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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
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    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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    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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    The northern dispersal route: New evidence of Upper Paleolithic human behavior from the Tsagaan Turuut River Valley, central Mongolia
    Tsedendorj BOLORBAT, Dashzeveg BAZARGUR, Guunii LKHUNDEV, Batsuuri ANKHBAYAR, Adyasuren ALTANBAGANA, Tsend AMGALANTUGS, Gonchig BATBOLD, CAO Jian’en, SONG Guodong, CAO Peng, CAI Xi
    Acta Anthropologica Sinica    2023, 42 (04): 488-502.   DOI: 10.16359/j.1000-3193/AAS.2022.0007
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    Mongolia’s unique geographical location between northern China and the Siberian Plateau of Russia has facilitated its role as a corridor of regional cultural connection since the Pleistocene. It is evident that the Early Upper Paleolithic of Mongolia dates to 33-27 kaBP from the archaeological studies of those Upper Paleolithic sites at Tsagaan Agui and Chikhen Agui in Bayankhongor Province (Southwest Mongolia). Here, we present the results of archaeological analysis of Paleolithic remains from the six sites in the Tsagaan Turuut River Valley located in Galuut district, northern Bayankhongor Province. These newly discovered sites significantly expand our knowledge of the prehistory of central Mongolia and most of Central Asian region. The knapping technology at these sites is based on radial cores and unidirectional prismatic cores. By analyzing the lithic artifacts from these six sites, we believe that these cultures have continuity from early to late stages of the Early Upper Paleolithic. Special tools such as points and large bifaces were recovered. The 14C dating results of a bone sample from the lower layer of a test pit indicate that the Tsagaan Baast Valley sites are no later than 43500 BP cal (β-TSTC1).

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    Upper Paleolithic human dispersals and cultural diffusions in Eastern Eurasia
    KATO Shinji
    Acta Anthropologica Sinica    2023, 42 (06): 842-856.   DOI: 10.16359/j.1000-3193/AAS.2022.0012
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    First, trends in the Upper Paleolithic (UP) industries on the eastern China, Korean Peninsula, and Japan Archipelago in Far Eastern Eurasia (FE Eurasia) are outlined. Next, developments in the UP industries in those regions are analyzed from the perspectives of relocation diffusion and expansion diffusion (contact diffusion). As a result, it is possible to gain an understanding of the following events. At the beginning of the UP (before 40 kaBP cal), southern human groups bearing a pebble and flake tool industry moved north and diffused in the southern part of eastern China. In the early stage of the UP (40-28 kaBP cal), regional groups formed, and they contacted each other. As a result, UP techno-cultural elements were diffused between those regional groups. In the late stage of the UP (after 28 kaBP cal), human groups with the microblade industries moved and spread widely in FE Eurasia, and as a result of contact between those groups, microblade industries widely diffused in this area. A glimpse of several entering of western or northern human groups (e.g., the human group with Initial Upper Paleolithic industry) into the FE Eurasia and its neighborhoods were able to catch, all of these, however, proved to be local and temporary ones. From the analysis on Paleolithic industries in this paper, it can be said that the movement of human groups with UP industries as generally consistent with the movements of East Asian ancestral populations that revealed by genomic analysis.

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    An experimental study of the flaking-by-pressing technology of wedge-shaped microcores
    TONG Guang, LI Feng, GAO Xing
    Acta Anthropologica Sinica    2023, 42 (03): 305-316.   DOI: 10.16359/j.1000-3193/AAS.2023.0009
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    Wedge-shaped microblade cores are typical representatives of Upper Paleolithic microlithic assemblages in Northeast Asia. Core reduction technology of these nuclei has been investigated for over a century generating many noteworthy achievements. However, disputes regarding some fundamental aspects of this technology are still under discussion. This paper documents pressure flaking experiments on wedge-shaped microblade cores replicating artifacts discovered in Upper Paleolithic sites in the Nihewan Basin. Experiments were designed to test relationships between technological and morphological variables and microblade morphology. Such variables included the working point of pressure-flaking implements, width of the flaking surface, arris height, and vices or other means of securing nuclei in place. Based on these variables, five groups were compared with one another. Microblade cores in the standard group have a narrower working face and higher arris, and were fixed in a V-shaped device with microblades produced by use of a thin-tipped pressure flaker. Other groups showed differences in one of these variables otherwise keeping consistent with the standard group. For example, microblade cores in the low arris group only made the arris itself lower, while their working face, method of fixing and pressure flaking tool utilized are same as the standard group.
    Conventional linear and geometric morphometric data on microblades were collected to analyze the degree of standardization of microblade morphology among different experimental groups. The main linear measurements were width and thickness of microblades and platform width and thickness. Geometric morphometric analysis was undertaken using Elliptic Fourier Analysis (EFA). All results revealed specific group-level differences regarding shape and standardization of microblades.
    Microblade morphology is affected by several factors such as arris height, working face width, diameter of the pressure-flaker point, the form of vice employed, etc. Regular microblades can be continually produced only by utilizing a higher arris, which is achieved by ensuring the working face of microblade cores is not too wide, otherwise the height of the arris would decrease and interfere with subsequent manufacture of microblades. A thin, pointed pressure-flaking tool makes more effective use of the arris than a thick, pointed tool to remove microblades. Experiments with various means of fixing wedge-shaped microblade cores demonstrates that the core’s bottom edge is primarily employed to stabilize the stone nucleus throughout the process of microblade production. Results of the experiments reported here provide new information on microblade production and sheds light on the dispersal of microblade technology in Northeast Asia.

