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Atlas of Australasian hormurid scorpions. I. The genus Hormurus Thorell, 1876 in Papua New Guinea. Exceptional morphological diversity in male and female copulatory structures suggests genital coevolution 澳大利亚荷尔蒙蝎子图谱。I. 巴布亚新几内亚的 Hormurus Thorell,1876 年属。雌雄交配结构的异常形态多样性表明生殖器是共同进化的
IF 0.8 4区 生物学 Q3 Agricultural and Biological Sciences Pub Date : 2023-11-13 DOI: 10.35929/RSZ.0111
L. Monod, Christina Lehmann-Graber, Christopher C. Austin, Bulisa Iova, L. Prendini
Abstract: New Guinea is the largest Pacific island, and the world's second largest, with a land area of about 785,000 km2. Located north of Australia, the island was gradually shaped since the Eocene by the geologically recent sequential accretion of several island arc systems onto the northern part of the Australian Craton. This complex geological history has resulted in a tremendous biological diversity with high rates of endemism. On the other hand, the rugged mountainous landscape and lack of infrastructure has hampered scientific research in the country and for the most part Papuan biotas remain thus far only superficially known. This is the case for scorpions of the genus Hormurus Thorell, 1876 (Hormuridae Laurie, 1896; Scorpiones C. L. Koch, 1837). Although they are the dominant scorpion group in Wallacea and Melanesia, only two species are currently recognized from New Guinea and its adjacent islands. A thorough revisionary study of the Hormurus material present in the scientific collections of various museums and of a large series of specimens more recently collected led to the discovery of 16 new species, i.e. Hormurus ancylolobus Monod & Prendini, sp. nov.; Hormurus araiaspathe Monod & Prendini, sp. nov.; Hormurus barai Monod, Iova & Prendini, sp. nov.; Hormurus cameroni Monod, Austin & Prendini, sp. nov.; Hormurus hypseloscolus Monod & Prendini, sp. nov.; Hormurus krausi Monod & Prendini, sp. nov.; Hormurus maiwa Monod & Prendini, sp. nov.; Hormurus menapi Monod & Prendini, sp. nov.; Hormurus muyua Monod & Prendini, sp. nov.; Hormurus oyatabu Monod & Prendini, sp. nov.; Hormurus oyawaka Monod & Prendini, sp. nov.; Hormurus sibonai Monod & Prendini, sp. nov.; Hormurus slapcinskyi Monod & Prendini, sp. nov.; Hormurus sporacanthophorus Monod & Prendini, sp. nov.; Hormurus tagula Monod & Prendini, sp. nov.; Hormurus yela Monod & Prendini, sp. nov. Fully illustrated descriptions of these new taxa are presented in the present contribution, as well as a redescription of Hormurus papuanus Kraepelin, 1914. Hormurus species are characterized by relatively few diagnostic external characters which hampers species differentiation. However, the unusual interspecific diversity of hemispermatophores observed in Papuan taxa partially alleviate this issue and enable reliable species discrimination. The position of the laminar hook is particularly variable and is correlated with the elongation of the female genital operculum which also shows an atypical diversity for the genus. This interdependence strongly suggests genital coevolution driven by a lock-and-key mechanism. This would be the first such case reported for the order Scorpiones Koch, 1837. Multivariate and geometric morphometric analyses were carried out to visually emphasize subtle interspecific differences in external morphology and hemispermatophore morphology. Additionally, the correlation between hemispermatophore laminar hook position and shape of the female genital operculum was assesse
