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Table of Content

    15 March 1998, Volume 36 Issue 01
    DISCOVERY OF ISCHYROMYINAE (RODENTIA, MANMALIA) FROM THE MIDDLE EOCENE OF NORTH CHINA
    WANG Banyue ZHAI Renjie, M. R DAWSON
    1998, 36(01):  1-12. 
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    Members of the subfamily Ischyromyinae, the most derived of the Paleogene rodent family Ischyromyidae, have previously been reported only from North America, where they are relatively abundant in deposits ranging in age from late Middle Eocene through Middle Oligocene. The two lower jaws from North China described here are the first record of the subfamily in Asia. This discovery both provides another example of faunal exchange between Asia and North America during the Middle Eocene and assists us in determining the age of the Changxindian Formation.
    NOTES ON PARELASMOTHERIUM AND HIPPARION FOSSILS FROM WANGJI, DONGXIANG, GANSU
    QIU Zhanxiang, XIE Junyi
    1998, 36(01):  13-23. 
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    The junior author of the present paper happened to have purchased some isolated teeth from a Chinese medicine drug—store of the Dongxiang Nationality Autonomous County, which is situated about 70km southwest of Lanzhou, the capital city of the Gansu Province, in 1988. The fossils were reportedly unearthed from a village called Wangii. The teeth belong to only two form: an elasmothere, smaller and more primitive than the well known Sinotherium, and a Hipparion of very small size. It is highly probable that their geologic age is slightly earlier than the typical Baodean Mammal Age. Since the mammalian fossils of the pre—Baodean Hipparion fauna are seldom encountered in China, a short report is given below.
    PROGRESS OF THE STUDY OF TERTIARY BIOSTRATIGRAPHY IN NORTH JUNGGAR BASIN
    WU Wenyu, YE Jie, MENG Jin, WANG Xiaoming, LIU Liping, Bl Shundong, DONG wei
    1998, 36(01):  24-31. 
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    Summary can be seen in PDF.
    QUATERNARY MAMMALS FROM THE FISSURE FILLING OF PINGYI COUNTY, SHANDONG AND ITS ECOLOGICAL SIGNIFICANCE
    ZHENG Shaohua, ZHANG Zhaoqun, DONG Mingxing, CHANG Chuanxi
    1998, 36(01):  32-46. 
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    A great number of fissures were exposed by quarrying during the past 20 years at Xiaoxishan hill (35°27' 30" N, 116°36' 24" E), Pingyi county, Shandong Province. From four of which, many mammal fossils were collected. by the present authors in the spring of 1996. Each fissure or locality has only a single fossiliferous layer. Their stratigraphical correlation are shown in the text figure 1. The mammal complex is composed of 14 genera and 15 species of 13 families belonging to Insectivora, Chiroptera, Lagomorpha, Rodentia, Carnivora and Artiodactyla (see table l), and comparable with those of Locality I and 3 of Zhoukoudian in composition by having 10 of 15 species among them. However, the fact that the mammal complex shares three and two extinct species, Erinaceus olgae, Myospalax wongi and Megaloceros pachyosteus, with those of Locality 1 and 2 of Zhoukoudian respectively indicates they are of the same age or Middle Pleistocene. Lithologically, Locality 1 of Pingyi seems to be comparable to the Layer 1— 3 of Locality I of Zhoukoudian due to the same yellow sandy clay other than reddish clay as in the other layers. If the Uranium Series disequilibrium dating of the layer 1—3, about 230— 290 ka, is reliable, the Locality 1 of Pingyi can be correlated to the L3 of the loess section of Luochuan region. Stratigraphically, Both locality 3 and 4 of Pingyi should be slightly later and the locality 2 earlier than this locality. Ecologically, the fauna of Locality I can be subdivided into three types, desert— dry grassland (64%), shrub—grassland (18%) and wide—spread species (18%). None. of the dwellers of the desert—dry grassland, Ochotona daurica, Myospalax wongi (direct ancestor of M. armandi or aspalax), Cricetulus longicaudatus, Lasiopodomys brandti, Lagurus, Meriones and Vulpes corsac distributes in present Shandong, but all in the southern Nei Mongol Plateau and nearby regions. This demonstrates that a migrating event from north to south took place at that time and local environment was rather dry and cold as in the present Southern Nei Mongol Plateau. The mammals from Locality 3 and 4 reflect a brush—grassland condition with mixture of elements of the northern, the southern and the local dwellers, but those from Locality 2 a forest environment represented by subtropical bats, Hipposideros and Miniopterus.
