Tuesday, April 23, 2024

[Herpetology • 2024] Cnemaspis persephone & C. sanctus • Two New nocturnal Species of South Asian Cnemaspis Strauch, 1887 (Squamata: Gekkonidae) of the wynadensis clade from the southern Western Ghats, India


Cnemaspis persephone & C. sanctus  
Khandekar, Thackeray & Agarwal, 2024

 
Abstract
We describe two new medium-bodied, nocturnal species of South Asian Cnemaspis from the southern Western Ghats, Tamil Nadu, India in an integrative taxonomic framework. The two new species are phylogenetically and morphologically allied to the wynadensis clade and can be distinguished from other species of the wynadensis clade and each other by a combination of nonoverlapping morphological characters including body size, homogeneous dorsal pholidosis, the number of femoral pores and poreless scales separating these series, the number of ventral scales across the midbody and longitudinal scales from mental to cloaca, the number of dorsal granules around the body; and an uncorrected pairwise ND2 sequence divergence of 8.2–22.9 % (16S 4.2–12.2 %) from all other members in the clade. These are the first members of the wynadensis clade known from south of the Palghat Gap apart from C. bireticulata, a putative junior synonym of C. sisparensis that is likely to be distinct owing to morphological differences and geographic distance. Cnemaspis sanctus sp. nov. is from low coastal hills in Kanyakumari District at the southern tip of the Western Ghats and Cnemaspis persephone sp. nov. is from the Anaimalais, Anaimalai Tiger Reserve. Many more undescribed species of the wynadensis clade and South Asian Cnemaspis are likely to be found across the southern Western Ghats.

Asia, biodiversity hotspot, dwarf geckos, integrative taxonomy, phylogeny, species complex, Squamata,



Akshay Khandekar, Tejas Thackeray, Ishan Agarwal. 2024. Two New nocturnal Species of South Asian Cnemaspis Strauch, 1887 (Squamata: Gekkonidae) of the wynadensis clade from the southern Western Ghats, India.  Zootaxa. 5443(3); 353-386. DOI: 10.11646/zootaxa.5443.3.3

Monday, April 22, 2024

[Botany • 2024] Leopoldia oztasii (Asparagaceae: Scilloideae) • A New Species from South Anatolia-Türkiye


Leopoldia oztasii Eker, Eroğlu & Pınar,
 
in Eroğlu, Pinar et Eker, 2024.
Konya Morbaşı  ||  DOI: 10.11646/phytotaxa.633.1.3 

 
Abstract
Leopoldia oztasii sp. nov. (Asparagaceae, Scilloideae) is described as a new species in this study. It spreads on the stony slopes of Konya province in the south of Türkiye. Leopoldia oztasii is similar to L. tenuiflora, but it is easily distinguished from it, by having larger bulbs, falcate leaves, shorter scape, conical inflorescence, longer pedicels, and larger capsules. In this study, the morphology, seed surface characteristics and ecology of L. oztasii were studied. A detailed description of the new species, a comparison table between the two species, and detailed photographs showing their differences are provided. The distribution areas of L. oztasii and L. tenuiflora in Türkiye are also presented on the map.
 
Asparagaceae, Leopoldia, morphology, new species, seed, taxonomy, Türkiye, Monocots 




Leopoldia oztasii Eker, Eroğlu & Pınar” 

“Konya Morbaşı”

Hüseyin Eroğlu, Süleyman Mesut Pinar, İsmail Eker. 2024. A New Leopoldia (Asparagaceae, Scilloideae) Species from South Anatolia-Türkiye: Leopoldia oztasii Phytotaxa. 633(1); 17-28. DOI: 10.11646/phytotaxa.633.1.3

[Ichthyology • 2024] Serrasalmus magallanesi • A New Species of Piranha (Characiformes: Serrasalmidae: Serrasalmus) from the Upper Madeira River System, Amazon Basin, Bolivia


Serrasalmus magallanesi
Gallo-Cardozo, Maldonado, Careaga & Carvajal-Vallejos, 2024

 
Abstract
A new species of piranha, in the genus Serrasalmus (Characiformes, Serrasalmidae), is described from tributaries of the upper Madeira River drainage (Bolivian Amazon Basin). This new species exhibits a similar caudal-fin color like that observed in S. hollandi, and review of the literature suggested that former studies have misidentified these two species. The new species can be diagnosed morphologically from other congeners, but genetic variation of the COI sequence data showed little difference (~1%) from similar, morphologically recognized species. Since Serrasalmus species are widespread and morphologically difficult to identify, a key for identifying Bolivian species of this genus is presented.

