VERTEBRATA PALASIATICA

Similar documents
Perissodactyla Owen, 1848

A new brontothere from the Eocene of South China

AMERICAN MUSEUM NOVITATES

W. Downs 5 VERTEBRATA PALASIATICA. Bohlin. Taben2buluk. (Bohlin,1937, 1942,1945,1946,1960) 20 50, (1956) Bohlin (1976) Bohlin ,, ; : P534. 6,Q915.

( N, E) ;4) a pair of downwardly turned tusks

Artiodactyla Owen,1848 Anthracotheriidae Gill,1872. rma nicus Pilgrim et Cotter,1916 , C P1 M3, I2 C P3 M3 ( IVPP V 12718) 4 3 P4,

Specific Characters.-Smaller than Amynodon advenus, A. antiquus and. Introduction.-Since the description' of a skull of Amynodontopsis bodei

VERTEBRATA PALASIATICA

INovitates PUBLISHED BY THE AMERICAN MUSEUM OF NATURAL HISTORY CENTRAL PARK WEST AT 79TH STREET, NEW YORK 24, N.Y. NUMBER 2118 DECEMBER 14,1962

New Rhinocerotoids from the Oligocene of Nebraska

Tertiary Mammal Faunas of the Lantian Region, Shaanxi Province

Introduction.-In previous papers,' published mostly in these PRO- conducted in the Sespe deposits of Southern California.

H^a^tllu a YALE PEABODY MUSEUM OF NATURAL HISTORY

AN OREODONT OF MIOCENE AGE FROM SLIM BUTTES, HARDING COUNTY, SOUTH DAKOTA

Tertiary Gliridae (Dormice) of Austria

fxx fxv fyx f,, exist everywhere on H. Then f,y = fyx almost everywhere on H.

A new oofamily of dinosaur egg from the Upper Cretaceous of Tiantai Basin, Zhejiang Province, and its mechanism of eggshell formation

Nestoria sikeshuensis (spinicaudatan), a new clam shrimp species from the Tugulu Group in Junggar Basin, northwestern China

PUBLISHED BY THE AMERICAN MUSEUM OF NATURAL HISTORY CENTRAL PARK WEST AT 79TH STREET, NEW YORK, NY 10024

JOEL CRACRAFT. N 1913 Shufeldt described a new fossil bird, Palaeophasianus meleagroides,

An amphidontid symmetrodont from the Early Jurassic Kota Formation, India

A New Genus and Species of Carnivorous Dinosaur from the Lower Cretaceous Kwanmon Group, Northern Kyushu

fauna, Transbaikalia, Russia Citation Asian paleoprimatology (2009), 5: 9

ACTA ANTHROPOLOGICA SINICA

A Pleistocene Mammalian Locality in the Lijiang Basin, Yunnan Province

The Cenozoic Deposits of the Yunnnan Region. Youping Zhang Yuzhu Long Hongxiang Ji Suyin Ding

Middle Miocene Bovidae from Mae Moh Basin, Northern Thailand: the first. record of the genus Eotragus in Southeast Asia

STUDIES ON PALEOCENE AND EARLY EOCENE APATEMYIDAE (MAMMALIA, INSECTIVORA)

ADDITIONAL MATERIALS OF THE LATE MIOCENE RODENTS FROM THE NAMURUNGULE FORMATION IN THE SAMBURU HILLS, NORTHERN KENYA

Canids from the late Pleistocene of Utah

Complete Moment Convergence for Sung s Type Weighted Sums of ρ -Mixing Random Variables

Stegodon orientalis. Parts of molars. pits; but it is apparently the same fauna, or at all events of

Relocation of aftershocks of the Wenchuan M S 8.0 earthquake and its implication to seismotectonics

Supporting Information

PUBLISHED BY THE AMERICAN MUSEUM OF NATURAL HISTORY CENTRAL PARK WEST AT 79TH STREET, NEW YORK, NY 10024

Prelim inary report on M iddle Jurassic strata and fossils from L inglongta area of Jianchang, L iaon ing

Carboniferous ammonoids from the Kawai Limestone of the Akiyoshi Belt, eastern Hiroshima Prefecture, SW Japan