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    Craniofacial morphology of human remains from the Zhanmatun site of the late Yangshao Period
    SUN Lei, LI Yanzhen, WU Zhijiang
    Acta Anthropologica Sinica    2023, 42 (03): 331-341.   DOI: 10.16359/j.1000-3193/AAS.2023.0012
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    The Zhanmatun site is located in the southern suburb of Zhengzhou city, Henan Province, Shibalihe town. From 2009 to 2010, the Zhanmatun site was excavated by Henan Provincial Institute of Cultural Relics and Archaeology with rich remains of the Qinwangzhai culture (3900 BC~2900 BC) were found in the western area of the site. To analyze the composition of human population of Qinwangzhai culture at the site, 45 relatively complete skulls (25 males, 20 females) were observed and measured. Craniofacial morphology of the skulls was compared with other skull groups of different archaeological cultures in prehistoric age by applying cluster analysis and multidimensional scaling of Euclidean distances. Results show that Zhanmatun craniofacial morphology is closest to skull groups of the Qinwangzhai culture in Zhengzhou, such as the Wanggou and Xishan group, and also has many similarities with the Xixiahou group of Dawenkou culture (4200 BC~2600 BC). All these skull groups in the Qinwangzhai and Dawenkou cultures show occipital deformation and tooth extraction. The Zhanmatun craniofacial morphology group differs greatly from groups in center distribution area of the Yangshao culture (4900BC~2700BC). The central distribution area of Yangshao culture and peripheral remains have different connotations and sources. The Qinwangzhai culture (or Dahe Village culture) belongs to these peripheral remains, mainly distributed in the central area of Henan with Songshan Mountain as its center. This may indicate that different archeological and cultural factors may be the reason for the great difference in skull groups in the two distribution areas. Moreover, it means that in about 3000 BC, the influence and expansion of Dawenkou culture on the Central Plains was not limited to the eastern and southeastern areas of Henan, and the spread of culture and migration of people had already extended to the central area of Henan where the Zhanmatun site is located. There are some differences between males and females in Zhanmatun, with males similar to the Longqiuzhuang group in Jianghuai, and females similar to the Jiangjialiang group in North China. The first reason is that the Dawenkou culture, Longqiuzhuang culture (6600~5000 BP) and Dahe village culture have a common source, namely the Peiligang culture (6200 BC~5500 BC). The second reason is that the ancient North China type represented by Jiangjialiang residents reflects genic and cultural exchanges between the ancient Central Plains type in the late Yangshao period and the original residents of the northern Great Wall area suggesting that the genes of the northern people were also mixed into the Zhanmatun population. On the whole, although craniofacial features of Zhanmatun group are mostly common, there are a few differences, and the population composition is of multi-origin and integration that is consistent with obvious characteristics of the complex and multiple factors of Qinwangzhai culture.

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    A taphonomic analysis of faunal remains from the Jijiazhuang Paleolithic site in the Yuxian Basin
    DU Yuwei, ZHANG Yue, YE Zhi, PEI Shuwen
    Acta Anthropologica Sinica    2023, 42 (03): 359-372.   DOI: 10.16359/j.1000-3193/AAS.2023.0006
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    Yuxian Basin is located in the southeastern part of Nihewan Basin. Characterized by the presence of abundant archaeological materials from the well-preserved fluvio-lacustrine sequence of Middle Pleistocene Paleolithic sites, this basin bears significant implications for the study of human adaptive behaviors in North China. An analysis of the lithics from the Jijiazhuang site(JJZ) has highlighted the technological diversity of the Middle Pleistocene(MP) humans in the basin. However, little is known about human subsistence behaviors here. In this paper we present the results of a zooarchaeological analysis of the faunal remains from JJZ-A, JJZ-B, JJZ-D, and JJZ-E. While the limited number of animal specimens from JJZ-A and JJZ-D offers information of fauna, there can be ambiguities in the taphonomic interpretation; therefore, reconstruction of taphonomy of JJZ-A and JJZ-D is excluded. The research aim is to reconstruct taphonomic history of JJZ-B and JJZ-E and to investigate further potential transport and carcass processing decisions by early humans living at both sites. Our preliminary study shows that Equus sp. was the main animal species with Bovidae, Cervus sp., Rhinocerotidae, and Gazella sp. also represented. There are fundamental differences between JJZ-B and JJZ-E in terms of taphonomy. For example, animal remains at JJZ-E were most probably preserved in secondary context; in contrast, bones from JJZ-B are largely found in primary context, with humans as main agent for the accumulation and modification of this assemblage.
    Construction of body part profiles of the main animal species form JJZ-B shows no trend in selective transport of animal parts at the site. Presence of cut marks indicates a variety of human activities, such as skinning, dismembering, and defleshing; while percussion traces on the bones suggests marrow extraction strategies.
    Being located on a lakeshore, the JJZ-B site was probably an optimal place for human subsistence activities such as procurement, butchering, and marrow-extraction of large-sized herbivores that were attracted to this area by the water and variety of aquatic and terrestrial plants. And yet, the limited number of bones and stone artifacts suggests that the human presence was probably short-lived; and after their departure, carnivores might have ravaged animal parts left behind.

