Fabriciusbroberg0111

The cicada genus Nosola Stål, 1866 and its type species N. paradoxa Stål, 1866 are described fully for the first time. Two Neotropical Fidicinini Distant, 1905 related to Nosola are described as new genera and species. Nosoarna albipilosa n. gen., n. sp. from Brazil and Rhaeboepelis takiyaae n. gen., n. sp. from Costa Rica are described and illustrated.A new species of Oligosoma is described from a slate scree in montane tussock grassland in Kahurangi National Park, New Zealand, where it is currently known from a single small site. The new species (Oligosoma kahurangi sp. nov.) can be distinguished from all congeners by its extremely long tail, 36-38 mid-body scale rows, head length/head width ratio of 1.66, and colour pattern. It is part of the O. longipes Patterson species complex. The species is currently very poorly known but likely to be highly threatened, and we suggest listing as Nationally Critical (Data Poor, One Location) in New Zealand, and Data Deficient in the IUCN red-list. Predation by introduced mammals, particularly mice, is assumed to be a threat to its survival.Neacomys Thomas, 1900 is an oryzomyine genus comprising at least 17 lineages distributed from easternmost Panama to northern Bolivia. As is the case for other groups of the subfamily Sigmodontinae, Neacomys have experienced a substantial increase in the rate of species descriptions in the last two decades, prompted by the progressive generation of morphological, molecular and karyological data. Nevertheless, most of the studies related to the genus have focused on the assessment of Cis-Andean populations, so that the Trans-Andean ones have been relegated to the background. In more than a century, only two species have been described from that region, one of them present in Colombia (N. tenuipes Thomas, 1900). Here, a new species of Neacomys is named and described based on samples collected in montane ecosystems of the Serranía de los Yariguíes, an isolated massif in the Magdalena Valley (Trans-Andean Colombia). Its validity is supported by a unique combination of morphological and molecular characters Neacomyts attention in terms of conservation.This comprehensive checklist of aphids presents a total of 591 species, including 26 subspecies, from 147 genera belonging to 15 subfamilies in three families distributed over three superfamilies of Aphidomorpha recorded from 1903 to 2020 in Turkey. In the current list, the systematic positions with the genus and species names of some taxa have been revised, and some species have been downgraded to subspecies in accordance with recent changes in nomenclature. Seven species have been removed from the Turkish fauna and four species that were not included in the previous checklist have been added to the list. Also, 59 of the listed species (about 10% of Aphidomorpha) are evaluated as alien to the Turkish fauna, and the distribution of all species in Turkey is given.The flatfish genus Peltorhamphus Günther, 1862 (Pleuronectiformes Rhombosoleidae) and its constituent species are redescribed based on examination of 1885 specimens. Four species are considered valid three previously described (P. novaezeelandiae Günther, 1862, P. latus James, 1972, and P. tenuis James, 1972) and P. kryptostomus n. sp., described herein. Peltorhamphus novaezeelandiae, P. latus, and P. tenuis have widespread distributions on soft sediments in shallow coastal and inner continental shelf waters off both islands of New Zealand. Peltorhamphus novaezeelandiae has also been reported at the Chatham Islands. Previous reports of P. novaezeelandiae from Norfolk Island are erroneous. Peltorhamphus kryptostomus n. sp. has the most restricted geographic distribution in shallow coastal waters of the Otago-Southland region along the southeastern coast of South Island. The four species of Peltorhamphus are morphologically similar and overlap in many traditional meristic and morphometric features rendering ideation are summarized for each species, and a key to juveniles > 40 mm SL and adults is also provided. Re-assessment of the number of valid species of Peltorhamphus provides better understanding of species diversity within this genus and within the Rhombosoleidae, as well as that for the flatfish assemblage residing in New Zealand waters.An updated catalogue of the Anthribidae of Panama is provided, including 134 species in 30 genera, 14 tribes and two subfamilies. A total of 44 species in the following genera are recorded for the first time in the country Corrhecerus Schoenherr, Eugonus Schoenherr, Euparius Schoenherr, Gymnognathus Schoenherr, Nemotrichus Labram Imhoff, Phaenithon Schoenherr, Piesocorynus Dejean, Anthiera Alonso-Zarazaga Lyal, Ptychoderes Schoenherr, Stenocerus Schoenherr and Toxonotus Lacordaire. The genera Corrhecerus Schoenherr, Eugonus Schoenherr and Anthiera Alonso-Zarazaga Lyal are recorded for the first time in Panama. Although more than 60 unnamed morphospecies were recognized in Panamanian and American collections, at this time no new taxa are described. An illustrated key to the genera of Anthribidae of Panama is included.The lagriid beetle Lagria villosa (Fabricius, 1781), an invasive species of African origin, is recorded for the first time in Europe. A single specimen was found in November 2020 in Turku (Finland) inside a box of table grapes from a local supermarket. This species, included in the EPPO Global Database and in the CABI Invasive Species Compendium, is widely recognized as a significant pest of crops.A new bamboo-feeding species of the leafhopper genus Neurotettix Matsumura (Hemiptera, Cicadellidae, Deltocephalinae), Neurotettix spinas sp. nov. is described and illustrated from Guizhou Province, China. A checklist and a key to known species of the genus are also given, and a map showing the geographic distributions of all species of Neurotettix is also provided. The type specimens of the new species are deposited in the Institute of Entomology, Guizhou University, Guiyang, China (GUGC).Final instar larvae collected in the Rißbach (Isar catchment, Bavaria) were positively associated with adults of Rhyacophila albardana by barcoding; final instar larvae and adults of this species also were collected at the same time and site in the Lech River (Austria) in the absence of confusing species. These collections and associations enabled a description of the hitherto unknown larva of this species. Selleckchem MK-0159 We present information on the morphology of the larva and illustrate the most important diagnostic features. This dataset is included in a discriminatory matrix of the other larvae with comb-shaped gills (Rhyacophila Hyperrhyacophila Group) known so far from Austria, Germany, and Switzerland. Species can be separated by coloration patterns of the head and prosternum morphology. Rhyacophila albardana is known from Austria, France, Germany, Italy, and Switzerland (Neu et al. 2018).