FIVE NEW SPECIES OF THE GENUS LEPTUS LATREILLE FROM MT. HUPINGSHAN OF HUNAN CHINA* (ACARI: ERYTHRAEIDAE)

Abstract This paper reports five new larval mite species belonging to the genus Leptus Latreille 1796, that is, L. hupingshunicus sp. nov., L. shimenensis sp. nov., L. brachypodos sp. nov., L. dolichopodos sp. nov., and L. sulciscutus sp. nov. All species were collected by using the Malaise Trap from Mt. Hupingshan, Shimen County, Hunan Province, China.     

Erythraeid mites (Prostigmata,Erythraeidae) from Saudi Arabia,description of three new species and a new record

Three erythraeid genera Balaustium von Heyden, Charletonia Oudemans, and Erythraeus Latreille (Trombidiformes: Prostigmata) are reported for first time from Saudi Arabia based on three new larval species, Balaustium yousifi sp. n., Charletonia bahaensis sp. n., and Erythraeus (Erythraeus) uhadi sp. n. and one new record Erythraeus (Zaracarus) lancifer Southcott. All the three new species are described and illustrated from larvae.     

Three new Leuctra Species from Tunisia (Plecoptera: Leuctridae)

Three new Leuctra species, L. khroumiriensis sp. n., L. sartorii sp. n. and L. medjerdensis sp. n., from Tunisia, are described. They share a close morphological relationship with two other species of the hippopus group, L. occitana Despax and L. vaillanti Aubert, which are redescribed. L. occitana is redescribed from material collected in Southern Spain, and L. vaillanti from Moroccan and Tunisian material, constituting the first record for Tunisia.     

Two new species of the genus <Emphasis Type="Italic">Quadroppia</Emphasis> (Acari: Oribatida: Quadroppiidae) from Turkey

Two new species of the genus Quadroppia Jacot, 1939, Quadroppia (Coronoquadroppia) squarrosa sp. n. and Quadroppia (Quadroppia) foveolata sp. n. are described and illustrated from Turkey. They were collected from soil and litter under pear trees (Pyrus communis) and moss on rock, respectively.     

Three new West Palaearctic species of Rhamphomyia subgenus Lundstroemiella (Diptera, Empididae)

Rhamphomyia (Lundstroemiella) cervi sp. n. (France), R. (L.) cimrmani sp. n. (Turkey) and R. (L.) speighti sp. n. (France) are described and illustrated. A key to the Palaearctic species of the subgenus Lundstroemiella Frey is given.     

Two new species of Tipula (Lunatipula) Edwards (Diptera: Tipulidae) from Turkey

Two new species in the acuminata group of subgenus Tipula (Lunatipula), Tipula (Lunatipula) oosterbroeki sp. n. and T (L) jaroslavi sp. n., were described and illustrated from Southwest part of Asian Turkey.     

Lepidapedon spp. (Digenea: Lepocreadiidae) from deep-sea gadiform fishes of the NW Atlantic Ocean,including four new species

Five species are described from fishes in deep waters of the northwestern Atlantic Ocean: Lepidapedon gaevskayae n. sp. from Coryphaenoides (Nematonurus) armatus; L. merretti n. sp. from Phycis chesteri; L. zubchenkoi n. sp. from Coryphaenoides (Chalinura) leptolepis; L. beveridgei n. sp. from C. (N.) armatus; and Lepidapedon sp. innom. from Antimora rostrata. The genus Lepidapedon is discussed and divided into groups of species distinguished by the vitelline distribution and the extent of excretory vesicle. The new species are placed in their appropriate groups and differentiated from the other species in the group.     

Beetles with ‘trochantelli’: phylogeny of Cephenniini (Coleoptera: Staphylinidae: Scydmaeninae) focussing on Neotropical genera

