Welcome to Visited Vertebrata Palasiatica, Today is

Most Download articles

    Published in last 1 year| In last 2 years| In last 3 years| All| Most Downloaded in Recent Month | Most Downloaded in Recent Year|

    Published in last 1 year
    Please wait a minute...
    For Selected: Toggle Thumbnails
    Eco-functional divergence of Crocuta and Pachycrocuta: a Huainan specimen reappraisal
    LIU Jin-Yi, Zhijie Jack TSENG, JIN Chang-Zhu, ZHENG Long-Ting, SUN Cheng-Kai, TONG Hao-Wen
    Vertebrata Palasiatica    2025, 63 (4): 277-322.   DOI: 10.19615/j.cnki.2096-9899.250912
    Abstract1941)   HTML37)    PDF(pc) (4061KB)(1549)       Save

    Crocuta and Pachycrocuta are widely regarded as the most prevalent and emblematic hyenas across Eurasia during Quaternary. They are easily distinguished by their distinctive carnassial teeth. However, the disparities in non-carnassial elements are less pronounced and have received minimal attention in previous studies. This has resulted in erroneous identifications when dealing with fragmented specimens, particularly in cases where carnassial teeth are poorly preserved or absent. Such misidentifications have the potential to give rise to erroneous inferences regarding the paleozoogeography and biochronology of the animals in question. The bone-cracking hyena specimens from Huainan, Anhui (Tseng et al., 2008) are re-examined and re-evaluated here through a series of morphological comparisons and data analyses (univariate, bivariate, and multivariate analyses etc.). The results provide unequivocal confirmation that the specimens from Xiliexi are not spotted hyenas, but belong to Pachycrocuta perrieri instead. Conversely, the specimen from Dadingshan is the only genuine representative of the spotted hyena, which is supposed to be a possible earliest fossil record for Crocuta ultima thus far in China. Furthermore, the disparities in dentognathic morphology between Crocuta and Pachycrocuta are systematically summarized and analyzed, with an explanation of their eco-functional significance. The present study hypothesizes that Pachycrocuta retains a certain degree of active predatory capability, attributable to the robustness of the canine and the symphysis of the jaw, among other factors. This finding indicates that Pachycrocuta exhibits a form of flexible foraging behavior, combining opportunistic scavenging and active hunting in a manner analogous to Crocuta. Finally, the dynamic evolutionary history of hyenas in East China since Pleistocene has also been broadly reconstructed.

    Table and Figures | Reference | Supplementary Material | Related Articles | Metrics | Comments0
    First discovery of Panthera spelaea cranium from Salawusu, northern China
    JIANGZUO Qi-Gao, LI Hong, YAMAGUCHI Nobuyuki, Joan MADURELL-MALAPEIRA, ZHANG Jian-Sheng, MA Hui-Min, GUO Ding-Ge, LI Shi-Jie, FU Jiao, ZHANG Xiao-Xiao, LI Chun-Xiao, XIE Kun, TONG Hao-Wen, LIU Jin-Yi, WANG Shi-Qi, DENG Tao
    Vertebrata Palasiatica    2025, 63 (4): 323-334.   DOI: 10.19615/j.cnki.2096-9899.250704
    Abstract2089)   HTML30)    PDF(pc) (6285KB)(1169)       Save

    Cave lion (Panthera spelaea) remains have been described in all the Holarctic domain, however, its records in China are very rare. Here we describe an almost complete cranium from Salawusu, Northern China. Even though the dentition is largely broken or missing, the cranium shows key characters with clear cave lion affinity, particularly from the basicranium region. These features include wide and short nasals, wide rostrum without post-canine constriction, enlarged ectotympanic, flatted entotympanic, separated stylomastoid foramen and hyoid fossa and medially located hypoglossal foramen. The cranium is larger than the known cranial size range of Beringia cave lion P. spelaea vereshchagini, suggesting that the geographical delimitation of cave lion subspecies may be more complex than previously understood. The coexistence of cave lion with Palaeoloxodon in Salawusu indicates a high plasticity in diet and environmental adaptation for this species.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    From the coast of the Yellow Sea to the Tibetan Plateau: Prof. Qiu Zhanxiang’s academic elevation
    DENG Tao
    Vertebrata Palasiatica    2025, 63 (4): 253-265.  
    Abstract990)   HTML27)    PDF(pc) (1272KB)(790)       Save