内蒙古宝格达乌拉地区新发现 再沉积古近纪化石材料

OF PLANALVEOLITES POUGHTI

A NOTE ON THE COMPLETE MOMENT CONVERGENCE FOR ARRAYS OF B-VALUED RANDOM VARIABLES

(Odontopterygiformes) from the Ashiya Group (Oligocene), Japan

A Conversation with Huang Weiwen: Reflections on Asian Paleolithic Research

THE UNIVERSITY OF MICHIGAN

DISTRIBUTION AND DIURNAL VARIATION OF WARM-SEASON SHORT-DURATION HEAVY RAINFALL IN RELATION TO THE MCSS IN CHINA

The Upper Palaeolithic of North China Chaisi Locality 7701

The Interdecadal Variation of the Western Pacific Subtropical High as Measured by 500 hpa Eddy Geopotential Height

Lagomorphs (Mammalia) from the Oligocene (Orellan and Whitneyan) Brule Formation, Nebraska

First Record of the Rudist Bivalve Mitrocaprina tschoppi (Palmer) from the Maastrichtian of Jamaica

Radiation energy flux of Dirac field of static spherically symmetric black holes

Litho-, Bio-, and Magnetostratigraphy and Paleoenvironment of Tunggur Formation (Middle Miocene) in Central Inner Mongolia, China

9. Gomphotheres (Proboscidea, Mammalia) from the Early-Middle Miocene of Central Mongolia

State Key Laboratory of Lithospheric Evolution, Institute of Geology and Geophysics, Chinese Academy of Sciences, Beijing , China; 4

A MICRO-CT STUDY OF CHANGES IN THE INTERNAL STRUCTURE OF DAQING AND YAN AN OIL SHALES AT HIGH TEMPERATURES

A MOLAR TOOTH OF HEXAPROTODON (HIPPOPOTAMIDAE) FROM UPPER PLEISTOCENE DEPOSITS OF THE CENTRAL PROVINCE OF SRI LANKA

C1100. We thank the referee for the precious and constructive comments. Our detailed replies are given below.

Assessment Model of Set Pair Analysis for Flood Loss Based on Triangular Fuzzy Intervals under α-cut

