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    15 April 2025, Volume 44 Issue 02
    Invited Article
    Exploration of "behavioral modernity” and “modern human behavior” in human evolution
    YANG Shixia
    2025, 44(02):  181-192.  doi:10.16359/j.1000-3193/AAS.2025.0014
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    The evolution and widespread of Homo sapiens is a key event in the human evolution history. By the end of the Late Pleistocene, our species was distributed across every continent except Antarctica, and adopted to varied ecological niches. The behavioral complexity and the cultural diversity are believed to act as one of the most pronounced abilities to get success. The fossil and genetic evidence were applied to discuss the extinction of archaic populations, such as the Denisovans and the Neanderthals and their complicated interbreeding with Homo sapiens. The archaeological records served on the discussion about the behavioral evolution from the emergence of “behavioral complexity or modernity’ to the fully developed modern human ‘behavioral package’. In this paper, we reviewed the discussion on the modern human behavioral evolution in the western side of the Old World. Based on the African archaeological records, the behavioral origins of Homo sapiens can be traced back to the first material culture produced by our species in Africa and phased as Middle Stone Age (MSA); while the western Eurasian records the behavioral complexity raised with the origin of Neanderthals and phased as Middle Paleolithic (MP). Then around the middle of Late Pleistocene, as the wide distribution of Homo sapiens and the extinction of archaic populations, a complete ‘modernity package’ finally developed and shows more cultural diversity globally, which including the advanced lithic tools (blade, microblade), bone tools, increased geographic range, specialized hunting, the use of aquatic resources, long distance exchange, systematic processing and use of pigment, and art and decoration.

    However, recently in Eastern Asia efforts were made to explore the complexity of the ‘behavioral complexity or modernity’, the technological innovations and behavioral adaptations process are still barely known. The lithic assemblages have long been regarded as simple, conservative technologies, and major changes in raw material procurement, core reduction, retouch and typology tended to be clustered until 40 kaBP, without a ‘middle phase’ showing distinguished transition. These years, facing with the high degree of hominin morphological variability which has been suggested by recent fossil and genetic evidence, such as the early modern humans, Denisovans, H. longi, and some other unassigned taxons (Xujiayao and Xuchang), and growing new archeological data, we need to rethink the ‘behavioral modernity’ process happened in Eastern Aisa and its application to the evolutionary history of our species worldwide.

    Research Articles
    The stone artifacts of 2003 excavation at Banshan site in the Nihewan Basin
    LI Shen, REN Xueyan, LIU Lianqiang, YANG Shixia, YUE Jianping, WANG Fagang
    2025, 44(02):  193-200.  doi:10.16359/j.1000-3193/AAS.2024.0058
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    The Nihewan Basin in North China is one of the most important palaeoanthropological archives in Asia as it preserves an abundance of mammal fossils and lithic assemblages. In particular, a series of sites are dated to between the Gauss-Matuyama and Matuyama-Brunhes geomagnetic reversals (2.58~0.78 Ma), making the Nihewan Basin an ideal region to examine Early Pleistocene archaeological sites and technological trends in eastern Asia. Here we describe the lithic assemblage from the Banshan site in the Nihewan Basin, which is dated to 1.32 Ma by paleo-magnetic dating.

    The Banshan site (114°39′47″E, 40°13′32″N, 858 m asl) is located in the northern upper part of the Majuangou site, about 1.5 km southwest of the Cenjiawan village in Yangyuan County, Hebei Province. The site was discovered and test excavated in 1990 and yielded a few remains. In order to reveal cultural features of the site integrally, formal excavation was undertaken in 2003. A total of 42 m2 was exposed, uncovering 421 stone artifacts and more than 1600 pieces of animal fossils.

    In terms of the Banshan lithic assemblage, raw materials were procured from the adjacent areas and predominated by chert and volcanic breccia, in addition to a small amount of andesite porphyry, quartz, dacite, andesite, and rhyolite porphyry, and so on. The artifact types of the site mainly include cores, flakes, tools, pebbles, blocks, angular fragments and shatters, etc. The artifacts are predominantly small (20≤L<50 mm) in size. Artifacts (L≥100 mm) are present in rather small amounts. The flaking technique is dominated by direct hard hammer percussion, and bipolar technique is used occasionally. There are almost no special platform preparation and shaping out of the core-to-be, indicating a simple debitage method at the site. The tools include scrapers, borers, notches and unidentified pieces. These pieces are primarily made on flakes and casually retouched by direct hammer percussion. Overall, the lithic industry of Banshan is characterized by local raw material exploitation strategy, simple core-flake debitage and expedient small flake-based tool inventory. Comparison of Banshan with other Early Pleistocene sites (e.g., Xiaochangliang, Donggutuo and Cenjiawan) indicates a flexible approach in the raw material utilization and a noticeable technological development tendency in the Nihewan Basin.