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    Cranial modifications in prehistoric China
    HE Jianing, RAN Zhiyu
    Acta Anthropologica Sinica    2023, 42 (05): 575-589.   DOI: 10.16359/j.1000-3193/AAS.2023.0054
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    The ancient cultural practice of cranial modification is widely distributed throughout the world. It has a highly symbolic visual feature and is related to various societal aspects such as hierarchy, status, aesthetics and religion. Cranial modification can also be considered a result of infant-rearing behaviors in ancient times. The earliest clue to cranial modification in China came from the Paleolithic, but it was not until the Neolithic that it became a widespread cultural practice later flourishing. Cranial modification in prehistoric China is classified into tabular-annular modification system and occipital modification system. Both originating locally, these two systems have different appearances, distributional ranges, and developmental processes. Tabular-annular modification, originated in northern Northeast China, exhibits prominent cosmetic features and requires complex technology. It is considered to be the earliest known conscious cranial modification practice and may have continued into the historic period. The origin of this tabular-annular modification may be correlated with unique geographic and environmental resources of Northeast China along with a growing complexity of gathering-fishing-hunting society, a gender division of labor, and the hierarchical differentiation existent in a transitional phase from Paleolithic to Neolithic. Occipital modification, centered in the Yellow River basin, is characterized with less pronounced modifications and probably required simpler techniques. It was once widely popular in the late and final Neolithic. Occipital modification may derive from behaviors of infant-rearing in northern agricultural societies and gradually evolved into a conscious cultural practice. Its decline at the end of the Neolithic and eventual disappearance after the Bronze Age was closely connected to societal changes occurring during the Late Neolithic, especially in the Longshan-Erlitou cultures. Both tabular-annular and occipital modification systems vary in skull morphology and measurement data suggesting that modification tools, techniques, and procedures were diverse. Existing studies on cranial modification are dominated by qualitative descriptions, with detailed observation and more systematic measurements necessary for future studies, as well as more refined archaeological contextual information.

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    Philosophical issues in the study of human origins
    Ni Xijun
    Acta Anthropologica Sinica    2023, 42 (06): 709-720.   DOI: 10.16359/j.1000-3193/AAS.2023.0072
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    The question of human origins is one of the ultimate questions of human existence, and the study of human origins touches on many philosophical issues. Based on recent advances in paleoanthropology and biology, this paper briefly reviews the history of human origins and evolution, and discusses philosophical issues such as the nature of being, the purpose and meaning of human existence, divine creation and evolution, the driving force of human origins and evolution, the nature and role of labor, and contingency and necessity. Counting from the origin of primates, human evolution has a history of at least 56 million years, or 7-8 million years if we count from the human-ape divergence in the sense of evolutionary biology. As a class of biological organisms and the bearer of the subjective world, the nature of being has always been a very complex subject, and it is even impossible for most people to have a recognized answer. From a biological point of view, human existence is essentially the existence of nature. Human beings are a part of the nature and greatly influence the existence of the nature. The characteristics of human beings that distinguish them from primates are the essential characteristics of human beings in the biological sense. In the study of human origins, the question of the nature of being should be examined from different angles of the various sub-disciplines of biology. The purpose and meaning of human existence at the philosophical level are not scientific questions, and the test standards of scientific research can not be applied to it. If human existence has a purpose and meaning, then that purpose and meaning is “existence”. Although traditional creationism is no longer a major part of the human knowledge system, the ideas represented by intelligent design still attempt to answer the questions of whether or not supernatural forces and intelligent things exist, and why they exist. As a living creature, the origin and development of human beings are not fundamentally different from those of other living creatures, and the driving force of human evolution is the result of a combination of intrinsic genetic factors and extrinsic environmental factors. There have been heated discussions about the role of “labor” in the origin and evolution of human beings, but from the empirical evidence of modern paleontology, archaeology, zoology, behavior, ecology, and other disciplines, it is impossible to give an accurate definition of “labor”. It can be argued that human labor itself is a state of behavior exhibited by humans in the process of survival and reproduction. The accumulation of contingent events is recorded, that is, the process of obtaining a quantitative change, and when the quantitative change accumulates to a level where order and hierarchy can be recognized, the change can be defined as qualitative change. Qualitative change in human evolution also occurs when the accumulation of countless contingent changes reaches a definable level. Self-awareness and thinking are not unique to humans. The development of complex systems in the universe with the ability to think is a necessity of material development, but the exact form in which it appears in things is controlled by chance.