    Prof. Qiu Zhanxiang’s academic life presents a cross regional scientific research landscape: born in Qingdao City on the coast of the Yellow Sea, he devoted his life to exploring the mysteries of terrestrial mammalian evolution. In his early years, he received systematic training at the Geological Department of Moscow University and graduated in 1960, which laid a solid disciplinary foundation for him. After returning to China, he took root in the Institute of Vertebrate Paleontology and Paleoanthropology, Chinese Academy of Sciences, starting a scientific research journey that lasted for more than half a century. As a paleontologist, his career has distinct international characteristics: from 1982 to 1984, he was awarded the Humboldt Scholarship from the Federal Republic of Germany and completed his doctoral thesis at the Gutenberg University of Mainz, and from 1982 to 1999, he conducted a series of international cooperation projects. His academic leadership was particularly prominent in his career, as he led multiple strategic scientific research projects during his tenure at the institute from 1991 to 1995. His scientific research footprint spans from the Nei Mongol Gobi to the Tibetan Plateau, and from the Yushe Basin in Shanxi Province to the Linxia Basin in Gansu Province. The National Climbing Plan of “Research on the origin of early human beings and environmental background” presided over by him has created a new paradigm of interdisciplinary research. In terms of disciplinary achievements, Prof. Qiu has achieved three landmark accomplishments: deciphering the evolutionary code of the Paleocene red bed mammalian fauna of South China, clarifying the lineage of giant rhino fossils, and establishing a biochronological scale for the Neogene terrestrial strata in China and conducting in-depth research on the carnivore and perissodactyl fossils contained therein. These achievements have provided a key evidence chain for analyzing the evolutionary mechanism of mammals’ adaptation to environmental changes over 66 million years, which not only won him the title of CAS Academician in 2005, but also left China’s mark in the field of international Cenozoic paleontology and stratigraphy.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    Late Miocene immigrant carnivorans in California, USA highlight a coastal corridor for intercontinental dispersals
    Zhijie Jack TSENG, WANG Xiao-Ming
    Vertebrata Palasiatica    2025, 63 (4): 266-276.   DOI: 10.19615/j.cnki.2096-9899.250813
    Abstract1336)   HTML19)    PDF(pc) (1009KB)(759)       Save

    The Neogene interval witnessed three major waves of intercontinental dispersals by carnivoran mammals, mainly migrating from Eurasia to North America but with rare occurrences going in the opposite direction (e.g., Sthenictis, Leptarctus). The timing and composition of dispersers are thought to be controlled by filter-bridge mechanisms, but it is unclear what types of regional conditions promoted occasional dispersals outside of the three major waves. We study and report on new occurrences of small-bodied carnivorans from late Clarendonian-aged Black Hawk Ranch and Cuyama Valley fossil mammal assemblages in California. The relatively late occurrences of the mustelids Sthenictis and Hoplictis and the ailurid Alopecocyon in coastal regions of western North America suggest that nearshore dispersal corridors both facilitate and preserve faunal elements later than they might otherwise occur further inland. The availability of both marine- and terrestrially-derived food resources may be an important factor in allowing coastally dispersing taxa to be accommodated in those ecological communities compared to less heterogenous environments further inland.

    Table and Figures | Reference | Supplementary Material | Related Articles | Metrics | Comments0
    Two anurognathid pterosaur specimens from the Yanliao Biota and a new interpretation of anurognathid skulls
    TONG Shi-Da, JIANG Shun-Xing, CHENG Xin, WANG Xiao-Lin
    Vertebrata Palasiatica    2026, 64 (2): 191-220.   DOI: 10.19615/j.cnki.2096-9899.260411
    Abstract988)   HTML14)    PDF(pc) (17478KB)(542)       Save