摘要:新几内亚是太平洋最大的岛屿,也是世界第二大岛,陆地面积约 78.5 万平方公里。该岛位于澳大利亚以北,自始新世以来,澳大利亚克拉通北部的几个岛弧系统在地质学上相继增生,逐渐形成了该岛。这一复杂的地质历史造就了生物的巨大多样性和极高的特有率。另一方面,崎岖的山地地貌和基础设施的缺乏阻碍了该国的科学研究,迄今为止,人们对巴布亚生物的了解大多还停留在表面。Hormurus Thorell, 1876(Hormuridae Laurie, 1896; Scorpiones C. L. Koch, 1837)属的蝎子就是这种情况。虽然它们是瓦拉塞斯和美拉尼西亚的主要蝎子类群,但目前在新几内亚及其邻近岛屿仅发现两个物种。通过对各博物馆科学收藏的 Hormurus 材料以及最近采集的大量标本进行彻底的修订研究,发现了 16 个新种,即Hormurus ancylolobus Monod & Prendini,新种;Hormurus araiaspathe Monod & Prendini,新种;Hormurus barai Monod,Iova & Prendini,新种;Hormurus cameroni Monod,Austin & Prendini,新种;Hormurus hypseloscolus Monod & Prendini,新种;Hormurus kraus Monod & Prendini,新种。Hormurus maiwa Monod & Prendini, sp.Hormurus slapcinskyi Monod & Prendini, sp.本文对这些新分类群进行了图文并茂的描述,并对 Hormurus papuanus Kraepelin, 1914 进行了重新描述。Hormurus 种的特征是具有相对较少的外部诊断特征,这阻碍了种的区分。然而,在巴布亚类群中观察到的不同寻常的种间半精巢多样性部分缓解了这一问题,使可靠的物种鉴别成为可能。片状钩的位置尤其多变,并且与雌性生殖器厣的伸长相关,而雌性生殖器厣的伸长在该属中也表现出非典型的多样性。这种相互依存的关系强烈表明,生殖器的共同进化是由锁钥机制驱动的。这将是蝎形目(Scorpiones Koch, 1837)首次报道此类情况。我们进行了多变量和几何形态分析,以直观地强调种间在外部形态和半精巢形态上的微妙差异。此外,还对半精巢层钩位置与雌性生殖器厣形状之间的相关性进行了统计评估,并就共同进化过程的潜在机制提出了意见。
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引用次数: 0
Estimates of global biodiversity and costs of biodiversity research revisited, with a review of Sabah Scaphisoma Leach and descriptions of 56 new species (Coleoptera: Staphylinidae: Scaphidiinae) 全球生物多样性估算与生物多样性研究的成本——以Sabah scapisoma Leach为例及56个新种的描述(鞘翅目:Staphylinidae: saphidiae)
4区 生物学 Q3 Agricultural and Biological Sciences Pub Date : 2023-10-18 DOI: 10.35929/rsz.0097
Ivan Löbl
Estimates of species richness and of costs of descriptions are popular, in disregard of their divergences and uncertainty. A review of the Sabah, Malaysia species of Scaphisoma provides hard data that question these estimates and highlight incongruities impacting studies of faunal richness. The present review is based on extensive collections that yielded the following 56 species described below as new: S. adami sp. nov., S. affectuosum sp. nov., S. affluens sp. nov., S. alesi sp. nov., S. alternum sp. nov., S. amicale sp. nov., S. ancoroides sp. nov., S. assingi sp. nov., S. atavum sp. nov., S. bihamatum sp. nov., S. brevistyle sp. nov., S. burckhardti sp. nov., S. caudatulum sp. nov., S. ciampori sp. nov., S. constrictum sp. nov., S. cornutum sp. nov., S. crassum sp. nov., S. cursitor sp. nov., S. danum sp. nov., S. dichroum sp. nov., S. distortum sp. nov., S. ernsti sp. nov., S. immotum sp. nov., S. jankoi sp. nov., S. kalabitoides sp. nov., S. kecil sp. nov., S. keciloides sp. nov., S. klausnitzeri sp. nov., S. lescheni sp. nov., S. majale sp. nov., S. makar sp. nov., S. makkul sp. nov., S. malam sp. nov., S. malaysianum sp. nov., S. mediale sp. nov., S. melas sp. nov., S. memar sp. nov., S. meritum sp. nov., S. mirandoides sp. nov., S. mujur sp. nov., S. newtoni sp. nov., S. obsoletum sp. nov., S. omissum sp. nov., S. onerosum sp. nov., S. oxurum sp. nov., S. pallidulum sp. nov., S. panas sp. nov., S. parakalabitum sp. nov., S. paratrox sp. nov., S. pennatum sp. nov., S. placibile sp. nov., S. ruficoloroides sp. nov., S. setifer sp. nov., S. setigerum sp. nov., S. setosum sp. nov., S. tajam sp. nov., S. wagneri sp. nov. Scaphisoma laminatum Löbl, 1972 is placed in synonymy of Scaphisoma malaccanum (Pic, 