namanereidae(多毛目:neididae科)。第一部分,分类和系统发育

C. Glasby
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引用次数: 78

摘要

本文报道了namanereidae (neridae科:Polychaeta)的分支分析和分类修正。利用39个形态特征(76个非纯态)的枝系分析产生了10,000个最小长度树和一个高度未解决的严格共识树。然而,Namanereidinae的单系性得到支持,并鉴定出两个分支:namalycasttis包含18种,Namanereis包含15种。以L. alticola Johnson为代表的单种Lycastoides属由于鲜为人知而未能纳入分析。亚科的分类被修改以反映系统发育。因此,Namalycastis包括具有四对触手卷毛的大型物种;自异形包括短的、近圆锥状的触角和增大的、扁平的、叶状的后卷叶。Namanereis包括体型较小的种类,有三对或四对触手卷毛;自异型包括缺少背侧卷叶柄,缺少舌毛和三分叶柄。Cryptonereis Gibbs, Lycastella Feuerborn, Lycastella Solis-Weiss & Espinasa和Lycastopsis Augener成为Namanereis的初级同义词。记录了36种,包括7新种。N.北方;北方;N.; N.;媒介;媒介;媒介;;;;;;多集的;多集的, N. nicoleae .sp), Namanereis (N. minuta .sp)四新种。serratis N.;斯托克;斯托克;3个分布广泛的种群(Namalycastis abiuma, Namanereis littoralis, N. quadraticeps)。新发现的同义种有14种:lycasttis maxillo-falciformis Harms、l.l maxillo-ovata Harms、l.l maxillo-robusta Harms、lycasttis meraukensis Horst、l.l nipae Pflugfelder、l.l ouanaryensis Gravier、l.l ranauensis Feuerborn、l.l vivax Pflugfelder、l.l tecolutlensis Rioja、Namalycastis rigida Pillai、n.t achinensis Rosenfeldt、n.n uwaensis Ryan和Namanereis littoralis Hutchings & Turvey。为Namalycastis hawaiiensis (Johnson)指定了一个新型,为Namalycastis geayi (Gravier), N. senegalensis (Saint-Joseph), N. terrestris (Pflugfelder), Namanereis amboinensis (Pflugfelder)和N. littoralis (Grube)指定了一个选型。给出了属和种的键。namanereidae一般局限于热带和亚热带。最大的物种多样性出现在加勒比和印度-太平洋地区,特别是在最近受到隆升影响的沿海地区,那里出现了沿海地区和淡水(河岸和地下)形式。系统发育结果表明,在Namalycastis和Namanereis中,具有半形特征的物种都偏爱淡水栖息地(推论是半形成员偏爱海洋栖息地)。这表明Namanereidinae的祖先是一个泛盐的沿海物种。
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The Namanereidinae (Polychaeta: Nereididae). Part 1, Taxonomy and Phylogeny
A cladistic analysis and taxonomic revision of the Namanereidinae (Nereididae: Polychaeta) is presented. The cladistic analysis utilising 39 morphological characters (76 apomorphic states) yielded 10,000 minimal-length trees and a highly unresolved Strict Consensus tree. However, monophyly of the Namanereidinae is supported and two clades are identified: Namalycastis containing 18 species and Namanereis containing 15 species. The monospecific genus Lycastoides, represented by L. alticola Johnson, is too poorly known to be included in the analysis. Classification of the subfamily is modified to reflect the phylogeny. Thus, Namalycastis includes large-bodied species having four pairs of tentacular cirri; autapomorphies include the presence of short, subconical antennae and enlarged, flattened and leaf-like posterior cirrophores. Namanereis includes smaller-bodied species having three or four pairs of tentacular cirri; autapomorphies include the absence of dorsal cirrophores, absence of notosetae and a tripartite pygidium. Cryptonereis Gibbs, Lycastella Feuerborn, Lycastilla Solis-Weiss & Espinasa and Lycastopsis Augener become junior synonyms of Namanereis. Thirty-six species are described, including seven new species of Namalycastis (N. arista n.sp., N. borealis n.sp., N. elobeyensis n.sp., N. intermedia n.sp., N. macroplatis n.sp., N. multiseta n.sp., N. nicoleae n.sp.), four new species of Namanereis (N. minuta n.sp., N. serratis n.sp., N. stocki n.sp., N. sublittoralis n.sp.), and three widespread species groups ( Namalycastis abiuma, Namanereis littoralis, N. quadraticeps). Fourteen species are newly placed into synonymy, Lycastis maxillo-falciformis Harms, L. maxillo-ovata Harms, L. maxillo-robusta Harms, Lycastis meraukensis Horst, L. nipae Pflugfelder, L. ouanaryensis Gravier, L. ranauensis Feuerborn, L. vivax Pflugfelder, Lycastopsis augeneri Okuda, L. tecolutlensis Rioja, Namalycastis rigida Pillai, N. tachinensis Rosenfeldt, N. vuwaensis Ryan, and Namanereis littoralis Hutchings & Turvey. A neotype is designated for Namalycastis hawaiiensis (Johnson), and lectotypes are designated for Namalycastis geayi (Gravier), N. senegalensis (Saint-Joseph), N. terrestris (Pflugfelder), Namanereis amboinensis (Pflugfelder) and N. littoralis (Grube). Keys to genera and species are given. Namanereidinae are generally confined to the tropics and subtropics. Maximum species-diversity occurs in the Caribbean and Indo-Pacific, in particular in coastal areas subjected to recent uplifting, where both littoral-zone and freshwater (riparian and subterranean) forms occur. Phylogenetic results indicate that in both Namalycastis and Namanereis there is a preference for freshwater habitats among species with apomorphic traits (corollary being that marine habitats are favoured by the plesiomorphic members). This suggests that the ancestor of the Namanereidinae was a euryhaline coastal species.
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