Neotropical genera of Cephenniini characterized by an additional leg ‘segment’ (‘trochantellus’) are revised, and the following new taxa are described: Shyri gen.n. , Shyri pichincha sp.n. (type species of Shyri) (Ecuador), Shyri perversus sp.n. (Ecuador), Shyri quitu sp.n. (Ecuador), Shyri microphthalmus sp.n. (Ecuador), Monstrophennium gen.n. (type species: Cephennium spinicolle Schaufuss), Furcodes gen.n. , Furcodes apicalis sp.n. (type species of Furcodes) (Mexico), Furcodes tutule sp.n. (Honduras), Paracephennium pumilio sp.n. (Costa Rica), Pseudocephennium iwokramanum sp.n. (Guyana), Pseudocephennium trilineatum sp.n. (Guyana), Pseudocephennium araguanum sp.n. (Venezuela), Pseudocephennium maximum sp.n. (Venezuela), Pseudocephennium peruvianum sp.n. (Peru), Pseudocephennium cochabambanum sp.n. (Bolivia), Pseudocephennium saramaccanum sp.n. (Suriname) and Pseudocephennium brokopondonum sp.n. (Suriname). Pseudocephennium spinicolle (Schaufuss) is transferred to Monstrophennium. Cladistic analysis of characters from adult morphology of all genera of Cephenniini and a large outgroup sample from Cyrtoscydmini, Eutheiini, Scydmaenini, Clidicini and Mastigini strongly supported the monophyly of Cephenniini. However, only the Cephennomicrus group comprising nine genera was strongly supported as a monophyletic clade, while only weak support was found for the previously suggested Cephennodes group and Cephennium group. Two alternative hypotheses concerning the phylogeny of Cephenniini are put forward and discussed: (i) the Cephennium group is sister to all remaining Cephenniini; or (ii) the Cephennomicrus group is sister to all remaining Cephenniini. The Neotropical genera with ‘trochantellus’ form a well‐supported clade derived from the ancestral lineage of the Cephennodes group.     

A taxonomic revision of Labiostrongylus (Labiostrongylus) (Yorke & Maplestone, 1926) and Labiostrongylus (Labiomultiplex) n. subg. (Nematoda: Cloacinidae) from macropodid and potoroid marsupials

The morphological characters used to differentiate species in the genus Labiostrongylus Yorke & Maplestone, 1926, parasitic in macropodid and potoroid marsupials, are discussed. The genus is divided into three subgenera Labiostrongylus (Labiostrongylus), L. (Labiomultiplex) n. subg. and L. (Labiosimplex) n. subg. on the basis of the presence or absence of interlabia and the morphology of the oesophagus. A key to the subgenera is given and a detailed revision of two of the subgenera is presented. Keys to each of the subgenera are given, the species discussed being: L. (L.) labiostrongylus) (type-species) (syn. L. (L.) insularis, L. (L.) grandis, L. (L.) macropodis sp. inq. and L. (L.) nabarlekensis n. sp., in the subgenus Labiostrongylus, and L. (Lm.) eugenii, L. (Lm.) novaeguineae, L. (Lm.) onychogale, L. (Lm.) uncinatus, L. (Lm.) billardierii n. sp., L. (Lm.) constrictis n. sp., L. (Lm.) kimberleyensis n. sp., L. (Lm.) thylogale n. sp., and L. (Lm.) potoroi, n. sp., in the subgenus Labiomultiplex.     

Two new species of Haemaphysalis Koch, 1844 (Acari: Ixodidae) in the H. (Rhipistoma) spinulosa subgroup,parasites of carnivores and hedgehogs in Africa

Haemaphysalis (Rhipistoma) princeps n. sp. (Acari: Ixodidae) and H. (R.) camicasi n. sp. are described based on adults. Adults of H. princeps n. sp. were mostly collected from various carnivores (Carnivora: Canidae, Felidae, Herpestidae, Mustelidae, Viverridae) and hedgehogs (Erinaceomorpha: Erinaceidae); few specimens were found on hare (Lagomorpha: Leporidae), various rodents (Rodentia: Muridae) and an antelope (Artiodactyla: Bovidae) in Benin, Burkina Faso, Cameroon, Chad, Côte d’Ivoire, Ghana, Mali, Nigeria, Senegal, South Sudan and Sudan. Few adults of H. princeps n. sp. were reared from nymphs collected on rodents (Rodentia: Muridae) and shrew (Soricomorpha: Soricidae). Adults of H. camicasi n. sp. were also mostly collected from various carnivores (Carnivora: Canidae, Felidae, Herpestidae, Mustelidae, Viverridae) and hedgehogs (Erinaceomorpha: Erinaceidae); few specimens were found on different rodents (Rodentia: Muridae, Nesomyidae, Sciuridae), hare (Lagomorpha: Leporidae) and bushbaby (Primates: Galagidae) in Benin, Burkina Faso, Cameroon, Central African Republic, Chad, Côte d’Ivoire, Nigeria, Senegal, South Sudan and Togo. Males and females of both species can be differentiated from each other and other H. spinulosa-like ticks by their size, pattern of punctations on conscutum/scutum, size of setae, shape of genital structures, size and shape of spiracular plates, dorsal cornua, posterodorsal and posteroventral spurs on palpal segments II and spur on coxae.