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    Morphological variation in the circum-nasal region of modern human
    LIU Wu, HE Jianing, YAN Yi, ZHANG Ziliang, CHEN Yiying, WU Xiujie
    Acta Anthropologica Sinica    2023, 42 (04): 445-457.   DOI: 10.16359/j.1000-3193/AAS.2023.0029
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    Morphologies of the circum-nasal region in modern human populations exhibit different patterns and are closely related to climate and environment. However, the full scope of morphological variation is unclear, especially given the lack of well-defined standards, including homologous landmarks for morphological data collection and analysis of this region. In this study, 154 crania of Caucasian, African and North Chinese populations were observed and measured. Results revealed pronounced population-specific patterns in morphologies of the circum-nasal region. The African population was characterized by a low and broad piriform aperture with a blunt margin, weak anterior nasal spine, and a pronounced sub-nasal fossa. In contrast, the nasal region of the Caucasian population was characterized by a high and narrow piriform aperture with a sharp margin, a well-developed anterior nasal spine, and a weak or absent sub-nasal fossa. The pattern characterizing the North Chinese population was intermediate between the Caucasian and African populations, but more closely resembled the Caucasian in trait-by-trait expressions.

    Previous studies have found that piriform aperture morphology in various modern human populations from the past 10,000 years exhibits chronological changes and inter-population differences. For example, it is noteworthy that Neolithic populations from the middle Yellow River regions exhibit a broad piriform aperture. Due to the lack of comprehensive information during data collection and analysis, many aspects of the morphological pattern and extent of variation in the circum-nasal region from present-day Chinese are still not clear.

    Future investigation of the morphological patterns characterizing the circum-nasal region of Holocene populations found in China will provide essential context for understanding the formation and diversification of modern human populations in East Asia.

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    Phenotypic characteristics of the head and face of Chinese Altaic-speaking peoples
    ZHANG Xianpeng, WEN Youfeng, LI Wenhui, LI Xin, QU Quanying, XU Guochang
    Acta Anthropologica Sinica    2023, 42 (03): 342-358.   DOI: 10.16359/j.1000-3193/AAS.2022.0049
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    In this study, we investigated 14 cephalo-facial anthropometric indices of 3622 samples (male 1611, female 2011) in eight different Altaic-speaking populations including the Man, Oroqen, Ewenki, Hezhen, Kirgiz, Tatar, Kazak and Daur, which are from four different provinces and autonomous regions in China. In order to explore population structure and affinity of these populations, this study cited nine published datasets for the Uygur, Uzbek, Salar, Yugur, Mongol, Bonan, Dongxiang, Tu and Xibe to construct a cephalo-facial anthropometric database of Chinese Altaic-speaking populations with 6217 individuals (male 2921, female 3296). Through cluster analysis, we constructed phylogenetic trees for 17 ethnic groups within three language groups in the Altaic language family. Based on cephalo-facial anthropometric values, we found population structures were the same between different genders. There were also similar cephalo-facial phenotypes between different populations of the same language group, and significant admixture between populations from different language groups. Mongolic-speaking populations distributed closely than other Altaic speakers, as these speakers shared similar cephalo-facial characteristics. We also found regional differences in the cephalo-facial characteristics of the Daur and Kirgiz populations. This may be attributed to different population admixture and lifestyles, and it reminded us that similar populations in different regions exhibit different phenotypes. Therefore, we conclude that research of phenotypes should be carried out in different regions. In this study, there were correlations between latitude and bigonial breadth, nose breadth, mouth breadth and ear length, but a correlation was not found between longitude and cephalo-facial indices. This study provides evidence for complex population admixture history of Altaic-speaking populations, and illustrates phylogenetic relationships of different populations based on cephalo-facial criteria. The results of this study show that populations of the same language group may have a common origin, and that there is a complex population exchange and admixture history in Altaic-speaking populations. Due to limited anthropometric indices and sample size, it is still unclear of the exact nature of the population structure, migration and admixture history of Altaic-speaking populations.

