FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1491050672> ?p ?o ?g. }

• W1491050672 endingPage "401" @default.
• W1491050672 startingPage "367" @default.
• W1491050672 abstract "Providing another spectacular model for understanding speciation and radiation, the origin of the gastropod species flock in Lake Tanganyika (with an estimated age of approximately 12 Myr) remained enigmatic to date. Although, for a long time, an in situ radiation was assumed, Lake Tanganyika could have functioned as a reservoir for ancient African lineages, implying that the now lacustrine taxa originiated elsewhere. However, the fluviatile gastropod fauna of adjacent river systems in Central and East Africa is only poorly known. Here, we provide conchological, anatomical, phylogenetical, and biogeographical data on the fluviatile genus Potadomoides Leloup, 1953, which was hitherto regarded as ancestral to the entire Tanganyika gastropod radiation. The type species Potadomoides pelseneeri is restricted to the delta region of the Malagarasi River east of Lake Tanganyika, whereas three congeneric species (Potadomoides bequaerti, Potadomoides hirta, and Potadomoides schoutedeni) inhabit the Congo River with its tributaries Lualaba and Luvua, west of the Tanganyikan Rift. We describe and document, with scanning electron microscopy, the ontogenetic development of embryos of this uterine brooder as well as the detailed reproductive anatomy. Phylogenetic analysis of 44 morphological characters (including adult and embryonic shell, operculum, radula, reproductive tract) for 15 paludomid taxa could not support monophyly of the Tanganyika species flock. Instead, we found two major lineages that colonized Lake Tanganyika independently, one comprising the Nassopsinae Kesteven, 1903 (= Lavigeriinae Thiele, 1925) with the riverine Potadomoides plus the lacustrine Lavigeria and Vinundu, the second comprising the riverine Cleopatra together with the rest of the lacustrine species (except for Tiphobia horei). The analysis identifies Potadomoides as paraphyletic, with the uterine brooder P. pelseneeri being the sister taxon to the uterine brooder Lavigeria plus the oviparous Vinundu, but not to the entire Tanganyika species flock. We reconstruct the independent evolution of an fluviolacustrine taxon Nassopsinae for which we evaluate the synapomorphic characters, in particular those of reproductive biology, and discuss systematic and evolutionary implications of repeated origin of (ovo-)viviparity in these limnic Cerithioidea. Finally, we outline a hypothesis on the evolutionary history of Potadomoides in the context of the gastropod radiation in Lake Tanganyika." @default.
• W1491050672 created "2016-06-24" @default.
• W1491050672 creator A5003512591 @default.
• W1491050672 creator A5008309059 @default.
• W1491050672 date "2007-09-17" @default.
• W1491050672 modified "2023-09-27" @default.
• W1491050672 title "Ancestry to an endemic radiation in Lake Tanganyika? Evolution of the viviparous gastropod Potadomoides Leloup, 1953 in the Congo River system (Caenogastropoda, Cerithioidea, Paludomidae)" @default.
• W1491050672 cites W1597193480 @default.
• W1491050672 cites W1906196380 @default.
• W1491050672 cites W1971946566 @default.
• W1491050672 cites W1992411033 @default.
• W1491050672 cites W1995111324 @default.
• W1491050672 cites W2001512934 @default.
• W1491050672 cites W2002678450 @default.
• W1491050672 cites W2005885218 @default.
• W1491050672 cites W2011574732 @default.
• W1491050672 cites W2011730825 @default.
• W1491050672 cites W2015174657 @default.
• W1491050672 cites W2029784404 @default.
• W1491050672 cites W2038382815 @default.
• W1491050672 cites W2046510702 @default.
• W1491050672 cites W2061393981 @default.
• W1491050672 cites W2073244427 @default.
• W1491050672 cites W2089913362 @default.
• W1491050672 cites W2091079474 @default.
• W1491050672 cites W2095542527 @default.
• W1491050672 cites W2099513320 @default.
• W1491050672 cites W2114012655 @default.
• W1491050672 cites W2126861809 @default.