    Use-wear analysis of chert artifacts from the Fuyihegeliang Locality of Xiachuan site, Shanxi
    LIU Jiying, REN Haiyun, DU Shuisheng
    2025, 44(02):  201-209.  doi:10.16359/j.1000-3193/AAS.2024.0062
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    The Upper Paleolithic period in North China began around 40,000 years ago, demonstrating increased cultural variability. While many sites primarily employed simple core and flake technology, new technologies emerged in several locations. Innovations in ochre processing, bone tools and ornaments, long-distance obsidian transportation, and intra-site spatial organization further illustrate the complex nature of human evolution and interaction between different cultural groups. However, it is argued that contextual factors such as environmental conditions and preservation variations may have influenced the cultural variability found in the archaeological record. Due to the poor preservation of organic materials in Paleolithic contexts, it is essential to reconstruct human activities through use-wear analysis of well-preserved lithic artifacts.

    The Xiachuan site, with its well-preserved archaeological layers dating back approximately 44~30 kaBP (calibrated), holds great significance in the ongoing discussion about behavioral variability in North China. Among these, the Fuyihegeliang Locality (35°26′22″N, 112°0′43″E), which was re-excavated in 2014, uncovered abundant archaeological remains in the Early Upper Paleolithic layers (40~30 kaBP, calibrated). These include a large number of lithic artifacts, grindstones, ochre, and several hearths. The lithic assemblage is dominated by a simple core and flake technology, with small lithic artifacts mainly made from black chert and heavy-duty implements mainly made from quartz sandstone.

    While previous studies on lithic artifacts focused on typological and technological analyses, limited knowledge exists regarding tool functions and their correlation with human activities. This study fills this gap by presenting the results of a meticulous use-wear analysis of 53 chert artifacts sampled from the Early Upper Paleolithic layer at the Fuyihegeliang Locality recovered in 2014. The sample includes various tool types such as scrapers, points, denticulates, spur-like tools, notches, retouched flakes, retouched chunks, and flakes. Through the evaluation of preservation state, multiple-scale analysis, and experimentation, this study reveals a variety of human activities at the site. A total of 26 specimens were observed to have use-wear; they were used for processing wood, bone, and flesh in various working motions. The use of the artifacts demonstrated versatility and flexibility, with a distinct preference for utilizing the unretouched sharp lateral edges of the tools. Additionally, this analysis demonstrates the invaluable role of use-wear analysis in tracing a wide range of practices that often leave minimal traces in the archaeological record.

    The frequent use of chert artifacts in wood-working, which has been rarely reported from other Paleolithic sites in China, reflects the exploitation of plant materials at the Xiachuan site. This also provides new insights into the behavioral variability of ancient humans in North China around 40,000 years ago.

    Lithic technology models and human adaptation behaviors of the Yumidong site in Chongqing
    HE Cunding, LYU Lanxi
    2025, 44(02):  210-219.  doi:10.16359/j.1000-3193/AAS.2023.0033
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    Paleolithic archaeological research has predominantly centered on the evolution of lithic technology and the transformation of ancient human subsistence patterns. Scholars worldwide have deliberately correlated the stages of lithic technology evolution with those of human evolution.

    The formation and evolution of lithic technology models are influenced by multiple factors. For an extended period, the prehistoric archaeology community has inclined to employ the perspective of Evolutionary Archaeology to account for the regional variation of culture or lithic industries. However, the role of the Behavioral Ecology perspective in Paleolithic archaeology, particularly in explaining the lithic industries in southern China, has been overlooked. In this paper, under two distinct theoretical frameworks, and by integrating subjective and objective factor analyses, the lithic technology model at the Yumidong Site and the causes of human behavior are systematically elucidated.

    From the perspective of Evolutionary Archaeology, the lithic industry at the Yumidong site, as a regional variant of the main gravel lithic industrial system in southern China, can still be tentatively classified as Lithic Technical Model 1. From a behavioral ecology perspective, the technological landscape of stone products at the Yumidong site is regionally distinctive, differing from the conventional technological patterns hitherto observed. It represents a unique indigenous lithic technological pattern in the Three Gorges region and can be regarded as a new lithic industry or culture.

