A molecular phylogenetic framework for the subfamily Ocenebrinae (Gastropoda, Muricidae)

Barco, Andrea; Herbert, Gregory S.; Houart, Roland; Fassio, Giulia; Oliverio, Marco

doi:10.1111/zsc.12219

Cited by 10 publications

(15 citation statements)

References 43 publications

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“…Several diverse North Pacific clades appear to have arrived by long‐distance dispersal from the cold southern hemisphere. Based on fossil data and sister–group relationships, at least 10 of these extended to the North Pacific during or before the Late Oligocene: fucacean brown algae (Cánovas, Mota, Serrão, & Pearson, ; Serrão, Alice, & Brawley, ), mopalioid chitons (Sirenko, ); three clades of muricid gastropods (Barco et al., ); glycymeridid bivalves of the genus Axinola (del Río & Camacho, ); the scallop genus Swiftopecten (del Río, ); zidonine volutid gastropods (Oleinik, ); and the buccinid gastropod Lirabuccinum (Vermeij, ,b). Other undated but likely ancient cases include hippothoid bryozoans (Hughes et al., ) and the slipper limpet Crepipatella (Collin, ).…”

Section: Colonization From the Old Cold Southmentioning

confidence: 99%

The coastal North Pacific: Origins and history of a dominant marine biota

Vermeij

Banker

Capece

et al. 2018

Journal of Biogeography

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Aims Some biogeographical regions act primarily as donors of colonists to other regions, while others act predominantly as recipient areas. How some biotas become dominant while others do not is a largely historical question that has received surprisingly little attention from biogeographers. Here, we seek to answer this question for the cold‐water North Pacific biota, which did not exist forty million years ago but which is now the principal donor biota outside the tropics. Location We focus on the cool‐temperate coastal North Pacific Ocean over the last 36.5 million years. Taxon We consider all multicellular taxa for which adequate fossil, phylogenetic and biogeographical data exist. Methods After placing North Pacific geographical events in the broader context of ocean gateways opening and closing elsewhere in the world, we discuss the history and factors affecting the planktonic and benthic productivity in the North Pacific based on a review and critical evaluation of the literature. A synthesis of primary sources was used to evaluate the origins and fates of North Pacific lineages, with special emphasis on movements to, within and from the North Pacific during the Cenozoic era. Results During the Late Eocene to earliest Miocene, the cooling North Pacific received colonists from adjacent warm‐water regions and the cold Southern Hemisphere, where temperate conditions had existed since at least the Cretaceous. From the Miocene onward, the North Pacific biota began to spread to the Southern Hemisphere and through Bering Strait to the Arctic and North Atlantic Oceans. Within the North Pacific, lineages during the early cooling phases spread predominantly from west to east, but in the Early Middle Miocene this pattern reversed, with later expansions going in both directions. An increase in productivity, powered by the evolution of highly productive seaweeds and by consumers with high metabolic rates, accompanied the transformation of the North Pacific from a recipient to donor biota. Main conclusions The North Pacific replaced the Southern Hemisphere temperate biota as the principal donor biota during the Miocene through a combination of increasing productivity, low magnitudes of extinction and intense competition and predation in an ocean basin with a long coastline.

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Section: Colonization From the Old Cold Southmentioning

confidence: 99%

The coastal North Pacific: Origins and history of a dominant marine biota

Vermeij

Banker

Capece

et al. 2018

Journal of Biogeography

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“…The subfamily Ocenebrinae has historically been defined by shell morphology (Oldroyd 1927, Bormann 1946, Vokes 1964, Abbott 1974, Radwin & D'Attilio 1976, Fair 1976, McLean 1978, Myers & D'Attilio 1986, Kool 1993a, 1993b, Vermeij & Vokes 1997, anatomy including operculum characteristics (Kool 1993a(Kool , 1993b and by the radula (Vokes 1964, Radwin & D'Attilio 1976, Kool 1993a, 1993b. Marko & Vermeij (1999) and Barco et al (2017) provided phylogenetic estimates of relationships among members of the subfamily. The three gene (COI + 16S + 28S) phylogeny constructed by Barco et al (2017), analyzed 50 taxa from the diverse subfamily and summarized previously published historical literature.…”

