Scale‐worms (Polychaeta,Polynoidae) associated with chaetopterid worms (Polychaeta,Chaetopteridae), with description of a new genus and species

Three species of scale‐worms inhabiting chaetopterid tubes have been found during routine studies of benthic communities. Anotochaetonoe michelbhaudi gen. and sp. nov. occurred in the East Atlantic off Congo in association with Spiochaetopterus sp. and Phyllochaetopterus sp. It has a relatively short body (fewer than 50 segments); elytra in posterior part of the body arranged on chaetigers 23, 26, 29, 32, 34, 37, 40, 43, 46, present to posterior end; achaetous notopodia; neuropodia long, with longer subtriangular prechaetal lobes and shorter postchaetal lobes rounded distally; upper neurochaetae unidentate and lower bidentate; globular ciliated papillae present between ventral cirri and ventral basis of neuropodia. Lepidasthenia brunnea occurred in the Mediterranean Sea off the French coast both free‐living and in association with Phyllochaetopterus sp. Ophthalmonoe pettiboneae was found in Vietnam (South China Sea) in association with Chaetopterus sp. This is the second finding of the species. The characteristics of the associations between chaetopterid genera and symbiotic polychaetes are discussed.     

Earthworms (Annelida: Oligochaeta) of Sao Tomé

During a soil zoology expedition to Sao Tomé Island, among other members of the soil fauna, earthworms were collected. During this collecting trip some 170 earthworm specimens belonging to 18 species were gathered of which two, Dichogaster (Diplothecodrilus) coeruleoviridis and Dichogaster (Diplothecodrilus) zicsii, proved to be new to science. In addition, a small sample from the same locality was also examined and Dichogaster (Dichogaster) thomeana Cognetti, 1910 Cognetti de Martiis, L. 1910. Lombrichi raccolti dal Cav. Leonardo Fea nelle Isole del Capo Verde e nel Golfo di Guinea.. Annali del Museo Civico di Storia Naturale di Genova, 4: 79–118.  [Google Scholar] was removed from synonymy of Dichogaster (Dichogaster) greeffi Michaelsen, 1902 Michaelsen, W. 1902. Neue Oligochaeten und neue Fundorte alt‐bekannter.. Mitteilungen aus dem Naturhistorischen Museum in Hamburg, 19: 3–53.  [Google Scholar].     

Phylogeny of Chone Krøyer, 1856 (Polychaeta: Sabellidae) and related genera

An analysis was undertaken to test the monophyly of the sabellid genus Chone Krøyer using maximum parsimony methodology. Cladistic analysis revealed three monophyletic genera whose respective members were assigned previously to Chone. Chone sensu stricto (containing the type species) is defined by the presence of broadly rounded dorsal lips and thoracic uncini with a large tooth above the main fang, followed by a series of smaller teeth. Dialychone Claparède is re‐established for the second genus and a new name – Paradialychone – is proposed for terminals nested in the third clade. Dialychone and Paradialychone gen. nov. are the sister groups of Chone, defined by the presence of a simple pre‐pygidial depression and modified posterior abdominal uncini. Amphicorina Claparède is basal within Sabellinae and Euchone Malmgren is the sister group of Chone, Paradialychone gen. nov. and Dialychone. The analysis supports the transfer of C. princei and C. reayi to Jasmineira Langerhans.     

Revision of the hirsuticornis‐like species of Macrothrix Baird, 1843 (Cladocera: Anomopoda: Macrothricidae) from Subantarctic and temperate regions of the southern hemisphere