 Keywords: COI, morphology, osteology, taxonomy 
  

Serrasalmus magallanesi, New Species

Etymology. Serrasalmus magallanesi sp. nov. is named in honor and memoriam of Frank Magallanes, in recognition of his permanent collaboration with ichthyologists and Serrasalmus fans, mainly through his website OPEFE (https://www.opefe.com). Magallanes passed away in May 2022.


F. Gallo-Cardozo, M. Maldonado, M. Careaga and F. M. Carvajal-Vallejos. 2024. A New Species of Piranha (Serrasalmus, Serrasalmidae) from the Upper Madeira River System, Amazon Basin, Bolivia.  Journal of Ichthyology. DOI: 10.1134/S0032945224700036

[Ichthyology • 2024] Rhinolepadichthys gen. nov. • A New Generic Name for the “Lepadichthys lineatus complex (Gobiesocidae: Diademichthyinae) with A Rediagnosis of Discotrema, a senior synonym of Unguitrema, and Comments on their phylogenetic relationships


Representatives of diademichthyine clingfishes.
Rhinolepadichthys lineatus (Oman); B Rhinolepadichthys geminus (Anilao, Philippines);
Rhinolepadichthys geminus (Okinoerabu Islands, Amami Islands, Japan); D Discotrema crinophilum (Amami-oshima Island, Amami Islands, Japan: KPM-NR 78755);
Lepadichthys frenatus (Lord Howe Island, Australia); F Diademichthys lineatus (Lembeh Strait, Indonesia: KPM-NR 147468).

in Fujiwara, Motomura, Summers & Conway, 2024. 
All images except F with sides reversed.
photos by J. Randall, J. Eyre and K. Uehara. 

Abstract

Rhinolepadichthys, a new genus of the gobiesocid subfamily Diademichthyinae, is described for the “Lepadichthys” lineatus complex (including Rhinolepadichthys geminus comb. nov., R. heemstraorum comb. nov., R. lineatus comb. nov., and R. polyastrous comb. nov.). Detailed investigation of external morphology and osteological anatomy of the new genus and related genera suggests that Rhinolepadichthys represents the sister genus to Discotrema, based on the following putative synapomorphies: (1) presence of a hardened (potentially keratinized) cap on the surface of at least some disc papillae (vs. surface of disc papillae soft, without hardened cap); and (2) the anterolateral part of the ventral postcleithrum extended anteriorly as a well-developed rod-like process, its tip close to the base of pelvic-fin soft ray 4 (vs. only weakly pointed, or irregular). Compared with DiscotremaRhinolepadichthys gen. nov. is distinguished by the presence of a row of 8–12 large papillae on the inner surface of the upper and lower lips (vs. inner surface of lips smooth, without distinct papillae); the absence (vs. presence) of a well-developed lateral process on the pterotic immediately posterior to the opening of the otic canal; the presence (vs. absence) of gill rakers on the anterior edge of ceratobranchials 1–3; the presence (vs. absence) of gill rakers on the posterior edge of ceratobranchial 4; having the upper pharyngeal teeth arranged in a loose patch on the ventral surface of the pharyngobranchial 3 toothplate, with tooth tips directed posteroventrally (vs. arranged in a single row along posteroventral edge of the pharyngobranchial 3 toothplate, with tooth tips directed posteriorly); features of the adhesive disc, including outline of disc papillae roughly hexagonal or ovoid and with a flattened surface (vs. outline circular, at least some with raised, dome-like surface); the absence (vs. presence) of a deep cavity at the center of disc region C; the absence (vs. presence) of three paired and one median cluster of small papillae (reminiscent of bunches of grapes) across the surface of the adhesive disc; and having the ventral postcleithrum entire, not divided into two separate, articulating elements (vs. ventral postcleithrum divided into an anterior and posterior element, separated via a specialized joint). Reexamination of materials of the poorly known genus Unguitrema, considered a close relative of Discotrema, revealed no morphological differences between the two genera. Unguitrema therefore represents a junior synonym of Discotrema.

Keywords: Clingfishes, Indo-Pacific, morphology, taxonomy, Teleostei

Representatives of diademichthyine clingfishes.
Rhinolepadichthys lineatus (Oman: J. Randall); B Rhinolepadichthys geminus (Anilao, Philippines: J. Eyre);
Rhinolepadichthys geminus (Okinoerabu Islands, Amami Islands, Japan: K. Uehara); D Discotrema crinophilum (Amami-oshima Island, Amami Islands, Japan: KPM-NR 78755, K. Uchino);
Lepadichthys frenatus (Lord Howe Island, Australia: J. Eyre); F Diademichthys lineatus (Lembeh Strait, Indonesia: KPM-NR 147468, K. Uchino).
All images except F with sides reversed.