    We examine and quantify the objective and subjective variables that contributed to the development of the lithic technology type based on a variety of ideas and viewpoints. In terms of raw materials, functional requirements, and passive adaptation, it is posited that the causes of the specificity of the stone tool industry at the Yumidong site are more objective. The role of subjective factors is limited and contingent upon objective factors, and ecological adaptation is the primary determinant of regional cultural characteristics. Nevertheless, subjective technological choices and cultural inheritance are also significant co-factors in the formation and stability of stone tool industrial characteristics. Stone tool technology was highly compatible with the available resources in the environment, and both influenced and converged to facilitate adaptation. This technology and culture system is deeply rooted in the lithic culture of the Three Gorges region. It is a successful instance of ancient humans adapting to the unique environment of the Yangtze River Three Gorges Region and a technological reflection of their distinct survival adaptation behaviors. In southern China, the lithic industry of the Yumidong site is an embodiment of regional technological diversification.

    Development and utilization of the animal ribs in Paleolithic period
    TANG Yimeng, LIU Yang
    2025, 44(02):  220-229.  doi:10.16359/j.1000-3193/AAS.2024.0080
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    Animal bones are important resources available to ancient humans. In addition to lithic artifacts, faunal remains are the most common archaeological evidence in Paleolithic sites. Ribs, as an important component of animal bones, are exploited and utilized by ancient humans in many ways. They were not only processed into various types of tools and ornaments, but also consumed as bone fat and employed as fuel.

    Ribs are one of the important raw materials for the production of bone artifacts. Understanding the utilization of ribs is of great significance for studying the development strategies of ancient humans in the Paleolithic Age who used animal bones to manufacture artifacts. Currently, rib artifacts in archaeological sites have been extensively reported and studied by foreign scholars, but there is still insufficient attention has been paid to rib artifacts in China. This paper provides a systematic review of major archaeological discoveries of rib artifacts around the world and summarizes the types and chaîne opératoire of rib artifacts. Additionally, we discuss the possibility of ancient humans selecting ribs as raw materials and the existing problems in rib artifacts research.

    The results show that the rib artifacts in Lower Paleolithic were often used without retouching, or within simple knapping and retouching, and the function of the tool was difficult to determine. Until the Middle and Upper Paleolithic, with a deeper understanding of bone raw materials, ancient humans used appropriate methods such as scraping and grinding to retouch bones. The types of artifacts were gradually rich, and there were tools such as smoothers, points, needles, awls, and so on. In addition, there were engravings on the ribs. From the chaîne opératoire of rib artifacts, it can be found that when ancient humans used ribs, they often need to remove the extremities first. The rib blanks were divided into split and unsplit. The cortical view, medullary view and edges were scraped and retouched, and then processed into suitable tools.

    Focusing on the exploitation and utilization of animal ribs in the Paleolithic Age is crucial for discussing the exploitation of animal bone resources, the technology of bone tool making and the cognitive development of bones by ancient humans. It is expected that this study will encourage greater attention towards rib artifacts within the field of Paleolithic research, as well as more new archaeological discoveries of rib artifacts in China. This will provide more abundant materials and understanding for the exploitation and utilization of animal ribs by ancient humans in the Paleolithic Age in China and even in East Asia.

    Craniofacial morphology of Tang palace maids from the Sanmin Village cemetery in Xi'an
    ZHAO Dongyue, FEI Yiqing, MIAO Yifei, LIANG Yiqian
    2025, 44(02):  230-241.  doi:10.16359/j.1000-3193/AAS.2024.0103
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    The Sanmin Village cemetery is situated in Sanmin Village, Zaoyuan Street, Lianhu District, Xi’an City, Shaanxi Province. In this cemetery, fifty-seven tombs of palace maids from the early Tang Dynasty have been discovered. These tombs are neatly arranged and uniformly shaped. The area surrounding Sanmin Village was originally located in the southwest suburbs of Chang’an City during the Tang Dynasty. Multiple discoveries of palace maids’ tombs and related epitaphs have been made here, and it is known as “Gongrenxie,” the burial place for Tang Dynasty palace maids.

    As the capital of the Sui and Tang dynasties, Chang’an City had a large population, among which palace maids were the most numerous special group of women in the harem. In the past, research on Tang Dynasty palace maids was mostly based on traditional literature and palace maid poems rather than on physical characteristics. A total of twenty-nine specimens were extracted from the Tang Dynasty palace maids’ tombs in the Sanmin Village cemetery, including six female skulls that could be observed and measured for craniofacial features. All of these were concentrated in the young and post-adolescent periods.