The aim of this paper is to revise populations of Macrothrix cf. hirsuticornis (Cladocera: Anomopoda: Macrothricidae) from different regions of the southern hemisphere. It is demonstrated that M. hirsuticornis Norman and Brady, 1867 Norman, A. M. and Brady, G. S. 1867. A monograph of the British Entomostraca belonging to the families Bosminidae, Macrothricidae and Lynceidae.. Natural History Transactions of Northumberland and Durham, 1: 354–408.  [Google Scholar] s. str. is absent there, and five related species occupy different Subantarctic islands and the southernmost portions of South America, and Africa. Macrothrix boergeni Studer, 1878 Studer, T. 1878. Beiträge zur Naturgeschichte wirbelloser Tiere von Kerguelensland.. Archiv für Naturgeschichte, 44: 102–121.  [Google Scholar] from the Kerguelen Archipelago is redescribed and a neotype is selected. All populations in the southernmost portion of continental South America, Tierra del Fuego, Falklands, South Georgia, South Orkney Islands, and on the Antarctic Peninsula belong to M. oviformis Ekman, 1900 Ekman, S. 1900. Cladoceren aus Patagonien, gesammelt von der schwedischen Expedition nach Patagonien 1899.. Zoologische Jahrbücher, Abteilung für Systematik, Geographie und Biologie der Tiere, 14: 62–84.  [Google Scholar]. All the taxa described from this region—M. ciliata Vávra, 1900 Vávra, W. 1900. “Süsswasser‐Cladoceren. Ergebnisse der Hamburger magalhaensische Sammelreise 1892/93. II Band. Arthropoden.”. In Hamburg 1–25.  [Google Scholar], M. odontocephala Daday, 1902 Daday, E. 1902. Mikroskopische Süsswasserthiere aus Patagonien, gesammelt von Dr. Filippo Sylvestri.. Természetrajzi Füzetek, Budapest, 25: 201–310.  [Google Scholar], M. propinqua Sars, 1909 Sars, G. O. 1909. Fresh‐water Entomostraca from South Georgia.. Archiv for Mathematik og Naturvidenskab, 30: 1–35.  [Google Scholar], and, probably, M. inflata Daday, 1902 Daday, E. 1902. Mikroskopische Süsswasserthiere aus Patagonien, gesammelt von Dr. Filippo Sylvestri.. Természetrajzi Füzetek, Budapest, 25: 201–310.  [Google Scholar]—are junior synonyms of M. oviformis. Two new species are established: M. sarsi sp. nov. from the Cape region of South Africa and M. ruehei sp. nov. from Crozet, Marion islands, and Île Amsterdam. Macrothrix cf. flagellata Smirnov and Timms, 1983 Smirnov, N. N. and Timms, B. V. 1983. A revision of the Australian Cladocera (Crustacea).. Records of the Australian Museum, Supplement, 1: 1–132. [Crossref] , [Google Scholar], previously known only from Tasmania, is found on Macquarie Island too. Differences between species from the southern hemisphere and Palaearctic M. hirsuticornis are summarized. It is demonstrated that characters of the general body shape (i.e. presence of a hood or a tooth on posterior head border) have a limited value for the systematics of Macrothrix. In contrast, some fine details, mostly missed by previous authors, are valuable for species discrimination. The present study increases the number of species recorded from the Antarctic‐Subantarctic region. Probably, the current pattern of Macrothrix distribution results from a disruption of a pan‐continental (early Mesozoic?) species complex.     

Revision of the West Palaearctic species of Rhoptromeris Förster, 1869 (Hymenoptera: Figitidae: Eucoilinae)

The West Palearctic species of Rhoptromeris are revised. A total of 11 species are recognised as valid in this region, including four newly described species: Rhoptromeris dichromata sp. nov., Rhoptromeris koponeni sp. nov., Rhoptromeris leptocornis sp. nov. and Rhoptromeris macaronesiensis sp. nov. Eucoila luteicornis Ionescu, 1959 is synonymised with Rhoptromeris heptoma (Hartig, 1840) syn. nov. A checklist of the Holarctic Rhoptromeris is presented and an identification key to the West Palearctic species is provided. www.zoobank.org/urn:lsid:zoobank.org:pub:8164332C-93E2-4E3F-A408-F5FF5DFB366E     

Revision of Bonesioides Laboissière, 1925 (Coleoptera; Chrysomelidae; Galerucinae) from continental Africa

Bonesioides Laboissière, 1925, Galerucinae endemic to Tropical Africa is revised. This group is characterized by the metallic coloration of the entire dorsum or at least parts of it, the prothorax is moderately trapezoidal, posteriorly enlarged, and lacks any pronotal depressions, the basi-metatarsus is moderately elongated, pronotal coxal cavities are open behind, and distinctly shaped male genitalia. Most metallic-coloured species originally described in Barombiella Laboissière, 1931a are herein transferred to Bonesioides. For each species drawings of the habitus, basal antennal articles, spermatheca and median lobe are given. Species distributions are illustrated in maps, and an identification key is given. In a phylogenetic analysis including other Afrotropical Galerucinae with elongated basi-metatarsi, 'Monoleptites' is found to be a non-monophyletic group. Bonesioides now includes 21 species as follows (including new taxonomical changes): Bonesioides coerulea (Allard, 1889); Bonesioides purpureipennis Laboissière, 1925 = Bonesioides speciosa Laboissière, 1937, syn. nov.; Bonesioides dimidiata Laboissière, 1937; Bonesioides kirschi (Jacoby, 1899), comb. nov. = Monolepta munroi Bryant, 1931, syn. nov., = Barombia lesnei Laboissière, 1931b, syn. nov., = Barombiella babaulti Laboissière, 1939, syn. nov.; Bonesioides barombiensis (Jacoby, 1903), comb. nov. = Barombiella graciosa Laboissière, 1941, syn. nov.; Bonesioides caerulea (Jacoby, 1903), comb. nov.; Bonesioides virens (Weise, 1913), comb. nov. = Barombiella opalina Laboissière, 1940, syn. nov., = Monolepta ruwensorica Bryant, 1952, syn. nov.; Bonesioides laboissierei nom. nov. (replacement name for Beiratia coerulea Laboissière, 1924); Bonesioides laevicollis (Laboissière, 1940), comb. nov.; Bonesioides jacksoni (Bryant, 1953), comb. nov.; Bonesioides budongoensis sp. nov.; Bonesioides gambiae sp. nov.; Bonesioides godzilla sp. nov.; Bonesioides jacobyi sp. nov.; Bonesioides kamerunensis sp. nov.; Bonesioides marcoi sp. nov.; Bonesioides montana sp. nov.; Bonesioides nitida sp. nov.; Bonesioides pusilla sp. nov.; Bonesioides rubricollis sp. nov.; Bonesioides trispiculata sp.     