On a world basis the 58 known Indiana genera are more closely affiliated

AMERICAN MUSEUM NOVITATES Published by

~~~~~~~~2x(Z5B(p + n,p)

JOURNAL OF MAMMALOGY. Published Quarterly by the American Society of Marnmalogists. VOL. 12 FEBRUARY, 1931 No. 1

Fig. 1 Location of the New Shanghai No. 1 Mine in Inner Mongolia, China.

SYSTEMATICS OF EARLY EOCENE MIACIDAE (MAMMALIA, CARNIVORA) IN THE CLARK'S FORK BASIN, WYOMING

I of enormous size in the collection of dragon bones and dragon teeth

LATE MIDDLE CAMBRIAN FOSSILS FROM BEACONSFIELD, TASMANIA

Oligocene-Miocene Mammalian Fossils from Hongyazi Basin and Its Bearing on Tectonics of Danghe Nanshan in Northern Tibetan Plateau

PACS: Wc, Bh

Team members (First and Last Names): Fossil lab

Ground motion attenuation relations of small and moderate earthquakes in Sichuan region

Fluorine content and distribution pattern in Chinese coals

EVIDENCE FOR THE EXISTENCE OF THE MEDIEVAL WARM PERIOD IN CHINA

A New Species of Menoceras from the. Marsland Formation of Nebraska. Lloyd G, Tanner. Tbe Universit)! Of lvebraska State Museum

Effect Of The In-Situ Stress Field On Casing Failure *

QUARTERLY JOURNAL of the FLORIDA ACADEMY OF SCIENCES. Vol. 27 September, 1964 No. 3 ARNOLD ROSS, JACKSON E. LEWIS, AND R. J.

47 (5) : , Fei, Ye and Li. Maeda et al., 1990 ; Matsui, 1994 ;, and Yu) O. k ; Fei et al., 2001), Hu) (, 1961) (Cladistics) PAU P

Quaternary International

AMERICAN MUSEUM NOVITATES

ZOOLOGISCHE MEDEDELINGEN

Variance Analysis of Regional Per Capita Income Based on Principal Component Analysis and Cluster Analysis

Asian gliriform origin for arctostylopid mammals

Tao Deng * 1. Introduction Laogou is a small gully on the north bank of the River Guangtong in Hezheng County (Gansu, China) (Fig.

R1AFie'ican%Mlsdllm. the Distribution of Chalicotheres in the Late. A Pliocene Chalicothere from Nebraska, and. Tertiary of North America SKINNER1

A KEW PLEISTOCEKE BIGHORX SHEEP FROM ARIZOXA

Rules to a story!!what?!!when?!!where?!!why?! ANTH 42: Primates in Nature! WHEN: Dating methods! Lecture 2:! Primate evolution!

Prof. Chang-Zhu Jin Present: Research Professor, Institute of Vertebrate Paleontology and Paleoanthropology, Chinese Academy of Sciences

Measurement and Analysis of the Vertical Distribution Characteristic of the Atmospheric Particle Concentration in Beijing District

The Structure of Minimal Non-ST-Groups

A BROADBAND SEISMIC EXPERIMENT IN YUNNAN, SOUTHWEST CHINA. Sponsored by Defense Threat Reduction Agency. Contract No.

Complete moment convergence of weighted sums for processes under asymptotically almost negatively associated assumptions

COMPLETE QTH MOMENT CONVERGENCE OF WEIGHTED SUMS FOR ARRAYS OF ROW-WISE EXTENDED NEGATIVELY DEPENDENT RANDOM VARIABLES

Soil geochemical characteristics and prospecting direction of Pengboshan area Inner Mongolia

On the a ssessm en t standards for nutr ition sta tus in the Three Gorge Reservo ir

Leaf-like Rhodophycean Fossils in the Early Cambrian from Haikou, Kunming, Yunnan of China

Sutherlandia hasegawai, a new species of Late Carboniferous tabulate coral from the Omi Limestone, Niigata Prefecture, central Japan

2 Description of the Specimens. 1 Materials and Methods. ZHOU Yi-Long 1, LIU Xian-Wei 2, WANG Shi-Jun 1*, CHEN Gui-Ren 3, TIAN Bao-Lin 3

MUSEUM NOVITATES AMERICAN. Dedicated to the leader of the Third Asiatic Expedition, Mr. Roy

Mammal body mass evolution in North America and Europe over 20 million years:

New Mexico Geological Society

FIGURE L5.1 Horizontal rock layers are easy to see (a) at the Grand Canyon in Arizona and (b) near Khasab in Oman (a country in the Middle East)