Rhinolepadichthys gen. nov.

Included species: The genus contains the following four valid species, previously included in the “Lepadichthyslineatus complex by Fujiwara and Motomura (2021): Rhinolepadichthys geminus (Fujiwara and Motomura, 2021) comb. nov., Rhinolepadichthys heemstraorum (Fujiwara and Motomura, 2021) comb. nov., Rhinolepadichthys lineatus (Briggs, 1966) comb. nov., and Rhinolepadichthys polyastrous (Fujiwara and Motomura, 2021) comb. nov.

Etymology: The suffix rhino-, meaning nose, in combination with Lepadichthys, a genus of the Diademichthyinae. In reference to the pointed snout in members of this genus, which distinguishes the new genus from Lepadichthys (sensu stricto). Gender masculine.


Discotrema Briggs, 1976

Included species: The genus contains the following four valid species, Discotrema crinophilum Briggs, 1976, Discotrema monogrammum Craig & Randall, 2008, Discotrema nigrum (Fricke, 2014), comb. nov. (validity tentative, see below), and Discotrema zonatum Craig & Randall, 2008.

 
Kyoji Fujiwara, Hiroyuki Motomura, Adam P. Summers and Kevin W. Conway. 2024. A New Generic Name for the “Lepadichthys” lineatus complex with A Rediagnosis of Discotrema, a senior synonym of Unguitrema, and Comments on their phylogenetic relationships (Gobiesocidae: Diademichthyinae). Vertebrate Zoology. 74: 279-301. DOI: 10.3897/vz.74.e113955
 

[Ichthyology • 2024] Pimelodella guato • A New Species of Pimelodella (Siluriformes: Heptapteridae) from the Paraguai Basin, Brazil, with a discussion regarding its distribution


 Pimelodella guato
Pierre & Slobodian, 2024


Abstract​ 
A new species of Pimelodella is described from the rio Paraguai basin in Mato Grosso do Sul and Mato Grosso States, Brazil. The new species distinguishes from all other members of the genus based on a unique combination of characteristics, which include: dorsal profile straight from snout to dorsal-fin, maxillary barbel reaching at least the anal-fin terminus when parallel to main body axis, robust dorsal-fin spine bearing small spinules along three-fourths of its posterior margin, 41–42 total vertebrae (rarely 43 or 44), 13–23 large and retrorse blades at the posterior margin of the pectoral-fin spine, and dorsolateral region of body slightly darkened. This study also discusses the ichthyofaunal similarities between the Paraguai and Amazon basins, shedding light on their biogeographic history. Additionally, the research includes considerations about the sexual dimorphism of Pimelodella and provides an identification key for the Pimelodella species found in the Paraguai basin.

Keywords: Biogeography, Catfishes, Identification key, Sexual dimorphism, Taxonomy.

 Pimelodella guato, holotype, ZUFMS-PIS 8515, 78.5 mm SL, Brazil, Mato Grosso do Sul, Corumbá municipality, rio Paraguai basin, rio Miranda, sandy beaches at Passo do Lontra region, ...
 A. Dorsal; B. Left lateral; and C. Ventral views. Scale bar = 1 cm.