1915a). Scaphisoma rufipenne (Pic, 1916b), described from “Borneo” though coming from Banggi Island, is fixed by lectotype designation and is placed in synonymy of S. ruficolle (Pic, 1915b). The species is redescribed. The aedeagus of S. lineatopunctatum (Pic, 1916b) is illustrated for the first time. Fourteen species are reported from Sabah for the first time: S. caudatoides Löbl & Ogawa, 2016, S. chujoi Löbl, 1982, S. complicans Löbl, 1982, S. jacobsoni Löbl, 1975, S. javanum Löbl, 1979, S. luteomaculatum Pic, 1915, S. malaccanum (Pic, 1915), S. malayanum Löbl, 1986, S. mindanaosum Pic, 1926, S. nigrum Löbl, 1986, S. obliquemaculatum Motschulsky, 1863, S. quadrimaculatum Pic, 1922, S. solutum Löbl, 1990, and S. surigaosum (Pic, 1926). A key to the Sabah species of Scaphisoma and a checklist of the Bornean Scaphidiinae are also provided.
物种丰富度和描述成本的估算很流行,但却忽视了它们之间的差异和不确定性。对马来西亚沙巴州 Scaphisoma 物种的综述提供了确凿的数据,对这些估计值提出了质疑,并强调了影响动物丰富度研究的不一致性。本综述基于广泛的采集,采集到以下 56 个新物种:S. adami sp、S.brevistyle新种,S.burckhardti新种,S.caudatulum新种,S.ciampori新种,S.constrictum新种,S.cornutum新种,S.crassum新种,S.cursitor新种、S. danum sp. nov.、S. dichroum sp. nov.、S. distortum sp. nov.、S. ernsti sp. nov.、S. immotum sp. nov.、S. jankoi sp. nov.、S. kalabitoides sp. nov.、S. kecil sp. nov、S. keciloides sp. nov.、S. klausnitzeri sp. nov.、S. lescheni sp. nov.、S. majale sp. nov.、S. makar sp. nov.、S. makkul sp. nov.、S. malam sp. nov.、S. malaysianum sp. nov、S. mediale sp. nov.、S. melas sp. nov.、S. memar sp. nov.、S. meritum sp. nov.、S. mirandoides sp. nov.、S. mujur sp. nov.、S. newtoni sp. nov.、S. obsoletum sp. nov、omissum sp. nov., S. onerosum sp. nov., S. oxurum sp. nov., S. pallidulum sp. nov., S. panas sp. nov., S. parakalabitum sp. nov., S. paratrox sp. nov、S. pennatum sp. nov.、S. placibile sp. nov.、S. ruficoloroides sp. nov.、S. setifer sp. nov.、S. setigerum sp. nov.、S. setosum sp. nov.、S. tajam sp. nov.、S. wagneri sp. nov.Scaphisoma laminatum Löbl, 1972 与 Scaphisoma malaccanum (Pic, 1915a) 同义。Scaphisoma rufipenne (Pic, 1916b),描述自 "婆罗洲",虽然来自 Banggi 岛,通过模式标本指定被固定,并被置于 S. ruficolle (Pic, 1915b) 的同义中。本种被重新描述。lineatopunctatum (Pic, 1916b) 的副瓣首次被绘制成插图。沙巴首次报告了 14 个种:caudatoides Löbl & Ogawa, 2016, S. chujoi Löbl, 1982, S. complicans Löbl, 1982, S. jacobsoni Löbl, 1975, S. javanum Löbl, 1979, S. luteomaculatum Pic, 1915, S. malaccanum (Pic, 1915), S. malayanum Löbl, 2008。luteomaculatum Pic, 1915, S. malaccanum (Pic, 1915), S. malayanum Löbl, 1986, S. mindanaosum Pic, 1926, S. nigrum Löbl, 1986, S. obliquemaculatum Motschulsky, 1863, S. quadrimaculatum Pic, 1922, S. solutum Löbl, 1990, and S. surigaosum (Pic, 1926)。还提供了沙巴 Scaphisoma 种的检索表和婆罗洲 Scaphidiinae 的检查表。
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引用次数: 1
Additions to the knowledge of South Indian Scaphisomatini (Coleoptera: Staphylinidae: Scaphidiinae) 南印度刺蝇属新增知识(鞘翅目:刺蝇科:刺蝇科)
4区 生物学 Q3 Agricultural and Biological Sciences Pub Date : 2023-10-18 DOI: 10.35929/rsz.0106
Ivan Löbl, Vivien Cosandey
A study of a collection of South Indian Scaphidiinae yielded six new species and several interesting records. The following species are described: Scaphisoma boukali sp. nov., S. divali sp. nov., S. holi sp. nov., S. kejvali sp. nov., S. onam sp. nov. and S. pooram sp. nov. Scaphobaeocera stipes Löbl, 1971 is reported from India for the first time. An updated key to identification of South Indian species of Scaphisoma is provided.