Section: Ocenebrinae Cossmann 1903mentioning

confidence: 99%

“…Marko & Vermeij (1999) and Barco et al (2017) provided phylogenetic estimates of relationships among members of the subfamily. The three gene (COI + 16S + 28S) phylogeny constructed by Barco et al (2017), analyzed 50 taxa from the diverse subfamily and summarized previously published historical literature. The subfamily contains 33 genera according to Barco et al (2017) and 38 by the World Register of Marine Species (MolluscaBase 2018).…”

Section: Ocenebrinae Cossmann 1903mentioning

confidence: 99%

“…The muricid fauna of the northeast Pacific is numerically dominated by four clades: Pagodulinae, Trophoninae, and two clades of Ocenebrinae, clades A and B of Barco et al (2017). Five additional clades -Coralliophilinae, Ergalataxinae, Muricopsinae, Rapaninae, and clade D of Ocenebrinae -are represented by one or two species each.…”

Section: Introductionmentioning

confidence: 99%

“…Five additional clades -Coralliophilinae, Ergalataxinae, Muricopsinae, Rapaninae, and clade D of Ocenebrinae -are represented by one or two species each. Five major muricid clades do not occur at all in the temperate northeast Pacific: Aspellinae, Haustrinae, Muricinae, Typhinae, and clade C (Eupleura) of Ocenebrinae (for phylogenies see Barco et al 2010Barco et al , 2012Barco et al , 2015Barco et al , 2017. All five clades except the south-temperate Haustrinae are known from tropical to subtropical parts of the eastern Pacific.…”

Section: Introductionmentioning

confidence: 99%

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<p class="HeadingRunIn"><strong>New taxa and new synonymy in Muricidae (Neogastropoda: Pagodulinae, Trophoninae, Ocenebrinae) from the Northeast Pacific</strong></p>

2019

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The results of an extensive examination of northeast Pacific muricid gastropods ranging from Aleutian Islands, Alaska, to mid-Baja California, is presented. Two new genera and 26 new species are described: In Pagodulinae: Abyssotrophon fusiformis n. sp., A. newmani n. sp., Boreotrophon cascadiensis n. sp., B. cordellensis n. sp., B. cortesianus n. sp., B. obesus n. sp., B. subapolyonis n. sp., B. vancouverensis n. sp., B. aleuticus n. sp., B. pseudotripherus n. sp., B. santarosensis n. sp., B. tannerensis n. sp. In Trophoninae: Warenia, n. gen., Scabrotrophon buldirensis n. sp, S. kantori n. sp., S. lima n. sp., S. macleani n. sp., S. moresbyensis n. sp., S. norafosterae n. sp., S. trifidus n. sp., Nipponotrophon exquisitus n. sp. In Ocenebrinae: Paciocinebrina n. gen., Nucella angustior n. sp., Paciocinebrina benitoensis n. sp., P. macleani n. sp., P. neobarbarensis n. sp., P. pseudomunda n. sp., P. thelmacrowae n. sp. New synonymy: Boreotrophon kamchatkanus Dall, 1902 (+ Trophonopsis nanus Ergorov, 1994); Paciocinebrina atropurpurea (Carpenter, 1865) (+ Tritonalia interfossa var. clathrata Dall, 1919, Ocinebra rubra Baker, 1891, Tritonalia tracheia Dall, 1919); P. barbarensis (Gabb, 1865) (+ Tritonalia interfossa var. beta Dall, 1919, Ocenebra keenae Bormann, 1946); P. circumtexta (Stearns, 1871) (+ Ocinebra circumtexta var. aurantia Stearns, 1895, Tritonalia circumtexta var. citrica Dall, 1919, Tritonalia lurida var. rotunda Dall, 1919); P. foveolata (Hinds, 1844) (+Tritonalia epiphanea Dall, 1919, Tritonalia fusconotata Dall, 1919); P. gracillima (Stearns, 1871) (+ Tritonalia gracillima var. obesa Dall, 1919, Ocinebra stearnsi Hemphill, 1911); P. interfossa (Carpenter, 1864) (+ Tritonalia interfossa alpha Dall, 1921); P. lurida (Middendorff, 1848) (+ Vitularia aspera Baird, 1863), P. sclera (Dall, 1919) (+ Coralliophila (Pseudomurex) kincaidi Dall, 1919). Generic assignments are changed for the following taxa: Boreotrophon kamchatkanus Dall, 1902; Warenia elegantula (Dall, 1907); Scabrotrophon stuarti (E.A. Smith, 1880); Paciocinebrina atropurpurea (Carpenter, 1865), P. barbarensis (Gabb, 1865), P. circumtexta (Stearns, 1871), P. crispatissima (Berry, 1953), P. foveolata (Hinds, 1844), P. fraseri (Oldroyd, 1920), P. gracillima (Stearns, 1871), P. grippi (Dall, 1911), P. interfossa (Carpenter, 1864), P. lurida (Middendorff, 1848), P. minor (Dall, 1919), P. munda (Carpenter, 1864), P. seftoni (Chace, 1958), P. sclera (Dall, 1919). Boreotrophon alborostratus Taki, 1938, is reinstated. Abyssotrophon Egorov, 1993 and Nodulotrophon Habe & Ito, 1965 are here assigned to Pagodulinae Barco et al., 2012, based on radula morphology.