     

Semiaquatic bugs: phylogeny and classification of the Hebridae (Heteroptera: Gerromorpha) with revisions of Timasius, Neotimasius and Hyrcanus

Various characters of semiaquatic bugs belonging to the family Hebridae are analysed with respect to their taxonomic and phylogenetic importance. The cladistic relationships of the genera are discussed and a cladogram included. A classification is presented which divides the family into two sub-families and resurrects Lipogomphus Berg as a valid taxon (to include L. lacuniferus Berg (type-species), L.accola (Drake & Chapman) comb.n. for Merragata accola, L.brevis (Champion) comb.n. for Merragata brevis, and L.leucosticta (Champion) comb.n. for Merragata leucosticta). The following new taxa of hygropetric hebrids are described: Timasius livens sp.n. (Thailand), T.minor sp.n. (Pakistan, N. India), T.miyamotoi sp.n. (Thailand), T.major sp.n. (N.India), T.ventralis sp.n. (N. India), T. miyamotoi sp.n. (S. India), T.rupestris sp.n. (N. India), T.falcifer sp.n. (N. India), T.championi sp.n. (N. India), T.himalayensis sp.n. (N. India), Neotimasius orientalis gen.n., sp.n. (S. India), Hyrcaninae subfam.n. , Hyrcanus dispar sp.n. (N. India), H.saxatilis sp.n. (Thailand) and H.varicolor sp.n. (Java, Sumatra). Other species of the genera Timasius and Hyrcanus are redescribed and the generic position of one species changed: Hebrus (s.str.) atratus (Distant) comb.n. for Timasius atratus.     

Morphology and phylogenetic position of two novel marine gregarines (Apicomplexa,Eugregarinorida) from the intestines of North‐eastern Pacific ascidians

Eugregarine apicomplexans parasitize marine, freshwater and terrestrial invertebrates, and have lifecycles involving trophozoites (feeding stages) with complex morphologies and behaviour. The genus Lankesteria refers to marine aseptate eugregarines that parasitize ascidians. We described the surface ultrastructure of two new gregarine species, L. chelyosomae sp. n. and L. cystodytae sp. n. that inhabit the intestines of Chelyosoma columbianum and Cystodytes lobatus, respectively, collected from the North‐eastern Pacific Ocean. Apart from inhabiting different hosts and major differences in the cell size of L. chelyosomae sp. n. (mean length 182 µm) and L. cystodytae sp. n. (mean length 70 µm), the morphology of both gregarine species was quite similar. The trophozoites ranged from elliptoid to obdeltoid in shape and were brownish in colour. The nucleus was situated at the anterior end of the cell just behind a pointed mucron. A dense array of epicytic knobs was present over the entire surface of trophozoites in both species, and longitudinal epicytical folds were only weakly developed. We also sequenced the small subunit rDNA from the gregarines collected from both hosts, which supported the establishment of two new Lankesteria species. Phylogenetic analyses of the new DNA sequences and those derived from other alveolates, demonstrated that both new species clustered in a strongly supported clade consisting of other Lankesteria species, Lecudina species, and some environmental sequences. These morphological and molecular phylogenetic data suggested that improved knowledge of gregarine diversity could lead to the recognition of more than one distinct clade (genus) of gregarines within ascidian hosts.     