    This article refers to the methods listed in the “Anthropometric Manual” to analyze the craniofacial morphological characteristics of human bones unearthed from the Tang Dynasty palace tombs in Sanmin Village. The results show that the distribution of various features of the female skulls in the Sanmin Village cemetery is relatively concentrated. It is similar to the overall craniofacial morphology of female residents in the northern part of the Tang Dynasty, with only differences in facial width, forehead shape, and orbital shape. Compared to other female groups in the Tang Dynasty, women in the Sanmin Village cemetery have a narrower upper face, a wider forehead shape, and a higher orbital shape. However, these differences are not significant enough to exceed the overall characteristics of northern women in the Tang Dynasty. Based on epitaphs and literature, it is further speculated that in the early Tang Dynasty and even throughout the entire Tang Dynasty, palace maids mainly came from the north. There should be certain standards and aesthetic preferences in the selection of palace maids in the Tang Dynasty. Women with a wider forehead and a narrower upper face may have certain advantages in selection, which is consistent with the social aesthetics of the early Tang Dynasty reflected in the female figurines and murals of Tang Dynasty tombs.

    An experimental study of human tooth marks on bones
    CAO Yuxin, SUN Lu, ZHANG Yue, ZHANG Shuangquan
    2025, 44(02):  242-254.  doi:10.16359/j.1000-3193/AAS.2024.0053
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    In past decades, researchers primarily focused on the distinguishing characteristics of marks on bone surfaces, such as cut marks, percussion marks and categories of modifications, which are widely considered as direct indicators ancient human behaviors. While earlier investigations often attributed tooth markings found on animal remains to carnivore or rodent consumption habits, recent work by Western archaeologists and ethnoarchaeological researchers consistently demonstrates that humans can inflict a category of modifications on bones during their chewing. In such studies, researchers have also attempted to find ways to distinguish human tooth marks from those produced by other carnivores through actualistic experiments. However, few scholars in China have focused on identifying human tooth marks on animal remains. The current study is thus serving as a complementary work upon prior investigations and at the same time adding to the growing evidence to show that humans do indeed leave discernible dental imprints upon animal skeletal remains during consumption processes—particularly upon flatter or more fragile bones. Damages observed on bones include furrowing, scooping-out, crenulated and saw-toothed edges, longitudinal cracking, crushing, peeling and score. In this paper, we present a detailed description of the types of damages observable on bone surfaces in an experimental human chewing of the bones of sheep. A total of 167 chewed post-cranial bones from different parts of sheep have been examined, including 122 boiled bones and 45 roasted ones. Our experimental observation indicates that, although there is a certain degree of morphological similarity between human tooth marks and those marks caused by carnivores, the former assemblage could still be confidently identified and it thus has the potential to provide us with an independent standard for identifying human actors in faunal remains from the archaeological hominins. On the other hand, the description of human chewing patterns may provide further evidence of exploitation of certain groups of animals where cut-marks are rare, such as small games or birds. Furthermore, this experiment provides valuable materials for the comparative analysis and of human tooth-marked from the Chinese archaeological sites. Additionally, the types of tooth marks observed in this experiment are largely consistent with the findings of Western scientists, indicating that these observations have a considerable degree of universality and can be applied to the study of archaeological materials across a broader geographical range. The present paper is the first attempt made by Chinese archaeologists to document human tooth marks in an actualistic setting and it has the potential to provide us with a novel approach to explore human subsistence strategies in Paleolithic China.

    Taphonomy of the animal remains from the Shiyu site, Shanxi
    WANG Ying, ZHANG Yue, YANG Shixia, ZHANG Shuangquan
    2025, 44(02):  255-269.  doi:10.16359/j.1000-3193/AAS.2024.0098
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    The Shiyu site, situated on the western edge of the Nihewan basin (sensu lato) is an important Late Pleistocene archaeological location in northern China. From an extensive excavation in the last century, a substantial number of lithics, animal bones, and the traces of human fire use were unearthed, along with a limited number of modern human fossils. Recent Optically Stimulated Luminescence (OSL) and Accelerator Mass Spectrometry (AMS) 14C dating have recalibrated the cultural layer to approximately 44.6±1.2 kaBP. The presence of artifacts with some characteristics of the Initial Upper Paleolithic (IUP) assemblage positions Shiyu as a crucial site for understanding early modern human activities in Northeast Asia.

    In this study, 152 faunal bone fragments curated at the Institute of Vertebrate Paleontology and Paleoanthropology (IVPP) were analyzed from a perspective of vertebrate taphonomy, including age profile assessment, skeletal elements frequency quantification, bone breakage pattern analysis and bone surface modification observation. The objective of this study is to evaluate and discuss the subsistence strategies employed by Shiyu hominins in their exploitation of animal resources. Given the limited sample size, the following tentative conclusions were derived from this research.