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The temperate marine Peruvian Province: How history accounts for its unusual biota

Vermeij,

DeVries,

Griffin

et al. 2024

Ecology and Evolution

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The Peruvian Province, from 6° S in Peru to 42° S in Chile, is a highly productive coastal marine region whose biology and fossil record have long been studied separately but never integrated. To understand how past events and conditions affected today's species composition and interactions, we examined the role of extinction, colonization, geologic changes to explain previously unrecognized peculiar features of the biota and to compare the Peruvian Province's history to that of other climatically similar temperate coasts. We synthesized all available data on the benthic (or benthically feeding) biota, with emphasis on fossilizable taxa, for the interval from the Miocene (23–5.4 Ma) and Pliocene (5.4–2.5 Ma) to the present. We outline the history of ecological guilds including primary producers, herbivores, predators, and suspension‐feeders and document patterns of extinction, colonization, and geographic restriction. We identify twelve unusual attributes of the biota, most of which are the result of repeated episodes of extinction. Several guilds present during the Miocene and Pliocene are not represented in the province today, while groups such as kelps and perhaps intertidal predatory sea stars are relative newcomers. Guilds on soft bottoms and in sheltered habitats were severely affected by extinction, whereas those on hard bottoms were most affected by colonists and held their own in diversity. The Peruvian Province has not served as a biogeographic refuge, in contrast to the coasts of Australasia and Argentina, where lineages no longer present in the Peruvian Province survive. The loss of sheltered habitats since the Pliocene explains many of the present‐day peculiarities of the biota. The history of the province's biota explains its unique attributes. High productivity, a rich Southern Hemisphere heritage, and colonization from the north account for the present‐day composition and unusual characteristics of the biota.

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A molecular phylogenetic framework for the subfamily Ocenebrinae (Gastropoda, Muricidae)

Cited by 10 publications

References 43 publications

The coastal North Pacific: Origins and history of a dominant marine biota

The coastal North Pacific: Origins and history of a dominant marine biota

<p class="HeadingRunIn"><strong>New taxa and new synonymy in Muricidae (Neogastropoda: Pagodulinae, Trophoninae, Ocenebrinae) from the Northeast Pacific</strong></p>

The temperate marine Peruvian Province: How history accounts for its unusual biota

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