| Literature DB >> 29729933 |
Manuel Lopes-Lima1, Ivan N Bolotov2, Van Tu Do3, David C Aldridge4, Miguel M Fonseca5, Han Ming Gan6, Mikhail Y Gofarov2, Alexander V Kondakov2, Vincent Prié7, Ronaldo Sousa8, Simone Varandas9, Ilya V Vikhrev2, Amílcar Teixeira10, Rui-Wen Wu11, Xiaoping Wu11, Alexandra Zieritz12, Elsa Froufe5, Arthur E Bogan13.
Abstract
Two Unionida (freshwater mussel) families are present in the Northern Hemisphere; the Margaritiferidae, representing the most threatened of unionid families, and the Unionidae, which include several genera of unresolved taxonomic placement. The recent reassignment of the poorly studied Lamprotula rochechouartii from the Unionidae to the Margaritiferidae motivated a new search for other potential species of margaritiferids from members of Gibbosula and Lamprotula. Based on molecular and morphological analyses conducted on newly collected specimens from Vietnam, we here assign Gibbosula crassa to the Margaritiferidae. Additionally, we reanalyzed all diagnostic characteristics of the Margaritiferidae and examined museum specimens of Lamprotula and Gibbosula. As a result, two additional species are also moved to the Margaritiferidae, i.e. Gibbosula confragosa and Gibbosula polysticta. We performed a robust five marker phylogeny with all available margaritiferid species and discuss the taxonomy within the family. The present phylogeny reveals the division of Margaritiferidae into four ancient clades with distinct morphological, biogeographical and ecological characteristics that justify the division of the Margaritiferidae into two subfamilies (Gibbosulinae and Margaritiferinae) and four genera (Gibbosula, Cumberlandia, Margaritifera, and Pseudunio). The systematics of the Margaritiferidae family is re-defined as well as their distribution, potential origin and main biogeographic patterns.Entities:
Keywords: Bivalvia; Gibbosula; Lamprotula; Margaritifera; Phylogeny; Unionida
Mesh:
Year: 2018 PMID: 29729933 DOI: 10.1016/j.ympev.2018.04.041
Source DB: PubMed Journal: Mol Phylogenet Evol ISSN: 1055-7903 Impact factor: 4.286