一项对南印度刺蝇科的研究发现了6个新种和一些有趣的记录。本文描述了以下种:spapisoma boukali sp. nov., S. divali sp. nov., S. holi sp. nov., S. kejvali sp. nov., S. onam sp.和S. pooram sp.。Scaphobaeocera stipes Löbl, 1971为印度首次报道。提供了一种更新的关键鉴定南印度种镰孢虫。
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引用次数: 0
Himachalus pradeshicus, an unusual new harvestman genus and species from the Indian Himalayas of Himachal Pradesh (Arachnida, Opiliones, Phalangiidae) 喜马偕尔邦印度喜马偕尔邦喜马偕尔邦印度喜马偕尔邦一不寻常的收获新属(蛛形纲,栉蛛目,蝴蝶兰科)
4区 生物学 Q3 Agricultural and Biological Sciences Pub Date : 2023-10-18 DOI: 10.35929/rsz.0101
Jochen Martens, Jatinder M. Julka, Shivani Devi
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引用次数: 0
Reconsideration of the actual type locality of the lesser Japanese shrew-mole, Dymecodon pilirostris 日本小鼩鼱Dymecodon pilirostris实际类型位置的再思考
4区 生物学 Q3 Agricultural and Biological Sciences Pub Date : 2023-10-18 DOI: 10.35929/rsz.0100
Masahiro A. Iwasa, Kuniko Kawai
In the original description of the lesser Japanese shrew-mole, Dymecodon pilirostris, by True (1886), its type locality is described as “Yenosima, at the mouth of the Bay of Yeddo, Japan.” Yenoshima is the current Enoshima, a small island located not in Tokyo Bay (the Bay of Yeddo) but in the mouth of Sagami Bay facing the Pacific Ocean, Kanagawa Prefecture, in eastern Honshu, Japan. The type locality has been considered to be doubtful because Enoshima is not included in D. pilirostris' distribution, which mainly consists of rocky terrain in mountainous areas. In this paper, we tried to elucidate the cause of the error of the type locality and the actual type locality based on travels of Edward S. Morse who brought the type specimen to the United States. On the basis of his activities during his first stay in Japan before the relegation of the specimen from the Boston Museum of Natural History to the National Museum of Natural History in 1878, we can see that, on most days, he stayed in Tokyo and its neighboring areas, which lay outside the distribution of D. pilirostris. On the other hand, he once went to collect invertebrates in a location that is included in mountainous area – Nikko, Tochigi Prefecture, eastern Honshu. If he obtained the shrew-mole himself, the type locality is likely not Enoshima but Nikko. Here, we suggest that the type locality of D. pilirostris should be corrected from “Enoshima” to “Nikko”, according to the recommendation 76A.2 in the article 76 of ICZN.
