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[Botany • 2020] Paraboea dolomitica (Gesneriaceae) • A New Species from Guizhou, China

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 Paraboea dolomitica Z.Y. Li, X.G. Xiang & Z.Y. Guo

in Guo, Wu, ... et Xiang, 2020.


Abstract
Here we describe Paraboea dolomitica Z.Y. Li, X.G. Xiang & Z.Y. Guo, a new species of Gesneriaceae from Guizhou, China. Based on recent extensive observations, this new species is morphologically similar to Paraboeafilipes (Hance) Burtt, in having obovate leaf blades, 1–4-flowered cymes and purplish corolla, but differs from that species by the combination of denticulate leathery leaves, sparsely brown haired peduncles, two woolly bracts, reniform anthers and two glabrous staminodes. Additionally, molecular data support this new species as a member of a clade that includes P. crassifolia, P. tetrabracteata, P. peltifolia, P. vetutina, P. dushanensis, P. dictyoneura, P xiangguiensis and P. guilinensis, but it is distinct from them in leaf position, inflorescence, penduncle, bract and capsule. The conservation status of this species is considered to be “Vulnerable” (VU) according to the IUCN Red List Categories and Criteria.

Keywords: Gesneriaceae, limestone flora, new species, Paraboea

Figure 3.  Paraboea dolomitica.
A Flowering habit B opened corolla showing stamens, staminode and pistil C pistil with calyx and D capsule.
 Drawn by Zhaowen Wu based on holotype and isotypes.

Figure 2.  Paraboea dolomitica.
A Habitat B flowering habit C flower face view D opened corolla showing stamens, staminodes and pistil E bracts F pistil with calyx G adaxial leaf blade; and H abaxial leaf blade.


Paraboea dolomitica Z.Y. Li, X.G. Xiang & Z.Y. Guo, sp. nov.

Diagnosis :Paraboeadolomitica is morphologically similar to P. filipes. Both of them have obovate leaf blades, 1–4-flowered cymes and a purplish corolla, but P. dolomitica differs from P. filipes by its leathery leaves with denticulate margins (vs. papery leaves with subentire margins in P. filipes), peduncles sparsely covered with brown hairs (vs. sparsely sericeous-lanate when young and glabrate when mature), two woolly bracts (vs. two glabrous bracts), reniform anthers (vs. oblong anthers), two staminodes 0.3 cm long (vs. 1 staminodes 0.02 cm long), and flowering during April and May (vs. flowering during September and October) (Table 1).

Distribution: Paraboea dolomitica is known from Yuntai Mountain, Shibing County and Wuyang River, Zhenyuan County, Guizhou, China.

Etymology: The specific epithet refers to the habitat of this new species, the dolomitekarst area.

Habitat and ecology: Paraboeadolomitica grows on rock faces of dolomite karst area, at an elevation of ca. 650–855 m. Accompanying plants in the habitat are sparse and include trees, such as Platycaryastrobilacea Sieb. et Zucc., Cotinuscoggygria Scop., and herbs such as Selaginellamoellendorfii Hieron., Paphiopedilummicranthum T. Tang et F. T. Wang, Violadiffusa Ging., Galiumaparine Linn. var. echinospermum (Wallr.) Cuf. and Carex sp.


 Zhiyou Guo, Zhaowen Wu, Weibin Xu, Zhenyu Li and Xiaoguo Xiang. 2020. Paraboea dolomitica (Gesneriaceae), A New Species from Guizhou, China. PhytoKeys. 153: 37-48. DOI: 10.3897/phytokeys.153.50933



[Herpetology • 2020] Magdalenasaura adercum & M. leurosquama • Filling the Gaps in A Highly Diverse Neotropical Lizard Lineage: A New and Endemic Genus of Cercosaurinae (Squamata: Gymnophthalmidae) with the Description of Two New Species from the Northern Andes of Colombia

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Magdalenasaura adercum
 Fang, Vásquez-Restrepo & Daza, 2020

Abstract
In the last decade, understanding of the Neotropical lizards family Gymnophthalmidae has changed dramatically with the recognition of several new genera, resolution of non-monophyly, definition of previously unknown lineages and refined biogeographic hypotheses. Recent field explorations on the northern Cordillera Central in Colombia uncovered two undescribed species that cannot be assigned to any currently recognized gymnophthalmid genus. Based on a molecular phylogenetic analysis combined with morphological and genetic distances, we describe a new genus and two new species from the northern Andes of Colombia. Magdalenasaura gen. nov. is restricted to the Magdalena biogeographic province and is sister to the cis-Andean genus Gelanesaurus. The new genus can be readily distinguished from all other Cercosaurinae genera by a combination of genetic and morphological characters. The new genus containsMagdalenasauraleurosquama sp. nov. and M. adercum sp. nov., both found in forested habitats near streams at altitudes ranging from 1300 to 1850 m on the eastern flank of the northern Cordillera Central in Colombia. We differentiate the Cercosaurinae genera from Colombia based on general scutellation. Filling the gaps of the tremendous diversity of gymnophthalmid lizards will improve taxonomic and biogeographic hypotheses to better understand the evolution of endemic lineages from the north-western corner of South America.

Keywords: Cordillera Central, Magdalena biogeographic province, molecular phylogenetics, morphology, reptiles, South America, systematics

Fig. 9. Geographic distribution of Magdalenasaura gen. nov. and Gelanesaurus in north-western South America.


Magdalenasaura gen. nov. 
Type species. Magdalenasauraleurosquama sp. nov.

 Etymology. Magdalenasaura (gender feminine) derives from the Spanish word Magdalena and the Greek word saura (lizard), in allusion to the Magdalena river basin where the two species have been found.

Holotype of Magdalenasaura adercum sp. nov. in life (MHUA-R 13522).
Photo by Juan M. Daza.



Magdalenasaura adercum sp. nov.

Etymology. The epithet adercum derives from the Greek word aderkes (unseen or unexpected), because after extensive sampling efforts in the region these lizards seem to be very rare, secretive and hard to see.




Holotype of Magdalenasaura leurosquama sp. nov. in life (MHUA-R 13153).
Photo by Estefany Cano.

Magdalenasaura leurosquama sp. nov.

Etymology. The epithet leurosquama derives from the Greek word leuros (smooth), and the Latin word squama (scale), in allusion to the smooth dorsal scales of this species.


José M. Fang, Juan D. Vásquez-Restrepo and Juan M. Daza. 2020. Filling the Gaps in A Highly Diverse Neotropical Lizard Lineage: A New and Endemic Genus of Cercosaurinae (Squamata: Gymnophthalmidae) with the Description of Two New Species from the Northern Andes of Colombia. Systematics and Biodiversity. DOI: 10.1080/14772000.2020.1783714 

Descubren el primer género de reptiles endémico de Colombia


       

[Botany • 2020] Carex pingleensis (Cyperaceae; sect. Mitratae) • A New Species from Guangxi, China

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Carex pingleensis Z.C. Lu, Y.F. Lu & X.F. Jin,

in Lu, Su, et al., 2020. 

Abstract
Carex pingleensis Z.C. Lu, Y.F. Lu & X.F. Jin, a new species of Carex sect. Mitratae Kük. from northeastern Guangxi, China, is described and illustrated. This species is easily distinguished from all the other species of sect. Mitratae by its spikes gathering at the top of culms; nutlets neither contracted on angles nor excavated at faces; male glumes apex obtuse, both sides united near base, abaxial surface with pubescence and utricles shorter, only 2.8–3.2 mm long, densely pubescent.

Keyword:Carex pseudotristachya, Carex tristachya, Cyperaceae, morphology, taxonomy


Fig. 1. Carex pingleensis: A. Habit, B. Inflorescence, C. Male glume, D. Female glume, E. Utricle, F. Nutlet.

Fig. 2. Carex pingleensis: A. Habit, B. Inflorescence, C. Spike female, D. Utricles, E. A part of leaf, F. Female glumes, G. Nutlet.


Carex pingleensis Z.C. Lu, Y.F. Lu & X.F. Jin, sp. nov.
平樂薹草 

Type: CHINA. Guangxi: Guilin City, Pingle County, Yao Nationality Township of Dafa, Pingshan Village, in evergreen broad-leaved forests, elevation ca. 440 m, 20 May 2019, Yu-Lan Su and Jin-Quan Huang LZC199 (holotype: IBK00421264; isotype: IBK00421266 and HTC). 

