sindo, an assistant curator of fishes at Stanford University (Jordan and Snyder 1901; Lourie 2016). The English name was coined by Kuiter (2009). The Japanese name Hanatatsu literally means ‘hana (flower or blossom, which indicates gorgeous) + tatsu (dragon, or the abbreviation of the word “Tatsu-no-otoshigo: seahorse”)’, and refers to the beautiful color and skin filaments of the species.




Hippocampus haema sp. n.

New English name: Korean seahorse,
Korean name: Haema, New Japanese name: Himetatsu


Hippocampus coronatus: Jordan and Snyder 1901: 19; Mori 1928: 5; Boeseman 1947: 195; Mitani 1956: 30; Chyung 1977: 272; Araga 1984: 89; Senou 1993: 489 (right fig.), 1294; Kim and Lee 1995: 76; Nakamura 1999b: 125; Senou 2000: 536; Choi et al. 2002: 141; Senou 2002: 536, 1508; Kim et al. 2005: 203; Choi et al. 2006; Yoshino and Senou 2008: 76; Kohno et al. 2011: 127; Senou 2013: 635, 1911; Han et al. 2014: 423 (non Temminck & Schlegel).
Hippocampus cf. coronatus: Kuiter 2009: 128.
Hippocampus sindonis: Nakamura 1999a: 124; Yoshino and Senou 2008: 76; Kim et al. 2013: 42 (non Jordan & Snyder).
Hippocampus kuda: Kim et al. 2001: 67, Myoung et al. 2002: 74 (non Bleeker).
Hippocampus sp.: Kim and Ryu 2017: 110.

Diagnosis: A species of Hippocampus having a bony body; double gill openings; R 10 + 35–38, mode 10 + 36 (holotype: 10 + 36); coronet moderately high and turned back on top; CoT 4; CHGO 22.7–41.6 % HL; CHMC 34.1–54.9 % HL; a WS on the dorsal fin base.

Distribution: Korea: southern and southeastern coasts of the Korean Peninsula (from Soan Island to Ulsan); Japan: western coast of Kyushu (western Kagoshima Prefecture), northwestern coast of Honshu (from Kyoto Prefecture to Akita Prefecture) (Fig. 1). Lives in floating Sargassum and weeds on shallow soft bottom habitats from 0–18 m depth (e.g. Kim et al. 2016).

Etymology: The Korean word Haema means ‘seahorse’, which connotes ‘representative’ and ‘common’. Thus, the scientific and Korean names Haema were chosen to indicate that this seahorse is the one most commonly found in Korea. The Japanese name Himetatsu means ‘princess seahorse’ or ‘dwarf seahorse’, and refers to its lower coronet and smaller body compared to H. coronatus.


 Sang-Yun Han, Jin-Koo Kim, Yoshiaki Kai and Hiroshi Senou. 2017. Seahorses of the Hippocampus coronatus complex: Taxonomic Revision, and Description of Hippocampus haema, A New Species from Korea and Japan (Teleostei, Syngnathidae). ZooKeys. 712: 113-139.  DOI: 10.3897/zookeys.712.14955

    

[Ichthyology • 2017] Review of the Chromis xanthura Species Group (Perciformes: Pomacentridae), with Description of A New Species; Chromis anadema

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Chromis anadema
 Motomura, Nishiyama & Chiba, 2017 


Abstract
A taxonomic review of the Chromis xanthura species group, defined here as having 13 dorsal-fin spines, three upper and three lower procurrent caudal-fin rays, two black bands at the preopercular and opercular margins, and a yellow caudal fin when juvenile, resulted in the recognition of three species, Chromis xanthura (Bleeker 1854), Chromis opercularis (Günther 1867), and Chromis anadema sp. nov. Chromis xanthura and C. opercularis, the Pacific and Indian Ocean paired sister species, respectively, are redescribed, with confirmation of two color types of C. xanthura (having a white or black caudal peduncle and fin) as a single species on the basis of morphological and molecular analyses. Chromis anadema sp. nov., described from the oceanic islands of the Pacific Ocean on the basis of 21 specimens, is characterized by having 28–33 gill rakers; longest dorsal-fin soft ray length 20.0–24.7% of standard length (SL); first anal-fin spine length 5.0–6.1% of SL; caudal-fin length 33.4–43.8% of SL; posterior tips of caudal-fin lobes not filamentous in adults; broad black bands along preopercular and opercular margins, sum width of two bands 28.9–38.7% of head length; distal half of soft-rayed portion of dorsal fin transparent in adults; triangular black blotches at upper and lower caudal-fin base in adults; caudal peduncle and fin bluish black in adults; and body grayish, and all fins (except for pectoral fin) bright yellow in juveniles.

