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Table of Content

    15 March 2017, Volume 36 Issue 01
    A Preliminary Report on 2015’s Excavation at Shixiakou Paleolithic Locality 1 in Gansu Province, North China
    REN Jincheng, ZHOU Jing, LI Feng, CHEN Fuyou, GAO Xing
    2017, 36(01):  1-16. 
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    The Shixiakou Paleolithic Locality 1 located in the Shixiakou village, Chuanwang Town, Zhangjiachuan Hui Autonomous Country, Gansu Province, yielded many cultural remains including 2 hearths or related features, 406 stone artifacts, 201 animal fossils, 1 human tooth, 2 beads, as well as some burnt bone fragments and stone debris. This site was buried in situ in the first terrace of the right bank of the Qingshui River. Seven stratigraphic layers were identified from the profile with a total thickness of about 10m. The first three layers and most part of the 4th layer were not excavated. According to the lithology of stratigraphic layers and distribution of cultural remains in the profile, we distinguished two cultural layers which are the 5th and 6th layers, and the stone artifacts of these two cultural layers shared roughly similar technological characteristics. In the meanwhile, the lower part of 4th layer also yielded a few cultural remains. The stone assemblage includes simple cores (n=6), bipolar cores (n=2), flakes (n=97), chunks (n=64), debris (n=129), retouched tools (n=20), microblade cores (n=23), microblades (n=48) and gravels/burnt stones (n=17). Most stone artifacts are mini(<20mm) and small(20~50mm) in size. Quartz and chert are the dominant raw materials, while quartzite, tuff, sandstone, shale, dolomite, trachyte, agate, granite, diabase and lvernite account for small proportion. Microblade cores include many types, such as wedge-shaped cores, cylindrical cores and conical cores, and the occupants of Shixiakou Locality 1 also manufactured microblades using the irregular chunks of quartz without careful preparations. The simple cores were flaked by direct hammer percussion and occasionally by bipolar technique. There are only three types of retouched tools, namely side scrapers, endscrapers and bifacial points. The stone tool assemblage can be considered to be a microblade industry based on typology and the technological features. The major animal fossils are broken pieces, types of which are very simple, including Gazella przewalskyi, Equus and Struthio. The existing AMS14C dates indicate that age of this site is 17.2~18.5ka cal BP, dated into LGM, which also puts the site to the latter stage of Upper Paleolithic.
    A Preliminary Report on the Excavation of the Fangjiagou Paleolithic Site, Dengfeng, Henan
    LIN Yi, GU Wanfa, WANG Songzhi, HE Jianing, LIU Tuo, CHEN Youcheng, ZHAO Chao, WANG Youping
    2017, 36(01):  17-25. 
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    Fangjiagou Paleolithic site is located in Fangjiagou Village, Dengfeng City, Henan Province and belongs to the eastern area of Songshan Mountain. The site was excavated from 2014~2015 by the School of Archaeology and Museology in Peking University and the Institute of Cultural Relics and Archaeology of Zhengzhou City. Abundant stone artifacts, fossils and cultural remains were unearthed. The lithic assemblage consists ofmanuports, cores, flakes, chunks, chips, hammer stones, anvil stones, and retouched tools. Raw materials included vein quartz, quartz sandstone and quartzite. Primary reduction was hard hammer percussion, followed by bipolar technique. Tools were mainly small and modified by flakes. In general, the stone industry can be classified to small flake tools tradition of North China. The artifacts and fossils are mainly buried in a feature we called G1 but few from other stratigraphic units. The plane and profile shapes of this feature like a ditch or a groove. Its northern margin was destroyed; the remants had 7.60m in length, 0.45~1.60m in width and 1.10m in depth. Because the space distribution of artifacts consistent with groove concaves degree, the bottom may represent a living floor in shallow depressions. In addition to great different artifact density inside and outside the groove,there are four concentrations of artifacts can be identified in the center of G1,this uneven distribution pattern suggests heterogeneous space utilization methods. G1 was superposed by Layer 6, according to OSL dating, it should be occupied about 50ka BP. The site show great significance in further studying human activities and behaviors during MIS3 stage.
    A preliminary report on the excavation of the Xiaogou Paleolithic site in Yunxian, Hubei province
    ZHAO Hailong, XU Ting, WANG Li, SU Zuowei
    2017, 36(01):  27-37. 
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    The Xiaogou Paleolithic site, buried in the second terrace of the left bank of the Hanshui River, is located in the Xiaogou village, Anyang twon, Yunxian County, Hubei Province. The site was excavated from October 22 to December 20, 2010, by the Jilin Provincial Institute of Cultural Relics and Archaeology. The excavation exposed an area of about 1500 m2, including two district(A and B) . A total of 413 stone artifacts were unearthed and most of them are from the exploration party T0101 of the B district. The stone assemblage includes cores, flakes, retouched tools, chunks, fragments and debris. Quartzite is the predominant raw material used for making stone artifacts. The principal flaking technique is direct hammer percussion without core preparation. There is a high percentage of flakes, chunks and fragments. Most stone artifacts are small in size. Most blanks for tool fabrication are flakes and retouched tools includes scrapers and drills. The stone assemblage shows close relationships with the Flake Tool Industry of North China. Out of a total of 376 stone artifacts, 16 refitted groups were identified. These sets include 36 elements. The refitting rate is about 10%. The high refitting rate and stone assemblage indicates that the Xiaogou site is an ancient lithic manufacturing workshop And its geochronology should be close to the Upper Pleistocene.