Diagnosis: Carex pingleensis is similar to Carex pseudotristachya X.F. Jin & C.Z. Zheng and Carex tristachya Thunb., but differs from the latter two species in its culms 6–9.5 cm tall (vs. 15–20 cm and vs. 20–45 cm); leaves much surpassing the culms (vs. equaling to exceeding culms and vs. shorter than or nearly equaling culms); male glumes abaxial surface with pubescence (vs. glabrous and vs. glabrous); utricles 2.8–3.2 mm long (vs. 4.5–5 mm and vs. 3–3.2 mm), densely pubescent (vs. puberulent and vs. puberulent). 

Distribution and habitat: Carex pingleensis has only been collected from Pingle County, Guangxi, China. This new species grows in a valley of evergreen broadleaved forests, at an elevation of 400–500 m. Associated species include Cibotium barometz (L.) J. Sm., Diospyros xiangguiensis S. Lee, Ficus langkokensis Drake, Helicia reticulata W.T. Wang, Homalium cochinchinense (Lour.) Druce, Nothapodytes pittosporoides (Oliv.) Sleumer, Pilea peploides (Gaudich.) Hook. et Arn., Pothos chinensis (Raf.) Merr. 

 Etymology: The specific epithet ‘pingleensis’ refers to the type locality of this new species.


Zhao-Cen Lu, Yu-Lan Su, Yi-Fei Lu and Xiao-Feng Jin. 2020. Carex pingleensis (Carex sect. Mitratae), A New Species of Cyperaceae from Guangxi, China. Taiwania. 65(3); 391-395. taiwania.ntu.edu.tw/abstract.php?type=abstract&id=1699 


[Entomology • 2020] Veredatrypa gen. nov. • New Brazilian Tafaliscina increase the Diversity of this ­Neotropical Cricket Clade (Orthoptera: Gryllidae: Oecanthinae)

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Veredatrypa Campos
Veredatrypa rosai Campos, Souza-Dias & Nihei, 2020.


Tafaliscina Desutter, 1988 (Grylloidea Laicharting, 1781, Gryllidae Laicharting, 1781, Oecanthinae Blanchard, 1845, Paroecanthini Gorochov, 1986) are a Neotropical cricket clade with a remarkable morphological diversity. We study here their Brazilian representatives. We describe one new genus (Veredatrypa Campos n. gen.) and three new species from Cerrado and Caatinga, i.e., Veredatrypa rosai n. gen.,  n. sp., V. seca n. gen., n. sp. andV. fusca n. gen., n. sp., and two new species of Tafalisca Walker, 1869 from Amazon Forest, i.e.,T. duckeana n. sp. and T. vestigialis n. sp. The new genus and the new ­species are mainly characterized by their male phallic complexes and forewings. An ­identification key of Tafaliscina Brazilian genera is provided, and the diversity of the subtribe is discussed in relation to the life habits and communication modalities of Tafaliscina genera.

KEYWORDS: Crickets, morphology, forewings, phallic complex, biodiversity, new genus, new species

Veredatrypa rosai n. gen., n. sp. adult female.

SYSTEMATICS

Order OTHOPTERA Olivier, 1789
Superfamily Grylloidea Laicharting, 1781

Family Gryllidae Laicharting, 1781
Subfamily Oecanthinae Blancard, 1845

Tribe Paroecanthini Gorochov, 1986
Subtribe Tafaliscina Desutter, 1988

Veredatrypa Campos n. gen.

Type species. — Veredatrypa rosain. gen, n. sp. 

Species included. — Veredatrypa rosai n. gen., n. sp.; Veredatrypa seca n. gen., n. sp.; Veredatrypa fusca n. gen., n. sp. 

Etymology. — Named after “Grande Sertão: Veredas”, a novel written by the Brazilian novelist João Guimarães Rosa. Grande Sertão: Veredas (in English, translated as The Devil to Pay in the Backlands) is one of the masterpieces of Brazilian literature and one of the most important novels in Portuguese language literature due to its style and complexity. Grande Sertão: Veredas is also a Brazilian National Park that protects a large fragment of Brazilian Cerrado, including wetlands areas known as “veredas”. That Park is located in the same area where the novel happened and is the type-locality of this new genus. 

Distribution. — This genus is recorded for Brazilian open forests as the Cerrado and Caatinga, in States of Minas Gerais, Goiás and Ceará. 

Diagnosis. — The genus is separated from the other genera of Tafaliscina by the following characters: median ocelli very reduced, almost no discernible; DD with longitudinal lateral bands from cephalic to caudal margin. Male: metanotum with two pairs of projections, with cluster of bristles (absent in V. seca n. gen., n. sp.). FWs with anal vein area slightly bulged dorsally, stridulatory file surrounded by strong sclerotization, hv anterior region strongly sclerotized. Male genitalia: MLophi triangular, with a pointed apex; LLophi very short or absent; EctF strongly sclerotized, wide anteriorly, thin posteriorly, going along MLophi, apex folding dorsally, connecting to the apex of MLophi; endophallic apodeme bifid. Female: ovipositor short than cerci, with two lateral protuberances in dorsal and ventral views. Female genitalia: copulatory papilla distal half constricted, without furrow ventrally. 


Veredatrypa rosai n. gen., n. sp.

Etymology. — Name after the Brazilian novelist João Guimarães Rosa, author of the novel “Grande Sertão: Veredas”.


Veredatrypa seca n. gen., n. sp. 

Etymology. — The word “seca” means “dryin Portuguese, referring to the climatic conditions of the region where this species was collected. The name is a noun in apposition.


Veredatrypa fusca n. gen., n. sp. 

Etymology. — From Latin, “fusca” means “dark”. This species is darker than the other species of the genus.


Tafalisca duckeana n. sp. 

Etymology. — Referring to “Reserva Florestal Adolpho Ducke”, a forest area managed by the Instituto Nacional de Pesquisas da Amazônia (INPA), where this species was discovered.


Tafalisca vestigialis n. sp. 

Etymology.— From Latin, “vestigialis” means “vestigial”, referring to the vestigial stridulatory file of this species. 


Lucas Denadai de Campos, Pedro G. B. Souza-Dias and Silvio Shigueo Nihei. 2020. New Brazilian Tafaliscina increase the Diversity of this ­Neotropical Cricket Clade (Orthoptera: Grylloidea: Gryllidae: Oecanthinae: Paroecanthini). ZOOSYSTEMA. 42(19); 331-353. DOI: 10.5252/zoosystema2020v42a19

[PaleoMammalogy • 2020] Eomakhaira molossus • A New Saber-Toothed Sparassodont (Metatheria: Thylacosmilinae) from the Early Oligocene (?Tinguirirican) Cachapoal Locality, Andean Main Range, Chile

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 Eomakhaira molossus
Engelman, Flynn, Wyss & Croft, 2020


Abstract
Thylacosmiline sparassodonts (previously recognized as thylacosmilids) are among the most iconic groups of endemic South American Cenozoic mammals due to their distinctive morphology and convergent resemblance to saber-toothed placental carnivores. However, the early evolution of this group and its relationship to other sparassodonts remains poorly understood, primarily because only highly specialized Neogene taxa such as Thylacosmilus, Anachlysictis, and Patagosmilus are well known. Here, we describe a new Paleogene sparassodont, Eomakhaira molossus, from the Cachapoal locality of central Chile, the first sparassodont reported from early Oligocene strata of the Abanico Formation. Eomakhaira shares features with both Neogene thylacosmilines and Paleogene “proborhyaenids,” and phylogenetic analyses recover this taxon as sister to the clade of Patagosmilus + Thylacosmilus. This broader clade, in turn, is nested within the group conventionally termed Proborhyaenidae. Our analyses support prior hypotheses of a close relationship between thylacosmilines and traditionally recognized proborhyaenids and provide the strongest evidence to date that thylacosmilines are proborhyaenids (i.e, the latter name as conventionally used refers to a paraphyletic group). To reflect the internestedness of these taxa, we propose use of Riggs' (1933) original name Thylacosmilinae for the less inclusive grouping and Proborhyaenidae for the more inclusive one. Saber teeth arose just once among metatherians (among thylacosmilines), perhaps reflecting a developmental constraint related to nonreplacement of canines in metatherians; hypselodonty may have relaxed this potential constraint in thylacosmilines. The occurrence of Eomakhaira in strata of early Oligocene age from the Chilean Andes demonstrates that the stratigraphic range of thylacosmilines spanned almost 30 million years, far surpassing those of saber-toothed placental lineages.