Multivariate discrimination among cryptic species of the mite genus Chaetodactylus (Acari: Chaetodactylidae) associated with bees of the genus Lithurgus (Hymenoptera: Megachilidae) in North America

Twenty-seven morphological characters from 111 heteromorphic deutonymphs of the mite genus Chaetodactylus Rondani (Acari: Chaetodactylidae) were analyzed. The mites were collected from four species of bees of the genus Lithurgus Berthold (Hymenoptera: Megachilidae) in continental North America. Principal component and canonical variates analyses on Darroch and Mosimann shape and size-and-shape variables revealed the presence of three cryptic species. Chaetodactylus gibbosi sp. n. (Florida) is geographically isolated from C. lithurgi sp. n. distributed in Texas, New Mexico, Arizona, Colorado, and Idaho. Sympatric C. lithurgi and C. abditus sp. n. (USA: Arizona, Mexico: Socorro Is.) are seasonally isolated in Arizona. Chaetodactylus gibbosi is associated with a single bee species, Lithurgus gibbosus Smith in Florida. The host range of C. lithurgi includes bees flying predominantly in the spring: L. apicalis Cresson, L. littoralis Cockerell, and western L. gibbosus. Chaetodactylus abditus sp. n. is associated with L. planifrons Friese and L. echinocacti Cockerell, flying predominantly in the fall in Arizona. No distinct groups separated by geographic locality or size were detected in any species. A six-variable model developed by the canonical variates analysis and estimated using jackknife resampling and external validation (n=100) is capable of classifying the three species with 100% accuracy. Factors that influenced speciation of cryptic species of Chaetodactylus associated with Lithurgus are discussed. Based on morphological and geographical data and data on mite associates, the western and eastern populations of the bee L. gibbosus are distinct. Therefore, the taxonomic status of L. gibbosus s. lat. should be reevaluated.     

New Spiroplasma in parasitic Leptus mites and their Agathemera walking stick hosts from Argentina

Here we report the presence of Spiroplasma 16S rRNA in populations of two parasitic Leptus mites (Leptus sayi; Leptus lomani) and their Agathemera walking stick hosts. In walking sticks Spiroplasmas were detected in the gut, as well as muscle-tissues, but not in eggs. Throughout Argentina 15.4% of L. sayi populations and 14.3% of L. lomani populations surveyed screened positive for Spiroplasma. Phylogenetic analyses (ML, BCMC) place all sequences within the Ixodetis group. Most sequences form a well-supported sister subclade to the rest of Ixodetis. We briefly discuss the role of Leptus mites in the natural transmission of Spiroplasma.     

Water mites of the genus Sperchon Kramer (Acari: Hydrachnidia: Sperchontidae) from Turkey,with description of a new species from Taurus Mountains (southern Turkey)

A new water mite species Sperchon (Hispidosperchon) serapae n. sp. is described. The material was collected from a slow-flowing stream during field study on the water mite fauna of the Lakes region in southwestern Turkey. An updated list of hitherto known species of Sperchon Kramer from Turkey, including nomenclatural changes and numerous new locality records to the species, is also given.     

Monogènes Dactylogyridae parasites de Cyprinidae du genreBarbus d'Afrique du Nord

Resumé Quinze nouvelles espèces de Monogènes Dactylogyridae sont décrites chez quinze espèces deBarbus (Teleostei, Cyprinidae) appartenant aux sous-genresB. (Barbus) etB. (Labeobarbus) en Afrique du Nord. Les barbeaux examinés proviennent des différents bassins hydrographiques du Maroc et d'une localité nommée Hamman Bourgiba en Tunisie. Dans cette dernière région, le genreBarbus n'est représenté que par une seule espèce:Barbus (B.) callensis. Au Maroc, on en dénombre actuellement quatorze dont quatre appartiennent au sous-genreLabeobarbus: il s'agit deBarbus (L.) fritschii; B. (L.) harteti; B. (L.) paytonii etB. (L.) reinii. Les dix espèces appartenant au sous-genreBarbus sont:Barbus (B.) figuiensis; B. (B.) ksibi; B. (B.) lepineyi; B. (B.) magniatlantis; B. (B.) massaensis; B. (B.) moulouyensis; B. (B.) nasus; B. (B.) pallaryi; B. (B.) setivemensis etB. (B.) issenensis.Chaque sous-genre possède son propre pool parasitaire, à l'exception deDactylogyrus marocanus n. sp., recontré sur des espèces appartenant aux deux sous-genres (B. (L.) fritschii, B. (L.) paytonii, B. (L.) harteti, B. (L.) reinii, B. (L.) nasus, B. (B.) setivimensis, B. (B.) ksibi). Sur les cinqDactylogyrus parasitant lesLabeobarbus, trois présentent une spécificité stricte vis à vis de leur hôte. Il s'agit deDactylogyrus reinii n. sp. surB. (L.) reinii; D. volutus n. sp. etD. zatensis n. sp. surB. (L.) fritschii. Les espècesD. oumiensis n. sp. etD. kulindrii n. sp. présentent une spécifité stenoxène et parasitent respectivementB. (L.) harteti, B. (L.) paytonii, B. (L.) reinii etB. (L.) fritschii, B. (L.) reinii.Nous avons recontré neufDactylogyrus chez les poisson-hôtes appartenent au sous-genreBarbus. Six d'entre eux ont une spécificité oïoxène; ce sont:D. guirensis n. sp.,D. atlasensis n. sp. etD. draaensis n. sp. surB. (B.) pallaryi; D. borjensis n. sp. surB. (B.) nasus etD. heteromorphus n. sp. etD. tunisiensis n. sp. surB. (B.) callensis. Les trois autres parasites ont un spectre d'hôtes plus large. Il s'agit deD. ksibii n. sp. recontré chezB. (B.) ksibi, B. (B.) setivimensis etB. (B.) magniatlantis; D. ksibioïdes n. sp. recontré chezB. (B.) setivimensis etB. (B.) moulouyensis. L'espèceD. fimbriphallus n. sp. stenoxène, se recontre chez les poisson-hôtes du versant Sud de l'Atlas et de la façade méditerranéenne à savoir:B. (B.) figuiensis, B. (B.) lepineyi, B. (B.) massaensis, B. (B.) moulouyensis, B. (B.) pallaryi etB. (B.) issenensis.Le rôle des Dactylogyridae en tant que marqueurs biogéographiques, phylogénétiques et taxonomiques est discuté à partir de la composition spécifique des communautés de Monogènes rencontrés et de leurs différents types morphologiques.