    Anurognathids are a clade of small, early-diverging non-pterodactyloid pterosaurs distributed across Eurasia from the Middle Jurassic to the Early Cretaceous. Their defining characteristic is a short and broad skull, a morphology distinct from all other pterosaur clades. Due to limited preservation, the cranial anatomy of this group has long been difficult to understand in detail. In this study, we provide a detailed description of two anurognathid specimens from the Tiaojishan Formation of the Yanliao Biota. The relatively well-preserved skull of one specimen was reconstructed through computed tomographic scanning. This reveals a unique skull element, possibly functionally analogous to the supraorbital bone of varanid lizards. The CT reconstruction offers new insights into the anurognathid skull. Based on these findings, we revised the skulls of previously described taxa, ultimately integrating them into a new reconstruction for this clade. We present a detailed comparative analysis and discussion of the postcranial osteology within Anurognathidae.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    First discovery of the spiral-horned antelope Antilospira (Bovidae, Artiodactyla) from the Linxia Basin, Gansu, China
    XU Xing-Dong, SHI Qin-Qin
    Vertebrata Palasiatica    2026, 64 (1): 47-58.   DOI: 10.19615/j.cnki.2096-9899.251030
    Abstract1025)   HTML11)    PDF(pc) (1372KB)(530)       Save

    Antilospira is a small to medium-sized antelope with heteronymously spiraled horn cores. It was widely distributed in northern China from the Late Pliocene to the Early Pleistocene. It is a typical fossil bovid with important implications for biostratigraphy and antilopin evolution in China. Antilospira robusta is a species with highly fragmentary materials and has previously only been briefly discussed. Here we report on a new frontal with horn cores from the Early Pleistocene Wucheng Loess in Nalesi Township, Dongxiang Autonomous County, Linxia Basin, Gansu Province. This new material features heteronymously spiraled horn cores, deep longitudinal grooves, a sharp anterior carena on the horn core, and a large body size, which are characteristics similar to those of A. robusta. However, the horn base of the new material is more compressed than all the previously discovered spiral-horned antelopes, so we attributed it to Antilospira cf. A. robusta. This is the first time Antilospira has been found in northwestern China, and this discovery provides more morphological data for the classification of this group. CT scans of the horn core reveal the well-remodeled horn core trabeculae in Antilospira, which is different from what is observed in Spirocerus. The frontal sinuses are moderately developed in the Linxia specimen, extending backwards to the orbit but not to the horn base. The virtual reconstruction of the endocranial cast indicated that Antilospira has bending and narrow frontal lobes, wide temporal lobes, and relatively complex sulci on the cerebral hemisphere, which differ from extant Antilopini bovids in China.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    The discovery of a large ceratodontiform lungfish from the Middle Triassic (Anisian) of Shanxi, China
    SHI Jian-Ru, KANG Zhi-Shuai, DONG Li-Yang, JIA Gao-Wen, WANG Jin, JIA Lei, XU Guang-Hui
    Vertebrata Palasiatica    2026, 64 (2): 183-190.   DOI: 10.19615/j.cnki.2096-9899.251111
    Abstract721)   HTML19)    PDF(pc) (3300KB)(429)       Save

    Ceratodontiformes is the only extant order of Dipnoi (lungfishes). Fossil remains of this group are rare in Triassic deposits in China. Here, we report the recent discovery of a large ceratodontiform lungfish from the Anisian (Middle Triassic) Sinokannemeyeria Fauna in the Taigu District of Jinzhong City, Shanxi Province, China. The specimen was preserved in the argillaceous siltstones from the Third (uppermost) Member of the Ermaying Formation, including remains of 20 caudal vertebrae and associated elements (‘supraneurals’, interhaemals and dorsal and ventral radials) as well as a series of dorsal fin rays. The discovery documents the oldest articulated ceratodontiform in East Asia, predating the previously known articulated ceratodontiform from the Early Jurassic Yuzhou Biota by at least 43 Ma. With an estimated length of ~162 cm, it represents the largest articulated ceratodontiform known so far in the Triassic. The new finding adds to our knowledge regarding body size, morphological diversity, and the paleogeographic distribution of early ceratodontiforms.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    New materials of Exallerix pustulatus (Erinaceidae, Eulipotyphla) from Nei Mongol and other Brachyericinae of China
    LI Lu, LI Qiang, WANG Xiao-Ming
    Vertebrata Palasiatica    2025, 63 (4): 335-349.   DOI: 10.19615/j.cnki.2096-9899.250910
    Abstract1103)   HTML22)    PDF(pc) (2341KB)(347)       Save

