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    A survey on physical characteristics of Uigur Nationality
    Ai Qionghua, Xiao Hui, Zhao Jianxin et al.
    Acta Anthropologica Sinica    1993, 12 (04): 357-365.  
    Abstract11100)      PDF(pc) (455KB)(416)       Save
    A survey on anthropomctry and somatoscopy of 529 adult Uigurs from 20 to 25 of age(271 males and 258 females) living in Yili of Xinjiang, the north--west in China,was carried out in May 1991.
    The results show that the Uigurs have their main characteristics as follows:
    The hair is straight in form and black in color in most cases. The eye is blown in color and the fold of upper palpebra is observable in most individuals.The Mongoloid fold is observable in 60.74% and 40.70% for males and females, respectively.
    The height of nose root is medium and high in most cases. The form of the nasal bridge is straight or concave. The height--breadth index of nose is 62.39 for males and 62.56 for females,the type of nose belongs to Leplorrhiny. The form of the carlobe is circular in 51.66%cases. There is Darwin's tubercle in most cases (71.21%).
    The length- -breadth index of head is 88.62 for males and 88.78 for females and the type of the head belongs to Hyperbrachycephaly. The breadth-height index of head is 65.03 for male sand 66.20 for females and belongs to T apeinoccphaly. The length--height index of head is 73.5Sand 74.69 for males and females, respectively, and the type of the head belongs to Hypsiccphaly. The average statures are 1684.6mm for males and 1 578.8mm for females.they belong to the Ultramedium and high types according to Martin's classification in both of males and females.
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    Stature characteristics of the Chinese Mongolians
    DALAI Wuyun, ZHENG Lianbin, LI Yonglan
    Acta Anthropologica Sinica    2022, 41 (02): 282-294.   DOI: 10.16359/j.1000-3193/AAS.2021.0015
    Abstract10452)   HTML847)    PDF(pc) (6668KB)(4494)       Save

    The paper is to study the stature of Mongolians in China. The adults stature of 4410 Chinese Mongolians (43% man; 57% women) was measured so as to analyze the stature classification and the variation trend of stature between different age groups and ethnic groups. The stature of Mongolian men is hyper-middle stature, while that of women is middle stature. Among 13 Mongolian ethnic groups, the stature of men in Ejina Torgouts are the tallest but the shortest ones in Yunnan while the stature of women in Ordos are the tallest but the shortest ones in Yunnan. The tall stature of men and women are with the highest occurrence rate, while with the lower occurrence rate of shorter and taller stature. The stature of Chinese Mongolians is close to the stature of other Chinese northern ethnic groups, higher than that of Chinese 7 southern ethnic groups, lower than that of Han nationality in the north, higher than that of Han nationality in the south, and lower than Japanese and Koreans. The stature difference among 13 ethnic groups is statistically important. Mongolians have higher stature than other ethnic groups in China.

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    Paternal genetic structure of Han and Hui male populations in Shandong
    ZHANG Jinke, DONG Wei, TANG Guangfeng, HUANG Xiaoliang, YANG Zhen, WANG Xiaojun, ZHANG Jie, ZHAO Yingjian, ZHU Yiqing, JIANG Li
    Acta Anthropologica Sinica    2022, 41 (01): 65-72.   DOI: 10.16359/j.1000-3193/AAS.2021.0007
    Abstract8773)   HTML418)    PDF(pc) (1325KB)(8504)       Save

    This study is based on 75 Y-SNPs and 23 Y-STRs to analyze the paternal genetic structure of Shandong Han and Hui males and provides basic data for forensic application and population genetics. Mini-sequencing was used to type 75 Y-SNPs of 187 individuals of Han and 130 individuals of Hui. The PowerPlex®Y23 kit was used to type 23 Y-STRs of all individuals. Allele frequency, haplotype frequency and haplogroup frequency were calculated by direct counting. Gene diversity, haplotype diversity and haplogroup diversity were calculated according to the formula D=n(1-∑pi2)/(n-1). The median-joining networks were constructed using NETWORK 5.0 and NETWORK Publisher. The research results showed that haplogroup O-M175, C-M130, N-M231, Q-M242 were the major haplogroups of the Han population, and haplogroup O-M175, J-M304, R-M207, C-M130, N-M231 were the major haplogroups of Hui population. 187 haplotypes were detected in Han populations based on twenty-three Y-STR loci, and the haplotype diversity was 1.000. And 121 haplotypes were detected in Hui populations, the haplotype diversity was 0.9988. The Networks showed that the individuals of same haplogroup were relatively independently clustered. There were shared haplogroups between Han and Hui populations, as well as some population specific haplogroups. For example, haplogroups J-M304 and R-M207 were prevalent in Hui population, while haplogroup Q-M242 was prevalent in Han population. The major haplogroup of both populations was haplogroup O-M175. Haplogroups J-M304 and R-M207 were distributed at high frequencies in Shandong Hui male population, and haplogroups Q-M242 were distributed at high frequencies in the Shandong Han male population. A certain percentage of unique Y chromosome haplotypes in western Eurasia and the Middle East were retained among the Shandong Hui male population.