    Most notably, bone surface modifications revealed a relatively high intensity of human activity, evidenced by a significant frequency of human-inflict damages on bones, including cut marks, percussion marks, and percussion notches. In contrast, natural modifications such as carnivore or rodent tooth marks, sedimentary abrasions, and polish were minimal. Even when considering the potential biases in specimen selection, the evidence strongly supported that humans were the predominate agent of bone accumulation and modification at the site. Furthermore, both bone surface modifications and skeletal elements frequency implied that foragers were most probably engaged in primary butchery of animal carcasses at the site, and subsequently transported selected skeletal elements to a base camp for further processing. The Shiyu site thus can be broadly interpreted as a river-adjacent kill-butchery site. Additionally, we identified a selection of limb bone fragments with distinctive percussive marks as a kind of expedient bone tools, known as bone retouchers. However, regarding the bone fragments from the site previously suspected by some scholars to be bone tools due to their successive scars, it is more reasonable to conclude that these were merely unintended by-products of marrow extraction processes. It is also worth mentioning that a few deliberately produced linear marks were discovered, clearly distinguishable from typical butchery cut marks, undoubtedly reflecting symbolic behaviors and the complexity of human activities to a certain degree.

    Survival stress of the Yuan Dynasty population in Guangrao, Shandong
    GUO Mingxiao, ZHAN Senyang, ZENG Wen, YOU Haijie, SONG Meiling
    2025, 44(02):  270-282.  doi:10.16359/j.1000-3193/AAS.2024.0102
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    This paper presents an archaeological study of human bone remains and stable isotope analysis of 19 Yuan Dynasty human bone specimens excavated from the Shicun North Cemetery in Guangrao, Shandong in 2021. Based on burial items and tomb layout, it is concluded that the Shicun North Cemetery dates back to the Yuan Dynasty. With a minimal quantity of mostly common burial objects per tomb, this cemetery is identified as a civilian cemetery. The research aims to gain insights into the survival stress of the people in Guangrao, Shandong during the Yuan Dynasty.

    Three individuals had fractures, including lumbar vertebra compression fractures, metatarsal fractures, and frontal bone fractures. The frontal bone’s depressed fracture, potentially caused by violence, was relatively rare. This indicates that society was likely stable at that time. There might have been occasional minor disputes, but overall, people lived in peace.

    The results of C and N isotope analysis show that the cemetery population mainly consumed millet and wheat, which is consistent with the grain-consumption structure of the Yuan Dynasty in Shandong, where both millet and wheat were equally emphasized. Meanwhile, the meat supply for the population was relatively abundant and nutritious, yet there were differences in individual consumption levels.

    In the study of survival stress, most people in this cemetery community survived the vulnerable growth and development stages, with only a small number failing to do so due to nutritional status or other factors. To conduct the analysis, the population was divided into adults and minors using osteological paradox and life-history studies. The four minor cases had varying stress-bearing capacities, but none developed strong resistance and adaptability after experiencing severe growth-related stress. One individual was in a vulnerable state and had the strongest pressure-bearing ability among them. Another individual had a weaker pressure-bearing ability compared to others.

    Adult individuals, benefiting from sufficient nutrition, entered a healthy period after reaching adulthood, with high levels of physical and physiological health, strong resilience, and the ability to tolerate and adapt to stress to a certain extent. However, adults also faced higher stress levels because, due to social status and other reasons, they lacked adequate cultural buffering mechanisms.

    Excavation / Investigation Reports
    An excavation report of the Shuidonggou Locality 9, Ningxia
    PENG Fei, CHEN Guo, PEI Shuwen, WANG Huimin, GAO Xing
    2025, 44(02):  283-294.  doi:10.16359/j.1000-3193/AAS.2024.0089
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    In 2007, the Institute of Vertebrate Paleontology and Paleoanthropology of the Chinese Academy of Sciences, in collaboration with the Ningxia Institute of Archaeology and Cultural Relics, initiated a formal excavation at Shuidonggou Locality 9. The excavation uncovered an area of 20 m2, revealing relatively thin cultural deposits that were situated directly beneath the surface soil layer. Over the course of the excavation, a total of 414 lithic artifacts were unearthed from this cultural layer. These findings suggest that while the lithic artifacts at SDG9 were largely in-situ burials, they had experienced some degree of post-depositional disturbance over time. A detailed analysis of the lithic assemblage revealed cultural characteristics at this site that were strikingly similar to those documented at SDG1, indicating a shared technological tradition. The predominant raw material used in the lithic assemblage was siliceous limestone, reflecting the local availability of resources and suggesting a pattern of raw material exploitation focused on efficiency. In addition to simple core-flake technology, researchers uncovered evidence of a more sophisticated technique involving the systematic production of elongated flakes and blades from prepared cores using hard hammer percussion. This advanced production method points to a deliberate technological choice aimed at maximizing material utility and reflects a highly organized approach to lithic reduction. Furthermore, artifacts related to bladelet production were also identified, providing valuable insights into the diversity of technological practices at the site. However, only three formal stone tools were recovered from the assemblage, suggesting a relatively narrow range of tool types present. Luminescence dating of the cultural layer yielded an approximate age of 29,000 years, although it was suggested that this date may have been underestimated due to the shallow burial of the artifacts, which may have led to some post-depositional alterations. The discovery of the SDG9 lithic assemblage provides yet another important example of blade production technology, closely resembling that documented at SDG1 and characteristic of Initial Upper Paleolithic (IUP) technology in this region. Despite the overall similarities, the SDG9 assemblage exhibits differences from SDG1, most notably the absence of prismatic and sub-prismatic cores, as well as fewer retouched pieces. Such disparities likely indicate regional variations and diversities in IUP assemblages across different sites at Shuidonggou. These findings contribute valuable material for advancing the study of blade technology in northern China, examining the cultural attributes associated with the Initial Upper Paleolithic, and shedding light on the broader behavioral evolution of prehistoric human populations inhabiting arid regions.