在True(1886)对较小的日本鼩鼠Dymecodon pilirostris的原始描述中,它的类型位置被描述为“yeenosima,在日本Yeddo湾的入口处。”叶野岛是现在的叶野岛,一个小岛位于日本本州东部神奈川县面向太平洋的相模湾口,而不是东京湾(Yeddo湾)。由于其主要分布在山区的岩石地形中,因此其类型位置一直被认为是值得怀疑的。本文试图通过爱德华·s·莫尔斯带模式标本到美国的旅行,阐明模式定位与实际模式定位错误的原因。根据1878年标本从波士顿自然历史博物馆转移到国立自然历史博物馆之前,他第一次在日本的活动,我们可以看到,他大部分时间都呆在东京及其周边地区,这些地区位于毛毛螺分布范围之外。另一方面,他曾经去一个包括山区的地方收集无脊椎动物——本州东部枥木县日光市。如果是他自己获得的鼹鼠,那么类型地点很可能不是乙岛,而是日光。在此,我们建议根据建议76A,将毛螺D. pilirostris的类型地点由“Enoshima”改为“Nikko”。第76条第2款。
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引用次数: 0
Estimation of demographic fluctuations within a reproductive roost of Pipistrellus kuhlii inferred from capture-mark-recapture data 从捕获-标记-再捕获数据推断的库氏pipistrelus kuhlii繁殖巢内人口波动的估计
4区 生物学 Q3 Agricultural and Biological Sciences Pub Date : 2023-10-18 DOI: 10.35929/rsz.0096
Alessandro Lago, Raffaella Molteni, Roberto Toffoli, Andrea G. Locatelli
Despite bats representing one fifth of all mammals, little is known about the ecology and the population status for many species belonging to this order. This is often a consequence of our poor knowledge of population densities and demographic parameters, bats being typically elusive subjects for ecological studies. Capture-mark-recapture studies provide important demographic and ecological data to fill up this information gap. In this study, we monitored animals and gathered data over five years from a reproductive roost of Kuhl's pipistrelle (Pipistrellus kuhlii Kuhl, 1817) located in a Natura 2000 site in north-west Italy. One-hundred-thirty-three individuals were captured and demographic parameters collected, including the annual survival probability for both young and adults, the recapture rates for different sex and age cohorts and the adult population size trend. The influence of environmental variables on the population was also assessed, highlighting the relevant impact of winter temperatures and spring rainfalls on individual survival ability. Notably, our study provides for the first time an estimation of the survival rate of adult females of Kuhl's pipistrelle, a crucial information for future design of studies related to this species' ecology and for informing conservation efforts.
尽管蝙蝠占所有哺乳动物的五分之一,但人们对蝙蝠的生态和种群状况知之甚少。这通常是由于我们对人口密度和人口统计参数的了解不足造成的,蝙蝠通常是生态研究中难以捉摸的对象。捕获-标记-再捕获研究提供了重要的人口统计学和生态学数据来填补这一信息空白。在这项研究中,我们对位于意大利西北部一个自然2000站点的Kuhl's pipistrelle (Pipistrellus kuhlii Kuhl, 1817)的繁殖巢穴进行了五年的动物监测和数据收集。捕获了133只个体,并收集了人口统计学参数,包括年轻和成年的年生存率,不同性别和年龄队列的再捕获率以及成年人口规模趋势。还评估了环境变量对种群的影响,强调了冬季温度和春季降雨对个体生存能力的相关影响。值得注意的是,我们的研究首次提供了Kuhl's pipistrelle成年雌性的存活率估计,这对未来设计与该物种生态相关的研究以及为保护工作提供了重要信息。
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引用次数: 0
A revision of the “Valeria” dilutiapicata Filipjev, 1927 species complex, with the description of new genus Ciboisia and a new species from China (Lepidoptera, Noctuidae, Psaphidini) “Valeria”dilutiapicata Filipjev, 1927种复群的修订,包括Ciboisia新属和中国一新种的描述(鳞翅目,夜蛾科,夜蛾目)
4区 生物学 Q3 Agricultural and Biological Sciences Pub Date : 2023-10-18 DOI: 10.35929/rsz.0107
Gábor Ronkay, László Ronkay, Oleg Pekarsky
The “Valeria” dilutiapicata Filipjev species complex is revised and the new genus Ciboisia gen. n. is established for this enigmatic psaphidine group. Euplexia splendida Sugi, 1958 is transferred to Ciboisia and its taxonomic rank is clarified as a species distinct from C. dilutiapicata. A third species, C. vidlickai sp. n. from China, Shaanxi, is described. The moth and the genitalia of both sexes are illustrated for the three species.