Pimelodella guato, new species

Diagnosis. Pimelodella guato differs from all Pimelodella species except P. boliviana, P. chaparae, P. cristata, P. cruxenti, P. dorseyi, P. geryi, P. gracilis, P. howesi, P. humeralis, P. laurenti, P. longibarbata, P. longipinnis, P. martinezi, P. megalops, P. mucosa, P. notomelas, P. odynea, P. ophthalmica, P. parnahybae, P. serrata, P. steindachneri, P. taeniophora, P. tapatapae, P. wesselii, and P. witmeri by the long maxillary barbel, reaching at least the anal-fin terminus when parallel to main body axis (vs. reaching at best posterior limit of anal-fin base). It differs from P. longipinnis and P. tapatapae by having the supraoccipital process reaching the anterior nuchal plate (vs. not reaching, gap between distal terminus of supraoccipital process and anterior nuchal plate ca. 20–25% of supraoccipital process length). It differs from P. boliviana, P. cruxenti, P. geryi, P. laurenti, P. martinezi, P. megalops, P. notomelas, P. odynea, and P. taeniophora by having a robust dorsal-fin spine, bearing small, straight spinules along three-fourths of its posterior margin (vs. dorsal-fin spine not particularly robust, with posterior margin spinules inconspicuous or absent). It differs from P. cristata, P. dorseyi, P. gracilis, P. howesi, P. humeralis, P. ophthalmica, P. parnahybae, P. steindachneri, P. wesselii,and P. witmeri by usually having 41–42 (rarely 43 or 44) total vertebrae (vs. always 43–44 in P. howesi; 46 or more in the remaining species). It further differs from P. howesi by having the dorsolateral region of body slightly darkened (vs. not darkened), dorsal fin with light brown stripe near its origin, followed by a hyaline stripe, and distal half dark (vs. basal half of dorsal fin hyaline, and distal half dark), and by the dorsal lamina of the Weberian apparatus reaching the ventral margin of the supraoccipital process only at its first third (vs. dorsal lamina reaching the supraoccipital process along all its extension). It differs from P. mucosa and P. longibarbata by the preoperculomandibular laterosensory canal openings at dentary not particularly large (vs. large openings). It differs from P. chaparae, P. longibarbata, and P. serrata by the wide midlateral stripe (vs. narrow) and by the dorsal lamina of the Weberian apparatus reaching the ventral margin of the supraoccipital process only at its first third (vs. first half in P. longibarbata; and almost its entire extension in P. chaparae and P. serrata) (Figs. 2A, D).

Etymology. The species name guato is in honor of the indigenous Guató people, who are affectionately known as “people of the Pantanal waters” due to their primary mode of transportation, canoes. Historically, the Guató people inhabited an extensive area along the rio Paraguai (Schmidt, 1942). However, in the 1940s, they began to lose their territory due to cattle ranching, and many relocated to cities such as Cáceres and Corumbá. This dispersal led to a reduction in the Guató population, and since then, they have been fighting for recognition of their ethnicity and the demarcation of their lands (Costa, 2015). The choice of guato is a homage to the resilience and cultural significance of these people who inhabit the same region where the new species is found. It also recognizes the ongoing struggles with land delimitation that indigenous communities continue to face, particularly in Brazil. A noun in apposition.


Veida Pierre and Veronica Slobodian. 2024. A New Species of Pimelodella (Siluriformes: Heptapteridae) from the Paraguai Basin, Brazil, with a discussion regarding its distribution. Neotrop Ichthyol. 22(1): e230110. DOI: 10.1590/1982-0224-2023-0110

[Mollusca • 2024] Figuladra finlaysoni, F. robertirwini, F. bromileyorum & F. vidulus • Systematic Revision of the eastern Queensland Land Snail Genus Figuladra Köhler & Bouchet, 2020 (Eupulmonata,: Camaenidae) based on mitochondrial phylogenetics and comparative morpho-anatomy

  

Figuladra robertirwini sp. nov.F. vidulus sp. nov., etc.
L. Stanisic, J. Stanisic &  Köhler, 2024


ABSTRACT
The current study revises the systematic taxonomy of Figuladra, a genus of camaenid land snails endemic to eastern Queensland, based on the investigation of many recently collected ethanol-preserved samples as well as historic museum material, including types. We employed comparative analyses to investigate the variation in morphological features (shell, penial anatomy) and performed phylogenetic analyses of mitochondrial 16S rDNA sequences to test species hypotheses. Phylogenetic analyses recovered three principal mitochondrial clades, one occurring in mid-east Queensland, one in south-east Queensland, and another in the upland areas of south-east Queensland. We recognise altogether 15 accepted species, including four that are newly described herein (i.e., Figuladra finlaysoni sp. nov., F. robertirwini sp. nov., F. bromileyorum sp. nov. and F. vidulus sp. nov.). The status of 11 previously described species has been assessed and revised diagnoses are provided for each of these. Species of the south-east Queensland clade revealed comparatively low levels of genetic and morphological differentiation and may represent examples of more recent, conceivably ongoing, speciation. Figuladra species have allopatric distributions with their ranges being separated by altitudinal or riverine barriers. Particularly the St Lawrence Gap dry corridor has been identified as a major biogeographic barrier separating two principal clades of Figuladra.