Keywords: Teleostei, Chromis anadema, Chromis opercularis, Damselfish, Taxonomy, Morphology 


Fig. 2 Photographs of Chromis anadema sp. nov.
ab Fresh holotype from Yoron-jima island, Ryukyu Islands, Japan (KAUM–I. 42229, 101.3 mm SL);
c live individual from Ishigaki-jima island, Ryukyu Islands, Japan, 15 m depth (photo: T. Uchida); d live juvenile from Hachijo-jima island, Izu Islands, Japan, 12 m depth (photo: S. Kato)

Chromis anadema sp. nov.
(New English name: Short-tail Doublebar Chromis;
new standard Japanese name: Kanzashi-suzumedai) 

Diagnosis. A species of Chromis with the following combination of characters: dorsal-fin rays XIII, 10 or 11 (mode 11); anal-fin rays II, 10–12 (11); pectoral-fin rays 18–20 (19); upper and lower procurrent caudal-fin rays 3; pored lateral-line scales 17–19 (18); gill rakers 7–9 (8) + 20–24 (22) = 28–33 (30); longest dorsal-fin soft ray length 20.0–24.7% (mean 22.3%) of SL; first anal-fin spine length 5.0–6.1% (5.6%) of SL; caudal-fin length 33.4–43.8% (38.4%) of SL; posterior tips of caudal-fin lobes not filamentous in adults; broad black bands along preopercular and opercular margins, sum width of two bands 28.9–38.7% (33.1%) of head length; distal half of soft-rayed portion of dorsal fin transparent in adults; triangular black blotches at upper and lower caudal-fin base in adults; caudal peduncle and fin bluish black in adults; body grayish and all fins (except for pectoral fin) bright yellow in juveniles.

Distribution. Known from the vicinity of oceanic islands in the tropical Pacific Ocean (Fig. 4). The specimens were collected from the Ryukyu, Mariana, Marquesas, Society, Gambier, and Pitcairn islands at depths of 3–45 m. Records by published underwater photographs are: Hachijo-jima island (Izu Islands, off Pacific coast of Japanese mainland), Saipan, and Palau (Kato 2011),Guam (Myers 1989), Minna-jima, Ie-jima, and Okinawa-jima islands (Okinawa Islands, Ryukyu Islands) (Yoshino 2008; Araga 2009), Yaku-shima island (Osumi Islands, north of Ryukyu Islands) (Motomura and Harazaki 2017), and Tahiti (Society Islands) (Randall 2005) (Fig. 4).

Etymology. Derived the Latin anadema meaning “hair band”, with reference to two black bands at the preopercular and opercular margins of the species.


Chromis opercularis (Günther 1867 in Playfair and Günther 1867)
(English name: Doublebar Chromis)

Chromis xanthura (Bleeker 1854)
(English name: Paletail Chromis;
standard Japanese name: Mon-suzumedai)


Hiroyuki Motomura, Hajime Nishiyama and Satoru N. Chiba. 2017. Review of the Chromis xanthura Species Group (Perciformes: Pomacentridae), with Description of A New Species. Ichthyological Research.  DOI: 10.1007/s10228-017-0601-8


[Entomology • 2017] Malagasopus gen. nov. • Revision of the Madagascan genera Oncodopus and Colossopus (Orthoptera: Tettigoniidae: Conocephalinae; Euconchophorini)

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Malagasopus desutterae
Ünal & Beccaloni, 2017
  

Abstract

The endemic Madagascan genera Oncodopus Brongniart and Colossopus Saussure are revised using museum specimens, including the types, and recently collected material. A new genusMalagasopus gen. nov., and seven new speciesMalagasopus desutterae sp. nov.Malagasopus meridianus sp. nov.Oncodopus janetae sp. nov.Oncodopus brongniarti sp. nov.Oncodopus saussurei sp. nov., Oncodopus soalalaensis sp. nov. and Colossopus parvicavus sp. nov. are described. Lectotypes are designated for Oncodopus zonatus Brongniart, 1897 and Colossopus redtenbacheri (Brongniart, 1897). A new term, mesothoracic auricle, is proposed for a structure on the episternum of the mesothorax. A tabulated key to the genera and keys to the species are presented. All species are described and diagnosed, and their phylogenetic relationships, geographical distributions, habitat preferences and phenologies are documented. The life history of Colossopus grandidieri is described, and the unusual possible mate-guarding behaviour of several species is discussed. Maps showing the distribution of the species are presented, as too are 57 photographs of museum specimens, 51 drawings of morphological characters, 17 photographs of living specimens and one habitat photograph.