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    Discovery and research review of knapped lithics of the South Asian subcontinent
    YANG Ziyi, JIN Yingshuai, WANG Shejiang, ZHANG Xiaoling
    Acta Anthropologica Sinica    2023, 42 (03): 398-411.   DOI: 10.16359/j.1000-3193/AAS.2023.0019
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    The South Asian subcontinent, located south of the Eurasian continent and adjacent to East Asia, has a close relationship with Southeast Asia and China. It has long been a critical pivot of eastern and western Eurasia playing a unique and irreplaceable role in cultural communication and technology diffusion. In this paper, we clarify the research history, chronology and technology of knapped lithics from the South Asian subcontinent, in order to offer more information for further work.
    Traces of ancient humans first appeared in the Early Paleolithic, and numerous lithics of different technological characteristics have been discovered since 1863, when Foote RB collected the first hand-axe in Madras, southeast India. Due to some historical reasons, however, there are three main problems in Paleolithic research of the South Asian subcontinent. First, only a few sites have been excavated, with most findings on the surface, which has led to controversies such as the identity of the Soan culture and its relationship to the Acheulian. Second, both the lack and uncertainty of dating data makes the chronology somewhat questionable and thus ambiguous for each stage of the Paleolithic. Third, despite the efforts of several generations of scholars, most archaeological reports of the subcontinent are still scarce, and many lack clear photographs or 3D models for researchers who do not have access to these important materials.
    Various lithic technologies are recognized in the South Asian continent. Core-flake technology, including pebble tool and flake tool assemblages from the Early Pleistocene to the Holocene. This is a unique phenomenon because pebble tools such as chopper-chopping tools decrease and finally disappear with the rise of more complicated technologies in most cases. The Acheulian, Mousterian, blade, and geometric microlithic technologies are similar to those in western Eurasian, respectively. Large cutting tools such as hand-axes, cleavers and picks predominate in the Early Pleistocene, whereas geometric microliths are also widely distributed in Terminal Pleistocene and Holocene. Mousterian and blade products are not as common, which might hint at a different role that the subcontinent plays in human dispersal and communication in the early Late Pleistocene. Microblade products, such as minute blades(microblades) and specially prepared microblade cores, might come from East Asia where these products are large in quantity, mature in technique, and clear and complete in a developing sequence.

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    Research progress on human fossils from the Xujiayao site in late Middle Pleistocene
    WU Xiujie
    Acta Anthropologica Sinica    2024, 43 (01): 5-18.   DOI: 10.16359/j.1000-3193/AAS.2023.0044
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    The Xujiayao hominin remains are key to the study of East Asian human evolution but also the most controversial. The Xujiayao (Houjiayao) site is located west of Liyigou, a tributary on the left bank of the Sanggan River in the northern Nihewan Basin of northern China. The site was first discovered in 1973. Between 1976 and 1979, 21 human fossils were found at the site, including one partial left maxilla, three isolated teeth, two occipital bones, one partial mandible, one left temporal bone and 13 parietal fragments, all representing 16 individuals. Based on the associated fauna, and OSL dating on the middle-lower culture layers, the Xujiayao hominins lived in the late Middle Pleistocene (about 160-200 kaBP). Evaluations of Xujiayao taxonomy have ranged from being representatives of Asian H. erectus, pre-modern Homo sapiens, archaic Homo sapiens, Neandertals, intermediate between H. erectus and modern H. sapiens, unidentified hominin species, or related to Xuchang 1, Penghu 1, Xiahe 1 or Denisovans. Over the past 10 years, there has been renewed attention to these fossils. New results suggest that the Xujiayao hominins have a suite of unusual morphological traits that do not conform to existing patterns of morphology from either the time period or the region. These traits include large and morphologically complex teeth, very large cranial capacity (about 1700 mL), Neanderthal-like traits of bi-level nasal floor and temporal labyrinthine patterns that are common, but not exclusive to that lineage, live slow and die old modern growth and development patterns in the immature maxilla, and several primitive early East Asian traits despite the fossils’ recent age. In addition, the Xujiayao hominins show various pathologies, including a very rare congenital defect of an enlarged parietal foramen associated with cerebral venous and cranial vault anomalies, multiple traumatic lesions of endocranium, and minor temporal auditory porous new bone in external auditory exostoses. In conclusion, the Xujiayao hominins are characterized by a mosaic of archaic morphological features that distinguish them clearly from H. erectus, Neandertals, and modern humans. Given that the Xujiayao and Xuchang crania group closely together in multiple analyses and are quite different from all other comparative Pleistocene hominin crania, we conclude that they represent a new hominin population for the region, Juluren meaning “large head people”. It is quite possible that this population represents gene flow between Asian H. erectus and possibly H. antecessor or early Neandertals, which supports the idea of continuity with hybridization as a major force shaping Chinese populations during the late Middle and early Late Pleistocene.

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    Discovery and preliminary study of the Wenquan Paleolithic site in Ruzhou, Henan
    ZHAO Qinpo, ZHANG Shuimu, SU Kai, MA Huanhuan, CHEN Jun, XU Yonghua
    Acta Anthropologica Sinica    2023, 42 (05): 616-625.   DOI: 10.16359/j.1000-3193/AAS.2023.0031
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    In November 2021, an archaeological survey of Paleolithic sites in Ruzhou, Henan Province was conducted by a team led by the Henan Provincial Institute of Cultural Relics and Archaeology and several other institutes. An open-air Paleolithic site was newly discovered due to clearance of a river course. After thorough survey and investigation, we found cultural remains from an area of 80,000 to 100,000 m2 with cultural deposits about 3 m thick. The stratigraphy of the site consisted of 4 layers (from top to bottom): Layer 1, modern disturbed layer; Layer 2, silty clay; Layer 3, cultural deposits including artifacts and fauna, and characterized by sandy gravel; and Layer 4, bedrock. A total of 148 stone artifacts were collected from sections of river course and deposits piled up when clearing up the river away, and include cores, flakes, hammerstones and retouched tools. Raw materials were mainly quartzite and andesite, probably selected from river gravels. Artifacts of a core-flake industry were often made on quartzite, whereas large flakes used as blanks for large cutting tools (such as handaxes and cleavers) were usually made on andesite. Flake-cores play a prominent role in cores, and discoidal cores exist. Hard-hammer percussion was more common than bipolar percussion. Flakes were generally large to medium in size. Giant to large flakes were produced from cobble opening technology and bifacial core technology. Retouched tools included scrapers, points, choppers, handaxes, cleavers, picks, large knives, spheroids. Technological analysis suggests that flake-tool production system based mainly on small flake blanked scrapers and a pebble-core industry based on pebble-made choppers that co-existed with a heavy-duty tool production system made on large flakes, especially Acheulean elements (handaxes, cleavers, picks and knives). The latter shows clear differences from those of Olduvai culture represented by core-flake tradition. According to results of 14C dating based on charcoal samples from the upper unit of Layer 3 (> 40ka) and U-series dating of an animal tooth from the lower unit of Layer 3 (64.8 kaBP), occupation of this site was Late Pleistocene, a crucial period of origins of early modern humans in China. The discovery of the Wenquan site shows clear evidence for an existence of Acheulean technology in Beiruhe River region, providing new clues and a regional perspective on research of dispersal of Acheulean techno-complex in central China.