对“Valeria”dilutiapicata Filipjev种复合物进行了修正,并为这一神秘的缬草属建立了新属Ciboisia gen. n.。将1958年的脾欧丛(Euplexia splendida Sugi)划归到Ciboisia,并明确其分类等级为与C. dilutiapicata不同的种。本文描述了产自中国陕西的第三种C. vidlickai sp. n.。蛾和两性生殖器的插图为三个物种。
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引用次数: 0
A review of the genus Eremohadena Ronkay, Varga & Fábián, 1995 subgenus Megahadena Ronkay, Varga & Gyulai, 2002 with description of a new species (Lepidoptera, Noctuidae, Xyleninae) A review of the genus Eremohadena Ronkay, Varga & Fábián, 1995 subgenus Megahadena Ronkay, Varga & Gyulai, 2002 with description of a new species (Lepidoptera, Noctuidae, Xyleninae)
4区 生物学 Q3 Agricultural and Biological Sciences Pub Date : 2023-10-18 DOI: 10.35929/rsz.0110
Gábor Ronkay, László Ronkay, Bernard Landry
The subgenus Megahadena Ronkay, Varga & Gyulai, 2002 of Eremohadena Ronkay, Varga & Fábián, 1995 is revised and a new species, E. (M.) peterschucherti sp. nov. from Pakistan, Baltistan, is described. The adults and the genitalia of both sexes are illustrated for all three species: E. (M.) rjabovi (Boursin, 1970), E. (M.) megaptera (Boursin, 1970), and the new species.
对Eremohadena Ronkay, Varga & Fábián, 1995中的Megahadena Ronkay, Varga & Gyulai, 2002亚属进行了修订,并描述了一新种e (m) peterschucherti sp. 11。对所有三个物种的成虫和两性生殖器进行了图解:E. (M.) rjabovi (Boursin, 1970), E. (M.) megaptera (Boursin, 1970)和新种。
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引用次数: 0
Two new species of Lederina Nikitsky & Belov, 1982 (Coleoptera: Melandryidae: Melandryinae) from Yunnan, China 黄樟属二新种Belov, 1982(鞘翅目:黑蝇科:黑蝇科),中国云南
4区 生物学 Q3 Agricultural and Biological Sciences Pub Date : 2023-10-18 DOI: 10.35929/rsz.0105
Vivien Cosandey
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引用次数: 0
An annotated list of the flea taxa (Insecta: Siphonaptera) described by Fritz Peus, with an account of the holdings of the Peus collection of the Muséum d'histoire naturelle de Genève 弗里茨·皮乌斯所描述的跳蚤分类群(昆虫纲:蚤翅目)的注释表,并附皮乌斯在热<s:1>自然历史博物馆的收藏记录
4区 生物学 Q3 Agricultural and Biological Sciences Pub Date : 2023-10-18 DOI: 10.35929/rsz.0095
John Hollier
{"title":"An annotated list of the flea taxa (Insecta: Siphonaptera) described by Fritz Peus, with an account of the holdings of the Peus collection of the Muséum d'histoire naturelle de Genève","authors":"John Hollier","doi":"10.35929/rsz.0095","DOIUrl":"https://doi.org/10.35929/rsz.0095","url":null,"abstract":"","PeriodicalId":54455,"journal":{"name":"Revue Suisse de Zoologie","volume":null,"pages":null},"PeriodicalIF":0.0,"publicationDate":"2023-10-18","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":null,"resultStr":null,"platform":"Semanticscholar","paperid":"135884597","PeriodicalName":null,"FirstCategoryId":null,"ListUrlMain":null,"RegionNum":4,"RegionCategory":"生物学","ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":"","EPubDate":null,"PubModel":null,"JCR":null,"JCRName":null,"Score":null,"Total":0}
引用次数: 0
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