KEYWORDS: Biogeography, gastropoda, new species, phylogeny, systematics, taxonomy



Lorelle Stanisic, John Stanisic and Frank Köhler. 2024. Systematic Revision of the eastern Queensland Land Snail Genus Figuladra Köhler and Bouchet, 2020 based on mitochondrial phylogenetics and comparative morpho-anatomy (Eupulmonata, Camaenidae). Molluscan Research. 44(2); 160-208. DOI: 10.1080/13235818.2024.2321650  


[Botany • 2021] Elatostema xingyiense (Urticaceae) • A New Species and A New Series of Elatostema from south-western China


Elatostema xingyiense L.D. Duan & D.H.Yin, 

in Yin, Huang, Lu et Duan, 2021.

Abstract
The new series Elatostema section Weddellia series Xingyiensia L.D. Duan & D.H. Yin (Urticaceae) is described. In addition, its new species Elatostema xingyiense L.D. Duan & D.H. Yin, endemic to Guizhou Province, is also described and illustrated with photographs. The new series is morphologically similar to series Melanocarpa W.T. Wang and series Sublinearia W.T. Wang. The new species is most similar to E. melanocarpum, E. sublineare, E. obscurinerve, E. langicuspe and E. youyangense in morphology, but can be visibly distinguished by a combination of characters, including leaf vein, male inflorescences, female inflorescences and persistent tepals.

Keywords: Elatostema xingyiense, series Xingyiensia, taxonomy

Elatostema xingyiense L.D. Duan & D.H.Yin
 A habit B male flower C male inflorescence in fresh specimen D male inflorescence E male inflorescence and secondary peduncle F female inflorescence in fresh specimen G female inflorescence H blades in fresh specimen I bract longitudinally 3-ribbed.
 Photos: Lin-Dong Duan and Dan–Hong Yin.

Elatostema xingyiense L.D. Duan & D.H. Yin, sp. nov.

Relationship: This new species is closely related and similar to Elatostema melanocarpum (Wang 2013), Elatostema sublineare (Wang 1980), Elatostema obscurinerve (Wang 1980), Elatostema langicuspe (Wang 2013) and Elatostema youyangense (Wang 1984). This new species is visibly distinguished by a combination of characters: leaf mid-vein impressed, leaf margin revolute (mid-vein flat, margin flat in the other five species); pistillate inflorescence peduncle dichotomously branched (not branched in the other five species) (Table 1).
 ...



 Dan-Hong Yin, Teng-Fei Huang, Zhen Lu and Lin-Dong Duan. 2021. A New Species and A New Series of Elatostema (Urticaceae) from south-western China. PhytoKeys. 180: 65-71.  DOI: 10.3897/phytokeys.180.65813

[Botany • 2021] Muscari inundatum (Asparagaceae: Scilloideae) • A New Species from southern Anatolia


Muscari inundatum  Yıldırım & Eker,  

in Eker et Yıldırım, 2021. 

Abstract
A new species, Muscari inundatum (Asparagaceae) from Turkey, is described and illustrated. It is morphologically similar to M. neglectum and M. adilii, but differs mainly by its shouldered fertile flowers with erect to slightly recurved lobes at maturity. In this study, a comprehensive description, diagnostic characters, original photographs, detailed illustration, geographical distribution, conservation assessment, identification key, and taxonomic comments on the new species are presented.

Keywords: Amanos Mountains, Hatay, Mucari adilii, M. neglectum, new taxon, taxonomy, Turkey, Monocots

 Early flowering stage of Muscari inundatum.
 a-b: habitat (photographed by H. Yıldırım).

 Mature flowering stage of Muscari inundatum.
a: habit, b: inflorescence, c: infructescence (photographed by İ. Eker).

Muscari inundatum Yıldırım & Eker sp. nov.

Eponymy:—The specific epithet of the new species is derived from its habitat, as it grows in flooded places and near puddles.



İsmail Eker and Hasan Yıldırım. 2021. Muscari inundatum (Asparagaceae, Scilloideae), A New Species from southern Anatolia.  Phytotaxa. 484(2); 181–194. DOI: 10.11646/phytotaxa.484.2.3

[Crustacea • 2024] The “Mr. and Mrs. Ghat crab”, Ghatiana dvirupa sp. nov. (Decapoda: Brachyura: Gecarcinucidae) from the Central Western Ghats of India

 