FIG 3. Photographs and CT segmentation of the holotype of  Eomakhaira molossus, a partial skull of a senescent individual preserving the rostrum and the anterior portion of the mandible (SGOPV 3490) in left (A, B) lateral views. In renderings of the CT segmentation, nasal in orange, facial process of the lacrimal in teal, palatine in blue, all other bones of the cranium (maxilla, jugal, frontal, etc.) in purple, teeth in yellow, and dentary in green. Scale = 30 mm.

SYSTEMATIC PALEONTOLOGY 

MAMMALIA Linnaeus, 1754 
METATHERIA Huxley, 1880 
SPARASSODONTA Ameghino, 1894 
BORHYAENOIDEA Simpson, 1930 
PROBORHYAENIDAE Ameghino, 1897 

Phylogenetic Definition: Proborhyaenidae refers to all sparassodonts more closely related to Proborhyaena gigantea than to Borhyaena tuberata, Prothylacynus patagonicus, Lycopsis torresi, Cladosictis patagonica, or Sipalocyon gracilis. This is a stem-based definition (de Queiroz and Gauthier, 1990). 

THYLACOSMILINAE Riggs, 1933

Phylogenetic Definition: Thylacosmilinae refers to all sparassodonts more closely related to Thylacosmilus atrox than to Proborhyaena gigantea, Borhyaena tuberata, Prothyla­cynus patagonicus, Lycopsis torresi, Cladosictis patagonica, or Sipalocyon gracilis. This is a stembased definition (de Queiroz and Gauthier, 1990).


Eomakhaira molossus, gen. et sp. nov.

Etymology: The name of the genus derives from the Greek root Eos, meaning “dawn,” and makhaira, a type of short sword or large knife (often translated as “carving knife”), in reference to the bladelike canines of thylacosmilines. The specific epithet comes from the Greek molossus, a term used to refer to short-snouted, robust-skulled dog breeds such as mastiffs and bulldogs and refers to the short, robust snout of this species. Gender is masculine.

Diagnosis: A member of Borhyaenoidea based on its short, robust rostrum, presence of lingual median canine sulci, extremely small protocone, small and unicuspid talonid on m4. Differs from all other borhyaenoid sparassodonts in the following combination of features: small size (smaller than most other borhyaenoids; length of m1–4 = 37.3 mm, comparable to Fredszalaya hunteri or the extant dasyuromorphian Sarcophilus harrisii); maxilla very deep and maxillary “cheeks” absent; mandibular symphysis unfused and anteroposteriorly narrow; two mental foramina present; length/width ratio of palate >1.5; palate extending to level of M4; presence of postpalatine tori (shared only with Arminiheringia and possibly Callistoe among borhyaenoids); absence of postpalatine torus foramen; sphenorbital foramen opening dorsal to M4; large canines; absence of longitudinal striations on the canine roots (shared only with other thylacosmilines and possibly Lycopsis viverensis); median keel on the labial face of upper canines; medial sulcus on lingual face of upper and lower canines; short lower canine roots; presence of three premolars with no diastemata between them; premolars large and robust but not globular; asymmetric protoconid of P1 (shared only with Arminiheringia and Callistoe); P3 significantly longer than p3 (possibly autapomorphic for this taxon); bulbous roots only on p3; preparacingulum absent; M3 with narrow stylar shelf and prominent ectoflexus; M4 extremely narrow anteroposteriorly (only comparable to Patagosmilus among borhyaenoids), subequal or greater in width to M3, and with three roots; protocone vestigial (at least on M4); absence of an anteriorly projecting ventral keel of paraconid (which only occurs in proborhyaenids among sparassodonts); protoconid of m4 posteriorly salient; metaconid absent on m4 and probably m2–3; posterolabial cingulid present; talonid of m4 almost absent; and p1–3 short relative to m1–4 (shared with Paraborhyaena among borhyaenoids with three premolars). Canines more mediolaterally compressed than in borhyaenoids other than Patagosmilus, Thylacosmilus, and possibly Proborhyaena. P/p3 labiolingually narrower than in Fredszalaya, Plesiofelis, Acrocyon, Arctodictis, Australohyaena, Borhyaena, and Callistoe, but wider than in Prothylacynus and some individuals of Pharsophorus, comparable in relative proportions to Arminiheringia, Paraborhyaena, and Proborhyaena. 

FIG. 19. Size comparison of representative Paleogene proborhyaenids. From largest to smallest, Proborhyaena gigantea (in blue), the largest known proborhyaenid (scaled after AMNH 29576, the largest specimen of this taxon); Callistoe vincei (in green), the smallest named proborhyaenid prior to this study (scaled after the holotype specimen, PVL 4187);  Eomakhaira molossus (in red), scaled after SGOPV 3490. Homo sapiens (170 cm tall) to right for comparison. Body mass for Proborhyaena from Prevosti et al. (2013) and Croft et al. (2018), Callistoe from Argot and Babot (2011), and Eomakhaira from the present study. Silhouettes for Proborhyaena (CC-BY-SA 3.0), duplicated for Callistoe and Eomakhaira, and Homo (CC0 1.0) by Zimices, and NASA, respectively, from PhyloPic. Scale bar = 1 m.

FIG. 21. Temporal durations of major lineages of mammalian saber-toothed carnivores, with metatherian lineage in grey and placental lineages in black. A representative skull of each clade is depicted to the right; from top to bottom: Thylacosmilus atrox (Thylacosmilinae), Machaeroides eothen (Machaeroidinae), Hoplophoneus primaevus (Nimravidae), Barbourofelis fricki (Barbourofelidae) and Smilodon fatalis (Machairodontinae). Images of Machaeroides, Barbourofelis, and Smilodon modified from Antón (2013), Thylacosmilus from Riggs (1934), and Hoplophoneus from Scott and Jepsen (1936) and Bryant (1996). Tick mark on Thylacosmilinae record represents the oldest occurrence of this clade (~20.2 Ma) prior to the discovery of Eomakhaira. Abbreviations: Plio., Pliocene; Ple., Pleistocene.


Russell K. Engelman, John J. Flynn, André R. Wyss and Darin A. Croft. 2020. Eomakhaira molossus, A New Saber-Toothed Sparassodont (Metatheria: Thylacosmilinae) from the Early Oligocene (?Tinguirirican) Cachapoal Locality, Andean Main Range, Chile. American Museum Novitates. 2020(3957); 1-75. DOI: 10.1206/3957.1  

[Botany • 2020] Begonia cabanillasii (section Baryandra, Begoniaceae) • A New Species from El Nido, Palawan, the Philippines

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Begonia cabanillasii  Y.P.Ang, Tandang, J. Agcaoilli et R. Bustam.

in Ang, Tandang, ... et Bustamante, 2020. 

Abstract
While assisting El Nido-Taytay Managed Resource Protected Area in their biodiversity monitoring of El Nido, Palawan, the authors came across a very distinctive and small population of Begonia. Based on careful investigation, the unknown species is confirmed as new to science, and is the latest addition to the species rich section Baryandra. A new species, Begonia cabanillasii is hereby described and illustrated. It is compared with phenetically similar species B. suborbiculata. Based on guidelines by IUCN, the new species is proposed to be Critically Endangered (CR) C2a.

Keywords: Eudicots, Begonia suborbiculata, Begonia quinquealata, Malesia, plant taxonomy



Yu Pin Ang, Danilo N. Tandang, John Michael M. Agcaoili and Rene Alfred Anton Bustamante. 2020. Begonia cabanillasii (section Baryandra, Begoniaceae), A New Species from El Nido, Palawan, the Philippines. Phytotaxa. 453(3); 244–254. DOI: 10.11646/phytotaxa.453.3.6
 𝑩𝒆𝒈𝒐𝒏𝒊𝒂 𝒄𝒂𝒃𝒂𝒏𝒊𝒍𝒍𝒂𝒔𝒊𝒊  


[Botany • 2020] Artocarpus rubrosoccatus & A. montanus • Two New Species of Artocarpus (Moraceae) from Thailand and Vietnam

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Artocarpus rubrosoccatus  E.M. Gardner, A. Chaveerach, and N.J.C. Zerega

in Gardner, Chaveerach, Sudmoon & Zerega, 2020. 