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    Head and facial characteristics and their differences among different peoples in China
    YU Keli, ZHANG Xinghua, CHENG Zhi, ZHENG Lianbin
    Acta Anthropologica Sinica    2024, 43 (04): 574-585.   DOI: 10.16359/j.1000-3193/AAS.2024.0044
    Abstract8141)   HTML252)    PDF(pc) (901KB)(3566)       Save

    Head and face parameters are an important part of biological anthropology research. At present, there is a lack of comparative study of large data of head and face parameters in Chinese population. Based on the head and face data of 62 Chinese ethnic groups (53 nationalities ) and foreign ethnic groups collected in recent years, this paper conducts principal component analysis to explore the differences and commonalities of head and face characteristics between Chinese populations, and analyzes the differences of head and face characteristics between Chinese and foreign people. The study found that the head and face characteristics of the Chinese population are divided into northern and southern types. The northern minorities have higher faces, longer ears, higher noses and higher upper lip skins. The southern minorities have lower faces, shorter ears, lower noses and lower upper lip skins. The Han nationality is between the two. In the principal component analysis diagram, the loci of 8 Han ethnic groups are scattered among each other. The Han ethnic groups of the south and north do not form their own dense areas. Compared with foreign people, Chinese people have longer ears, narrower noses and wider faces. The head and face morphology of Chinese people is quite different from that of Negro people, which is relatively close to that of Caucasian people. The ethnic group sites with male and female as the main scattered point plots all form dense areas. The seven Han ethnic group sites all enter the loci dense area, interweaving with the minority sites, and there is no relatively independent Han ethnic group dense area. All these show that there is an obvious fusion process in the development and evolution of the Chinese ethnic groups. The East Asian region where the Chinese live is bordered by the sea in the east and south, by the Gobi in the north, by the mountains in the west, and by the Qinghai-Tibet Plateau and Yunnan-Guizhou Plateau in the southwest. The geographical environment is relatively closed, which limits the communication and integration between the Chinese and other ethnic groups, thus forming typical Mongolian physical characteristics. This is the main reason why the head and facial characteristics of the Chinese are obviously different from those of Caucasian and Negro people.

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    Head and facial features of populations in different geographical regions of China
    LI Yonglan, YU Huixin, ZHANG Xinghua, YU Keli, BAO Jinping, ZHENG Lianbin
    Acta Anthropologica Sinica    2023, 42 (06): 793-806.   DOI: 10.16359/j.1000-3193/AAS.2023.0048
    Abstract7612)   HTML311)    PDF(pc) (1482KB)(3202)       Save

    A total of 18 head-face parameters of 45254 Chinese adults (19892 males and 25362 females) have been measured in recent years. The data were statistically analyzed by geographical division and principal component analysis was performed. The males of Northeast and North China have longer ears, closer extraocular angle, narrower noses, and wider heads and faces. Southern China population have shorter ears, wider eyes and noses, narrower heads and faces. The females of Northeast and North China have higher and wider faces, larger eye distances and longer ears. The females of South and Southwest China have lower and narrower faces, closer eye distances and shorter ears. Principal component analysis and cluster analysis were conducted on the head-face data of Chinese and foreign populations, and it was found that the head-face characteristics of Chinese were relatively close to those of Caucasian Persians and North American whites, with a large gap between them and African Americans, as well as between them and South Asian population. The physiognomic ear length,interocular breadth, nose breadth, head breadth and morphological facial height of Chinese males are mostly smaller than the four populations of the Negro race, and the morphological facial height of them is mostly smaller than the Persians of the Caucasian race. The nose breadth and mouth breadth of Chinese females are smaller than those of African Americans, and the physiognomic facial height, interocular breadth and face breadth of them are greater than those of North American whites and Iranians. The commonality of head and facial features of geographical regions populations is related to long-term fusion and similar genetic structures among populations, and environmental factors are the important reasons for their differences.