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    Diagnostic criteria of ancient ankylosing spondylitis and a research review in China
    WANG Bangyan, WANG Jiucun, WEN Shaoqing
    Acta Anthropologica Sinica    2023, 42 (03): 422-434.   DOI: 10.16359/j.1000-3193/AAS.2023.0017
    Abstract320)   HTML36)    PDF(pc) (9062KB)(215)       Save

    Ankylosing spondylitis (AS) is a rheumatic disease mainly affecting the axial skeleton that is characterized by sacroiliitis in earlier disease stages (a major diagnostic criteria). In the field of paleopathology, inappropriate identification of AS usually results in missed diagnosis or misdiagnosis, and thus we have established new criteria for diagnosing AS in ancient human remains employing advances in clinical medicine and medical imagery. The criteria were as follows: 1) sacroiliitis grade G≥1 (minimum lesion) bilaterally or G≥2 (moderate lesion) unilaterally; 2) without large or deep erosions(d≥1cm) in neither iliac nor sacral side; 3) if the spine is involved, the syndesmophytes are thin and smooth on consecutive vertebrae. We also discussed differential diagnosis with other easily confused diseases, such as psoriatic arthritis, and diffuse idiopathic skeletal hyperostosis. As part for this work, we summarized detailed points of skeletal pathological manifestations to be recorded in the diagnostic process.
    Reviewing 30 paleopathological or archaeological studies in China we found that since the Holocene, 128 human skeletons have been identified as AS. However, only 25.8% (n=33) met our new diagnostic criteria after being reanalyzed. The remaining 74.2% of cases were diagnosed with AS based on “spinal fusion” on only two vertebrae or lacking pathological information of the sacroiliac joint, which could not be well distinguished from other diseases. These suspected cases need further investigation.
    Among these 33 confirmed cases, 63.6% (n=21) were males. There were 27 individuals with definite age range of death, mainly middle-aged individuals (n=17). The earliest cases dated back to the Neolithic Age (n=4), then the Xia, Shang and Zhou dynasties (n=5), the Warring States, Qin and Han dynasties (n=13), the Wei, Jin, Southern and Northern dynasties (n=8), the Sui and Song dynasties (n=1), and the Yuan and Qing dynasties (n=2). Almost all cases were located north of the Yangtze River, possibly an influence of bone preservation.
    The aim of this study is to create a process for recording and diagnosing ancient AS more standardized and normalized, leading to more accurate and persuasive identification results. This work established a solid foundation in study of the developmental and evolutionary history of AS. In addition to morphological diagnosis, the HLA-B27 test is another important means to diagnose AS. The advent of ancient DNA techniques has brought forth potential molecular means of diagnosis and investigation of this hereditary disease especially for mutilated skeletal remains.

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    Manufacturing technology of adze-shaped stone tools of the Yumin Culture in the border between Hebei and Inner Mongolia
    YE Canyang, CHEN Shengqian, ZHAO Chao, HU Xiaonong, GUO Mingjian, BAO Qingchuan
    Acta Anthropologica Sinica    2023, 42 (03): 317-330.   DOI: 10.16359/j.1000-3193/AAS.2023.0020
    Abstract316)   HTML47)    PDF(pc) (2376KB)(301)       Save