    This article describes new fossil material of Exallerix pustulatus from the early Late Oligocene of Nei Mongol, China. The specimens supplement and clarify certain mandibular and lower dental morphological features of this species, allowing for further comparisons with other short-faced hedgehogs. Previously, E. pustulatus had only been recorded from the Hsanda Gol Formation at Taatsiin Gol, in the Valley of Lakes, Mongolia. This discovery of new material from Sonid Left Banner marks the first occurrence of the genus Exallerix in China. In addition, discussions of other short-faced hedgehog fossils from Chinese localities confirm the validity of Metexallerix gaolanshanensis, which lived during the late Late Oligocene, approximately 25 Ma. Furthermore, the short-faced hedgehog specimens from locality Damiao 16 in Nei Mongol are tentatively referred to Synexallerix junggarensis, rather than M. gaolanshanensis.

    Table and Figures | Reference | Supplementary Material | Related Articles | Metrics | Comments0
    Asioaspis, a new genus of Polybranchiaspiformes (Galeaspida, stem-gnathostomes) from the Lower Devonian of Yunnan, China
    ZHANG Rui-Rui, ZHANG Ning, LI Qiang, ZHU Min, GAI Zhi-Kun
    Vertebrata Palasiatica    2026, 64 (2): 137-150.   DOI: 10.19615/j.cnki.2096-9899.260113
    Abstract772)   HTML22)    PDF(pc) (17167KB)(342)       Save

    A new genus and species, Asioaspis brachyotus gen. et sp. nov. of Polybranchiaspiformes, is described from the Lower Devonian Lochkovian Xishancun Formation near Miandian Reservoir, Qujing City, Yunnan Province, China. The new genus is characterized by an elongated ovoid headshield with serrated lateral margins, a small subcircular median dorsal opening, short and laterally projecting cornual processes, an exceptionally broad ventral rim, 12 pairs of branchial fossae, and coarse granular tubercles (~3/mm²). It displays a mosaic of characters of the most primitive polybranchiaspiform (Platylomaspis), derived Polybranchiaspiformes, and even the basal members of the galeaspid family Dayongaspidae. Phylogenetic analysis resolves A. brachyotus as an intermediate taxon between the most primitive Gumuaspidae and other derived Polybranchiaspiformes. Although A. brachyotus also shares the broad ham-brim-like ventral rim with the Gumuaspidae, its other characters are more like other derived Polybranchiaspiformes. In particular, its median dorsal opening and paired orbital openings are not highly close-set on the top of the headshield as in the Gumuaspidae, but rather significantly separated from each other and close to the margin of the ventral rim as in the Pentathyraspidae, Duyunolepididae, and Polybranchiaspidae. These proportions indicate that it was unlikely to have lived a semi-infaunal lifestyle and are more consistent with the epibenthic habit typical of most galeaspids, representing an evolutionary transition from the semi-infaunal benthic to epibenthic lifestyle within Polybranchiaspiformes.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    Cricetids (Rodentia, Mammalia) from the Late Miocene Yihachi locality of Gansu, China
    QIU Zhu-Ding, Lawrence J. FLYNN, WANG Ban-Yue, LI Lu
    Vertebrata Palasiatica    2026, 64 (1): 1-25.   DOI: 10.19615/j.cnki.2096-9899.251117
    Abstract1082)   HTML15)    PDF(pc) (2568KB)(310)       Save