    The Application of Three-dimensional Reconstruction Technology in Llithic Analysis
    ZHOU Zhenyu, GUAN Ying
    2017, 36(01):  38-48. 
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    Three-dimensional reconstruction technology has been widely applied in various fields of archaeological excavation and research. Through the three-dimensional reconstruction of stone artifacts, more accurate and objective data can be obtained, inspiring many new researchmethods and perspectives. Among these applications, Multi-view 3D Reconstruction (MVR) technology does not require professional equipment and techniques. Instead, all data collection can be accomplished with a digital camera and a computer. MVR technology has the benefits of easy operation, lower cost, and high precision. We can obtain precise values for cortex area, flake scars, specimen volume, knapping orientation, angle of points, and so on, through the three-dimensional model generated by Agisoft Photoscan software. Data such as the dense cloud file, model file, digital elevation model (DEM), or orthophoto can also be imported into other software to expand the research. Considering the advantages of this technology, we could adopt it as a commonly used tool for both archaeological excavation and research.
    Brief History of Iran Paleolithic Archeology and Discovery of Lower Paleolithic Culture
    LIU Tuo
    2017, 36(01):  49-61. 
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    Iran is a big central Asia country between East and West, which acts as an important geographic point for researching the difference of paleolithic industry between East Asia and the west. But because of the political and historical reasons, the archaeological materials of Iran’s paleolithic age are so few and few Chinese people know about it. We first survey the physical and political geography of Iran, then introduce the brief history of Iran’s one- hundredyear paleolithic investigation, research and excavation, finally organize the current situations of discovery and research of lower paleolithic culture in Iran. We think that the degree of exploration in Iran is low, so we cannot rush to conclusions. From existing evidences, we can see there is a little Acheulian culture in west Iran, non in the east. Last we analyze the transmission of Acheulian culture, look forward to the prospect of Iran paleolithic archaeology.
    Equine Mortality Profile Analysis of Xujiayao Site, China
    LI Jingshu, ZHANG Shuangquan, GAO Xing, Henry T. Bunn
    2017, 36(01):  62-73. 
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    Xujiayao site is an early Late Pleistocene site in the Nihewan Basin, China. The Xujiayao faunal assemblage is dominated by Equus przewalskii and Equus hemionus. Evidence from previous analyses of bone surface modifications has only confirmed a behavioral correlation between equids and humans, which is insufficient and ambiguous for determining how people at Xujiayao site acquired these equids. Besides active human hunting, there are two methods of scavenging that can lead to the same analytic results: first-access scavenging from non-predator related accidents, and early access aggressive scavenging from carnivore kills. This research applies mortality profile analysis to compare Xujiayao's data with that drawn from different contexts, including natural live populations, natural deaths, carnivore kills, anthropogenic sites and modern hunters. The results indicate that archaic Homo sapiens at Xujiayao might have used both active hunting and scavenging to acquire equids in the early period of the site, but they mainly used active hunting in the later period, with a tendency to select the prime adults as their active hunting prey.
    Morphological Variation of the Mastoid Region in Modern Chinese Skull
    HE Letian, LIU Wu
    2017, 36(01):  74-86. 
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    Because of the complex external surface morphology and internal structure, the temporal bone is an important source of information on palaeoanthropological research. However, the definition of some of the characteristics of the temporal bone, population distribution and the value of evolution has been controversial. One reason for these challenges is the lack of research and data about variation and morphology of modern crania. Therefore, this paper focuses on a complex region - the posterior mastoid region. Through observation and our analysis, we noted the following results. Except for the development level of the juxtamastoid process affected by sex, the occurrence rate and development of the mastoid notch, occipitomastoid crest and occipital groove are not affected by region or sex. The characteristic features of modern Chinese people are a narrow and deep mastoid notch, prominent juxtamastoid process, weak occipital groove and occipitomastoid crest. The mastoid notch, anterior part of the digastric groove (obliterated), juxtamastoid process, occipital groove and the occipitomastoid crest show internal variability and change over time. Some morphological traits of the mastoid region that are considered to belong to Neandertals have appeared on contemporary and fossil men in China. In this paper, the morphology of the posterior of mastoid region of Chinese Homo sapiens (late Pleistocene) is close to that of modern Chinese people.
    Bioarchaeological Research of Diseases in Human Vertebrae from Xinglonggou Site, Chifeng City, Inner Mongolia
    HOU Kan, WANG Minghui, ZHU Hong
    2017, 36(01):  87-100. 