Comparison of Global Mean Temperature Series

Dinosaurs With Special Reference To The American Museum Collections By William Diller Matthew

Transcription:

42 4 2004 10 VERTEBRATA PALASIATICA pp. 334 339 figs. 1 2 1) ( 100044) :,,, : Q915. 877 : A : 1000-3118(2004) 04-0334 - 06, 1943 Granger Gregory ( 37 70 141 ), 3 14 29,,, 6 : ( Dianotitan) ( Arctotitan) ( Pygmaetitan) ( Acrotitan) ( Nanotitan) ( Qufutitan) (, 1959,1974 ;,1978,1982 ;,1982 ;,1983 ;Qi and Beard,1996 ;, 1997), 2 : ( ) ( Protitan cf. P. ro2 bustus) ( ) ( Protitan major sp. nov. ) Perissodactyla Owen, 1848 Brontotherioidea Marsh, 1873 Brontotheriidae Marsh,1873 Epimamteoceratinae Granger et Gregory, 1943 Protitan Granger et Gregory, 1943 ( ) Protitan major sp. nov. ( 1) Brontotheriidae gen. et sp. nov., 1978, p. 27 28, 3 P4 M3 (V 13802) 1) ( : 49972012) :2003-08 - 01

4 : 335 P2 (V 13803) ; DP3 DP4 (V 13804), P4, (M1 M3 220. 5mm) P2,,, DP3, DP4 DP3,,,, W 1 ( ), Fig. 1 Upper cheek teeth of Protitan major sp. nov.,crown view A. right P2(V 13803) ;B. left DP3 DP4 (V 13804) ; 1 2 C. right P4 M3,holotype (V 13802) ; scale bar = 40 mm P4,,,,,, 1 ( ) P2 ( V 13803) DP3 DP4 ( V 13804) Table 1 Measurements of P2 ( V 13803), DP3 and DP4 ( V 13804) of Protitan major sp. nov. (mm) (L) (W) P2 DP3 DP4 DP3 DP4 26. 0 27. 0 3 3 35. 0 58. 0 3 25. 5 28. 0 3 34. 0 3 3 approximate value. ( 2),, M1, M2 M2 W

336 42,, M3, M2,, 2 ( ) ( V 13802) Table 2 Measurements and comparison of the upper cheek teeth ( V 13802) of Protitan major sp. nov. (mm) P4 M1 M2 M3 M1 M3 (L) P. major sp. nov. (V 13802) 42. 5 45. 5 55. 0 58. 0 81. 5 72. 0 91. 0 84. 5 220. 5 P. minor (Type, Am. Mus, 30 32 43 43 63 52. 5 65 57 151 no. 26416) P. grangeri (Type, Am. 27 33 43. 5 42 67. 5 54 73. 5 61 160 Mus. no. 20103) P. bellus (Type, Am. Mus. 32 34. 5 50. 5 44 74 58 77 64 170 no. 26104) : 1), ; 2) Granger and Gregory (1943), (Metatelmatheriinae) ( Embolotheriinae),,,, 10 20 ( Granger and Gregory,1943 ;,1997 ;,1999) ( Epimanteoceras) ( E. formosus), P4, (Am Mus No. 21613) M1 M3 157 mm ( Gnathotitan) ( G. berkeyi), (Am Mus No. 20106) M1 M3 235mm M3,112 mm, 71 mm, 63 %, 93 % ( Dolichorhinoides) ( D. angustidens), (Am Mus No. 21607) M1 M3 173mm,,M3 68 % ( Microtitan) ( M. mongoliensis), M1 M3 (Am Mus No. 21611) 88mm, ( Pachytitan) ( P. ajax), (Am Mus No. 21612) M1 M3 190mm, ( Dianotitan) ( D. lunanensis), ( Rhinotitan),, P4 3 ( R. kaiseni) (Am Mus No. 20252) M1 M3 156mm P4 (146 %) (105 %) ( R. mongoliensis) M1 M3 (Neotype, Am Mus No. 20263) 180mm ( R. quadri2

4 : 337 dens),p3 P4, P4 ( Metatitan) 3 ( M. primus) ( M. progressus) ( M. relictus),, (cement) ( Parabrontops) ( P. gobiensis), P3 P4 9, ( Protitan), P4, 6 ( P. grangeri) ( P. minor) ( P. bellus) ( P. robustus) ( P. obliquidens) ( P.? cingulatus),, m1 m3 203mm, (M1 M3 = 220. 5mm) 3,, 2,,, P2,,, ( ) Protitan cf. P. robustus Granger et Gregory, 1943 ( 2) Protitan cf. P. robustus, 1978, P27 28, 3 2 ( ) (B) (A) (V 13805),, = 40mm Fig. 2 The right (A) and left (B) lower jaws (V 13805) of Protitan cf. P. robustus, crown view,scale bar = 40 mm

338 42, p3 m3 p2 ; p4 m3 (V 13805), p4 m3,m1 125 mm p2,, p2 40 mm p1 p2 p3, V p4,,, m3 3 3 ( ) (V 13805) Table 3 Measurements of the left lower teeth ( V 13805) of Protitan cf. P. robustus (mm) c1 p2 p3 p4 m1 m2 m3 m1 m3 (L) 26. 0 3 27. 0 3 28. 0 3 34. 0 44. 5 46. 5 84. 0 3 185. 0 (W) 23. 5 3 19. 5 23. 5 28. 5 31. 0 31. 