Abstract
Recent taxonomic work on Artoarpus has revealed two undescribed species from Thailand and Vietnam. Artocarpus rubrosoccatus, endemic to peninsular Thailand, resembles A. lacucha but is distinguished by its deep red clavate staminate inflorescences. Artocarpus montanus is found in the montane regions of southern and central Vietnam, and perhaps also in Thailand. This species resembles the vegetative parts of A. lowii and A. excelsus, but A. montanus differs in its longer syncarp processes and its geographic distribution. The vast majority of Artocarpus species are found in tropical lowlands, and A. montanus, along with A. excelsus, represent the only known members of the genus that are restricted to montane habitats. The provisional conservation assessment of both new species is Near Threatened, because although their known areas of occupancy are restricted, both occur in protected areas.

Keywords: Eudicots, Moraceae, Artocarpus, Thailand, Vietnam, crop wild relatives


FIGURE 1. Drawing of Artocarpus rubrosoccatus showing (A) leafy shoot with staminate inflorescences; (B) staminate flower and peltate bract; (C) pistillate inflorescence and flower; and (D) syncarp.
Drawn by EMG from S. Gardner et al. ST1738 (A, D), S. Phusomsaeng 196 (B), and S. Gardner & P. Sidisunthorn ST2740 (C).

FIGURE 3. Artocarpus rubrosoccatus, showing (A) habit, (B) leafy shoot with young pubescent leaves, (C) immature staminate inflorescences, (D) bark slash with exudate, (E) leaf margin, (F–G) syncarps, and (H) syncarp on leafy shoot.
Photographs by NJCZ; voucher N. Zerega 517 deposited at CHIC and KKU.


Artocarpus rubrosoccatus E.M. Gardner, A. Chaveerach, and N.J.C. Zerega, sp. nov. 

Differt ab A. lacucho Roxb. ex Buch.-Ham. inflorescentiis masculis clavatis rubris profundis.—Differs from Artocarpus lacucha Buch.-Ham. ex Roxb. in the deep red clavate staminate inflorescences.


Etymology:—The epithet comes from the Latin rubro-(red) and soccus (slipper, antecedent of the English “sock”) and may be loosely translated “red-socked”, referring to the staminate inflorescences that resemble a pair of feet in red socks.

Vernacular name:— Ma-hat khang-khok. ?มะหาดคลองสก 

     


Artocarpus montanus E.M. Gardner and N.J.C. Zerega, sp. nov. 

Differt ab A. lowii King et A. excelso F.M. Jarrett syncarpii processis longiis.—Differs from Artocarpus lowii King and A. excelsus F.M. Jarrett in the longer syncarp processes.

Etymology:— The epithet reflects the montane habitat of Artocarpus montanus.
Elliot M. Gardner, Arunrat Chaveerach, Runglawan Sudmoon and Nyree J.C. Zerega. 2020. Two New Species of Artocarpus (Moraceae) from Thailand and Vietnam. Phytotaxa. 453(3); 265–274. DOI: 10.11646/phytotaxa.453.3.8

      

[Invertebrate • 2020] Borgesminthurinus andinus • A New Genus and Species of Katiannidae (Collembola: Symphypleona) from Bolivia

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Borgesminthurinus andinus
Palacios-Vargas Vacaflores-Argandoña, 2020. 


Abstract
The new genus Borgesminthurinus gen. nov. from Bolivia shares with Sminthurinus the presence of antennal segment IV undivided, antennal segment III with one papilla; sacs of ventral tube smooth; each tenacular rami with 3 teeth and a basal appendix. They also have dens with ventral chaetotaxy reduced and lack mucronal seta; but new genus clearly differs in having thick and barbulate setae on head and body, lacking neosminthuroid setae on abdomen and the presence of seta a0 on Abd. VI acuminate. The new genus differs from Katianna which has divided antennal segment IV, vertex of head with spine-like setae and setae of the body long and smooth.

Keywords: Systematics, Neotropical species, La Paz, Collembola


Borgesminthurinus andinus sp. nov.: habitus.

Systematics
Order Symphyleona Börner, 1901
Superfamily Katiannoidea Bretfeld, 1994
Family Katiannidae Börner, 1913

Borgesminthurinus gen. nov. Palacios-Vargas

Diagnosis. Body globular, characterized by having thick, relatively long and slightly barbulate setae, very abundant on head and body; with full set of trichobothria present; A, B, C in a triangle on great abdomen and one pair of trichobothria on lesser abdomen (D); no neosminthuroid setae. Setae in large abdomen are thick but short. in singlets. Normal chewing mouth parts. Ant. IV undivided and longer than Ant. III; Ant. III with papilla divided in lobes. Tibiotarsi with 7 tenent hairs on distal whorl; unguis with pseudonychia and no tunica. Sacs of ventral tube smooth; tenacular rami with 3 teeth and basal appendix, corpus tenaculum with 2 setae. Metathoracic legs with trochanteral organ. Dens with ventral chaetotaxy reduced (formula 4, 2 … 1); mucro small, without seta, internal edge crenulate, external smooth. Seta a0 of Abdominal segment VI of females no furcate and no winged setae on lateral anal valves; subanal appendix of female palmate.

Type species.Borgesminthururinus andinus gen. nov. sp. nov.

Etymology. The new genus is dedicated to Jorge Luis Borges (Buenos Aires, August 24, 1899‒‒Geneva, Switzerland, June 14, 1986), the Argentinean writer, author of the Manual of Fantastic Zoology, which included spherical animals as Symphypleona are

Borgesminthurinus andinus gen. nov., sp. nov. Palacios-Vargas et Vacaflores-Argandoña

Derivatio nominis: The name of the new species is locative, for Los Andes.  


José G. Palacios-Vargas and Ma. René Vacaflores-Argandoña. 2020. A New Genus and Species of Katiannidae (Collembola: Symphypleona) from Bolivia.  Zootaxa. 4819(2); 201–215.  DOI: 10.11646/zootaxa.4819.2.1


[Entomology • 2020] Taxonomic Study of Lebinthus Stål, 1877 (Orthoptera: Gryllidae: Eneopterinae) with Description of Six New Species in the Philippines

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Lebinthus bitaeniatus Stål, 1877

in Baroga-Barbecho, Tan, et al., 2020.

Abstract
The genus Lebinthus Stål, 1877 (Orthoptera: Gryllidae: Eneopterinae: Lebinthini) in the Philippines is studied. New locality records are provided for L. bitaeniatus Stål, L. sanchezi Bolívar, L. polillensis Baroga, Yap & Robillard, L. puyos Robillard, and L. luae Robillard & Tan. Six new species are described from Mt. Porras, Sibalom (L. dannybaletei sp. nov.), Mt. Balatukan, Misamis Oriental (L. parvus sp. nov.), Mt. Empagatao, Misamis Oriental (L. palaceus sp. nov.), Tarumpitao, Palawan (L. hamus sp. nov.), Mt. Malinao, Albay (i sp. nov.), and Boracay, Aklan (L. boracay sp. nov.). A distribution map, a taxonomic key, and an updated checklist of the genus in the Philippines are also provided.

 Keywords: Orthoptera, checklist, distribution, key, Lebinthini, redescription, Southeast Asia, taxonomy


 Lebinthus sanchezi male adult in its natural environment in Paete (Luzon).

Lebinthus bitaeniatus male and female adults in pre-copulatory mode in their natural environment in Mount Makiling (Luzon).


Lebinthus dannybaletei Baroga-Barbecho & Robillard sp. nov.

Etymology. The name of the species is dedicated to the late Mr. Danilo DannyS. Balete, a well-known Filipino Mammalogist and conservationist, for his contribution to science and Philippine conservation. He was the mentor of JBB in the mentoring program of the Biodiversity Conservation Society of the Philippines during its Annual Scientific Conference in 2010. 


Lebinthus parvus Baroga-Barbecho & Robillard sp. nov. 

Etymology. The name comes from the Latin word “parvus” which means “small” referring to the size of the species, which is the smallest Lebinthus among Mindanao species.


Lebinthus palaceus Baroga-Barbecho & Robillard sp. nov. 

Etymology. The name palaceus is an adjective which means “spade-shaped”, referring to the shape of the pseudepiphallic paramere of the male genitalia.


Lebinthus hamus Baroga-Barbecho & Robillard sp. nov. 

Etymology. The name comes from a Latin word “hamo” which means “hook” referring to the shape of the pseudepiphallic parameres and sclerites in ectophallic arc of male genitalia.