Keywords:  Orthoptera, Madagascar, Conocephalinae, OncodopusColossopusMalagasopus, revision, new genus, new species, lectotype, taxonomy, distribution, mate-guarding


Family: Tettigoniidae Krauss, 1902
Subfamily: Conocephalinae Burmeister, 1838

Tribe: Euconchophorini Gorochov, 1988

Oncodopus Brongniart, 1897
Type species:Oncodopus zonatus Brongniart, 1897


113 Oncodopus janetae, adult female, Mangatsiaka parcel, Andohahela National Park, Toliara Province. 30.11.2004. © S. Stammers, 114 Oncodopus brongniarti, adult female, near village of Mangily, Toliara Province. 11.11.2004. © G.W. Beccaloni, 115 Oncodopus brongniarti, threat display of adult female, near village of Mangily, Toliara Province. 30.12.2015. © M. Bader, 117 Oncodopus saussurei, adult female, beside R.N. 7 south of Ambohimahasoa, Fianarantsoa Province. 13.11.2004. © S. Stammers

FIGURES 112-119. Living specimens.
112 Oncodopus zonatus, adult male, natural resting posture, Zombitse-Vohibasia National Park, Toliara Province. 17.11.2004. © G.W. Beccaloni, 113 Oncodopus janetae, adult female, Mangatsiaka parcel, Andohahela National Park, Toliara Province. 30.11.2004. © S. Stammers, 114 Oncodopus brongniarti, adult female, near village of Mangily, Toliara Province. 11.11.2004. © G.W. Beccaloni, 115 Oncodopus brongniarti, threat display of adult female, near village of Mangily, Toliara Province. 30.12.2015. © M. Bader, 116 Oncodopus brongniarti, adult pair, natural resting postures, Belo Sur Mer, Toliara Province. 22.11.2007. © J. Beccaloni, 117 Oncodopus saussurei, adult female, beside R.N. 7 south of Ambohimahasoa, Fianarantsoa Province. 13.11.2004. © S. Stammers, 118 Malagasopus desutterae, male nymph, 80 km north of Tulear, near village of Ankililoaka, Toliara Province. 6.2008 © O. Pronk, 119 Colossopus grandidieri, eggs: newly laid eggs lower right; older (swollen) eggs upper left. Captive stock. © G.J.N. González. 

Malagasopus desutterae, male nymph, 80 km north of Tulear, near village of Ankililoaka, Toliara Province. 6.2008
photo: O. Pronk

Malagasopus gen. nov. 
Type species. Malagasopus desutterae sp. nov., here designated.

Etymology. The generic name is derived from “Malagasy” meaning Madagascan. 


FIGURES 120-129. Living specimens.
  120 Colossopus grandidieri, older (swollen) egg. Captive stock. © G.J.N. González, 121 Colossopus grandidieri, recently hatched 1st instar nymph. Captive stock. © G.J.N. González, 122 Colossopus grandidieri, late instar male nymph. Captive stock. © G.J.N. González, 123 Colossopus grandidieri, final instar female nymph. Captive stock. © G.J.N. González, 124 Colossopus grandidieri, adult female. Captive stock. © G.J.N. González, 125 Colossopus grandidieri, threat display of adult female, near village of Mangily, Toliara Province. 15.3.2015. © M. Bader, 126 Colossopus grandidieri, adult male, near village of Mangily, Toliara Province. 19.11.2004. © G.W. Beccaloni, 127 frontal view of head of the previous individual. © G.W. Beccaloni,
128 Colossopus redtenbacheri, adult female, Berenty Private Reserve, Toliara Province, 4.12.2004. © G.W. Beccaloni, 129 Spiny forest near village of Mangily, Toliara Province in November 2004, close to where the second author collected Colossopus grandidieri and Oncodopus brongniarti. © G.W. Beccaloni. 