    A preliminary report of the Nanying reservoir Paleolithic site in the Hexi Corridor, Gansu Province
    MENG Haochen, CHEN Guoke, ZHOU Jing, LIU Fengjun, SUN Xuefeng, TONG Guang, ZHI Jincao, LI Feng
    2025, 44(02):  295-300.  doi:10.16359/j.1000-3193/AAS.2024.0097
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    The origins and dispersal of modern humans are a key issue of interest in the academic community. Past research has largely focused on the “Southern Route”, with less attention paid to the “Northern Route” of the spread from the northern regions of Central Asia and the Altai region of Siberia to Northeast Asia. In recent years, the Northern Route has received increasing attention, and the Hexi Corridor in Northwest China, in particular, may carry the history of ancient human dispersal from Central Asia and the Altai region to North China. However, for a long time, there have been few reports of Paleolithic sites in the Hexi Corridor. In 2021, the Institute of Vertebrate Paleontology and Paleoanthropology of the Chinese Academy of Sciences, in collaboration with the Gansu Provincial Institute of Cultural Relics and Archaeology, carried out an archaeological survey of the Paleolithic in the Hexi Corridor, uncovering more than twenty new Paleolithic sites. Among them, the newly discovered Nanying Reservoir site is located on the second terrace of the Jinta River in Liangzhou District, Wuwei City. It possesses relatively well-preserved stratigraphic information, and a rich collection of stone artifacts was gathered from the profile. This paper primarily describes and analyzes the stone artifacts unearthed from this site. A total of 530 stone artifacts were unearthed from the Nanying Reservoir site, primarily made from quartz and quartzite. The artifacts include cores, flakes, fragments, and various tools, reflecting the extensive stone tool-making activities of ancient humans in the area. The flaking and retouch techniques predominantly used free-hand hard hammer percussion. Optically stimulated luminescence dating estimates the site’s age to be approximately 90 kaBP to 80 kaBP, providing an important chronological framework for studying ancient human activities in the region. The Paleolithic investigation shows that the Hexi Corridor region is rich in Paleolithic remains, including stone tools, sites, and fossils, which reveal traces of ancient human life and further in-depth investigations and studies will provide valuable and extensive materials for exploring the technological characteristics, production methods, and survival strategies of ancient humans in the region. These discoveries help us gain a more comprehensive understanding of early human lifestyles in this region and how they adapted to environmental changes and challenges. These new discoveries are of great significance for understanding the migration and dispersal processes of early humans in East Asia and the role the Hexi Corridor has played in those processes.

    Reviews
    Review and reflection on the study of hand axes and other large cutting tools in China
    HU Haoyue
    2025, 44(02):  301-315.  doi:10.16359/j.1000-3193/AAS.2024.0104
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    Large cutting tools like handaxes, cleavers, picks and knives are the earliest standardized tools in human history, and their emergence reflects the leap in human cognitive ability and technological skills. Handaxes have been reported since the 1930s by foreign and domestic researchers, but at that time, both the number of discoveries and the extent of discussions were very limited. Since the 1950s, an increasing number of large cutting tools have been discovered in multiple regions in China like the Fen River Valley, Bose Basin, Luonan Basin, and Danjiangkou Reservoir Region. These assemblages have long received the attention of archaeologists, and at the same time, disagreements and controversies have arisen around them.

    Based on a brief overview of the discoveries of large cutting tools in China, this paper intends to review the history and current situation of the study. Archaeologists have mainly focused on several issues, namely, whether handaxes existed in China, the manufacturing strategies of Chinese large cutting tools, the human behaviors reflected in these tools, and the relationship between Chinese large cutting tools and the Acheulean in the Old World.