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    An investigation report on the incidence of body odor in Mongolian and Han populations in Yikezhaomeng area, Inner Mongolia
    Yang Guangyin, Peng Suge
    Acta Anthropologica Sinica    1994, 13 (01): 80-82.  
    Abstract7595)      PDF(pc) (154KB)(559)       Save
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    Modeling the origin of modern humans in light of new evidence
    NI Xijun
    Acta Anthropologica Sinica    2022, 41 (04): 576-592.   DOI: 10.16359/j.1000-3193/AAS.2022.0028
    Abstract7079)   HTML1058)    PDF(pc) (1296KB)(2753)       Save

    Anatomically modern human (AMH) is a term used for living and fossil humans that have globular skull, short and flat face, gracile skeleton, and a set of other osteological distinctive features different from most of the archaic humans. Researchers, who take Multiregional Evolution model (MEM) as their paradigm, use AMH as a counter part of archaic Homo sapiens, while Recent African Origin (RAO) supporters use the term for all H. sapiens. MEM was derived from continuous evolution ideology. Branching evolution was believed to be negligible during the rise of modern populations. The similarities between different local populations were regarded as the results of convergent evolution. RAO on the other hand suggests that human evolution follows the cladistic form as in the other creatures. AMHs belong to a monophyletic group and have a single origin in Africa. Non-African human populations dispersed out of Africa. Archaic human populations in Europe and Asia were replaced by the anatomically modern human during the dispersal of the latter, and there were very limited genetic exchanges between modern and archaic human populations. Recent advances in ancient DNA and proteomic researches revealed that inter-specific interbreeding did occur among H. sapiens, H. neanderthalensis and the unnamed Denisovan populations. Genomic analyses, however, indicate that regions with a high frequency of Neanderthal derived alleles in modern human genomes are mostly related to deleterious genes. Strong reproductive isolation between modern humans and Neanderthals was also detected. Instead of supporting the multiregional model, the molecular data actually reveals that modern humans, Neanderthals and Denisovans are all belong to their own species at genetic level. Debates over taxonomic assignments of some specific fossils may not be helpful for detecting the evolutionary pattern of Homo in general and the origin of H. sapiens in particular, because most of recent comparisons and analyses are at specimen or population levels, not at species level. Our recent parsimony analyses and Bayesian inferring based on large data matrix revealed that the AMHs formed a monophyletic group. Another monophyletic clade represented by Dali and Harbin skulls is the sister of this group. The divergent time between Neanderthals and AMHs is over 1 million years. This estimation is much older than previous aDNA inferring, but is consistent with the recent results based on genome-wide genealogical analyses. Biogeographic model tests also reveal that a model including multiple multi-directional dispersals among Asia, Europe and Asia statistically fits the phylogenetic tree better than the MEM and RAO.

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    Somatotype characteristics of the Mongolian in China
    LI Yonglan, ZHENG Lianbin
    Acta Anthropologica Sinica    2020, 39 (03): 450-460.   DOI: 10.16359/j.cnki.cn11-1963/q.2019.0029
    Abstract7030)   HTML394)    PDF(pc) (16048KB)(254)       Save

    The Heath-Carter somatotyping method is used to study somatotypes of 4810 adults (2117 males and 2693 females) of 14 different Mongolian groups. Endomorphic and mesomorphic body shape of Mongolians are significantly positively correlated with age. In contrast, ectomorphic body shape is significantly negatively correlated with age; that is, with an increase of age, the body’s degree of linearity becomes smaller, and thus the somatotype tends to be round and thick. Male and female somatotypes of Mongolians in Chinaare all concentrated on the body shape of endo-mesomorph,balanced endo-mesomorph, meso-endoderm. With the increase of age, the occurrence of the three somatotypes is a significant positive correlation with age. Compared with the Han, Mongolians are more thick and strong. Our results of the principal components analysis show that the body’s degree of linearity is small, body fat is well developed and bone and muscle mass are less in Mongolians of the three northeastern provinces. On the standard somatotype chart, the point distribution of northern Mongolians is dense and shows that Mongolians in the north are closer in body shape to each other, and that Yunnan Mongolians in the south are very different because of small endomorphic and large ectomorphic traits. In Chinese ethnic groups that have been studied using the Heath-Carter somatotype, the Mongolian has the most developed body fat and the smallest body linearity degree.