Colossopus Saussure, 1899
Type species: Colossopus grandidieri Saussure, 1899.


Mustafa Ünal and George William Beccaloni. 2017. Revision of the Madagascan genera Oncodopus Brongniart and Colossopus Saussure (Orthoptera: Tettigoniidae: Conocephalinae; Euconchophorini), with description of Malagasopus gen. nov. Zootaxa. 4341(2); 193–228.  DOI:  10.11646/zootaxa.4341.2.2

[Paleontology • 2017] Mierasaurus bobyoungi • Descendants of the Jurassic Turiasaurs from Iberia Found Refuge in the Early Cretaceous of western USA

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Mierasaurus bobyoungi 
Royo-Torres, Upchurch, Kirkland, DeBlieux, Foster, Cobos & Alcalá, 2017

reconstruction: Mike Skrepnick

Abstract
A new, largely complete eusauropod dinosaur with cranial and postcranial elements from two skeletons, Mierasaurus bobyoungi gen. nov., sp. nov. from the lower Yellow Cat Member (Early Cretaceous) of Utah (USA), is the first recognized member of Turiasauria from North America. Moreover, according to our phylogenetic results, Moabosaurus utahensis from the lower Yellow Cat Member of Utah (USA) is also a member of this clade. This group of non-neosauropod eusauropods, which now includes five genera (Losillasaurus, Turiasaurus, Mierasaurus, Moabosaurus and Zby), was previously known only from the Jurassic of Europe. These recent discoveries in Utah suggest that turiasaurs as a lineage survived the Jurassic-Cretaceous extinction boundary and expanded their known range, at least, into western North America. The revised spatiotemporal distribution of turiasaurs is consistent with the presence of a land connection between North America and Europe sometime during the late Tithonian to Valanginian (c.147-133 Ma). Mierasaurus and Moabosaurus are the only non-neosauropod eusauropods known from North America, despite being younger than the classic neosauropods of the Morrison Formation (c.150 Ma).






Figure 2: The skull material (UMNH.VP.26004) of Mierasaurus bobyoungi gen. nov, sp. nov.

Systematic Palaeontology

Dinosauria Owen, 1842
Saurischia Seeley, 1887

Sauropoda Marsh, 1878
Eusauropoda Upchurch, 1995
Turiasauria Royo-Torres, Cobos and Alcalá, 2006

Mierasaurus bobyoungi gen. nov., sp. nov.

Etymology: Genus named for Bernardo de Miera y Pacheco, Spanish cartographer and chief scientist for the 1776 Domínguez-Escalante Expedition: the first European scientist to enter what is now Utah. The species name acknowledges the importance of the underappreciated research by Robert Young on the Early Cretaceous of Utah.

Holotype: A partial skeleton of a single individual (UMNH.VP.26004), comprising disarticulated cranial and postcranial elements from the type site (Doelling’s Bowl). We regard this as subadult because it is a relatively large animal with unfused vertebral centra and neural arches in some dorsal vertebrae. This individual includes a partial skull and jaw, teeth, atlas, 8 cervical vertebrae, 11 cervical ribs, 11 dorsal vertebrae, 6 dorsal ribs, 6 sacral ribs, 15 caudal vertebrae, two chevrons, right scapula and partial left scapula, left radius, left ulna, left manus, complete pelvic elements, both femora, left tibia, left fibula, left astragalus and left pes.

tibia, fibula and complete left hind foot of Mierasaurus bobyoungi.



Type locality and horizon: All Mierasaurus remains discussed herein are from Doelling’s Bowl bonebed, UMNH VP.LOC.1208 (Utah Loc. 42Gr0300v) within the lower Yellow Cat Member (below the marker calcrete), Cedar Mountain Formation, on lands managed by the U.S. Bureau of Land Management in northern Grand County, east-central Utah. In a preliminary report in a conference abstract, detrital zircon dating indicates maximum ages ranging from ~136.4 ± 1.1 Ma and ~132 Ma for lower Yellow Cat Member and ~137.2 ± 2.0 Ma for upper Yellow Cat Member. The combination of these data with the upper Berriasian-Valanginian age based on ostracods and charophyte fauna for the upper Yellow Cat Member indicates a conflict in the maximum age traditionally considered for it 124.2 ± 2.6 Ma (see Supplementary Information). All of these data suggest a potential age of late Berriasian-early Aptian (c.142-124 Ma) for the Yellow Cat Member.