Ghatiana dvirupa 
 Pati,  Bajantri & Hegde, 2024


Abstract
A new species of gecarcinucid freshwater crab, Ghatiana dvirupa sp. nov., is described herein from the Kali Tiger Reserve of the Uttara Kannada district, Karnataka state, India. The Kali Tiger Reserve is a protected area, which is situated in the Central Western Ghats. The new species superficially most resembles Ghatiana sanguinolenta Pati, Thackeray & Pawar, 2023, from Karnataka but can easily be distinguished mainly by its ultimate article of the male first gonopod, which is distally gently curved inwards against the gently outwardly curved distal portion of the ultimate article in the latter species. Ghatiana dvirupa sp. nov. is also compared with the remaining species of the genus from Karnataka and some morphologically related species from Maharashtra. The difference in colour in life has been noticed between males and females of G. dvirupa sp. nov.; as such the common name of the new species is proposed as “Mr. and Mrs. Ghat Crab”. Ghatiana Pati & Sharma, 2014, is now known for 13 species, all from the Western Ghats of India. Karnataka currently possesses six species of Ghatiana, and many new species are yet to be described.
 
Crustacea, Taxonomy, new species, freshwater crab, Karnataka 


Ghatiana dvirupa sp. nov., colour in life: A, holotype male, ZSI-WRC C.2443; B, male, ZSI-WRC C.2447; C, paratype female, ZSI-WRC C.2444; D, paratype female, ZSI-WRC C.2446. Habitats of Ghatiana dvirupa sp. nov.: E, general habitat at type locality; F, male, ZSI-WRC C.2447, in crevice of laterite boulder.
Ghatiana aurantiaca Pati & Sharma, 2014, colour in life: G, crab in its natural habitat during wet season (31 August 2013); H, crab outside of its habitat during dry season (28 November 2011). Figure G is credited to Satyen Mehta, which is modified from inaturalist.org/observations/51882255


Sameer Kumar Pati, Parashuram Prabhu Bajantri, Gopalkrishna Dattatraya Hegde. 2024. The “Mr. and Mrs. Ghat crab”, Ghatiana dvirupa sp. nov. (Decapoda: Brachyura: Gecarcinucidae) from the Central Western Ghats of India.  Zootaxa. 5443(1); 116-126. DOI: 10.11646/zootaxa.5443.1.6
 

Sunday, April 21, 2024

[Crustacea • 2024] Indochinamon datii • A New Species of the Genus Indochinamon Yeo & Ng, 2007 (Brachyura: Potamoidea: Potamidae) and a new country record from Northern Vietnam


Indochinamon datii 
Dang, Hoang & Do, 2024
    

Abstract
A new species of freshwater crab, Indochinamon datii n. sp. is described from Xuan Son National Park, Phu Tho Province, Northern Vietnam. The new species external morphology is most similar to I. kimboiense (Dang, 1967) and I. bavi Naruse, Nguyen & Yeo, 2011. However, it can be distinguished from the other species by characters of the carapace, telson and male first gonopod. Indochinamon malipoense Zhang & Sun in Zhang, Pan, Hao & Sun, 2020 is also recorded for the first time in Vietnam.

Crustacea, Xuan Son National Park, Phu Tho Province, new record, taxonomy, Potamiscinae, Indochinamon malipoense, Indochinamon ahkense, karsts



 Indochinamon datii n. sp.


Khai Dang, Anh Tram Hoang and Cuong Do. 2024. A New Species of the Genus Indochinamon Yeo & Ng, 2007 (Crustacea: Brachyura: Potamoidea: Potamidae) and a new country record from Northern Vietnam.  Zootaxa. 5437(4); 560-570. DOI: 10.11646/zootaxa.5437.4.8

[Arachnida • 2024] Troglotayosicus akaido • Phylogeny of the Troglomorphic Scorpion Genus Troglotayosicus (Scorpiones: Troglotayosicidae) with Description of A New Species from Colombia


Troglotayosicus akaido 
 Moreno-González, Luna-Sarmiento & Prendini, 2024


Abstract  
The troglomorphic scorpion genus Troglotayosicus Lourenço, 1981, occurs in hypogean and epigean habitats in the Andean and Amazonian rainforests of Colombia and Ecuador. The phylogenetic relationships among the species of Troglotayosicus are currently unknown. In the present contribution, a new species, Troglotayosicus akaido, sp. nov., is described from specimens collected in the leaf litter of a primary rainforest in the Colombian Amazon, near the border with Peru, raising the number of species in the genus to seven. The new species represents the easternmost record of the genus and further extends its distribution into the Amazon. Its phylogenetic position was tested in an analysis of all species of the genus and two outgroup taxa, scored for 131 morphological characters (16 new and 115 legacy; 104 binary and 27 multistate) analyzed with maximum likelihood under the MK model. Troglotayosicus was recovered as monophyletic and composed of two main clades. The morphological survey revealed that the ventral macrosetae of the leg telotarsi of the type species, Troglotayosicus vachoni Lourenço, 1981, are simple, subspiniform macrosetae, irregularly distributed, but not arranged into clusters nor forming elongated clusters of setae/spinules, as previously suggested. A distribution map and key to the identification of the species of Troglotayosicus are provided. Further research, incorporating molecular data, is needed to understand the evolution and biogeographical history of this enigmatic scorpion genus.