    Our purpose in this paper is to describe the hamster-like rodents (Cricetidae) from a Late Miocene age site in Linxia Basin, Gansu Province, and discuss their significance for the changing ecology of central Asia. The micromammal site known as Yihachi was introduced previously (Qiu et al., 2023; Qiu and Li, 2023), when its squirrels were discussed in some detail. We take this opportunity to describe the more abundant cricetids. There are four genera, common Nannocricetus and Sinocricetus plus the less abundant living Mesocricetus. A few specimens represent the high-crowned and lophodont Rhinocerodon. The cricetids and other faunal elements indicate an early Late Miocene age, and the pattern of occurrence of the hamster species is consistent with a picture of a changing paleoenvironment due to increasing effects of the East Asia monsoon system. After the disappearance of older and archaic genera, Yihachi represents growing endemism in the Late Miocene of northern China due to increasing seasonal rain and the declining average temperature.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    Depositional history, contact relationships, and characterization of Upper Miocene Baogeda Ula Formation in central Nei Mongol with a description of fossil skunks
    WANG Xiao-Ming, SUN Lu, LI Lu, LI Qiang, QIU Zhu-Ding, Zhijie Jack TSENG
    Vertebrata Palasiatica    2026, 64 (1): 100-124.   DOI: 10.19615/j.cnki.2096-9899.251029
    Abstract966)   HTML12)    PDF(pc) (6705KB)(302)       Save

    In addition to its well-known fossils, the Upper Miocene Baogeda Ula Formation is coupled with multiple basaltic lava flows, creating an ideal setting for studying its depositional history, geochronology, and associated vertebrate fossils. This paper, in honor of Prof. Qiu Zhanxiang for his widely admired emphasis on the geological contexts of vertebrate fossils, attempts to synthesize known contact relationships, existing K-Ar dates, and capping basalt elevations to reframe our concept of the lithostratigraphy, magnetostratigraphy, and lateral distribution of the Baogeda Ula Formation. Within this new framework, the Baogeda Ula Formation is defined by unconformable contact with the underlying Tunggur Formation at the lower boundary and a capping basalt at the upper boundary. In many sections, two or three layers of basalts are interbedded within sedimentary strata, with the capping basalts typically belonging to the top two basalts. The newly defined Baogeda Ula Formation includes a lower member as exemplified by Halajin Hushu section and Ulan Hushuyin Nur section, and an upper member at Baogeda Ula section. This expanded concept of the Baogeda Ula Formation includes two major faunas, i.e., the Bahean Halajin Hushu Fauna and Baodean Baogeda Ula Fauna, both falling within the Upper Miocene. We also describe rare fossil skunks (Promephitis) found in recent years that support the age assessments presented herein.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    Career of Chang Meemann and her contributions to vertebrate paleontology
    ZHU Min, ZHU You-An
    Vertebrata Palasiatica    2026, 64 (2): 125-136.  
    Abstract181)   HTML23)    PDF(pc) (2094KB)(282)       Save

    Over more than six decades of dedicated research, Chang Meemann’s career has spanned a critical era marked by a paradigm shift in vertebrate evolution studies. Beginning in the 1950s, inspired by the pioneering ichthyologists of the older generation, including Wu Xianwen, O. P. Obrucheva, and E. Stensiö, she conducted systematic investigations of fish fossils preserved in Paleozoic, Mesozoic, and Cenozoic strata across China. Her work yielded landmark achievements across multiple research domains: the evolution of early vertebrates, the phylogeny of sarcopterygians (lobe-finned fishes), the biostratigraphy and faunal evolution of Mesozoic-Cenozoic fishes, and the Cenozoic paleoecology of the Qinghai-Tibet Plateau as inferred from fish evolutionary patterns. A strong advocate for integrating new technologies and methodologies into fossil vertebrate research, Chang Meemann founded the “Chinese School” of early vertebrate studies, which has since gained international recognition. Her meticulous anatomical analyses of a series of Early Devonian lobe-finned fishes reshaped the classical understanding of tetrapod origins. She played a pivotal role in introducing cladistics, a then-controversial new paradigm in systematic biology, into China. Serving two terms as the director of the Institute of Vertebrate Paleontology and Paleoanthropology, Chinese Academy of Sciences, she led the institute’s internationalization during China’s Era of Reform and Opening-up. Under her leadership, a new generation of scientists was guided into the study of some of the world’s most significant fossil biotas, such as the Jehol Biota. Through her lifelong dedication, Chang Meemann elevated China’s fossil vertebrate research to a world-leading level.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    A new cranium of Metacervocerus longdanensis (Cervidae, Mammalia) and the genus Metacervocerus in China
    WANG Shi-Qi, MA Jiao, FU Jiao, BAI Wei-Peng
    Vertebrata Palasiatica    2026, 64 (1): 59-73.   DOI: 10.19615/j.cnki.2096-9899.251118
    Abstract908)   HTML6)    PDF(pc) (2486KB)(282)       Save