5 3 approximate value. ( ),, Granger Gregory (1943) (Am, Mus. no. 20104) m1 43 mm,m2 59 mm, 33 mm ; m1 m3 203 mm ( 3), ( ),, BRONTOTHERES ( PERISSODACTYLA, MAMMAL IA) FROM THE MIDDLE EOCENE OF L UNAN, YUNNAN HUANG Xue2Shi ZHENGJia2Jian ( Institute of Vertebrate Paleontology and Paleoanthropology, Chinese Academy of Sciences Beijing 100044) Key words Lunan, Yunnan, Middle Eocene, Lumeiyi Formation, Brontother ioidae Summary The brontotheres described in the present paper were collected from the Middle Eocene Lumeiyi Formation of Lunan Basin, Yunnan by a field team of IVPP in 1970s. They include two species - Protitan major sp. nov. (V 13802 4) and Protitan cf. P. robustus which represented by a left lower jaw with p3 m3 as well as broken c1 and p2, a right lower jaw with p3 m3 of same indi2 vidual (V 13805). Brontotheriidae Marsh, 1873 Protitan Granger et Gregory, 1943 Protitan major sp. nov. (Fig. 1) Brontotheriidae gen. et sp. nov. Zheng et al., 1978, P. 27 28, table 3

4 : 339 Type A fragmentary right upper jaw with P4 M3 (V 13802). Referred specimen An isolated right P2 (V 13803) and broken left DP3 DP4 (V 13804). Locality and horizon Nearby Lumeiyi Village. Lunan County, Yunnan Province ;Lower part of Middle Eocene Lumeiyi Formation. Diagnosis A species of Protitan larger than other Known species of the genus, length of M1 M3 being 220. 5 mm. Etymology The species name shows it is the largest species of the genus so far Known. Remarks The described upper molars, especially the last two ones, are longer than wide, the size of which is larger than those of Metatelmatheriinae and smaller than Embolotheriinae in general, indicating that the material may belong to Epimanteoceratinae ( Granger and Gregory, 1943). There are at least ten genera within the last subfamily. Of them the Lumeiyi upper cheek teeth are close to those of Protitan mainly in having no hypocone (tetartocone) or hypocone ridge on P4. The size, however, is larger than any species else. So the Lumeiyi specimen should represent a new species2 Protitan major, the largest species of the genus. References Chow M C ( ), Chang Y P ( ), Ting S Y ( ), 1974. Some Early Tertiary Perissodactyla fromlunan Basin, E. Yunnan. Vert PalAsiat ( ), 12(4) : 262 273 (in Chinese with English summary) Chow M C ( ), Hu C C ( ), 1959. A new species of Parabrontops from the Oligocene of Lunan, Yunnan. Acta Palaeont Sin ( ), 7(2) : 85 88 (in Chinese with English summary) Granger W, Gregory W K, 1943. A revision of the Mongolian titanotheres. Bull Am Mus Nat Hist, 80(10) : 349 389 Miao D S ( ), 1982. Early Tertiary fossil mammals from the Shinao basin, Panxian County, Guizhou Province. Acta Palaeont Sin ( ), 21(5) : 526 536 (in Chinese with English abstract) Qi T, Beard K C, 1996. Nanotitan shanghuangensis, gen. et sp. nov. : The smallest known brontothere (Mammalia : Perissodacty2 la). J Vert Paleont, 16 (3) : 578 581 Wang B Y ( ), 1978. Perissodactyla from the Late Eocene of Lantian, Shensi. Prof Pap Stratigr Palaeont ( ), (7) : 118 121 (in Chinese with English summary) Wang B Y ( ),1982. Osteology and phylogenetic relationship of Rhinotitan mongoliensis. Mem Inst Vert Paleont Paleoan2 throp, Acad Sin, (16) : 1 75 (in Chinese with English abstract) Wang Y ( ), Guo J W ( ), Wang J W ( ), 1999. A review of Chinese Brontotheres. In :Wang YQ, Deng T eds. Proc Seventh Ann Meeting Chinese Soc Vert Paleont ( ). Beijing : China Ocean Press. 139 147 (in Chinese with English summary) Wang Y ( ),Wang J W ( ), 1997. A new brontothere from late Middle Eocene of Qufu, Shandong. Vert PalAsiat ( ), 35(1) : 68 77 (in Chinese with English summary) Ye J ( ), 1983. Mammalian fauna from the Late Eocene of Ulan Shireh area, Inner Mongolia. Vert PalAsiat ( ), 21 (2) : 109 117 (in Chinese with English summary) Zheng J J ( ), Tang YJ ( ), Zhai R J ( ) et al., 1978. Early Tertiary strata of Lunan Basin, Yunnan. Prof Pap Stratigr Palaeont ( ), (7) : 22 29 (in Chinese)