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Fifteen new species of the Dactylogyridae (Monogenea) parasitic on fifteen species of barbels (Barbus) from North Africa (Teleostei, Cyprinidae) are described. The fishes studied belong to two subgenera,B. (Labeobarbus) andB. (Barbus), collected from various hydrographical basins of Morocco and from the Hamman Bourgiba locality in Tunisia. In the latter area, the genusBarbus is represented by onlyBarbus (Barbus) callensis. In Morocco, fourteen species are listed, four of which belong to the subgenusLabeobarbus; these areBarbus (L.) fritschii; B. (L.) harteti; B. (L.) paytonii andB. (L.) reinii. The other ten species belong to the subgenusBarbus: these areBarbus (B.) figuiensis; B. (B.) ksibi; B. (B.) lepineyi; B. (B.) magniatlantis; B. (B.) massaensis; B. (B.) moulouyensis; B. (B.) nasus; B. (B.) pallaryi; B. (B.) setivimensis andB. (B.) issenensis. Each of the two subgenera has its unique parasitic fauna, except forDactylogyrus marocanus n. sp. collected on species belonging to both subgenera (B. (L.) fritschii, B. (L.) paytonii, B. (L.) harteti, B. (L.) reinii, B. (B.) nasus, B. (B.) setivimensis andB. (B.) ksibi). Of the five monogeneans found onLabeobarbus, three appear to be specific to one host: they areDactylogyrus reinii n. sp. onB. (L.) reinii, andD. volutus n. sp. andD. zatensis n. sp. onB. (L.) fritschii. D. kulindrii n. sp. parasitisedB. (L.) reinii andB. (L.) fritschii; andD. oumiensis n. sp. occurred onB. (L.) reinii, B. (L.) paytonii andB. (L.) harteti. NineDactylogyrus species were found in fishes belonging to the subgenusBarbus. Six of them have an oïoxenous specificity: these areD. guirensis n. sp.,D. atlasensis n. sp. andD. draaensis n. sp. onB. (B.) pallaryi; D. borjensis n. sp. onB. (B.) nasus andD. heteromorphus n. sp. andD. tunisiensis n. sp. on(B.) callensis. These other three have a wider range of hosts: they areD. ksibii n. sp. collected fromB. (B.) ksibi, B. (B.) setivimensis andB. (B.) magniatlantis, andD. ksibioïdes n. sp. found onB. (B.) setivimensis andB. (B.) moulouyensis. D. fimbriphallus n. sp. is a characteristic parasite of fishes from the southern side of the Atlas mountains and the Mediterranean coast (B. (B.) figuiensis, B. (B.) lepineyi, B. (B.) massaensis, B. (B.) moulouyensis, B. (B.) pallaryi andB. (B.) issenensis).The role of dactylogyrids as biogeographical phylogenetic and taxonomic indicators is discussed in relation to the specific structure of the monogenean communities and the different morphological types found.