Lebinthus magayon Baroga-Barbecho & Robillard sp. nov.

Etymology. The name comes from the word “magayon” of the Bicol language, which is a term used to appreciate the beauty of a woman, relating it to the type material used to describe the species.


Lebinthus boracay Baroga-Barbecho, Yap & Robillard sp. nov. 

Etymology. The species is named after the type locality. 


Jessica B. Baroga-Barbecho, Ming Kai Tan, Sheryl A. Yap and Tony Robillard. 2020. Taxonomic Study of Lebinthus Stål, 1877 (Orthoptera: Gryllidae: Eneopterinae) with Description of Six New Species in the Philippines. Zootaxa. 4816(4); 401–438. DOI: 10.11646/zootaxa.4816.4.1


[Ichthyology • 2020] Hemitrygon yemenensis • A New Species of Stingray (Myliobatoidea: Dasyatidae) from the northwestern Indian Ocean

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Hemitrygon yemenensis 
 Moore, Last & Naylor, 2020



Abstract
A new stingray, Hemitrygon yemenensis sp. nov., is described from old preserved material collected on the Arabian Sea coast of eastern Yemen. Consistent with other members of the genus, H. yemenensis sp. nov. is a small dasyatid (males mature at ~22 cm disc width), but it is the only Hemitrygon known to occur outside the western Pacific and eastern Indian Oceans. Hemitrygon yemenensis sp. nov. most closely resembles H. bennetti, but H. yemenensis is separable based on several characters including a longer and more narrowly pointed snout, shorter tail, and a longer disc and head. Hemitrygon yemenensis is unknown to science beyond the two type specimens collected nearly 120 years ago.


Keywords: Hemitrygon yemenensis, Dasyatidae, stingray, batoid, elasmobranch, new species, Yemen, western Indian Ocean, Myliobatoidea


 Alec B.M. Moore, Peter R. Last and Gavin J. P. Naylor. 2020. Hemitrygon yemenensis sp. nov., A New Species of Stingray (Myliobatoidea: Dasyatidae) from the northwestern Indian Ocean. Zootaxa. 4819(2); 364–374. DOI: 10.11646/zootaxa.4819.2.8 

[Ichthyology • 2020] Catoprion absconditus • Molecular Delimitation and Taxonomic Revision of the Wimple Piranha Catoprion (Characiformes: Serrasalmidae) with the Description of A New Species

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 Catoprion absconditus 
Bonani Mateussi, Melo & Oliveira, 2020

Photo by Valéria Machado.

Abstract
A taxonomic revision of wimple piranhas of the genus Catoprion is performed in combination with a molecular analysis using mtDNA. Molecular phylogenetic analyses of 49 specimens using genetic distances, conventional likelihood and four delimitation methods yielded two distinct lineages of Catoprion , with the morphological analyses of 198 specimens of Catoprion corroborating the molecular results. We provide a redescription of Catoprion mento, from the Paraguay, Orinoco, and tributaries of western Amazon basin, keeping Mylesinus macropterus as a junior synonym of C. mento, and the description of Catoprion absconditus n. sp., from the Amazon and Essequibo basins. C. absconditus n. sp. differs from C. mento by the presence of 86–94 perforated scales in the lateral line (vs. 65–86 scales) and the presence of 35–40 circumpeduncular scales (vs. 29–34 scales). The distribution of C. mento follows the Amazonas‐Paraguay‐Orinoco lowlands, whereas C. absconditus follows the eastern Amazon biogeographic pattern.

Keywords: biodiversity, DNA barcoding, Neotropical region, systematics, Teleostei


Catoprion Müller & Troschel, 1844

Etymology: Cato, from the ancient Greek kata, meaning downprion, from the Greek prion, meaning saw; probably referring to the ventral keel with spines.

Catoprion mento (Cuvier, 1819)


FIGURE 12: Catoprion absconditus, INPA 37246, 121 mm L S, live coloration, rio Jatapu, Amazonas.
Photo by Valéria Machado. 

Catoprion absconditus Mateussi, Melo & Oliveira sp. nov.

Etymology: The epithet absconditus is from the Latin meaning “hidden.” C. absconditus has been identified as C. mento in the Amazon basin for 201 years, since its original description (Cuvier, 1819).



Nadayca T. Bonani Mateussi, Bruno F. Melo and Claudio Oliveira. 2020. Molecular Delimitation and Taxonomic Revision of the Wimple Piranha Catoprion (Characiformes: Serrasalmidae) with the Description of A New Species. Journal of Fish Biology. DOI: 10.1111/jfb.14417

[Botany • 2020] Thunbergia kasajuana (Acanthaceae) • A New Species from Nepal

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Thunbergia kasajuana Bh.Adhikari & J.R.I.Wood

in Adhikari & Wood, 2020.

Summary
A new species of Thunbergia, T. kasajuana Bh.Adhikari & J.R.I.Wood is described from central Nepal. It is most closely related to T. grandiflora Roxb., because of its reduced annular calyx and similar inflorescence structure but differs in the much smaller corolla, herbaceous habit and different ecology. A description, photographs and a key to the species of Thunbergia native to Nepal are provided.

Key Words: endemism, Himalaya, taxonomy



Thunbergia kasajuana.
A flowering branch; B flowering branch showing young capsule and bracteoles; C corolla, front view; D branch with leaves and inset of stem; E corolla, side view; F corolla opened out to show stamens and style; G filament; H style showing stigma (side view); J stigma (front view); K young fruit.
photos: A – J: Saroj Kasaju; K Bhaskar Adhikari.

 Recognition: Among Nepal species Thunbergia kasajuana is most similar to T. grandiflora in its inflorescence and calyx. In both T. grandiflora and T. kasajuana the calyx is annular and untoothed but T. grandflora is a woody climber and has much larger corolla lobes (2.5 – 4 cm long, not 0.5 – 0.8 cm long as in T. kasajuana). Moreover, T. grandiflora is a lowland species with pale blue or whitish flowers found below 1300 m while T. kasajuana has pink tinged flowers and is found at around 2000 m.

Etymology: The specific epithet kasajuana honours Mr Saroj Kumar Kasaju, who first discovered and photographed the species. Mr Kasaju is a citizen scientist contributing to our understanding of the flora of Nepal by taking photos of plant species from Nepal and India. He was actively involved in the identification of this species.


Bhaskar Adhikari and John R. I. Wood. 2020. Thunbergia kasajuana, A New Species of Acanthaceae from Nepal. Kew Bulletin. 75: 26. DOI: 10.1007/s12225-020-9883-5 

Finding new species on social media


[Herpetology • 2020] Tropidophis steinleini • A New Species of Tropidophis (Squamata: Tropidophiidae) and Molecular Phylogeny of the Cuban Radiation of the Genus

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Tropidophis steinleini  
 Díaz & Cádiz, 2020

Photos: L. M. Díaz. 

ABSTRACT
Cuba has the highest diversity of snakes in the genus Tropidophis, representing 53 % of all the known species.Tropidophis steinleini sp. nov. is described from the eastern region of Cuba, raising the number of species to 17 in this archipelago. The new species is most closely related to T. wrighti, T. spiritus and T. morenoi. We discuss the phylogenetic relationships of this new species and other species of the genus in Cuba, based on molecular data, and classified them within three species groups according to the obtained tree topology.

Keywords: Caribbean Islands, snakes, dwarf boas, DNA, classification, species groups

Figure 1. Tropidophis steinleini sp. nov., two different views of the female holotype MNHNCu 5079 in life. Photos: L. M. Díaz.

Maximum likelihood phylogeny of sampled snakes of the genus Tropidophis based in two mitochondrial and one nuclear gene, showing the three major Cuban clades and the position of Tropidophis steinleini sp. nov. The nominal, representative species of each group: T. pardalis, T. melanurus and T.  maculatus, are respectively illustrated. Voucher’s catalog numbers are listed in Appendix 1. Tree is rooted with T. haetianus (from Hispaniola). Black circles: bootstrap = 100; yellow circle: bootstrap 81–99; no circle: bootstrap ≤ 80. Photos by L. M. Díaz. 

Tropidophis steinleini sp. nov.