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    Canine fossa and evolution of the human mid-facial bones
    Francesc RIBOT Trafí, Mario GARCÍA Bartual, Alfredo José ALTAMIRANO Enciso, Qian WANG
    Acta Anthropologica Sinica    2022, 41 (02): 193-217.   DOI: 10.16359/j.1000-3193/AAS.2020.0016
    Abstract6986)   HTML213)    PDF(pc) (83724KB)(981)       Save

    The canine fossa is an important feature in the facial skeleton of many hominins, including modern humans. However, its phylogenetic significance is debated. Some researchers consider it as a plesiomorphic characteristic in a generalized face that, with some exceptions, is found in both extinct and extant great apes and in the hominins. Others consider that the canine fossa is a derived characteristic only found in Homo sapiens and its direct ancestors, and that it is related to an arched zygomatic-alveolar crest (ZAC). However, this relationship is not always fulfilled, and in Homo sapiens, there is a notable variability: An arched ZAC with the presence or absence of a canine fossa, and straight oblique ZAC with presence or absence of a canine fossa. In this sense, we hypothesize that the canine fossa is related to the degree of anterior extension of the maxillary sinus and that the morphology of the ZAC is related to the degree of lateral extension of said sinus. During the hominine evolution, the canine fossa has undergone different transformations, such as the maxillary furrow (Australopithecus africanus, Paranthropus robustus), maxillary fossula (P. robustus), and the sulcus maxillaris (Homo ergaster), or has been obliterated (Paranthropus aethiopicus, Paranthropus boisei, Kenyanthropus platyops, Homo rudolfensis). In the taxa where it has been obliterated, the mechanism of obliteration is different in the hominins of the Pliocene and Early Pleistocene compared to those of the Middle Pleistocene (Homo heidelbergensis/rhodesiensis, Homo nenaderthalensis). The facial morphology of H. rhodesiensis would exclude it from the line evolving to H. sapiens.

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    Comparison of head and facial features among Kazaks, Uigurs and Mongols of Xinjiang
    Ai Qionghua, Sai Fuding, Xu Yuhe; Abudu Aini
    Acta Anthropologica Sinica    1996, 15 (01): 50-57.  
    Abstract6891)      PDF(pc) (2551KB)(576)       Save
    A survey on somatoscopy of head and facial features was carried out in Kazak, Uigur and Mongol ethnic groups, living in Yili of Xinjiang, Northwest China and totally 1611 adults (551 Kazaks, 527 Uigurs and 533 Mongols) were investigated in 1991.
    The results had been compared among the three ethnic groups from each other. There are many similarities among Kazaks, Uigurs and Mongols. The common features in the three ethnic groups include the predominance of ovoid and ellipse facial forms, brown eyes, good fold of upper palpebra, ovoid and ellipse auricular forms, circular and quadrangular forms of earlops and straight and black hairs.
    Kazaks are more similar to Mongols than to Uigurs.
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    Distribution of sexual stature dimorphism in modern Chinese populations and its influencing factors
    DU Baopu, YIN Yuzhe, TAN Yi, ZHANG Yuge, FAN Bo, YAO Zhizheng, GUO Hang
    Acta Anthropologica Sinica    2023, 42 (02): 191-200.   DOI: 10.16359/j.1000-3193/AAS.2022.0048
    Abstract6672)   HTML462)    PDF(pc) (1434KB)(1733)       Save

    Sexual size dimorphism is the commonest form of sexual dimorphism, associated with growth patterns, mortality and food availability, which has become a hot topic of common concern in recent biological anthropology. In all living human populations, males usually show a larger body size than females. Over the last 40 years, many scholars have reported numerous anthropometric data sources on stature for modern Chinese, but little attention has been directed to the sexual dimorphism variability. In addition, what factors governing the inter-populations variation in SSD are still not clearly understood. The present study aimed to describe the variability in sexual stature dimorphism for modern human populations in China, and reassessed whether the geo-climatic factors and body size are associated with variation in sexual starure dimorphism. Data on sex-specific anthropometry (mean stature) was obtained from 152 modern Chinese populations, including 69 Han and 83 minority nationalities. The sexual dimorphism index was compared to assess difference in four groups (Southern Han, Northern Han, Southern Minority and Northern Minority). The latitude, climatic variables, body size and urban-rural environment were tested for their association with the sexual dimorphism. The results showed that males are about 7.16% (ranged 4.72%~9.26%) taller than females. The distribution of SDI are resemble between the Southern Han and Southern minority, the Northern Han and Northern minority, the Southern Han and Northern Han. Moreover the Southern minority displayed lower sexual dimorphism compared with the Northern minority. The latitude, annual temperature range and annual average wind speed are positively associated with sexual starure dimorphism, while the annual average temperature, annual average precipitation and annual average relative humidity are negatively associated with sexual starure dimorphism. In addition, this study found no significant allometric relationship between male and female stature agreed with the Rensch’s rule, may be related to the sexual selection perference favours other social compents rather than stature. It also reveals no significant difference in sexual stature dimorphism between urban and rural Han populations, inconsistent with female buffering hypothesis, reflecting poor diet and hard physical labor have less negative impact on the boys’ physical growth. Genetic component and natural environmental factors are the dominant determinant of the regionalization distribution in sexual stature dimorphism, while the social environmental factors do not exert a strong influence in the degree of sexual dimorphism. Although the samples are limited by individuals of different ages, it still helps us to insight the geographical distribution of sexual stature dimorphism in modern Chinese.

