Matches in SemOpenAlex for { <https://semopenalex.org/work/W4292436224> ?p ?o ?g. }
- W4292436224 endingPage "460" @default.
- W4292436224 startingPage "428" @default.
- W4292436224 abstract "By applying morphological and molecular data on two genera of the nudibranch molluscs it is shown that the tension between taxonomic practice and evolutionary processes persists. A review of the related genera Catriona and Tenellia is used to demonstrate that the fine-scale taxonomic differentiation is an important tool in the integration of morphological and molecular data. This is highlighted by the hidden species problem and provides strong argument that the genus must be kept as a maximally narrowly-defined entity. Otherwise, we are forced to compare a highly disparate species under the putatively lumped name Tenellia. We demonstrate this in the present study by applying a suite of delimitation methods and describing a new species of Tenellia from the Baltic Sea. The new species possesses fine-scale morphological distinguishing features, which were not investigated before. The true, narrowly defined genus Tenellia represents a peculiar taxon with a clearly expressed paedomorphic characters and predominantly brackish-water habitats. The phylogenetically related genus Catriona, of which three new species are described here, clearly demonstrates different features. A lumping decision to call many morphologically and evolutionary different taxa as Tenellia will downgrade the taxonomic and phylogenetic resolution of the entire family Trinchesiidae to just a single genus. The dissolution of the dilemma of lumpers & splitters, which still significantly affects taxonomy, will further help to make systematics a true evolutionary discipline." @default.
- W4292436224 created "2022-08-20" @default.
- W4292436224 creator A5018671473 @default.
- W4292436224 creator A5030330832 @default.
- W4292436224 creator A5051573581 @default.
- W4292436224 creator A5079710596 @default.
- W4292436224 date "2023-01-07" @default.
- W4292436224 modified "2023-10-18" @default.
- W4292436224 title "Narrowly defined taxa on a global scale: The phylogeny and taxonomy of the genera <i>Catriona</i> and <i>Tenellia</i> (Nudibranchia, Trinchesiidae) favours fine‐scale taxonomic differentiation and dissolution of the “lumpers & splitters” dilemma" @default.
- W4292436224 cites W120901874 @default.
- W4292436224 cites W1529785512 @default.
- W4292436224 cites W1944594967 @default.
- W4292436224 cites W1949176574 @default.
- W4292436224 cites W1963612947 @default.
- W4292436224 cites W1964138333 @default.
- W4292436224 cites W1975591175 @default.
- W4292436224 cites W1999923224 @default.
- W4292436224 cites W2006558028 @default.
- W4292436224 cites W2010898697 @default.
- W4292436224 cites W2032496826 @default.
- W4292436224 cites W2054702070 @default.
- W4292436224 cites W2056964574 @default.
- W4292436224 cites W2057421516 @default.
- W4292436224 cites W2070134003 @default.
- W4292436224 cites W2077415092 @default.
- W4292436224 cites W2080787503 @default.
- W4292436224 cites W2093173261 @default.
- W4292436224 cites W2101139153 @default.
- W4292436224 cites W2102883209 @default.
- W4292436224 cites W2108087670 @default.
- W4292436224 cites W2126239907 @default.
- W4292436224 cites W2127499811 @default.
- W4292436224 cites W2127774996 @default.
- W4292436224 cites W2127847431 @default.
- W4292436224 cites W2132715353 @default.
- W4292436224 cites W2146448267 @default.
- W4292436224 cites W2148698435 @default.
- W4292436224 cites W2149970733 @default.
- W4292436224 cites W2151598985 @default.
- W4292436224 cites W2155343574 @default.
- W4292436224 cites W2162307412 @default.
- W4292436224 cites W2167199902 @default.
- W4292436224 cites W2172820226 @default.
- W4292436224 cites W2175946958 @default.
- W4292436224 cites W2178194905 @default.
- W4292436224 cites W2232395477 @default.
- W4292436224 cites W2269022227 @default.
- W4292436224 cites W2311203695 @default.
- W4292436224 cites W2552640855 @default.
- W4292436224 cites W2735857534 @default.
- W4292436224 cites W2760711633 @default.
- W4292436224 cites W2773516875 @default.
- W4292436224 cites W2792670048 @default.
- W4292436224 cites W2794960246 @default.
- W4292436224 cites W2805174886 @default.
- W4292436224 cites W2805483785 @default.
- W4292436224 cites W2807801771 @default.
- W4292436224 cites W2883836657 @default.
- W4292436224 cites W2890181872 @default.
- W4292436224 cites W2903301752 @default.
- W4292436224 cites W2904343311 @default.
- W4292436224 cites W2910637053 @default.
- W4292436224 cites W2923888993 @default.
- W4292436224 cites W2940929231 @default.
- W4292436224 cites W2943820211 @default.
- W4292436224 cites W2953269546 @default.
- W4292436224 cites W2992109089 @default.
- W4292436224 cites W2999794597 @default.
- W4292436224 cites W3010832210 @default.
- W4292436224 cites W3023880693 @default.
- W4292436224 cites W3032187378 @default.
- W4292436224 cites W3047710933 @default.
- W4292436224 cites W3083031381 @default.
- W4292436224 cites W3089561862 @default.
- W4292436224 cites W3092641236 @default.
- W4292436224 cites W3092664098 @default.
- W4292436224 cites W3114732641 @default.
- W4292436224 cites W3133818272 @default.
- W4292436224 cites W3135597131 @default.
- W4292436224 cites W3144087419 @default.
- W4292436224 cites W3189633420 @default.
- W4292436224 cites W3200766687 @default.
- W4292436224 cites W3203415983 @default.
- W4292436224 cites W3204558165 @default.
- W4292436224 cites W419804097 @default.
- W4292436224 cites W4200184701 @default.
- W4292436224 cites W4232863037 @default.
- W4292436224 cites W4247304632 @default.
- W4292436224 cites W4254005458 @default.
- W4292436224 cites W4298015376 @default.
- W4292436224 cites W432083215 @default.
- W4292436224 cites W2912567821 @default.
- W4292436224 doi "https://doi.org/10.1111/eva.13468" @default.
- W4292436224 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36793683" @default.
- W4292436224 hasPublicationYear "2023" @default.
- W4292436224 type Work @default.
- W4292436224 citedByCount "3" @default.
- W4292436224 countsByYear W42924362242022 @default.