Diagnosis. Species in the Tropidophis pardalis species group as defined in the herein-presented molecular phylogeny (see  Fig. 3, also Fig. 6  for  species comparisons, and  the  Discussion). Body  slender  and  laterally compressed;  head  distinctive  from  neck;  6  rows  of  dark  blotches around body; some of the paravertebral and lateral blotches are longitudinally fused; 23 scale rows around midbody; 188 ventral scales; an evident groove above the supralabial scales; first supralabial slightly higher than second. Regarding morphology and the phylogenetic relationships, the new species is most similar to T. spiritus, T. morenoi and T. wrighti (Table I; Fig. 6 F, G, H, respectively). In the three species the first supralabial scale is much lower than second one; the head is gradually tapered in profile compared with the flat head top and a higher snout of the new species; a groove over the supralabial scales is absent (Fig. 2). T. wrighti has four rows of large blotches around body instead of 6, contrasting on a homogenous gray to white-colored background (Fig. 6H); some of the blotches are fused at the mid-dorsum but not in a distinctive longitudinal way; ventral scale counts (192–222) are higher than in Tropidophis steinleini sp. nov. T. morenoi and T.  spiritus have 183–200 ventral  scales, widely overlapping with Tropidophis steinleni sp. nov., and similar coloration considering that the three species have 6 rows of blotches around the midbody and pale lower flanks; however, the head shape is different (Fig. 2) as mentioned above. The snout is slightly shorter in available T. spiritus and T. morenoi (30–33 % of head length, x = 31 %, n = 7) compared with Tropidophis steinleini sp. nov. (34 %); paravertebral blotches are not longitudinally enlarged in T. spiritus and T. morenoi (Fig. 6 F, G), but instead some transversal fusion may exist, giving them a banded appearance (a condition not present in the new species); head is darker in T. spiritus and T. morenoi, with more evident and contrasting pattern of blotches and stripes which is somewhat diffuse or barely evident in Tropidophis steinleini sp. nov.

Etymology. The species is named with gratitude, after our German colleague Claus Steinlein, for his support of the authors’ herpetological research in Cuba.


 Figure 6. Cuban snakes of the Tropidophis pardalis species group. 
A,  T. pardalis, female, from Boyeros, La Habana Province; B, T.  pardalis, female, from Soroa, Candelaria, Artemisa Province; C, T. xanthogaster, male, from La Bajada, Guanahacabibes, Pinar  del  Río  Province;  D, T.  hardyi,  male,  from  Río  Jutía,  Guajimico,  Cienfuegos  Province; 
E, Tfuscus,  female, from Altiplanicie de El Toldo, Humboldt National Park, Holguín province; F, T. spiritus, female, from Alturas de Banao, Sancti Spiritus Province; G, T. cf. morenoi, male, from Jobo Rosado, Villa Clara Province; H, T. wrighti, from Altiplanicie de El Toldo, Humboldt National Park, Holguín Province. Photos: L. M. Díaz. 



 Luis M. Díaz and Antonio Cádiz. 2020. A New Species of Tropidophis (Squamata: Tropidophiidae) and Molecular Phylogeny of the Cuban Radiation of the Genus [Una nueva especie de Tropidophis (Squamata: Tropidophiidae) y filogenia molecular de la radiación cubana del género] Novitates Caribaea. 16; 1-19. DOI: 10.33800/nc.vi16.222 

Resumen: Cuba tiene la mayor diversidad de serpientes del género Tropidophis, lo cual representa 53 % de todas las especies conocidas. Tropidophis steinleini sp. nov. es descrita de la región oriental de Cuba, lo cual eleva a 17 el número de especies en este archipiélago. La nueva especie está más cercanamente emparentada con T. wrighti, T. spiritus y T. morenoi. Se discuten las relaciones filogenéticas de la nueva especie y otras del género en Cuba, sobre la base de datos moleculares, y se clasifican en tres grupos de acuerdo con la topología del árbol obtenido.

      


[Botany • 2020] Dalea rubriflora • A New Outstanding Species and A New Section of Dalea (Fabaceae: Papilionoideae) from central Mexico

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Dalea rubriflora A.E. Estrada, J. Martínez-Ramírez, A. Mares & Ocampo

in Castillón, Ramírez, Mare
s-Guerrero & Ocampo, 2020. 

Abstract
We describe and illustrate Dalea rubriflora A.E. Estrada, J. Martínez-Ramírez, A. Mares & Ocampo as a new species from central Mexico. According to the morphology of its flower, this new species is included in a new section within subgenus Parosela because the shape of its keel, the innermost petals (which make the flower valvate) coherent along their external (dorsal) outer margins. However, this new species and new section have striking differences with the rest of the previously described taxa of subgenus Parosela, highlighting 1) the persistent red color of the flowers, not found in any section and species of Dalea, 2) the stamens are joined in a very long staminal column which are protruded from the keel petals for almost a third of its length, and 3) the blades of the epistemonous petals are not auriculated, instead, are truncated in the keel and absent in the wings. These main features, associated with more particular characteristics of other sections, allow us to recognize Rubriflorae as a new section and Dalea rubriflora as a new species into the subgenus Parosela.

Keywords: Eudicots, Central Mexico, Leguminosae, sect. Rubriflorae, Sierra del Laurel, Zacatecas



Figure 2. Dalea rubriflora, A) Habit. B) Inflorescence showing its bracts, red flowers, and protruded stamens.

Figure 1. Dalea rubriflora, A) Flowering habit. B) Leaf stipules. C) Bracts, left side, adaxial view, with the apex curved inward; right side, abaxial view, with the apex straight D) Whole calyx showing glandiform spurs, one on each side at the base of each tooth. E) Whole flower showing the stamens protruding 3–5 mm from keel. F) Banner front view (left) and profile (right). G) Wing. H) Keel. I) Stamens. J) Gynoecium.

Dalea sect. Rubriflorae A.E. Estrada, sect. nov. 

Type:— Dalea rubriflora A.E. Estrada, J. Martínez-Ramírez, A. Mares & Ocampo.


Etymology:— The name Rubriflorae of this monotypic section is derived from the red color (permanent ruby red color, even when dried) of its flowers. We added a key to recognize and to differentiate sect. Rubriflorae from the sections recognized by Barneby (1964).


Dalea rubriflora A.E. Estrada, J. Martínez-Ramírez, A. Mares & Ocampo, sp. nov.

Morphologically similar to Dalea viridiflora S. Watson (1886: 448) in growth form and single terminal spiked inflorescences; however, D. rubriflora has higher number of leaflets (11–16 vs. 7–11 pairs), much longer peduncles (11.5 cm long vs. 0.5–4 cm long), caducous bracts (persistent in D. viridiflora), and longer flower structures (calyx, banner, wings, keel, staminal tube, filaments, and anthers). 

Distribution and habitat:— As far as known, there is only one collection of Dalea rubriflora. The species was found in an oak forest with elevation of 2590 m in an area locally known as “Sierra del Laurel” (Fig. 3). More collection efforts are needed to know the actual distribution of the species, although it is likely to occur in the neighboring areas of the states of Aguascalientes and Jalisco. 

Etymology:— The epithet of the species refers to the characteristic and permanent red color of its flowers (Fig. 2). To our knowledge, this is the only species in the genus Dalea whose petals are completely red and keep this color even when the petals are dry. The banner has a yellow spot on its central part, but when the material is dried changes to white, although the rest of the banner remains red on both, inner and outer surfaces.


Eduardo Estrada Castillón, Julio Martínez Ramírez, Andrés Alejandro Mares-Guerrero and Gilberto Ocampo. 2020.  A New Outstanding Species and A New Section of Dalea (Fabaceae: Papilionoideae) from central Mexico. Phytotaxa. 454(2); 145–152. DOI: 10.11646/phytotaxa.454.2.6


[Herpetology • 2020] Revising the Taxonomy of Proceratophrys Miranda‐Ribeiro, 1920 (Anura: Odontophrynidae) from the Brazilian Semiarid Caatinga: Morphology, Calls and Molecules support A Single Widespread Species

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Proceratophrys cristiceps (Müller, 1884 “1883”)

in Mângia, Oliveira, Santana, et al., 2020.  
 