    This study documents a skull of the large cervid Nipponicervus longdanensis from the Early Pleistocene (~2.6-2.1 Ma) of Longdan, Gansu, China. Morphological comparisons indicate that N. longdanensis exhibits the type of “adaptive” distal fork (anterior tine smaller and oriented along the beam) that differs from the type species Nipponicervus praenipponicus, while it is aligned with Metacervocerus Dietrich, 1938, necessitating reclassification as Metacervocerus longdanensis. The cranium exhibits posteriorly inclined pedicles demonstrating phylogenetic affinity with M. elegans (Nihewan Basin) and M. rhenanus (Europe), while derived features including a shortened neurocranium, rostrally tapered basioccipital, and duplicated P4 protocone distinguish it as an advanced lineage within the genus. Character assessments reveal that Metacervocerus is potentially paraphyletic because Metacervocerus? shansius and Metacervocerus? punjabiensis retain plesiomorphic conditions (elongated braincase, simple P4 morphology), while they exhibit pronouncedly erected pedicles and lyrated antler beams, suggesting a divergent lineage from Metacervocerus longdanensis. Previously published isotopic data (δ13C = −10.9‰ ± 0.9‰, δ18O = −7.5‰ ± 0.9‰, n = 4) indicate a semi-open habitat and a browsing-to-mixed feeding ecology of M. longdanensis. This revision resolves persistent taxonomic uncertainties in Eurasian Cervinae while elucidating East Asia’s biogeographic significance in driving cervid morphological radiation during the Plio-Pleistocene transition.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    New material of Eospalax simplicidens (Spalacidae, Rodentia) from Jianyucha, Zichang, northern Shaanxi
    CHANG Mei-Jing, SHI Qin-Qin, NI Xi-Jun, LI Qiang
    Vertebrata Palasiatica    2026, 64 (1): 26-46.   DOI: 10.19615/j.cnki.2096-9899.251201
    Abstract1000)   HTML10)    PDF(pc) (2565KB)(271)       Save

    Eospalax, one of the only two extant genera within the Myospalacinae, has a high species richness. Each species is distinguished by unique cranial and dental morphologies, as well as variations in temporal and spatial distribution. Consequently, Eospalax serves as a reliable indicator for the biochronologic and paleoenvironmental studies of the Quaternary of East Asia. A recent discovery of a complete fossil skull in a conglomerate deposit, a part of the Lower Pleistocene Sanmen Formation, near Jianyucha Town, Zichang County, northern Shaanxi Province, has been subjected to a detailed analysis. The specimens were identified as Eospalax simplicidens, an extinct species of Eospalax, based on dental morphology. The recent discovery of E. simplicidens in Jianyucha offers significant insights into the species’ cranial morphology and contributes to a more comprehensive understanding of its geographical distribution. The distinctive feature of the posterodorsal location of the external acoustic meatus indicates either a plesiomorphy or an evolutionary convergence among E. simplicidens, African root rats (Tachyoryctes), and bamboo rats (Rhizomyini). A skull (IVPP V5398.1) and four upper jaws (V5398.2) from Gongwangling in Lantian, Shaanxi, previously identified as Myospalax fontanieri, is transferred to the species E. lingtaiensis. A skull (IVPP RV35055) from Jingou, Xin’an, Henan, previously identified as E. simplicidens, is transferred to the species E. youngianus. In this study, body mass estimates are made for extinct Eospalax. Both E. lingtaiensis and E. simplicidens are small-sized zokors, with an estimated body mass of less than or approximately 300 g, respectively.