Doelling’s Bowl has produced the iguanodont cf. Iguanocolossus sp., a new species of polacanthid ankylosaur, a large allosauroid theropod (teeth), and the dromaeosaur Yurgovuchia doellingi. Exact locality information will be provided to qualified researchers on request through the Natural History Museum of Utah or the Utah Geological Survey.

Diagnosis: A turiasaurian sauropod possessing the following features (autapomorphies marked by *): *the otosphenoidal ridge extends from the anterior surface of the paroccipital process, near its ventral margin and is restricted to the medialmost part of the latter process (Fig. 2b); *the occipital condyle has a pair of rounded ridges extending dorsoventrally, one on either lateral face of the condylar articular surface (Fig. 2a–d); *the atlantal intercentrum (Fig. 3e,f) bears a pair of depressions in the medial surface, facing posteromedially, each of which receives the anterolateral margin of the odontoid process; a well-developed spinoprezygapophyseal lamina extends anteriorly (Fig. 3a–d, g–m) as a low ridge onto the lateral surface of the prezygapophyses roofing a lateral fossa on prezygapophyses in middle and posterior cervical vertebrae (shared with the diplodocine Kaatedocus26); *cervical ribs bear a ridge or bulge on the lateral surface of the tuberculum, immediately posterior to the base of the anterior process (Fig. 3n–v); dorsal neural arches lack posterior centroparapophyseal laminae; *lateral depression on the distal ramus of haemal arches (Fig. 5g,h); metacarpal I longer than metacarpal IV, shared with Macronaria27 (Fig. 5m); a very short ischium compared to pubis length (ischium:pubis length ratio = 0.75) (Fig. 5d–f); the midpoint of the fourth trochanter placed in the proximal part of the femur (Fig. 5a); femur with subequal distal condyles (Fig. 5k); and pedal unguals 2 and 3 compressed dorsoventrally (Fig. 5l,o).



Figure 6: Phylogenetic relationships of Turiasauria: The time-calibrated phylogenetic relationships of Mierasaurus bobyoungi n. gen. et sp. nov. The box next to each taxon demarcates its temporal range, whereas the colour of the box reflects the continent(s) where the taxon occurs (yellow = South America, light blue = Asia, orange = North America; green = Europe, dark blue = Africa; black = several continents).

 mired Mierasaurus type specimen.

reconstruction: Mike Skrepnick 






Rafael Royo-Torres, Paul Upchurch, James I. Kirkland, Donald D. DeBlieux, John R. Foster, Alberto Cobos & Luis Alcalá. 2017. Descendants of the Jurassic Turiasaurs from Iberia Found Refuge in the Early Cretaceous of western USA.  Scientific Reports. 7, Article number: 14311. DOI: 10.1038/s41598-017-14677-2

Identificado un nuevo #dinosaurio de #Utah (#EEUU) con orígenes en #Teruel (#España) 



[Mammalogy • 2017] Pongo tapanuliensis • Morphometric, Behavioral, and Genomic Evidence for a New Orangutan Species

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 Pongo tapanuliensis Nurcahyo, Meijaard, Nowak, Fredriksson & Groves, 2017


An adult male naps in a tree. There are about 800 Tapanuli orangutans [Pongo tapanuliensis] on Earth, split into three fragmented populations.
Photo: Tim Laman NationalGeographic.com  

Highlights
• We describe a new species of great apes, the Tapanuli orangutan Pongo tapanuliensis
• Genomic analyses corroborate morphological distinctiveness of P. tapanuliensis
P. tapanuliensis comprises the oldest evolutionary lineage in the genus Pongo
• With fewer than 800 individuals, P. tapanuliensis is among the most endangered great apes