Abstract
Recently, Proceratophrys cristiceps was redescribed along with the description of two species from the Caatinga biome: P. aridus and P. caramaschii. However, only a small fraction of the populations related to such species in Northeastern Brazil was examined, and most populations of central Caatinga were not contemplated in this analysis. Comparisons were also based exclusively on external morphology, precluding a more accurate delimitation of such taxa in the light of multiple characters. Such geographic paucity and reliance in only one data source caused the species status of most central Caatinga populations to be uncertain. Thus, the revision of Proceratophrys populations from the Caatinga biome is of utmost importance to establish a solid taxonomic background and to test the validity of the described species. Based on morphologic, morphometric, acoustic, and multilocus genetic data, we define the range of inter‐ and intrapopulation variation in the parameters we analyzed, establishing which ones are useful as diagnostic characters for Proceratophrys in the Caatinga. We found no evidence supporting P. aridus and P. caramaschii as distinct species and thus place them as junior synonyms of P. cristiceps. Our results reinforce the importance of using multiple lines of evidence to avoid taxonomic instability.

Keywords: acoustic, molecular, morphology, Proceratophrys aridus, Proceratophrys caramaschii, Proceratophrys cristiceps, synonymization


(a) Sample localities for morphological (circles, triangles and squares) and molecular (dotted) data.
(b) Sample localities for morphological (circles, triangles and squares) and acoustic (dotted) data.


Inter‐ and intrapopulational chromatic variation in Proceratophrys from Caatinga.
(a–e) Individuals from Parque Nacional Serra das Confusões, Piauí State (P. cristiceps ). (f–i) individuals from Jaguaribe municipality, Ceará State (P. cristiceps ). (j–m) individuals from Macaíba municipality, Rio Grande do Norte State (Pcristiceps). (n) individual from Aquiraz municipality, Ceará State (P.caramaschii new synonymy). (o) individuals from Milagres municipality, Ceará State (P. aridus new synonymy). (p, q) individuals from Parque Nacional de Ubajara, Ceará State (P.caramaschii new synonymy). (r) Paraipaba, Ceará State (P. cristiceps).
Photographs: D.J. Santana (f–m); I. Joventino (n, o, r); S. Mângia (a–e, p–q)

Proceratophrys cristiceps (Müller, 1884 “1883”)

Ceratophrys cristiceps Müller, 1883
Stombus cristiceps Miranda‐Ribeiro, 1920
Proceratophrys cristiceps Lynch, 1971
Proceratophrys aridus Cruz et al., 2012, S. Am. J. Herpetol., 7:118.
 Proceratophrys caramaschii Cruz et al., 2012 
 

Sarah Mângia, Eliana Faria Oliveira, Diego José Santana, Ricardo Koroiva, Fernando Paiva and Adrian Antonio Garda. 2020. Revising the Taxonomy of Proceratophrys Miranda‐Ribeiro, 1920 (Anura: Odontophrynidae) from the Brazilian Semiarid Caatinga: Morphology, Calls and Molecules support A Single Widespread Species. Journal of Zoological Systematics and Evolutionary Research. DOI: 10.1111/jzs.12365


     


[Mammalogy • 2020] Microcebus jonahi • Ecology and Morphology of Mouse Lemurs (Microcebus spp.) in A Hotspot of Microendemism in northeastern Madagascar, with the Description of A New Species

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 Microcebus jonahi 
Schüßler, Blanco, Salmona, Poelstra, Andriambeloson, Miller, Randrianambinina, Rasolofoson, Mantilla‐Contreras, Chikhi, Louis, Yoder & Radespiel, 2020

 Jonah's Mouse Lemur | Microcèbe de Jonah || DOI: 10.1002/ajp.23180
Illustration by Stephen D. Nash/IUCN SSC Primate Specialist GroupPhoto by D. Schüßler.

Highlights: 
- Two pairs of Microcebus species occur in partial sympatry.
- Morphological distinctiveness supports genomic species delimitation in cryptic lemurs.
- High plasticity in reproductive schedules in a lineage of habitat generalists detected.

Abstract
Delimitation of cryptic species is increasingly based on genetic analyses but the integration of distributional, morphological, behavioral, and ecological data offers unique complementary insights into species diversification. We surveyed communities of nocturnal mouse lemurs (Microcebus spp.) in five different sites of northeastern Madagascar, measuring a variety of morphological parameters and assessing reproductive states for 123 individuals belonging to five different lineages. We documented two different non‐sister lineages occurring in sympatry in two areas. In both cases, sympatric species pairs consisted of a locally restricted (M. macarthurii or M . sp. #3) and a more widespread lineage (M. mittermeieri or M. lehilahytsara). Estimated Extents of Occurrence (EOO) of these lineages differed remarkably with 560 and 1,500 km2 versus 9,250 and 50,700 km2, respectively. Morphometric analyses distinguished unambiguously between sympatric species and detected more subtle but significant differences among sister lineages. Tail length and body size were most informative in this regard. Reproductive schedules were highly variable among lineages, most likely impacted by phylogenetic relatedness and environmental variables. While sympatric species pairs differed in their reproductive timing (M. sp. #3/M. lehilahytsara and M. macarthurii/M. mittermeieri), warmer lowland rainforests were associated with a less seasonal reproductive schedule for M. mittermeieri and M. lehilahytsara compared with populations occurring in montane forests. Distributional, morphological, and ecological data gathered in this study support the results of genomic species delimitation analyses conducted in a companion study, which identified one lineage, M. sp. #3, as meriting formal description as a new species. Consequently, a formal species description is included. Worryingly, our data also show that geographically restricted populations of M. sp. #3 and its sister species (M. macarthurii) are at high risk of local and perhaps permanent extinction from both deforestation and habitat fragmentation.

Keywords: conservation, cryptic species, evolution, habitat use, phenotype, sympatry

 Systematics
Order: Primates (Linnaeus 1758)
Suborder: Strepshirrini (É. Geoffroy 1812)

Family: Cheirogaleidae (Gray 1873)

Genus: Microcebus (É. Geoffroy 1828)

 Microcebus jonahi species nova
 
Figure 7: Outer morphology of  Microcebus jonahi.
 (a) Drawing of an adult individual; (b) Habitus of adult female (paratype individual BD1); (c–e) Close‐ups of adult male (holotype B34).
Illustration copyright by Stephen D. Nash/IUCN SSC Primate Specialist Group; used with permission. 
Photos by D. Schüßler.

  Habitat information: M. jonahi individuals were captured at altitudes between 42 and 356 m a.s.l. Out of the 25 captured individuals, six were caught in near‐primary forest (= low degradation) with a rather continuous canopy and five were captured in highly degraded forests with discontinuous canopy cover and strong regrowth of early successional trees. The majority of individuals (N  = 14) were captured in 2–4 m high stands of the perennial Madagascar cardamom (Aframomum angustifolium), sometimes intermixed with trees along the forest edges. At Antanambe (Figure 1), a total of 39 individuals were sighted of which 35 were found in forest habitats of different degradation stages. No M. jonahi were sighted in treeless secondary vegetation except for dense Aframomum angustifolium habitats. It currently inhabits one protected area (Mananara‐Nord NP) and a community managed forest area around the village of Ambavala (Schüßler et al., 2018).

Diagnosis: 
M. jonahi can be distinguished from other taxa in northeastern Madagascar by morphometric features and genomic distinctiveness. Compared with its closest relative, M. macarthurii, M. jonahi is longer, has a shorter tail, wider ears, a larger head width and a shorter head length. In addition, M. jonahi can be differentiated from M. macarthurii by its ventral coloration which is rather whitish (Figure 6), but distinctly yellowish orange in M. macarthurii (Radespiel et al., 2008; Radespiel & Raveloson, unpublished data).

Moreover, it can be easily distinguished from the sympatric, small‐bodied M. lehilahytsara (at Ambavala) by its higher body mass, larger body size, and longer tail length. Finally, M. jonahi can be differentiated from its southern geographical neighbor, M. simmonsi, by its shorter ear length and its larger inter‐ and intraorbital distances. M. jonahi could be unambiguously distinguished from the other four taxa in this study across all analyses of nuclear RADseq data (Poelstra et al., 2020). However, it may not be reliably distinguished from M. macarthurii based solely on mitochondrial sequences, likely due to some introgression from M. jonahi into M. macarthurii in the past (Poelstra et al., 2020).

Etymology: M. jonahi is named in honor of Malagasy primatologist Professor Jonah Ratsimbazafy. He has dedicated his life's work to the conservation of Malagasy lemurs. With both national and international outreach to the scientific community (e.g., GERP, IPS, LemursPortal), to the public of Madagascar (e.g., by initiating the World Lemur Festival), and to the political leaders of Madagascar, he serves as an inspirational role model for young Malagasy students and scientists. He provides hope for the future of Madagascar and for its iconic lemurs during very challenging times.