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    Ancient genomes reveal the complex genetic history of Prehistoric Eurasian modern humans
    ZHANG Ming, PING Wanjing, YANG Melinda Anna, FU Qiaomei
    Acta Anthropologica Sinica    2023, 42 (03): 412-421.   DOI: 10.16359/j.1000-3193/AAS.2023.0010
    Abstract6444)   HTML286)    PDF(pc) (1917KB)(2837)       Save

    Significant shifts in human populations occurred several times throughout history, as populations dispersed throughout Eurasia about 50 kaBP. During the Last Glacial Maximum (LGM), global temperatures dropped sharply causing environmental deterioration and population turnover in areas. After the LGM, populations increased as the natural environment stabilized and gradually developed into today’s populations. With advancements in ancient DNA extraction and sequencing technology, it is increasingly possible to directly retrieve genome-wide data from prehistoric modern human remains. The rapid emergence of new ancient genomes provides an entirely new direction for studying modern human population structure and evolutionary history. This research on Eurasian populations spanning 45~19 kaBP (pre-LGM) and 19~10 kaBP (post-LGM) summarizes the movement and interaction of prehistoric modern human populations, focusing especially on prehistoric East Eurasia, a region that has been less well-studied genetically. Of at least six distinct populations in Eurasia, three did not contribute substantial ancestry to present-day populations: Ust’-Ishim (≈45 kaBP) from northwestern Siberia; Oase 1 (≈40 kaBP) from Romania; and Zlatý kůň (over 45 kaBP) from Czechia. One population represented by three individuals (4.6~4.3 kaBP, from Bacho Kiro Cave, Bulgaria) seemed to contribute at least a partial genetic component to later some Eurasian populations. One population represented by Tianyuan man (≈40 kaBP, from East Asia) was shown to be more similar to present-day East Asians and Native Americans than to present-day or ancient Europeans. One population represented by Kostenki 14 (≈36 kaBP, from western Siberia) and Goyet Q116-1 (≈35 kaBP, from Belgium) was more closely related to Europeans than to other Eurasians. This work also summarized five representative populations after 40 kaBP and before the end of the LGM. In East Eurasia after the LGM (or since 14 kaBP), population histories played out very differently. For instance, high genetic continuity is observed in the Amur region in the last 14 kaBP, while in the Guangxi region of southern China, an ancient population that lived 10.5 kaBP carried ancestry not represented in any present-day humans. To conclude, comparison of genome-wide ancient DNA from multiple prehistoric humans have illustrated a complex genetic history of prehistoric Eurasian modern humans. In the future, additional ancient genomes will provide more evidence and details to illuminate the complex genetic history of modern humans.

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    Differences of maximum growth age in height, mass among Han, Mongolian and Japanese students
    Deli Geer, Wuyun Gerile
    Acta Anthropologica Sinica    2021, 40 (05): 847-856.   DOI: 10.16359/j.cnki.cn11-1963/q.2020.0033
    Abstract6309)   HTML51)    PDF(pc) (18182KB)(234)       Save

