Revision of the land snail genus Landouria Godwin-Austen, 1918 (Gastropoda, Camaenidae) from Java
Revision of the land snail genus Landouria Godwin-Austen, 1918 (Gastropoda, Camaenidae) from Java
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对爪哇陆生蜗牛属 Landouria Godwin-Austen 的修订，1918 年（腹足纲，Camaenidae）
DOI：
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发表时间：
2019
影响因子：
1.2
通讯作者：
B. Hausdorf
中科院分区：
文献类型：
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作者：
A. S. Nurinsiyah;M. Neiber;B. Hausdorf
对爪哇岛陆蜗牛属Landouria Godwin-Austin，1918（Camaenidae）的修订表明，这一组代表了该岛上最多样化的陆蜗牛辐射。在最近一次基于贝壳特征的属修订中，只有6种Landouria被确认来自爪哇。我们的调查也考虑了生殖器和DNA序列，表明爪哇的多样性要高得多。根据新收集的标本以及博物馆的资料，描述和描绘了来自爪哇的28种Landouria。为了稳定命名法，将新型命名为L。Winteriana（Pfeiffer，1842）和L. Pfeiffer，1842）.有16个物种被描述为科学上的新物种，即，L. naggsi sp. nov.，L. parahyangensissp. nov.，L. nusakambangensis sp. nov.，L. Petrukensis sp. nov.，L.球孢菌属新种，L. madurensissp. nov.，L. abdidalem sp. nov.，L. sewuensis sp. nov.，L. tonywhitteni sp. nov.，L. sukoliloensis sp. nov.，L. nodifera sp. nov.，L. pacitanensis sp. nov.，L. zonifera sp. nov.，L. pakidulan sp. nov.，L. dharmai sp. nov.和L. menorehensis sp. nov.，Landouria conoidea（Leschke，1914）comb. nov.，L. intumescens（Martens，1867）comb. nov.，L. moussoniana（Martens，1867）comb. nov.，L. schepmani（Möllendorff，1897）comb. nov.和L. leucochila（Gude，1905）comb. nov.首次被认为是Landouria属的有效种。Plectotropis kraepelini Leschke，1914 syn. nov.被认为是L. Winteriana（Pfeiffer，1842），P. nov.是L. epiplatia（Möllendorff，1897）和全神贯注的名称Hesophorus squamulosa Martens，1867 syn. nov.是L. madurensis sp. nov.我们估计，实际上有超过50种Landouria在爪哇，因为许多贝壳样本无法分类，因为没有材料是从岛上的几个地区。一个分子系统发生学揭示了爪哇的物种并不形成一个单系群，但至少有一个来自帝汶的物种嵌套在爪哇的分支中。这意味着东方兰杜利亚海峡至少两次越过华莱士线，华莱士线是东方和澳大利亚-巴布亚地区之间的假定边界，并支持华莱士线并不代表陆地生物比其他海峡更严重的障碍。在爪哇的分支中，来自爪哇西部和东部的物种是混合的，这表明爪哇内部也有频繁的扩散。
A revision of the land snail genus Landouria Godwin-Austin, 1918 (Camaenidae) from Java reveals that this group represents the most diverse land snail radiation on that island. Only six species of Landouria were recognized from Java in the last revision of the genus based on shell characters. Our investigation, which also considers the genitalia as well as DNA sequences, shows that the diversity in Java is much higher. Based on newly collected specimens as well as museum material, twenty-eight species of Landouria from Java are described and figured. To stabilize the nomenclature, neotypes are designated for L. winteriana (Pfeiffer, 1842) and L. rotatoria (Pfeiffer, 1842). Sixteen species are described as new to science, i.e., L. naggsi sp. nov., L. parahyangensis sp. nov., L. nusakambangensis sp. nov., L. petrukensis sp. nov., L. tholiformis sp. nov., L. madurensis sp. nov., L. abdidalem sp. nov., L. sewuensis sp. nov., L. tonywhitteni sp. nov., L. sukoliloensis sp. nov., L. nodifera sp. nov., L. pacitanensis sp. nov., L. zonifera sp. nov., L. pakidulan sp. nov., L. dharmai sp. nov. and L. menorehensis sp. nov. Landouria conoidea (Leschke, 1914) comb. nov., L. intumescens (Martens, 1867) comb. nov., L. moussoniana (Martens, 1867) comb. nov., L. schepmani (Möllendorff, 1897) comb. nov. and L. leucochila (Gude, 1905) comb. nov. are considered valid species of the genus Landouria for the first time. Plectotropis kraepelini Leschke, 1914 syn. nov. is considered a probable synonym of L. winteriana (Pfeiffer, 1842), P. trichotrochium Möllendorff, 1897 syn. nov. is a synonym of L. epiplatia (Möllendorff, 1897) and the preoccupied name Helix squamulosa Martens, 1867 syn. nov. is a synonym of L. madurensis sp. nov. We estimate that there are actually more than fifty species of Landouria in Java because many shell samples could not be classified and because no material is available from several regions of the island. A molecular phylogeny reveals that the species from Java do not form a monophyletic group, but that at least one species from Timor is nested within Javanese clades. This means that the Oriental Landouria crossed Wallace’s line, the supposed border between the Oriental and Australo-Papuan regions, at least twice and supports the conclusion that Wallace’s line does not represent a more severe barrier for terrestrial organisms than other straits through the archipelago. Within the Javanese clades, species from western and eastern Java are mixed, indicating frequent dispersals also within Java.
影响因子：
1.3
作者：
P. Bouchet;J. Rocroi;B. Hausdorf;A. Kaim;Y. Kano;A. Nützel;P. Parkhaev;M. Schrödl;E. Strong
通讯作者：
P. Bouchet;J. Rocroi;B. Hausdorf;A. Kaim;Y. Kano;A. Nützel;P. Parkhaev;M. Schrödl;E. Strong