    Furthermore, this paper puts forward some reflections on the large cutting tools in China, specifically the chronological issues and regional diversities, to better interpret the information on human activities behind them. On the chronological issues, it must be noticed that current dating results show that the earliest Acheulean-like assemblage in China dates to around 900~800 kaBP, while the latest ones only date to about 30 kaBP, and there’s a missing link from 600~300 kaBP. This may be explained by the unbalance of fieldwork or the incompetence of current dating methods, but it is also possible that there are two different periods in which large cutting tools prevailed.

    Regarding the regional diversity of large cutting tools, more attention also needs to be paid to the quantitative comparisons and comparative study of technological details of large cutting tools from different regions. Meanwhile, future researchers should also notice the differences of other cores, flakes, and small tools that co-exist with large cutting tools in different regions, to better understand the toolkits used by ancient humans.

    At last, when comparing large cutting tools in China to those in Africa and the West of Eurasia, it is necessary to conduct the comparison based on individual regions instead of treating discoveries from different regions of China or of the Western Old World as a whole and simply compare the “east” and the “west”.

    Chronological studies of the Xuetangliangzi hominin fossil site in Hubei Province
    HUA Jiequn, GE Junyi, LU Chengqiu, SHEN Zhongshan, XING Song, LU zeji, GAO Xing, DENG Chenglong
    2025, 44(02):  316-332.  doi:10.16359/j.1000-3193/AAS.2025.0015
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    As a key area for the occupation and dispersal of Homo erectus, a large number of Pleistocene H. erectus fossils have been discovered in East Asia. This provides specific advantages for understanding the evolution and dispersal of H. erectus on our planet. However, so far, the scarcity and poor preservation of the early H. erectus fossils ever found in China, especially the lack of completely preserved skull fossils, significantly hinder our knowledge of the evolutionary history of East Asian H. erectus and its evolutionary systematic status.

    Three relatively well-preserved early H. erectus skull fossils have been unearthed from the Xuetangliangzi (Yunxian hominin) site in Hubei province. These fossils hold considerable promise for elucidating this species’ evolutionary trajectory, migratory patterns, and environmental adaptability in East Asia. Consequently, establishing an accurate chronological framework for these fossils is deemed essential.

    Since these skull fossils are of great significance for understanding the evolution, dispersal, and environmental adaptations of East Asian H. erectus, establishing a precise chronological framework for these fossils seems to be vitally important.

    In this study, the previous studies on the stratigraphic and geochronological dating of the Yunxian hominin site were systematically reviewed and examined to analyze the potential problematic issues. At least five levels of terraces are recognizable in the Yunxian hominin site area, and the WT section which was mostly focused on by previous studies may not correspond to the terrace on which the hominin fossils were discovered. Therefore, this discrepancy suggests that many dating efforts, particularly paleomagnetic analyses, may not reliably reflect the site’s antiquity. Electron Spin Resonance (ESR) dating of mammalian remains from the same stratum provides a minimum age estimate for the Yunxian hominin fossils. Furthermore, the incomplete characterization of the mammalian fauna associated with the site complicates faunal comparisons, thereby affecting the chronological assessment.

    Based on this conclusion and integrating regional geomorphological and geochronological data, we propose that disparities in sampling resolution, experimental methodologies, analytical precision, and sample integrity may contribute to the existing controversies. However, the most significant factor undermining the chronological reliability of the Yunxian hominin site is the tenuous nature of regional stratigraphic correlations. Additionally, geochronological datings on the terraces along the Han River indicate that T4 to T1 terraces developed at approximately 55,220,780 and 1,300,000 BP, respectively. The formation of the T4 terrace, where the Yunxian hominin site is located, sets a maximum age constraint for the site. Moreover, a detailed analysis of the temporal distribution of hominin occupations in this region could yield pivotal evidence for correlating the Yunxian hominin fossil with potential cultural affiliations to Paleolithic sites along the river.

    A study overview on tooth wear in ancient populations
    LI Haijun, ZENG Yuxin, ADILIJIANG Waili, NUERMAIMAITI Kadier, ZHANG Hailong, LI Wenying
    2025, 44(02):  333-351.  doi:10.16359/j.1000-3193/AAS.2024.0081
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    Tooth wear is closely related to human subsistence activities and is a common physiological phenomenon observed on human remains excavated from archaeological sites. It possesses significant research value in fields such as physical anthropology and archaeology. Currently, numerous scholars both at home and abroad have conducted research on tooth wear in ancient populations, yielding a wealth of findings. However, a systematic review is still lacking.