    Adze-shaped tools are chipped stone tools that emerged during the late Upper Paleolithic period in North China and continued to be used into the early Neolithic in the northern forest-steppe ecotone area. A significant number of adze-shaped tools have been discovered in both survey collections and excavated sites in the distributional zone (the border between Hebei and Inner Mongolia) of the Yumin Culture (8600-7000 BP cal). This study examines the technical characteristics of these tools through morphological observation, feature measurement, analysis of manufacturing process and reduction sequence, as well as experimental replication to reconstruct the chaîne opératoire. The goal of this research is to reconstruct the production process of adze-shaped tools, investigate their technical design, and explore their cultural adaptation in the Yumin Culture.
    Our analysis reveals that these tools are steep-edged and end- cutting tools that vary in length from 50 to 90 mm, width from 30 to 45 mm, and thickness from 1/2 to 1/4 of the width. They have an end-cutting angle ranging from 55° to 75° and weigh less than 100 g. They could be divided into flat edge types with unifacial flaking and bulge edge types with bifacial flaking, each with different strategies in raw material preparation, shaping technology, and manufacturing processes. The production of these tools had a high degree of flexibility in the chaîne opératoire due to the application of bifacial skills, which reflects a technological adaptation to the risk environment in the Neolithic forest-steppe ecotone area.
    Transition from the Paleolithic to the Neolithic led to the complete replacement of chipped stone tools by polished stone tools as settlement mobility decreased and demand for durable stone tools increased. Adze-shaped tools emerged during this transition, but the process was not linear. In the Yumin Culture, both chipped and ground tools including microlithic tools, were used. The chipped adze-shaped tool technology, along with other coexisting stone tool technologies, reflects a specific adaptation to a semi-mobile lifestyle based on the technological organization and cultural-ecological adaptation theory. This adaptation intensified the utilization of steppe and forest edge resources that maintained a seasonal and mobile way of life. The diversified technological organization strategy of stone tools may also reflect adaptation resilience to resources in this ecotone environment and division of labor within the society.

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    Current status and reflection on the study of microblade function
    ZENG Chenru, YI Mingjie, GAO Xing
    Acta Anthropologica Sinica    2023, 42 (04): 554-563.   DOI: 10.16359/j.1000-3193/AAS.2023.0021
    Abstract316)   HTML68)    PDF(pc) (666KB)(231)       Save

    A microblade is a flake pressed from a prepared microcore with straight ridges on the dorsal surface, and characterized by parallel sides. The length of the microblade is generally more than twice its width. Study of the function of microblades is an important way to explore the function of Paleolithic and Neolithic sites, livelihood patterns of ancient humans, and migration and dispersal of human populations. Through efforts of scholars in recent decades, research on the function of microblades has achieved some results. It is generally believed that the functional use of microblades is found at the tip and edge, with the object of action to be mainly animal remains, or possible hunting, processing meat, etc. Some microblades were used directly to process plant materials through collecting and harvesting as ancient humans may have used plant resources as a supplement to meat. A few microblades were used for drilling, grooving, or other processing.

    In the early 20th century, Nels C. Nelson and other scholars first discovered remains of microblade cores and microblade during scientific investigations on the Mongolian plateau. The spread of this technology in Northeast Asia and North America involves the transformation of livelihood and behavioral patterns of hominins during the Last Glacial Period. After years of exploration, scholars have made a series of researches on source, type, production process and other aspects of microblade technology, but technical research is weak in terms of how ancient humans adapted to the harsh ecological environments of the Last Glacial Period often involving migration and diffusion of people.

    Combining studies of relevant literature of microwear and residue analysis, these studies have assessed the origin and spread of microblade technology, determination of site function and modes of adaptation to environmental change of environment, etc. At the same time, there are still problems in this research including sampling and analysis methods, few experiments and research cases, and limitations in usewear and residue research. On this basis, it is suggested that future research on microblade function should be guided by archeological problems, increasing quantitative experimental research including usewear and residue analysis. Further study of microblades in multiple regions should be carried out and interpretations in the context of site background.

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    A research review of porotic hyperostosis and cribra orbitalia of human skull
    ZHAO Dongyue, LI Haolu
    Acta Anthropologica Sinica    2023, 42 (04): 564-574.   DOI: 10.16359/j.1000-3193/AAS.2023.0032
    Abstract311)   HTML54)    PDF(pc) (5321KB)(233)       Save

    Cribra orbitalia and porotic hyperostosis are two of the most common pathological changes in ancient human bone unearthed from archaeological sites. These two traits are manifested as porous cranial lesions in the skull vault and orbital roof accompanied by dipolic thickening and outer table thinning. Over the past century, many scholars have conducted extensive research on these two traits that are related to anemia, scurvy, infectious disease, trauma, malnutrition, cultural behaviors, etc, and can reflect details of people’s diet, way of life, nutritional, health and medical status. Chinese attention to these two traits is relatively late, and there are few published monographs. However, there are many Chinese specimens that provide good research conditions for further extensive research. This paper reviews the discovery and naming, diagnosis and scale, etiology and pathogenesis of cribra orbitalia and porotic hyperostosis, as well as as well as the relationship between these two pathological phenomena.