    ON THE DISPERSAL EVENTS OF MAMMUTHUS DURING THE LATE LATE PLEISTOCENE
    JIN Changzhu, XU Qinqi, ZHENG Jiajian
    1998, 36(01):  47-53. 
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    Two late Late Pleistocene dispersal events of Mammuthus were recognized from northern China. The first occurred at the oxygen isotope Stage 4 (about 35000 years ago), in which Mammuthus reached to N44 0 from Siberia. The second occurred at the oxygen isotope Stage 2 (about 23000—12000 years ago). During this period Mammuthus migrated from N44 0 to about N35 0 indicating that Mammuthus geographiclly arrived in places that were much more southern than those in the period of the Oxygen isotope Stage 4. Fossil Mammuthus known from northern China also suggests that the sea floor of the Recent Yellow Sea was a part of the continent (not covered by sea water) at Stage 2 because the sea level was much lower than that of today. It was also probable that Mammuthus might have migrated through the drained floor of the Yellow Sea and reached to Shandong Peninsula, and that the climate of Stage 2 was much colder than that of Stage 4.
    DISCOVERY OF JUMA SHARAMURENENSE IN YUANQU BASIN
    HUANG Xueshi, TONG Yongsheng, WANG Jingwen, SHI Jinming
    1998, 36(01):  54-57. 
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    Juxia sharamurenense represented by complete last two upper molars from Yuanqu Basin, Shaxi Province are briefly described in the present paper. This animal found in Yuanqu Basin not only extends its geographical distribution but also increases Yuanqu Fauna's composition and provides new evidence that Hedi Formation is of Sharamurunian, late Middle Eocene in age.
    EARLY DEVONIAN FISHES FROM CENTRAL AND SOUTHERN GUANGXI CORRELATION OF THE VERTEBRATE BIOSTRATIGRAPHY IN SOUTH CHINA
    WANG Shitao, PAN Jiang, WANG Junqing
    1998, 36(01):  58-69. 
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    THE AGE OF ULANTATAL FAUNA
    HUANG Xueshi
    1998, 36(01):  70-75. 
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    Based on the progress of the recent study on marine strata and correlation of terrestrial with marine strata in the world, and on the new dating of the Eocene—Oligocene boundary (34 Ma), the Mongolian Hsanda Gol Formation should be of Early Oligocene in age rather than Middle Oligocene thought in the past The Ulantatal Fauna of China has been widely used since its discovery, and has been assigned as Chinese Middle Oligocene Land Mammal Age (Tong et al., 1995). This fauna, however, shows great similarities with Hsanda Gol Fauna. The former has 1 7 of 21 genera studied and 14 of 33 species in common with the latter, which indicates that the Ulantatal Fauna is of Early Oligocene instead of Middle Oligocene in age. A new division of the Chinese Oligocene is also proposed in the present paper.
    HIPPARION FAUNA AND MAGNETOSTRATIGRAPHY IN HEFENG, JINGLE, SHANXI PROVINCE
    YUE Leping, ZHANG Yunxiang
    1998, 36(01):  76-80. 
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    In 1930,P. Teilhard de Chardin and C. C. Young found abundant Mammalian fossils in reddish clay, when they observed and studied Jingle area in Shanxi Province. They described the red accumulation as layer A, B and C of the reddish clay and also advanced a new term—-Jingle laterite. In 1934, based on the same data, Young posed that Jingle laterite and layer A of the reddish clay are of the same age, and named it as Jingle Period aging middle part of Pliocene epoch. Recently, detailed magnetostrtigraphic measurement has been made at Hefeng Section, in Jingle, Shanxi Province, where Teilhard de Chardin and Young divided the reddish clay into layer A—-in which Hefeng fauna was discovered layer B and layer C. This study was continued to be in honor of C. C. Young. And we will report the results in the article.