Troglotayosicus akaido, sp. nov., live habitus, holotype ♂ (ICN).
A. Anterior aspect. B. Lateral aspect.

 Troglotayosicus akaido, sp. nov., habitus, dorsal (A, C) and ventral (B, D) aspects.
A, B. Holotype ♂ (ICN). C, D. Paratype ♀ (ICN). Scale bars: 10 mm.


Jairo A. Moreno-González, David A. Luna-Sarmiento and Lorenzo Prendini. 2024. Phylogeny of the Troglomorphic Scorpion Genus Troglotayosicus (Scorpiones: Troglotayosicidae) with Description of a New Species from Colombia. American Museum Novitates. (4011), 1-39. DOI: 10.1206/4011.1 

[Botany • 2024] Camellia zijinica (Theaceae) • A New Species endemic to Danxia Landscape from Guangdong Province, China


Camellia zijinica  M.Lin, Q.L.Ye & Q.Fan,

in Lin, Ye, Zhang, Liao et Fan, 2024. 
 紫金短柱茶  ||  DOI: 10.3897/phytokeys.237.114768
Photographed by Zhi-Ming Zhong, Qiang Fan and Min Lin.
 
Abstract
A new species of the genus Camellia (Theaceae), Camellia zijinica, discovered in the Danxia landscape from Guangdong Province, China, is characterized and illustrated. Phylogenetic analysis based on chloroplast genomes suggested its affinity with C. drupifera, C. oleifera and C. fluviatilis, however, it morphologically differs from all of the latter by leaf shape and size. Phonologically, it most closely resembles C. microphylla, but can be distinguished from the latter by its young branchlets glabrous (vs. densely pubescent), fewer bracteoles and sepals, diverse leaf shape, midvein raised slightly with sparsely pubescent or glabrous (vs. prominently with densely pubescent) and leaf adaxially matt (vs. vernicose) when dried. By morphological and molecular analyses, Camellia zijinica represented a distinct new species of C. sect. Paracamellia.

Key words: Camellia, Danxia landscape, morphology, new species, phylogeny

Camellia zijinica sp. nov.
A habit B, C flowering branch D leaf shape E flower in front view F flower in back view G pistil and ovary H flowering branch, showing the stamens I flowering branch, showing the bracteoles and sepals J fruits, showing young to ripe (a-c) K bracteoles, sepals and petals.
Photographed by Zhi-Ming Zhong, Qiang Fan and Min Lin.

 Camellia zijinica M.Lin, Q.L.Ye & Q.Fan, sp. nov.
  Chinese name: 紫金短柱茶

Etymology: The specific epithet refers to Zijin County of Guangdong Province, the type locality of the new species.

 
Min Lin, Qin-Liang Ye, Zhi-Jian Zhang, Wen-Bo Liao and Qiang Fan. 2024. Camellia zijinica (Theaceae), A New Species endemic to Danxia Landscape from Guangdong Province, China. PhytoKeys. 237: 245-255. DOI: 10.3897/phytokeys.237.114768

[Botany • 2022] Gomphostemma phetchaburiense (Lamiaceae) • A New Species from A Limestone Karst in southwest Thailand

 

Gomphostemma phetchaburiense Bongch. & Poopath,
 
in Bongcheewin, Poopath & Paton, 2022. 
  
Abstract
Gomphostemma phetchaburiense, a new species from Phetchaburi Province, Thailand, is described and illustrated. A key to the species of Gomphostemma in Thailand is provided and conservation status and the dimorphic leaf characters are discussed.
 
Keywords: Gomphostemma; Lamiaceae; Primulina; convective heat; leaf serration; limestone
 

Gomphostemma phetchaburiense Bongch. & Poopath.
a. Habitat, showing plant growing outside the limestone karst with incised serrate leaf margins; b. cyme and lateral view of corolla; c. habitat, showing plant growing inside the limestone cave entrance with shallowly serrate leaf margins.
 —  Photos by a: Youngyut Rukkachatsuwan; b, c: Preecha Karaket.