Vernacular name: English name: Jonah's mouse lemur, French name: Microcèbe de Jonah, German name: Jonah's Mausmaki.

Map depicting the study region with confirmed species occurrences (Hotaling et al., 2016; Kappeler et al., 2005; Louis et al., 2006; Radespiel et al., 2008, 2012; Weisrock et al., 2010). New sampling locations for this study are indicated with “*” and forest cover in 2017/2018 was derived from Vieilledent et al. (2018) and Schüßler et al. (2020). NP, National Park; SNR, Special Nature Reserve; SR, Special Reservehide.


Dominik Schüßler, Marina B. Blanco, Jordi Salmona, Jelmer Poelstra, Jean B. Andriambeloson, Alex Miller, Blanchard Randrianambinina, David W. Rasolofoson, Jasmin Mantilla‐Contreras, Lounès Chikhi, Edward E. Louis Jr., Anne D. Yoder and Ute Radespiel. 2020. Ecology and Morphology of Mouse Lemurs (Microcebus spp.) in A Hotspot of Microendemism in northeastern Madagascar, with the Description of A New Species. American Journal of Primatology. DOI: 10.1002/ajp.23180

    

[Herpetology • 2020] Rediscovery, New Island Record, and Clarification of the Geographic Distribution of Oligodon perkinsi (Taylor, 1925) (Squamata, Colubridae), A poorly Known Endemic Snake from the Palawan Faunal Region of western Philippines

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Oligodon perkinsi (Taylor, 1925)

in Supsup & Carestia, 2020. 

Abstract
Snakes of the genus Oligodon Fitzinger, 1826 are rarely observed and infrequently collected in the Philippines. Here we report the rediscovery and first documentation of Oligodon perkinsi (Taylor, 1925) after nearly 60 years. Our observation extends the species distribution to Busuanga, an island located north of Culion (type locality) and on the western side of the archipelago.

Keywords: Busuanga, Calamian Islands, range extension, reptiles



Oligodon perkinsi from Busuanga Island, Philippines.
 A. Live photograph; note the clouded eye, indicating the specimen was about to shed.
B, C. The same specimen in preservative (CES.Pal.0011): (B) ventrum; (C)  dorsum.


Map of the Philippines showing the hypothesized distributional range of the six recognized species of Oligodon (left panel) and the occurrence records of Oligodon perkinsi (right panel). Previous records are indicated by black circles and our new record from Busuanga Island is marked by red square. Question marks indicate the unconfirmed and questionable records of O. perkinsi from Calauit and Coron Islands.


Christian E. Supsup and Uldarico V. Carestia Jr. 2020. Rediscovery, New Island Record, and Clarification of the Geographic Distribution of Oligodon perkinsi (Taylor, 1925) (Squamata, Colubridae), A poorly Known Endemic Snake from the Palawan Faunal Region of western Philippines. Check List. 16(4): 877-881. DOI: 10.15560/16.4.877

[Botany • 2020] Plagiostachys lourdesiae (Zingiberaceae) • A New Species from Mindanao, Philippines

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Plagiostachys lourdesiae Docot

in Docot, 2020.
  DOI: 10.1111/njb.02806 

Abstract
A new species, Plagiostachys lourdesiae, from Mindanao, Philippines is described here. Plagiostachys escritorii, which also occurs in Mindanao, is the most closely related species. The new species differs from P. escritorii in its petiolate lamina, lax inflorescence, red and strongly curved upward labellum, and globose to subglobose maroon fruit. A colour plate, notes on its distribution, habitat, phenology, conservation status as well as a key to Plagiostachys species in the Philippines are provided.

Keywords: non-mucilaginous, Plagiostachys escritorii, vulnerable



Plagiostachys lourdesiae Docot sp. nov. 

Etymology: The specific epithet is chosen in honor of the accomplished scholarly writer and chair Emeritus of Far Eastern University, Dr. Lourdes R. Montinola. She has continued the legacy of her father and founder of FEU, Dr. Nicanor Reyes Sr., in developing quality education in the Philippines as well as dedication in preserving Philippine heritage, culture and arts.


Rudolph Valentino A. Docot. 2020. Plagiostachys lourdesiae (Zingiberaceae), A New Species from Mindanao, Philippines. Nordic Journal of Botany.  DOI: 10.1111/njb.02806

[Crustacea • 2020] Homolodromia rajeevani • A New Species of Deep-water Crab of the Genus Homolodromia A. Milne-Edwards, 1880 (Decapoda: Brachyura: Homolodromiidae) from the northern Indian Ocean

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Homolodromia rajeevani
Padate, Cubelio & Jayachandran, 2020

ABSTRACT
Homolodromia rajeevani, a new species of deep-water homolodromiid sponge crab, is described from the northern Indian Ocean (Arabian Sea, depth 957 m, and Bay of Bengal, 645 m), and is the first record of the genus from the area. This species resembles the western Indian Ocean species, namely, Homolodromia bouvieri Doflein, 1904, in having 2 terminal spines on the propodi of the last two pereopods, but can be easily distinguished from the latter species by the inflated carapace, simple long setae on carapace and appendages, slender pseudo-rostral spines separated by a U-shaped base, and a slender arched dactylus of cheliped with maximum elevation at proximal part which bears broadly circular depressions with sparse setae. The most diagnostic character is the higher number of spines on the occlusal surfaces of propodal thumbs and dactyli of the pseudochela of the last two pereopods as compared to H. bouvieri. A key for the identification of the species under the genus Homolodromia is also provided.

KEYWORDS: Homolodromia, taxonomy, new species, northern Indian Ocean, deep-water

Colour in life. Homolodromia rajeevani sp. nov., holotype male (IO/SS/BRC/00174).

Family Homolodromiidae Alcock, 1899
Genus Homolodromia A. Milne-Edwards, 1880
Homolodromia A. Milne-Edwards, 1880: 32.
Type species: Homolodromia paradoxa A. Milne-Edwards, 1880 by monotypy. 

Homolodromia rajeevani sp. nov. 

Etymology: The specific epithet rajeevani is in honour of the distinguished scientist and Secretary, Ministry of Earth Sciences, Government of India, Dr. Madhavan Nair Rajeevan who has been the guiding force in the deep-sea research programmes of CMLRE.


Vinay P. Padate, Sherine Sonia Cubelio and K. V. Jayachandran. 2020. Description of A New Species of Deep-water Crab of the Genus Homolodromia A. Milne-Edwards, 1880 from the northern Indian Ocean (Crustacea: Decapoda: Brachyura: Homolodromiidae). Marine Biology Research. DOI: 10.1080/17451000.2020.1735641 k


[Crustacea • 2020] Renocila bijui • A New Species of Renocila Miers, 1880 (Isopoda: Cymothoidae), A Fish Parasitic Isopod from Andaman Island, India

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Renocila bijui 
Aneesh, Bruce, Nashad, Bineesh & Hatha, 2020


ABSTRACT
Renocila bijui sp. nov., parasitizing the coral reef fish Acanthurus triostegus (Linnaeus, 1758) from Andaman Island, India is described and illustrated. Renocila bijui sp. nov., the first definitive record of the genus from India, is characterized by: rectangular body; truncate frons without a ventral posteriorly directed rostrum; antenna longer and narrower than antennula; pereonite 7 posterolateral angle acute, pleon is 0.8 width of pereon; pleotelson broadly truncate, with prominent median longitudinal carina; pereopods 1–3 each with produced process on the posterodistal angle of basis, gradually increasing the length from 1–3; and pereopods 1–3 inferior margins of articles all without a process or lobe, though ischium carinate. A key to the 17 world species of Renocila is provided. Renocila limbata (Schioedte & Meinert, 1884) and R. periophthalma Stebbing, 1900 are not included since both species lack the description for the adult female.

KEYWORDS: Renocila, Indian Ocean, fish parasite, Cymothoidae, Indian exclusive economic zone




Renocila bijui sp. nov.




Panakkool Thamban Aneesh, Niel L. Bruce, Musaliyarakam Nashad, Kinattumkara Bineesh and Abdulla A. Mohamed Hatha. 2020. A New Species of Renocila Miers, 1880 (Crustacea: Isopoda: Cymothoidae), A Fish Parasitic Isopod from Andaman Island, India. Marine Biology Research.  DOI: 10.1080/17451000.2020.1761028 

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