    To analysis the development status of height and mass with Han, Mongolian students in Inner Mongolia and Japanese students aged 7-18 in 2014, and explore national difference of the maximum growth age in height and mass. The data of Han and Mongolian students were from “2014 survey on the physical fitness and health of students in Inner Mongolia autonomous region”; Data of Japanese students were obtained from “statistical information of the Heisei 26 annual sports survey” of Ministry of Education, Culture, Sports, Science and Technology-Japan. The national differences of the development status of height and mass, maximum growth age in height and mass(MIA-H, MIA-W) among Han, Mongolian and Japanese students were compared. The Results showed that height of both Han male and female were taller than Mongolian and Japanese at aged 7-18, 1.98 cm and 1.54 cm higher than Mongolian, and 2.59 cm and 2.91 cm higher than Japanese on average respectively(P<0.05). The height of Mongolian male and female were 0.61 cm and 1.37 cm taller than Japanese (P<0.05).The mass of Han male was 1.97 kg Heavier than that of Mongolian and 4.01 kg Heavier than that of Japanese on average(P<0.05). The mass of Han female was similar to Mongolian, and 2.59 kg and 2.67 kg heavier than Japanese on average respectively(P<0.05). Han boys has the earliest maximum growth age in height(HIA-H) at 10.66 years, which is followed by Japanese in 11.56 years and Mongolian in 12.39 years. The HIA-H of Japanese female was 9.73 years; Han and Mongolian female were 10.41 years and 10.10 years respectively. The maximum growth age of mass(MIA-W) among Han Mongolian and Japanese male were 12.52 years,12.62 years and 11.45 years; MIA-W in female was 10.59 years, 10.34 years and 10.14 years respectively. In 2014, the development levels of height and mass of Han and Mongolian students aged 7-18 in Inner Mongolia were higher than Japanese students of the same age. HIA-H of Han male was 1.73 years earlier than Mongolian and 0.9 years earlier than Japanese respectively, and HIA-W of Han and Mongolian male were 1.17 years and 1.07 years later than Japanese. HIA-H of Japanese female was 0.68 and 0.37 years earlier than Han and Mongolian.

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    The Out of East Asia theory of modern human origins supported by recent ancient mtDNA findings
    ZHANG Ye, HUANG Shi
    Acta Anthropologica Sinica    2019, 38 (04): 491-498.   DOI: 10.16359/j.cnki.cn11-1963/q.2019.0068
    Abstract6287)   HTML467)    PDF(pc) (1138KB)(1444)       Save

    It was in 1983 that scientists constructed the first molecular model of modern human origin based on the mitochondrial DNA (mtDNA) phylogenetic tree, and concluded that modern people originated in Asia. However, in 1987, the Out of Africa model also known as African Eve model was proposed and replaced the original model. But the infinite site assumption and the molecular clock hypothesis on which the African Eve model was based have been widely considered to be unrealistic. In recent years, we have proposed a new molecular evolution theory, namely the maximum genetic diversity(MGD) theory, and used it to reconstruct a new model of human origin, which is basically consistent with the Multiregional model and has the root of modern humans in East Asia. The main difference between the African Eve and our Asia model in the mtDNA tree is the relationship between haplotypes N and R. The African Eve model says that N is the ancestor of R, and our model indicates it is the opposite. In this research, we studied those mtDNA data published from ancient samples, focusing on the relationship between mitochondrial haplogroup N and R. The results show that the three oldest humans (one from 45,000 years ago and the other two about 40,000 years) belong to the haplogroup R. In the human samples from 39,500 to 30,000 years ago, most of them belong to the sub-haplogroup U downstream of the haplogroup R, and only two of them fall into the haplogroup N group(Oase1 is 39,500 years ago, Salkhit is 34,426 years ago). The haplotypes of these two individuals are not part of any prensent N downstream haplotypes and so may be close to the roots of the haplogroup N. These ancient DNA data reveal that the haplogroup R is about 5,000 years older than the haplogroup N, thus confirming the East Asia model and invalidating the African Eve model.

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    Body indexes of the Chinese population
    LI Yonglan, ZHENG Lianbin
    Acta Anthropologica Sinica    2022, 41 (05): 848-861.   DOI: 10.16359/j.1000-3193/AAS.2021.0059
    Abstract6221)   HTML180)    PDF(pc) (1133KB)(1187)       Save

    This paper is based on the statistical analysis of 12 indices of the human body of 63452 Chinese people aged from 18 to 97 years old, and the morphological characteristics of Chinese people at present were obtained. Studies have found that overall body type of Chinese people are generally long torso, mid-shoulder, mid-pelvic, and mid-leg type. Men have a mid-chest shape, and women have a wide-chested shape. As their age increase, the upper body of Chinese appears shorter, the ratio of upper body to lower body is smaller, the chest becomes wider, the lower part of torso appears wider, and the legs appear longer. Compared with the southern ethnic groups, the Mongolian and Turkic ethnic groups have a stronger body, a thicker chest, a taller upper body, shorter upper limbs, and a relatively narrower upper part of the torso (shoulder), and a wider lower part of torso (pelvis). The ratio of the length of the upper limbs to the length of the lower limbs is smaller. The study also found that compared with women of the same height, men’s upper limb length and lower limb length are generally smaller than women, and women have a greater sitting height value than men. Compared with the length of the torso, women do have shorter legs than men. Compared with Chinese men and women the same lower body length, the sitting height of women is larger than that of men. In the case of the same height, the sitting height of the Chinese is larger than that of the Eurasian and African races. That is, they have a higher upper body height.