     

Molecular Phylogenetic Positions of Two New Marine Gregarines (Apicomplexa)—Paralecudina anankea n. sp. and Lecudina caspera n. sp.—from the Intestine of Lumbrineris inflata (Polychaeta) Show Patterns of Co‐evolution

Gregarine apicomplexans are unicellular parasites commonly found in the intestines and coeloms of invertebrate hosts. Traits associated with the conspicuous feeding stage of gregarines, known as the trophozoite, have been used in combination with molecular phylogenetic data for species delimitation and the reconstruction of evolutionary history. Trophozoite morphology alone is often inadequate for inferring phylogenetic relationships and delimiting species due to frequent cases of high intraspecific variation combined with relatively low interspecific variation. The current study combined morphological data with small subunit (SSU) rDNA sequences to describe and establish two novel marine gregarine species isolated from the intestine of a polychaete host Lumbrineris inflata collected in British Columbia (Canada): Paralecudina anankea n. sp. and Lecudina caspera n. sp. The sister species to the host is Lumbrineris japonica, which can be found on the opposite side of the Pacific Ocean (Japan) and contains two different species of gregarine parasites: Paralecudina polymorpha and Lecudina longissima. Molecular phylogenetic analyses placed P. anankea n. sp. as the sister species to P. polymorpha and L. caspera n. sp. as the sister species to L. longissima. This phylogenetic pattern demonstrates a co‐evolutionary history whereby speciation of the host (Lumbrineris) corresponds with simultaneous speciation of the two different lineages of intestinal gregarines (Paralecudina and Lecudina).     

New Species of Lankesteria (Apicomplexa,Eugregarinida) from Ascidians on the Central California Coast1

The following species of the gregarine genus Lankesteria were found in a study of ascidians from Monterey Bay, on the central California coast of the Pacific Ocean: L. abbotti n. sp. in Clavelina huntsmani, L. aplidii n. sp. in Aplidium solidum, L. ascidiae in Ciona intestinalis, L. diaphanis n. sp. in Archidistoma diaphanes, L. euherdmaniae n. sp. in Euherdmania claviformis, L. montereyensis n. sp. in Archidistoma molle, L. pescaderoensis n. sp. in Ritterella rubra, L. pittendrighi n. sp. in Ascidia ceratodes, L. psammii n. sp. in Archidistoma psammion, L. ritterellae n. sp. in Ritterella pulchra, L. ritterii n. sp. in Archidistoma ritteri, L. synoici n. sp. in Synoicum parfustis, and Lankesteria sp. in Botrylloides sp. No gregarines were seen in the following ascidians: Aplidium californicum, A. propinquum, Botryllus tuberatus, Diplosoma macdonaldi, Perophora annectens, and Polyclinum planum.     

New Nemonychidae,Brentidae and Curculionidae (Coleoptera: Curculionoidea) from the Turonian of Kzyl-Dzhar (Kazakhstan)

Five new genera, Turononemonyxn. gen. (type species: Turononemonyxsamsonovin. sp.) (Nemonychidae: ? Cretonemonychinae: ? Cretonemonychini), Falsotanaosn. gen. (type species: Falsotanaos convexusn. sp.), Pretanaosn. gen. (type species: Pretanaosocularisn. sp.), Longotanaosn. gen. (type species: Longotanaosrasnitsynin. sp.) from Brentidae: Apioninae: Tanaini) and Turonerirhinusn. gen. (type species: Turonerirhinuskaratavensisn. sp.) from Curculionidae (Erirhininae: Erirhinini), and seven new species, Falsotanaosconvexusn. sp., Paratanaos samsonovin. sp., Pretanaos ocularisn. sp., Longotanaos rasnitsynin. sp., Turonerirhinus karatavensisn. sp., Turonerirhinuspunctatusn. sp. and Turonerirhinus poinarin. sp., are described from Kzyl-Dzhar locality (Kazakhstan, Upper Cretaceous, Turonian).http://www.zoobank.org/urn:lsid:zoobank.org:pub:13E0316E-C229-471A-90AA-2D71253B12F9