Bhanubong Bongcheewin, Manop Poopath and Alan J. Paton. 2022. Gomphostemma phetchaburiense (Lamiaceae), A New Species from A Limestone Karst in southwest Thailand. Blumea - Biodiversity, Evolution and Biogeography of Plants. DOI: 10.3767/blumea.2022.67.01.07

[Ichthyology • 2024] Careproctus io • A New Snailfish (Scorpaeniformes: Liparidae) from the Western North Pacific, with Comments on Generic Limits

 

 Careproctus io 
Kai, Morikawa & Misawa, 2024


Abstract
The new snailfish Careproctus io is described on the basis of three specimens collected from the western North Pacific, off northeastern Honshu Island, Japan. The new species can be distinguished from congeners by the following characters: vertebrae 40–42; dorsal-fin rays 36 or 37; anal-fin rays 30; pectoral fin deeply notched with 28 or 29 rays, lower lobe reaching to anal-fin origin; large pelvic disk 34.2%–34.5% HL (10.3%–10.9% SL); teeth strongly trilobed on both jaws, inner teeth weakly trilobed or shouldered; cephalic pore pattern 2-6-7-2, chin pores paired; gill slit above pectoral-fin base; body bright red, non-variegated in life. Species of Careproctus Krøyer, 1862 typically have fewer pectoral-fin rays than anal-fin rays, although some recently-described species, including the present new species, have similar ray counts in both fins. The relationships between such counts, as well as pelvic disk size, are investigated for various snailfish, genera, and the generic limits of Careproctus discussed.

Keywords: Actinopterygii, Scorpaeniformes, Careproctus, COI, pelvic disk size

Schematic drawing of Careproctus io, holotype, FAKU 148130, 37.3mm SL.
A, Lateral and ventral views of head; B, teeth; C, pectoral girdle.
 Abbreviations: C, coracoid; DR, distal radials; F, interradial fenestra; MX, maxillary pores; N, nasal pores; PM, preoperculo-mandibular pores; PR, proximal radials; S, scapula; SP, suprabranchial pores. Scale bars: B, 0.25mm; C, 1.0mm.
 
Holotype of Careproctus io, FAKU 148130, 37.3mm SL.
A, Micro-CT scan image of head; B, fresh condition.

Careproctus io sp. nov.
[New standard Japanese name: Mini-kon’nyakuuo]
 
Diagnosis. A species of Careproctus with the following combination of characters: vertebrae 40–42; dorsal-fin rays 36 or 37; anal-fin rays 30; pectoral fin with 28 or 29 rays, deeply notched, lower lobe reaching to anal-fin origin; large pelvic disk 34.2%–34.5% HL (10.3%–10.9% SL); teeth strongly trilobed on both jaws, inner teeth weakly trilobed or shouldered; cephalic pore pattern 2-6-7-2, chin pores paired; gill slit above pectoral-fin base; body bright red, non-variegated in life.

Etymology. The specific name is a noun in apposition after Io, a Greek mythological character who wandered the world without rest, due to the unsettled phylogenetic position of the new species (see under Remarks). The standard Japanese name “Mini” reflects its small body size.


Yoshiaki Kai, Eisuke Morikawa and Ryo Misawa. 2024. Careproctus io (Teleostei: Liparidae), a New Snailfish from the Western North Pacific, with Comments on Generic Limits. Species Diversity. 29(1); 111-117. DOI: 10.12782/specdiv.29.111

[Botany • 2024] Gladiolus oreophilus (Iridaceae: Crocoideae) • A New Species from southern Anatolia, Turkey

 

Gladiolus oreophilus  Eker & Sağıroğlu,

in Sağıroğlu et Eker, 2024
Amanos Kılıçotu  ||   facebook.com/IsmailEker946

Gladiolus oreophilus Eker & Sağıroğlu sp. nova (Iridaceae) is described as a new species from the Hatay Province, Turkey. It resembles G. kotschyanus, G. alanyensis and G. adanus, but it clearly differs from these three species by capsule size, flower colour, number and width of leaves, seed shape and ornamentation, and shapes of periclinal cell walls and testa epidermal cells. Herein, we provide the morphological features, distribution, habitat characteristics, conservation assessment, and micromorphological characteristics of seeds of G. oreophilus.



Gladiolus oreophilus Eker & Sağıroğlu
"Amanos Kılıçotu"


Sağıroğlu M. & Eker İ. 2024. Gladiolus oreophilus (Iridaceae, Crocoideae), A New Species from southern Anatolia, Turkey. — Ann. Bot. Fennici. 61: 111–117.