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    Stone artifacts unearthed in 1985 and 1986 from the Xibaimaying site of the Nihewan Basin, Hebei Province
    ZHOU Zhenyu, WANG Fagang, GUAN Ying
    Acta Anthropologica Sinica    2024, 43 (01): 55-66.   DOI: 10.16359/j.1000-3193/AAS.2024.0003
    Abstract6133)   HTML79)    PDF(pc) (4004KB)(430)       Save

    The Xibaimaying site was discovered in 1985 and first excavated from 1985 to 1986. The site was U-series dated to 18±1 kaBP and 15±1 kaBP based on two bovid teeth samples from the culture layer in 1989. When the site was re-dated using single-grain OSL methods in 2017, resulting ages indicated that the cultural layer was deposited 46±3 kaBP. With the differences in dates, the lithic assemblage needed to be reexamined. The representative tool assemblage included scrapers and points, which are widely found in Upper Paleolithic sites in northern China. Direct hard hammer percussion was the main flaking technique, with mostly unprepared platforms. It is believed that this assemblage represents the flake-tool tradition of the Upper Paleolithic in North China even though it has some unique characteristics. Retouching focused mostly on functional tool parts, such as scraper edges and the sharp corner of points to obtain effective functions in the most cost-effective way. There is a skill and maturity to the knapping and retouching technology. This assemblage shows that the cultural traditions of earlier sites such as at Xujiayao, Banjingzi and Xinmiaozhuang were inherited and developed at Xibaimaying.

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    A report of 2013 excavation of the Xiamabei site in the Nihewan Basin
    WANG Fagang, YANG Shixia, GE Junyi, YUE Jianping, ZHAO Keliang, Andreu Ollé, LI Wenyan, YANG Haiyong, LIU Lianqiang, GUAN Ying, XIE Fei, Francesco d’Errico, Michael Petraglia, DENG Chenglong
    Acta Anthropologica Sinica    2024, 43 (01): 143-156.   DOI: 10.16359/j.1000-3193/AAS.2024.0074
    Abstract5788)   HTML102)    PDF(pc) (11084KB)(349)       Save

    The Xiamabei Paleolithic site is located on the second terrace of the Huliu River, in the southeast edge of the Yuxian Basin, a part of the Nihewan Basin. In 2013, archaeologists from the Hebei Provincial Institute of Cultural Relics and Archaeology carried out excavations at the site, uncovering a wealth of cultural remains. Since 2018, several institutions at home and abroad have jointly conducted systematic and multidisciplinary research on the stratigraphy, chronology, taphonomic process, paleoenvironment and cultural remains of Xiamabei. The excavation uncovered an area of 12 m2, with a depth of about 290 cm. The stratigraphy encompasses seven main layers in a floodplain environment. Layer 6, the main cultural horizon, is dated approximately 41-39 ka by AMS 14C and optically stimulated luminescence. Here we report the results of archaeological findings from Layer 6 of Xiamabei, mainly including 382 stone artifacts, 445 animal bones, a single bone tool, a charcoal-rich hearth and evidence for ochre use and processing. A variety of scientific methods were used to identify the ochre and the sediment staining, including X-ray diffraction (XRD), micro Raman spectroscopy (MR), micro-X-ray fluorescence (Micro-XRF), mineral magnetism (MM), and scanning electron microscopy coupled with energy dispersive spectroscopy (SEM-EDS). Among them, mineral magnetism (MM) was, for the first time, applied on the anthropogenic ochre. With respect to the study of the stone tools, we conducted technological, microscopic use-wear and residue studies. The results indicated that stone tool manufacture was aimed towards production of small items, including blade-like forms with these miniaturized pieces hafted. The interdisciplinary research on the Xiamabei site provide us a vivid picture of hunter-gathers’ lifestyle 40,000 years ago in North China. People were living in a cool, steppe-like environment, and at Xiamabei they conducted activities around a warm campfire, grinding ochre powder for economic purposes, hafting blade-like stone tools to conduct a variety of tasks including hide and plant processing, and mostly likely, sharing food, including meat that they hunted. The Xiamabei site possesses a novel set of cultural characteristics, such as the earliest evidence of ochre processing, a unique miniaturized lithic technology with bladelet-like forms and hafted items. Located at the transition zone between the Inner Mongolian Plateau and the North China Plain, the site offers important new insights into the expansion of H. sapiens along the northern route.