• W1491050672 cites W2128915437 @default.
• W1491050672 cites W2130071960 @default.
• W1491050672 cites W2142417430 @default.
• W1491050672 cites W2147635314 @default.
• W1491050672 cites W2156352119 @default.
• W1491050672 cites W2157631711 @default.
• W1491050672 cites W2164354682 @default.
• W1491050672 cites W2167681692 @default.
• W1491050672 cites W2175943212 @default.
• W1491050672 cites W2177022537 @default.
• W1491050672 cites W2312393713 @default.
• W1491050672 cites W2332587468 @default.
• W1491050672 cites W2333125919 @default.
• W1491050672 cites W322938644 @default.
• W1491050672 cites W4231913009 @default.
• W1491050672 cites W4301665628 @default.
• W1491050672 cites W4367161079 @default.
• W1491050672 doi "https://doi.org/10.1111/j.1095-8312.2007.00867.x" @default.
• W1491050672 hasPublicationYear "2007" @default.
• W1491050672 type Work @default.
• W1491050672 sameAs 1491050672 @default.
• W1491050672 citedByCount "23" @default.
• W1491050672 countsByYear W14910506722015 @default.
• W1491050672 countsByYear W14910506722018 @default.
• W1491050672 countsByYear W14910506722019 @default.
• W1491050672 countsByYear W14910506722020 @default.
• W1491050672 countsByYear W14910506722021 @default.
• W1491050672 crossrefType "journal-article" @default.
• W1491050672 hasAuthorship W1491050672A5003512591 @default.
• W1491050672 hasAuthorship W1491050672A5008309059 @default.
• W1491050672 hasBestOaLocation W14910506721 @default.
• W1491050672 hasConcept C104317684 @default.
• W1491050672 hasConcept C125471540 @default.
• W1491050672 hasConcept C18903297 @default.
• W1491050672 hasConcept C193252679 @default.
• W1491050672 hasConcept C194811659 @default.
• W1491050672 hasConcept C2780185986 @default.
• W1491050672 hasConcept C2780252984 @default.
• W1491050672 hasConcept C55493867 @default.
• W1491050672 hasConcept C86803240 @default.
• W1491050672 hasConcept C90856448 @default.
• W1491050672 hasConceptScore W1491050672C104317684 @default.
• W1491050672 hasConceptScore W1491050672C125471540 @default.
• W1491050672 hasConceptScore W1491050672C18903297 @default.
• W1491050672 hasConceptScore W1491050672C193252679 @default.
• W1491050672 hasConceptScore W1491050672C194811659 @default.
• W1491050672 hasConceptScore W1491050672C2780185986 @default.
• W1491050672 hasConceptScore W1491050672C2780252984 @default.
• W1491050672 hasConceptScore W1491050672C55493867 @default.
• W1491050672 hasConceptScore W1491050672C86803240 @default.
• W1491050672 hasConceptScore W1491050672C90856448 @default.
• W1491050672 hasIssue "2" @default.
• W1491050672 hasLocation W14910506721 @default.
• W1491050672 hasOpenAccess W1491050672 @default.
• W1491050672 hasPrimaryLocation W14910506721 @default.
• W1491050672 hasRelatedWork W1480742102 @default.
• W1491050672 hasRelatedWork W1967861453 @default.
• W1491050672 hasRelatedWork W1972093126 @default.
• W1491050672 hasRelatedWork W1984300658 @default.
• W1491050672 hasRelatedWork W2130069098 @default.
• W1491050672 hasRelatedWork W2590150750 @default.
• W1491050672 hasRelatedWork W2996066930 @default.
• W1491050672 hasRelatedWork W3128266380 @default.
• W1491050672 hasRelatedWork W3196876825 @default.
• W1491050672 hasRelatedWork W4250907986 @default.
• W1491050672 hasVolume "92" @default.
• W1491050672 isParatext "false" @default.
• W1491050672 isRetracted "false" @default.
• W1491050672 magId "1491050672" @default.

• next