Revision of the obligate mushroom‐feeding African “dung beetle” genus Coptorhina Hope (Coleoptera: Scarabaeidae: Scarabaeinae)

The African genus Coptorhina Hope is revised. Nine new synonymies are established which reduces the number of valid names from 15 to six. One new species is also described. The name changes are the following: C. subaenea Janssens, C. bicolor Ancey, C. pygmaea Balthasar and C. saganicola Müller are considered junior synonyms of C. nitidipennis Boheman; C. africana Hope, C. vicina Péringuey, C. obtusicornis Boheman, C. punctata Ferreira and C. optata Péringuey are considered junior synonyms of C. klugii Hope. The new species, C. excavata sp. n., is described from southern Africa. A key to the species and notes on biology are given.     

Habitat,egg‐laying behaviour,eggs and tadpoles of four sympatric species of Pseudopaludicola (Anura,Leiuperidae)

In contrast to most leiuperid frogs, Pseudopaludicola falcipes does not lay eggs in foam nests; this could represent a reversion to the primitive state. We found that in four other Pseudopaludicola species, eggs were also not embedded in foam nests and had a well‐defined outermost jelly layer. The females also constantly moved or dived and males lacked vigorous “wiping/kicking” leg motions while eggs were being laid, features that make foam nesting difficult. The tadpoles of three species have two gaps in the marginal papillae along the lower labium and two posterior rows of labial teeth; the tadpoles of one species had three gaps and three rows, a pattern resembling that of some Physalaemus (Leiuperidae) species. Our data on tadpole morphology and reproductive behaviour do not allow us to rule out the paraphyletic nature of Physalaemus in relation to Pseudopaludicola but they provide some support against the “foam‐loss hypothesis” in Pseudopaludicola.     

New and little‐known species of Didemnidae (Ascidiacea,Tunicata) from Australia (Part 3)

The majority of the 58 species discussed, including 10 new species, were collected by scuba divers at 5–10?m in waters around Australia. Species are from Leptoclinides (11), Polysyncraton (11), Didemnum (19), Trididemnum (7), Lissoclinum (8), Clitella (1), and Diplosoma (1), and new species are in all except Trididemnum and Diplosoma. Additional characters (including a pyloric vesicle reported previously in the Holozoidae and several unrelated didemnid taxa) have been detected for the monotypic genus Clitella Kott, , which is recorded for only the second time. A review of known Australian ascidian species confirms the Didemnidae as the most speciose ascidian family in these waters. In this family, there appears not to be appreciable gene flow between tropical and temperate waters and few species have a continuous tropical–temperate range. A preponderance of Western Pacific non‐indigenous species is in the north, while indigenous species, some probably isolated from related tropical ones, are dominant in the temperate waters of the southern half of the continent. Although intraspecific variation and convergence obscures species differences, some aspects of the living organisms detected in in situ photographs contribute to identification. Keys to Australian didemnid species described since the publication of the Australian Ascidiacea part 4, Didemnidae (Kott ) are included.     

A new genus and species of Heteromysini (Crustacea‐Mysidacea) from the backwater of Kochi (Kerala,India)

Kochimysis pillaii, a new genus and species of Heteromysini collected from the backwater of Kochi, is described. The new genus is closely related to the genus Deltamysis but is distinguishable from the latter by the following characters: antennules of male have a small setiferous lobe; antennal scale is without distal suture; second segment of mandibular palp broad; endopodite segments of maxilla subequal in length; in male carpus and propodus of second thoracic endopod with notches on outer margin; outer pair of apical spines on telson longer than the inner pair.     

New and little‐known species of Didemnidae (Ascidiacea,Tunicata) from Australia (part 4)

Forty‐eight species (including nine that are new) of the 288 Didemnidae now known from Australian waters are reported on in the present work. Dredged material is from benthic habitats in inter‐reefal areas of the Great Barrier Reef and from deeper water canyons off northeastern and northwestern Tasmania. Collections from shallower waters of Port Davey (western Tasmania) and Kangaroo Island (South Australia) were hand‐collected by scuba divers. Seven of the eight known genera of the Didemnidae are represented. Despite this emphasis on sampling in temperate waters, only 14 species (all indigenous) are recorded from around the southern half of the continent. The species diversity of this family is greater in the tropics, with 34 species being recorded. Nearly half of these are known also from the tropical western Pacific and some from the Indian Ocean as well. Tropical indigenous species are relatively few.