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    The origins and destinations of the Levantine Initial Upper Paleolithic: A view from the Negev Desert, Israel
    Omry BARZILAI
    Acta Anthropologica Sinica    2023, 42 (05): 626-637.   DOI: 10.16359/j.1000-3193/AAS.2022.0035
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    The Initial Upper Paleolithic (IUP) is a chrono-cultural phase corresponding with the onset of systematic production of pointed blades in various regions in Eurasia. This phenomenon is often conceived to correlate with the MIS 3 modern human expansion. Originally defined after the site Boker Tachtit in the Negev Desert, Israel, the Levantine IUP is composed of two consecutive superimposed lithic industries. The lower, named Emiran, is characterized with bidirectional blade technology, whereas the upper industry with unidirectional blades. Until recently the chronology of Boker Tachtit was insecure but new radiometric ages have shown that the Emiran is contemporaneous with the local Late Mousterian, thus supporting the assumption of this industry being imported. Similar technological features and chronological proximities between Boker Tachtit and assemblages from the Nile Valley and southern Arabia suggest the early Boker Tachtit inhabitants may have originated from these regions. The Emiran industry developed in Boker Tachtit into a later variant, the unidirectional industry, but it also expanded northward to central Europe and north-central Asia. The later variant acted in a similar manner as it developed locally into the early Ahmarian techno-complex but also expanded into the northern Levant and the Balkans. It is proposed the IUP phase featured at least two dispersal events. The first is the expansion from the Nile Valley/Arabia to the Levant from where it expanded rapidly to central Europe and north-central Asia. The second dispersal occurred slightly later and began in the southern Levant from where it spread to the northern Levant and the Balkans.

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    Chronology of lithic artifact sites and hominin distribution from Early to Middle Pleistocene in China
    LU Ying, SUN Xuefeng, WANG Shejiang, LU Huayu
    Acta Anthropologica Sinica    2021, 40 (03): 411-426.   DOI: 10.16359/j.1000-3193/AAS.2021.0038
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    Hominin fossils and Paleolithic sites of Early and Middle Pleistocene in China can provide information to understand hominin behavioral and living environments, while a chronological framework is the basis for analyzing hominin evolution, migration, and relationship with climate change during the Pleistocene era. In the past 20 years, hominin records in China steadily increased because of the Paleolithic excavation and the advancement of dating techniques, providing amplified materials for establishing age frameworks. This study analyzed 95 Early to Middle Pleistocene sites with numerical age estimates. The distribution patterns are shown under the loess-paleosol chronology constraints and a relatively continuous chronology of hominin activities is established from approximately 2 MaBP to the last interglacial period. These sites are mainly distributed in four regions of the Nihewan Basin and the adjacent Zhoukoudian, Qingling Mountains Range, and lower reaches of the Yangtze River and South China, where the maximum intensity of hominin activities occurred in order during the Early Pleistocene, Middle Pleistocene, and in the late part of Middle Pleistocene, respectively. Various excavated sites still lack chronological study or encounter issues in dating. Therefore, improvement of chronological study is necessary.

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    Somatotype characteristics of the She people in Fujian
    HU Rong
    Acta Anthropologica Sinica    2021, 40 (05): 824-833.   DOI: 10.16359/j.cnki.cn11-1963/q.2020.0027
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    According to historical records, She people had lived at the junction of Guangdong, Fujian and Jiangxi before Tang Dynasty. Today She people are mainly distributed in seven provinces, including Fujian, Zhejiang, Jiangxi, Guangdong, Anhui, Hunan and Guizhou. However, there has been a great controversy about the origin and migration of She people. In this study, we randomly selected 504 She nationality adults (285 males and 219 females) aged above18 years old from Fu’an city and Fuding city of Fujian Province, with measuring 10 Physical parameters including stature, weight, biepicondylar breadth of the humerus, biepicondylar breadth of the femur, circumference of tensed arm, circumference of claf, thickness of triceps skinfold, subscapular skinfold, supraspinale skinfold and middle calf skinfold. The Heath-Carter somatotype method was used to analyze the somatotype of She people in eastern Fujian. The average somatotype of She males (5.02-3.76-1.76) was endodermic, while the average somatotype of females (6.91-3.50-1.23) was endodermic. Compared with other southern ethnic minorities in China, the results show that somatotype of She people is closer to Han groups, especially the Han people from southern and eastern Fujian, and Han people from Guangxi, but more different from southern ethnic minority, which suggested that formation process of She nationality is closely related to Han nationality. This study provides the biological clue for origin of She, and also provides the necessary data and materials for the anthropological research in China.

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