The first information had been based on a tiny group of preserved material and a juvenile collected live. Along the years, this defectively understood types had been rarely collected or observed in the area, without any hand disinfectant additional reports or findings published until a recent information of a grown-up female which was regarded as a rediscovery regarding the species. Right here, we redescribe the types and describe difference on outside morphology, color, plus some all-natural history observations.A brand new species of bivalve mollusk dwelling palaemonid shrimp regarding the genus Odontonia is described from the Berau Islands, East Kalimantan, Indonesia. This is basically the only Odontonia species recorded as a symbiont of a bivalve mollusk, all the other congeners are known to associate with solitary ascidians. The new types belongs towards the group wherein the dactylus of this ambulatory pereiopods features an accessory enamel. It differs because of these types when you look at the lack of a forward directed proximal tooth regarding the flexor margin regarding the corpus of this ambulatory dactyli. In addition it does not have the little denticles posterior to your distoventral accessory tooth from the dactylar corpus.The final-instar larva of Eubasilissa maclachlani White 1862 is described with pictures for the first time considering Thai specimens. The larva of E. maclachlani exhibits typical morphological characteristics of Phryganeidae. The morphological faculties of the larva of E. maclachlani is visible in the following features initially, the band on the frontoclypeus is anchor-like. 2nd, the ventral apotome is narrowly triangular. Third, the mesonotum is huge and membranous, and the mesonotal sa1 sclerites are contiguous mesally. Fourth, comb-like spines, each composed of little points, are distributed over a lot of the ventromesal surfaces associated with the fore- and midcoxae. Eventually, the shape of tergite IX is heart-like with reddish brown dots. Larvae of E. maclachlani construct cylindrical cases produced from numerous bits of plant fragments, fastened collectively by silk in a ring-like structure, with five consecutive rings. The larval habitat and phenology will also be briefly discussed.Otostigmus (Otostigmus) xizangensis n. sp., a brand new types of familial genetic screening subgenus Otostigmus Porat, 1876 from Xizang, China, is described and illustrated. The brand new species is identified the following antennae 1719 articles (primarily 19), basal antennal articles cylindrical; forcipular tooth-plate with 4 teeth; tergites (5) 620 with complete paramedian sutures; well-developed lateral margination on tergites (6) 921; ultimate leg prefemora with four rows of spines, leg 20 with one tarsal spur. The coxopleural procedure for O. (O.) xizangensis n. sp. displays remarkable sexual dimorphism, being very long and curved in females, quick and straight in males.A new types of red toad, through the previously monotypic genus Schismaderma, is described. The brand new species was discovered in Malanje Province, and seems endemic to central Angola, happening around 500 km western associated with the closest known records of Schismaderma carens. Strange adult colouration and geographical length to remaining S. carens populations suggested particular differentiation. In an integrative approach, we compared the purple toads from main Angola with S. carens from throughout the whole range, including molecular data, morphology of grownups and tadpoles, and male advertisement calls. Phylogenetic analysis predicated on mitochondrial (12S, 16S, COI) and nuclear (CXCR4, RAG1) markers, retrieved the Angolan clade as monophyletic, and unveiled intra-specific substructuring on the list of staying Schismaderma. Genetic distances supported certain differentiation for the this website main Angolan material compared with various other S. carens. Adults through the brand new Angolan types have bolder ventral patterning and smaller human anatomy dimensions than S. carens. No apparent distinctions had been detected between the tadpoles together with advertisement calls of this two Schismaderma species. This advancement increases the understanding of the herpetofauna associated with Angolan Miombo woodlands, a poorly grasped ecoregion, and probably more biodiverse than previously assumed. Caused by past lake basin characteristics in main Angola likely led to the evolution for this brand-new species of Schismaderma.Four Atlantic species of the flustrid genus Hincksina Norman, 1903, which were introduced through the nineteenth and early twentieth century, tend to be redescribed and imaged Hincksina flustroides (Hincks, 1877) from britain, Hincksina sceletos (Busk, 1858) from Madeira also Hincksina neptuni (Jullien in Jullien Calvet, 1903) n. comb. and Hincksina alice (Jullien in Jullien Calvet, 1903) n. brush. from the Azores, the second two of that have been hitherto placed in the cribrilinid genus Membraniporella Smitt, 1873. Lectotypes tend to be designated for many species. A new species, Hincksina synchysia n. sp., is introduced for the Mediterranean taxon formerly called Hincksina flustroides f. crassispinata Gautier, 1962. In comparison to species through the continental shelf, that have easy cylindrical or flattened spines, a few of the types through the oceanic islands of Madeira and the Azores are particularly characterised by falciform and variably formed palmicorn spines. Additionally, whilst many Hincksina types have avicularia with a comparatively brief, (sub)rounded rostrum and mandible, the two Azorean species have actually elongated, curved and pointed avicularia. The partnership between Gregarinidra Barroso, 1949, which also features directed avicularia, and Hincksina is commented upon. According to several shared diagnostic figures, the genus Cribralaria Siln, 1941 is here transported through the Cribrilinidae Hincks, 1879 towards the Flustridae Fleming, 1828.Marenzelleria Mesnil, 1896 is a little group of spionid polychaetes comprising five good types, every one of which look comparable to each other.