    Table and Figures | Reference | Supplementary Material | Related Articles | Metrics | Comments0
    Preliminary exterior skull osteology of Prionodon pardicolor
    WANG Yi-Duo, PAN Yue, ZHANG Ying-Qi
    Vertebrata Palasiatica    2026, 64 (1): 74-99.   DOI: 10.19615/j.cnki.2096-9899.251027
    Abstract1039)   HTML14)    PDF(pc) (2008KB)(233)       Save

    Linsangs (Prionodon Horsfield, 1822) are small, arboreal feliform carnivorans that live in the tropical and subtropical forests of Southeast Asia and southern China. Several lines of morphological evidence from the soft tissues, dentition, and basicranium support their placement in either Prionodontinae or Viverrinae of Viverridae. However, molecular evidence has not only excluded the linsangs from Viverridae but also established that they constitute a monogeneric family Prionodontidae sister to Felidae. For that reason, the examination of the skull osteology of linsangs and related taxa is necessary to better understand how morphological and molecular data - particularly morphology - have contributed to the reconstruction of the Feliformia phylogeny. During the summer field season in July of 2020, we stumbled across the carcass of a spotted linsang (P. pardicolor) in a karst cave on the outskirts of Chongzuo City. To contribute to the knowledge about the morphology of this enigmatic feliform carnivoran, we present a preliminary description of the exterior skull osteology of P. pardicolor. The craniodental morphology provides strong evidence for a closer phylogenetic relationship between P. pardicolor and Viverrinae. However, since both morphological and molecular approaches have inherent limitations, caution is urged when inferring feliform phylogeny based on either discipline alone.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    Early Devonian fish material from Posongchong Formation of Guangnan, Yunnan, China
    XIAN Zu-Min, MO Xiong, GUAN Qi, ZHAO Ying-Tian, XUE Qin-Yuan, LI Qiang, LIU Jun-Ping, ZHU Min
    Vertebrata Palasiatica    2026, 64 (2): 151-166.   DOI: 10.19615/j.cnki.2096-9899.260206
    Abstract402)   HTML18)    PDF(pc) (16006KB)(164)       Save

    New findings of early vertebrates, including placoderms, sarcopterygians, and the galeaspids Sanqiaspis rostrata, Macrothyraspis longicornis, Gantarostraspis gengi, Wenshanaspis sp., are described from Posongchong Formation (Pragian, Lower Devonian) in Zhujie, Guangnan County, Wenshan Prefecture, Yunnan, China. The new specimen of Macrothyraspis longicornis exhibits the ventral side of its headshield, revealing a large branchial chamber encompassed by a very narrow ventral rim. The material of Yunnanolepidoidei and Petalichthyida represents the first fossil record of placoderms from Wenshan Prefecture, southwestern Yunnan. These new findings enrich the fish diversity of the Pragian Xujiachong Vertebrate Assemblage and provide additional paleoichthyological data for the biostratigraphic correlation between Posongchong Formation and its coeval strata in southwestern China and northern Vietnam.

    Table and Figures | Reference | Related Articles | Metrics | Comments0
    Stepwise formation of autostyly in lungfishes revealed by comparative analysis of palatoquadrate
    QIAO Tuo, LIU Cheng-Xi, CUI Xin-Dong, ZHU Min
    Vertebrata Palasiatica    2026, 64 (2): 167-182.   DOI: 10.19615/j.cnki.2096-9899.260408
    Abstract234)   HTML7)    PDF(pc) (6460KB)(150)       Save

    Autostyly, defined by fusion of the palatoquadrate to the neurocranium and loss of the hyomandibula as a suspensory element, is a hallmark of lungfish cranial organization among sarcopterygians, yet its evolutionary origin remains incompletely understood. This study elucidates this transition through a detailed comparative analysis of the palatoquadrate and its articulations in three sequentially diverging stem dipnoans: Youngolepis, Diabolepis, and the earliest eudipnoan Paleolophus. Youngolepis exhibits a reoriented palatoquadrate, indicating functional reorganization of jaw mechanics prior to autostyly. In Diabolepis, reduction of the pars autopalatina and retention of a primitive suborbital articulation suggest further modification of jaw suspension. Paleolophus documents the earliest unambiguous autostyly, with direct palatoquadrate-neurocranial integration preceding complete fusion with the lateral commissure, along with an enlarged adductor fossa. Comparison with Middle and Late Devonian lungfishes indicates that full autostyly was achieved only after the development of a robust, integrated otic process. These results demonstrate that lungfish autostyly evolved stepwise, driven by increasing biomechanical demands associated with durophagous feeding.

    Table and Figures | Reference | Related Articles | Metrics | Comments0