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    Three-dimensional geometric morphometric analysis of patella morphology of the Neolithic people from Huiyaotian site in South China
    YE Ziqi, HE Anyi, LIANG You, LI Fajun
    Acta Anthropologica Sinica    2024, 43 (02): 259-272.   DOI: 10.16359/j.1000-3193/AAS.2024.0021
    Abstract301)   HTML227)    PDF(pc) (1673KB)(189)       Save

    The shape variability of human lower limbs is one of the core topics in human evolutionary and locomotion anatomy, and it provides clues about human activities and labor in different subsistence. However, evaluations of knee morphological function analysis are commonly conducted on the distal femora and proximal tibiae, while patellae, as the essential components of the knee joint, have not been observed and evaluated with the morphological methods until the recent decade. From the anatomic perspective, dragged by soft tissues such as the quadriceps muscle group, patellar tendon, and medial and lateral patellar retinaculum, the patella can be shaped in various morphological characteristics in different locomotive preferences. Meanwhile, the constantly attach to the distal femur during flexion and extension also adjusts the articular surface of the patella. According to these assumptions, the morphological variation of patellae can theoretically manifest the development of these muscles and ligaments and the force preference in lower limb activities. As a significant site of Dingsishan Neolithic culture, the Huiyaotian site reveals a typical hunting-gathering subsistence in Southern China. The site locates on the first terrace near to the Yongjiang River in Qingxiu District of Nanning city, Guangxi. Since 1977, archaeologists have conducted several investigations into the site. In 2006 and 2016, the Guangxi Institute of Cultural Relics Protection and Archaeology, in collaboration with the Nanning Museum, conducted archaeological excavations and salvage excavations on the site, and discovered relatively rich archaeological and cultural relics. In 2006, more than 50 human burials were excavated and revealed, with burial styles including limb-flexed, contracted, and hyper-flexed (parts of them belong to dismembered burials). The authors apply three-dimensional geometric morphometric methods to the human patellae (n=43) from the site. With three main topics of bilateral asymmetry, sexual dimorphism, and age differentiation, the authors aim to identify and visualize patellae's morphological variation and the intra-group difference in this hunting-gathering society. In addition, the authors form a specific series of three-dimensional geometric morphometric methods on human patellae, including landmark setting, measure error estimation, and functional interpretation. The result indicates that the habitants developed the greater left-biases in the size of the patellae, with the right deflection of both patella apexes. The bilateral asymmetry in size and shape can point to an unbalance locomotion in labor and daily activities. Males are proven to have larger patellae. There is no significant difference in morphology between males and females, while previous research revealed a significant sexual dimorphism in diaphyseal biomechanism. It manifests the asynchronism among biomechanism and morphology, patellae, and diaphyseal limb bones. Subadults tend to own smaller patellae, with longer patellar apexes and steeper patellar bases. Morphological change with age development might refer to the strengthening of the Quadriceps muscle, and the increasing intensity and frequency of knee flexion and extension.

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    A report of the 2020 excavation of the Shanghu Paleolithic site in Gaoan city, Jiangxi Province
    ZHAO Wenjie, JIA Zhenxiu, LI Sanling, LI Hao
    Acta Anthropologica Sinica    2023, 42 (03): 373-380.   DOI: 10.16359/j.1000-3193/AAS.2023.0007
    Abstract298)   HTML61)    PDF(pc) (2553KB)(143)       Save

    The Shanghu Paleolithic site is located in the town of Shanghu, Gaoan city, Jiangxi Province in central South China. The site occurs in red clay soils that were deposited at the top of the third terrace of the Jinjiang River. A total of 3030 stone artifacts have been excavated from Area B of the site. Among them, 1274 were unearthed from Layer 1, 1722 from Layer 2, and only 34 from Layer 3. Layer 1 is disturbed by modern agricultural activities and its age has not been established. The OSL dating of Layer 2 indicates that intensive site occupations began at the early stage of MIS 2 (i.e., approximately 26 kaBP). Layer 3 yielded a few artifacts and its age has not yet been established. The types of stone artifacts include cores, flakes, tools, chunks, debris and unmodified cobbles, and our analysis shows that vein quartz from the nearby river bank was favored for exploitation by humans. In addition, cherts were infrequently used, and non-preferentially given their development of inner fractures that compromised reduction sequences. Various core reduction patterns have been identified including discoidal cores that reflect centripetal flaking, which indicates some degree of organization during reduction sequences. Scrapers are the predominant tool type, with small samples of notches, denticulates, points, awls, etc. Tools are small and light and occur primarily on chunk and flake blanks, along with limited retouching. Overall assemblage dimensions confirm the prevalence of miniaturized lithics, clearly evident in the average length, width and thickness for free-hand percussed flakes (24.6 mm, 18.2 mm, and 8.9 mm), free-hand percussed cores (43.7 mm, 34.8 mm, and 25.5 mm) and tools (29.2 mm, 22.6 mm, and 12.3 mm, respectively). Traditionally, South China lithic assemblages are well-known for their large cobble tools, but there is increasing evidence for small-sized cores and flakes and flake-based tools at sites in different regions across South China. Therefore, the emergence of a small-sized flake tool industry in South China has become a key academic question. Some scholars argue that such an industry may be related to the migration of northern China populations, under relatively dry and cold environmental conditions that prevailed during MIS2. However, recent discoveries in South China of similar yet far older (~100 kaBP) lithic assemblages likely indicate a different scenario, and that this technology was probably locally developed in response to changing climatic conditions. Given its chronology and lithic technology, the Shanghu assemblage therefore provides new data that significantly improve our understanding of the emergence and development of a small flake tool industry in South China.

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