Summary
Six extant species of non-human great apes are currently recognized: Sumatran and Bornean orangutans, eastern and western gorillas, and chimpanzees and bonobos. However, large gaps remain in our knowledge of fine-scale variation in hominoid morphology, behavior, and genetics, and aspects of great ape taxonomy remain in flux. This is particularly true for orangutans (genus: Pongo), the only Asian great apes and phylogenetically our most distant relatives among extant hominids. Designation of Bornean and Sumatran orangutans, P. pygmaeus (Linnaeus 1760) and P. abelii (Lesson 1827), as distinct species occurred in 2001. Here, we show that an isolated population from Batang Toru, at the southernmost range limit of extant Sumatran orangutans south of Lake Toba, is distinct from other northern Sumatran and Bornean populations. By comparing cranio-mandibular and dental characters of an orangutan killed in a human-animal conflict to those of 33 adult male orangutans of a similar developmental stage, we found consistent differences between the Batang Toru individual and other extant Ponginae. Our analyses of 37 orangutan genomes provided a second line of evidence. Model-based approaches revealed that the deepest split in the evolutionary history of extant orangutans occurred ∼3.38 mya between the Batang Toru population and those to the north of Lake Toba, whereas both currently recognized species separated much later, about 674 kya. Our combined analyses support a new classification of orangutans into three extant species. The new species, Pongo tapanuliensis, encompasses the Batang Toru population, of which fewer than 800 individuals survive.

Results
Despite decades of field studies, our knowledge of variation among orangutans remains limited as many populations occur in isolated and inaccessible habitats, leaving questions regarding their evolutionary history and taxonomic classification largely unresolved. In particular, Sumatran populations south of Lake Toba had long been overlooked, even though a 1939 review of the species’ range mentioned that orangutans had been reported in several forest areas in that region [4]. Based on diverse sources of evidence, we describe a new orangutan species, Pongo tapanuliensis, that encompasses a geographically and genetically isolated population found in the Batang Toru area at the southernmost range limit of extant Sumatran orangutans, south of Lake Toba, Indonesia.

Figure 1: Morphological Evidence Supporting a New Orangutan Species
(A) Current distribution of Pongo tapanuliensis on Sumatra. The holotype locality is marked with a red star. The area shown in the map is indicated in Figure 2A. (B) Holotype skull and mandible of P. tapanuliensis from a recently deceased individual from Batang Toru. (C) Violin plots of the first seven principal components of 26 cranio-mandibular morphological variables of eight north Sumatran P. abelii and 19 Bornean P. pygmaeus individuals of similar developmental state as the P. tapanuliensis holotype skull (black horizontal lines).



Systematics
Genus Pongo Lacépède, 1799.

Pongo tapanuliensis sp. nov. Nurcahyo, Meijaard, Nowak, Fredriksson & Groves.
Tapanuli Orangutan.

Etymology: The species name refers to three North Sumatran districts (North, Central, and South Tapanuli) to which P. tapanuliensis is endemic.


Description: Craniometrically, the type skull of P. tapanuliensis (Figure 1B) is significantly smaller than any skull of comparable developmental stage of other orangutans; it falls outside of the interquartile ranges of P. abelii and P. pygmaeus for 24 of 39 cranio-mandibular measurements. A principal-component analysis (PCA) of 26 cranio-mandibular measurements commonly used in primate taxonomic classification shows consistent differences between P. tapanuliensis and the two currently recognized species.

The external morphology of P. tapanuliensis is more similar to that of P. abelii in its linear body build and more cinnamon pelage than that of P. pygmaeus. The hair texture of P. tapanuliensis is frizzier, contrasting in particular with the long, loose body hair of P. abelii. Pongo tapanuliensis has a prominent moustache and flat flanges covered in downy hair in dominant males, whereas flanges of older males resemble more those of Bornean males. Females of P. tapanuliensis have beards, unlike those of P. pygmaeus.

Distribution: Pongo tapanuliensis occurs only in a small number of forest fragments in the districts of Central, North, and South Tapanuli, Indonesia (Figure 1A). The total distribution covers approximately 1,000 km2, with an estimated population size of fewer than 800 individuals. The current distribution of P. tapanuliensis is almost completely restricted to medium elevation hill and submontane forest (∼300–1300 m above sea level). Although densities are highest in primary forest, it does occur at lower densities in mixed agroforest at the edge of primary forest areas. Until relatively recently, P. tapanuliensis was more widespread to the south and west of the current distribution, although evidence for this is largely anecdotal.



