牙列关键词检索结果

[PAYMOMMALOGY•2025] YEUTHERUM PRESS•抗抗激素和在这些工程中生代中粉碎Teth的演变

[PaleoMammalogy • 2025] Yeutherium pressor • A subantarctic reigitheriid and the evolution of crushing teeth in these enigmatic Mesozoic mammals

Yeutherium pressorPüschel, Martinelli, Soto-Acuña, Ortiz, Leppe & Vargas, 2025 DOI: doi.org/10.1098/rspb.2025.1056Artistic reconstruction by Mauricio AlvarezAbstractMesozoic mammals from Gondwana remain poorly understood, with most species known only from isolated teeth.然而,这些诱人的化石表明,各种各样的家庭与劳拉斯形式不同。

[古读学•2025] sphyragnathus tyche•来自新斯科舍省泰尔纳西亚人的一种新的掠夺性actinopterygian提供了对Actinopterygian喂养的演变

[PaleoIchthyology • 2025] Sphyragnathus tyche • A New predatory Actinopterygian from the Tournaisian of Nova Scotia provides insight into the Evolution of Actinopterygian Feeding

Sphyragnathus Tychewilson,Mansky&Anderson,2025 doi:doi.org/10.1080/02724634.2025.2498453abstractthe Devonian -Carbarbonyforic Trusnition代表脊椎动物Faunal Compoly and Oceancoly and Oceancology and Oceancoly and Oceancology and Oceancologe and Oceancologe and Oceancologe and eceancor and Oceancology and ec

[iChthyology•2025] Labrochromis Mawe&L。Mawepili•来自坦桑尼亚维多利亚湖岩石礁的Labrotromis属(Perciformes:Cichlidae)的两种新的Cichlid物种

[Ichthyology • 2025] Labrochromis mawe & L. mawepili • Two New Cichlid Species of the Genus Labrochromis (Perciformes: Cichlidae) from Rocky Reefs of Lake Victoria, Tanzania

[A-C] Labrochromis mawe[G-I] Labrochromis mawepiliMahulu & Seehausen, 2025 DOI: doi.org/10.3897/zookeys.1240.125699AbstractLake Victoria is home to a unique and taxonomically understudied species flock of endemic haplochromine cichlid fishes, with many形态专业的营养群和许多不同的物种。 1920年,几个食肉的营养群之一是Labrotromis

[古疗法•2025] Civettictis vulpidens•来自Langebaanweg'E’E'Quarry,南非Quarry,e'E'E Quiant的新物种(Carnivora:Viverridae)的颅和内部形态

[PaleoMammalogy • 2025] Civettictis vulpidens • Cranial and Endocranial Morphology of A New Species of Giant Civet (Carnivora: Viverridae) from the early Pliocene of Langebaanweg ‘E’ Quarry, South Africa

(a)civettics的头骨和下颌骨来自兰巴巴堡和(b)活着的非洲民civet civetcivetcistis civetta civetta doi.org/10.1127/pala/2025/0157 www.ucm.es www.ucm.es www.ucm.es摘要摘要摘要,摘要'prosinind of'plabry dectranctional of'planebry arterab are'' (South,5.2 Ma),包括完整的头骨,多个牙齿和孤立的牙列。 Langebabaal位置相对于Toros Menalla(Chad,7 Ma)和Laetol1(Tanzania

[Mollusca•2025] Cahybium plicatus•第二钙morlet,1892年(Neritimorpha:helicinoidea:Helicinidae),以及越南田园属的第一个记录

[Mollusca • 2025] Calybium plicatus • The Second Calybium Morlet, 1892 (Neritimorpha: Helicinoidea: Helicinidae), and the first record of the Genus for Vietnam’s Terrestrial Gastropod Fauna

Calybium plicatushoang,vu,tran,nguyen&do,2025doi:doi.org/10.35885/ruthenica.2025.35 (1).4摘要,摘要的第二种论文描述了Calybium Morlet属的第二种,1892年,Calybium plicicatus sp。十一月。被收集在越南中部Quang Binh Propince的Phong Nha – Ke Bang国家公园的儿子Doong Cave中。花萼plicatus sp。十一月。 1892年,具有与Calybium Massiei Morlet相似的外壳形状,但具有较小的壳尺寸,顶壁较小的顶壁,

[古瘤•2025]怪异反应napoleoni&alleepectes arthai•一种新的属和两种新的Malleodectid(Marsupialia:marleodectidae:Malleodectidae),来自中新世的中新世沉积物,雷弗里·雷弗里(Riversleigh)世界遗产,西北部Queeensland Queeensland Queeensland Queeensland Queeensland

[PaleoMammalogy • 2025] Weirdodectes napoleoni & Malleodectes arenai • A New Genus and Two New Species of malleodectid (Marsupialia: Malleodectidae) from the Middle and Late Miocene Deposits of the Riversleigh World Heritage Area, northwestern Queensland

Riversleigh的中新世中期森林的栖息地重建,包括malleectes Mirabilis(右下),M. Wentworthi(左上角),Malleodectes Arenai(右上角)和怪异的Napoleoni(左下)。丘吉尔,Archer&Hand,2025doi:doi.org/10.1007/s10914-025-09755-6 instagram.com/timbomarsupialmanilllustration by nellie pease。新的第四种成叶乳果的上牙,M。Arenaisp。十一月。以及一个孤立的下摩尔,代表新的小麦芽质剂的新属,怪异的napoleoni s

[古哺乳动物学 • 2024] 暴露的武器:剑齿虎面部解剖结构和生命外貌的修订重建(猫科:剑齿虎亚科)

[PaleoMammalogy • 2024] Exposed Weapons: A Revised Reconstruction of the Facial Anatomy and Life Appearance of the Saber-toothed Cat Megantereon (Felidae: Machairodontinae)

以不同角度和不同面部表情重建 Megantereon 头部外观 in Antón, Siliceo, Pastor, Jiangzuo et Salesa, 2024.DOI:doi.org/10.1002/ar.25622 facebook.com:Mauricio Anton x.com/AnatRecordAbstractMegantereon 是一种广泛分布的剑齿猫科动物,来自旧世界和北美的上新世和更新世,但其在化石记录中的稀有性使得恢复其生命面貌变得复杂。缺乏完整的标本,因此有必要结合不同个体化石的信息来重建其面部解剖结构。在这项工作中,我们将对来自不同化石遗址的 Megantere