    This paper reviews and summarizes the common types and influencing factors of tooth wear in ancient inhabitants based on relevant research results from both domestic and international sources. Macroscopically, tooth wear can present morphologically as flat, oblique, rounded, spoon-shaped, cup-shaped, and groove wear. Microscopically, it can be further classified into striations and pits. Factors influencing tooth wear include age, food structure, food processing techniques, socioeconomic types, and specific human behavioral patterns that may lead to distinctive wear phenomena. Moreover, factors such as chewing methods, chewing frequency, occlusal relationships between the upper and lower jaws, and the developmental status of teeth also affect tooth wear to a certain extent.

    Research on tooth wear can be applied to infer the individual age at death, explore the dietary structure and socioeconomic patterns of ancient populations, elucidate ancient labor behaviors and social division of labor, reconstruct the patterns of weaning and feeding in children, as well as the functional restoration of occlusal relationships between the upper and lower dental arches. Based on differences in research purposes and subjects, the academic community has proposed specialized observation methods and grading standards for evaluating the degree of tooth wear. Nevertheless, there is currently no unified grading method or standard for tooth wear.

    Overall, exploring the dietary conditions and subsistence patterns of ancient populations from different archaeological sites in China through tooth wear is a major research focus of ancient human tooth wear studies in China. Significant research achievements have revealed the dietary conditions and subsistence patterns of populations from various archaeological sites. In terms of time, these sites are mainly concentrated from the Neolithic Age to the early Iron Age. Geographically, research on tooth wear in ancient Chinese populations is mainly distributed in the Central Plains and the northwestern border regions of China, with relatively fewer studies in the southern regions. Compared with international research, domestic studies on ancient human tooth wear still face limitations such as narrow research perspectives, lack diversity in research focus and homogeneous content. Future research could benefit from innovations in research fields, ideas, and methods to fill the gaps and achieve further progress.

    Exploitation of animal resource by humans during the Middle Stone Age in South Africa
    ZHI Yuan, DU Shuisheng, LIU Jiying
    2025, 44(02):  352-364.  doi:10.16359/j.1000-3193/AAS.2025.0010
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    South Africa, a pivotal area for early modern human activities, enjoys a diverse natural environment and is bordered by three coastlines, leading to unique subsistence adaptations. For example, the exploitation of animal resources has played a crucial role in human evolution. It not only provided essential nutrients and energy for individual growth but also drove the development of complex human behaviors through the acquisition and processing of these resources. Middle Stone Age zooarchaeological studies in South Africa have yielded significant findings, particularly regarding ungulate hunting, terrestrial tortoises collection, aquatic shellfish collection, and marine mammals exploitation. This paper reviews the practices of animal resource exploitation by early modern humans during the Middle Stone Age in South Africa, discussing their adaptive patterns and subsistence strategies in response to environmental conditions.

    Terrestrial resources formed a crucial component of the subsistence strategies of early modern humans in South Africa. Large and medium-sized ungulates, as high-quality meat sources, were their primary hunting targets, though they occasionally shifted their focus to smaller ungulates. Notably, the exploitation of marine resources was the most distinctive subsistence behavior of these early modern humans. South Africa preserves the earliest records of marine resource exploitation in the world. The abundant shellfish resources were a significant driving force that prompted early modern humans to frequently visit the coast. During the process of exploiting marine resources, the cognitive abilities of early modern humans were significantly enhanced. In addition to understanding tidal patterns, they also had considerable knowledge of the habits of marine organisms. For example, they would collect shellfish that inhabited the rocky reefs during low tide to ensure the highest efficiency and return. Moreover, early modern humans were well aware of the seasonal changes in shellfish. As their understanding and ability to collect shellfish deepened, early modern humans gradually accumulated valuable experience, which was continuously enriched and developed through intergenerational transmission. This process not only enhanced their survival capabilities and adaptability but also allowed them to obtain more abundant and diverse food resources with lower risks and costs. Ultimately, the accumulation of this wisdom and experience became an important factor in driving human evolution.

    In China, while zooarchaeological research is not as rich as that in South Africa, it reveals a clear pattern of subsistence preferences across various environmental settings, with adaptations to local conditions and the exploitation of animal resources. Recent findings in Guangxi show evidence of mollusca resources exploitation dating back to the Late Pleistocene. This paper provides a comprehensive review of Late Pleistocene zooarchaeological studies in China, suggesting that hominins had already begun to actively harness a variety of natural resources in their surroundings, with distinct subsistence patterns among ancient humans in different regions being evident. Given the intricate interplay between hominins and climates in China, it is important to conduct further zooarchaeological research to explore adaptive strategies within specific environmental contexts and to trace the evolution of human behavior.