  


      


Alexander Nater, Alexander Nater, Alexander Nater, Maja P. Mattle-Greminger, Anton Nurcahyo, Matthew G. Nowak, Marc de Manuel, Tariq Desai, Colin Groves, Marc Pybus, Tugce Bilgin Sonay, Christian Roos, Adriano R. Lameira, Serge A. Wich, James Askew, Marina Davila-Ross, Gabriella Fredriksson, Guillem de Valles, Ferran Casals, Javier Prado-Martinez, Benoit Goossens, Ernst J. Verschoor, Kristin S. Warren, Ian Singleton, David A. Marques, Joko Pamungkas, Dyah Perwitasari-Farajallah, Puji Rianti, Augustine Tuuga, Ivo G. Gut, Marta Gut, Pablo Orozco-terWengel, Carel P. van Schaik, Jaume Bertranpetit, Maria Anisimova, Aylwyn Scally, Tomas Marques-Bonet, Erik Meijaard, Erik Meijaard, Erik Meijaard, Michael Krützen, Michael Krützen and Michael Krützen. 2017. Morphometric, Behavioral, and Genomic Evidence for a New Orangutan Species. Current Biology.  In Press. DOI: 10.1016/j.cub.2017.09.047


The Eighth Great Ape: New orangutan species discovered in Sumatra  news.mongabay.com/2017/11/the-eighth-great-ape-new-orangutan-species-discovered-in-sumatra via @Mongabay
New Species of Orangutan Is Rarest Great Ape on Earth  on.natgeo.com/2z8k0dk via @NatGeo

[Botany • 2017] Asplenium merapohense (Aspleniaceae) • A New Species from the Peninsular Malaysia

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Asplenium merapohense
R. Jaman & K. Imin 


Abstract
A new species of Asplenium is described from two collections made on limestone hills in Peninsular Malaysia. Conspicuous by its extremely narrow pinnae, it is probably allied to A. salignum but differs in sufficient characters (scale size, size and shape of lamina, venation and sorus length, position and orientation) to be a species in its own right.

Keywords: Asplenium, limestone, flora, morphology, taxonomy

Figure 2. Asplenium merapohense  R.Jaman & K.Imin, sp. nov.
 A Gunung Gajah B habitat – in crevices on a shaded, mossy limestone vertical cliff C Undersurface of a pinna with sori showing indusia.
 (Photographs by A P.T. Ong, B, C K. Imin).

Asplenium merapohense R. Jaman & K. Imin, sp. nov.

Diagnosis: Similar to Asplenium salignum in its short creeping rhizome, tuft of simple or once pinnate fronds dentate with rounded marginal teeth but A. merapohense is distinct in its shorter, much narrower pinnae 3.4–7.1 × 0.2–0.3(–0.45) cm (vs. 6–27 × 0.9–3.7 cm) and shorter sori, which are 2–6 mm long and lie parallel to the midrib (vs. sori 4–13 mm long angled at 45° to the midrib).

Distribution: Endemic in Peninsular Malaysia, from Pahang, Merapoh (Gua Gajah) and Kelantan, Gua Musang District (Gua Panjang).

Etymology: It takes its name from the type locality.

Ecology: Restricted to karst limestone hills where it grows on steep rock faces in sheltered conditions at 180–348 m altitude. It is a rare and very local species (Figure 2).


 Razali Jaman, Imin Kamin and Ruth Kiew. 2017. Asplenium merapohense (Aspleniaceae), A New Species from the Peninsular Malaysia. PhytoKeys. 89; 85-90.  DOI: 10.3897/phytokeys.89.20875


[Botany • 2017] Cohniella cayennensis • Critical Study of the Cohniella (Oncidiinae, Orchidaceae) of French Guiana

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Cohniella cayennensis  Sambin & Chiron


Abstract

The detailed study of several Cohniella specimens observed and/or collected in French Guiana shows that they all belong to a single entity and that it is different from the two species previously cited for this country, Cohniella cebolleta and C. ultrajectina, by a set of significant vegetative and floral characters. This entity is here described as a new species, illustrated and compared with the two taxa mentioned. A distribution map of the hitherto known specimens and/or populations is proposed, as well as an identification key.

Keywords:  Cohniella cayennensis, Botanical Garden of French Guiana, taxonomy, Monocots




Cohniella cayennensis Sambin & Chiron, sp. nov.

Etymology:— the name refers to the city of Cayenne and its surroundings where the type was collected. 


Aurélien Sambin and Guy R. Chiron. 2017. Critical Study of the Cohniella (Oncidiinae, Orchidaceae) of French Guiana. Phytotaxa. 323(1); 61–68. DOI: 10.11646/phytotaxa.323.1.4

   

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