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    In this research, the degenerative joint disease(DJD) of vertebral bodies and ossification of ligamentum flavum(OLF) in samples from location 1 of Xinglonggou site in Chifeng city were studied by methods of bioarchaeology. A standard for recording the severity of vertebral osteophytosis and OLF was set, and statistical methods were used to study the prevalence and severity of these diseases. The contrast analysis of both sexes revealed significant difference, primarily presented by the higher prevalence of DJD in males’ cervical vertebrae and that in females’ lumbar vertebrae. The comparative study of OLF showed that the prevalence in males’ thoracic vertebrae was higher than that in females’. The comparison between Xinglonggou and comparative groups revealed that the prevalence of DJD in Xinglonggou’s lumbar vertebrae and cervical vertebrae was relatively high, and it also confirmed the significant difference in morbidity between both sexes. The comparison of OLF presented the significant difference in prevalence between Xinglonggou and other groups. The morbidity of Xinglonggou population should not be associated with their subsistent pattern categorically. The prevalence and severity of these diseases could only reflect the load carried by vertebrae in the spine, and the different load indicated the difference in activity patterns. Researches in some other ways are recommended to acquire information about their activity pattern in detail, and the importance of establishing a uniform standard for paleopathological research ought to be considered seriously.
    Body Composition Analysis of the Lingao People in Hainan Province
    YU Keli, ZHENG Lianbin, LI Yonglan, BAO Jinping, REN Jiayi
    2017, 36(01):  101-109. 
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    By measuring their body heights, weights and body composition index of 415 Lingao people(male 211, female 204) in Hainan Province in November 2014, we find that the Lingao males are greater than the females in weights, heights, total body muscle mass(TBMM), limbs muscle mass(LMM), trunk muscle mass(TMM), estimated bone mass(EBM), total energy metabolism(TEM), percent body water(PBW) and visceral fat level(VFL), whereas the Lingao males are less than the females in percent body fat(PBF), percent trunk fat (PTF) and percent limbs fat(PLF). Along with the age growth, the Lingao males’ PBF, VFL and PTF increase linearly, whereas their heights, TBMM, bone mass, TEM and TMM decrease linearly. The gradual accumulation of fat in the male torso which causes PBF, VFL, PTF had a significant positive linear correlation with their age. With the increase of age, Lingao females’ PBF, TMM, BMI, VFL, most parts of the body fat percentage, LMM have linear growths(P<0.05 or P<0.01). The increase of the female percent torso and limbs fat results in an increase of their PBF, and the increase of LMM cause the enlargement of their TMM. The Lingao males are not developmental in body fat and are less than the adjacent Han in PBF. Both the Lingao people and Li ethnicity are very similar in body fat development. The Lingao people’s muscle are more developmental.
    Stable Isotope Analysis on the Animal and Human Bones of the Early Xianbei
    ZHANG Guowen, SUN Zudong, CHEN Fengshan, MICHAEL P Richards
    2017, 36(01):  110-118. 
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    To reveal the paleodiet and subsistence strategies of the Early Xianbei, this paper carried a stable isotope analysis on the human and animal bone from the Zhalainuoer, Tuanjie and Dongwuzhuer sites. The results show that human have a mixed diet of C3 and C4. We infer that these C4 foods probably were provided by the minor millet agriculture in Hulunbeier grassland. High δ15N values of the humans show that the Early Xianbei people have a heavy reliance on the animal proteins, indicating that human probably mainly relied on the pastoralism and hunting. Stable isotope C, N and S analysis of human and animal bones show that their diet mainly come from local terrestrial system except for one horse individual (DW M3 ① ), which likely come from other areas and indicate of a outlier.
    Characteristics and Development of Agriculture During Xia and Shang Dynasties Based on Carbonized Plant Analysis at the Dongzhao Site, Central China
    YANG Yuzhang, YUAN Zengjian, ZHANG Jiaqiang, CHENG Zhijie, XUAN Huali, FANG Fang, ZHANG Juzhong, GU Wanfa
    2017, 36(01):  119-130. 
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    The Dongzhao Site, located in Zhengzhou City, Henan Province contains different cultural remains dated from late Longshan to Zhou Dynasty. In this site, three city wall ruins of different sizes were recovered belonging to the periods of Xinzhai, Erlitou and Dongzhou respectively. For its crucial geographic location and time range, the Dongzhao Site plays an important role in studies of the development of civilization and state origins in central China between 2500-1500BC. In this paper, abundant carbonized plant remains belonging to Xinzhai, Erlitou and Erligang periods were analyzed which included charred wood pieces, nut shells and plant seeds. The statistical results show that crop seeds dominated these carbonized plant remains, which included foxtail millet (Setaria italica), broomcorn millet (Panicum miliaceum), rice (Oryza sativa), wheat (Triticum aestivum) and soybean (Glycine). In addition, Foxtail, Tares, Crabgrasses and some other weed seeds were also recovered in the Dongzhao Site. The research results indicate that dry farming of foxtail millet and broomcorn millet is the dominant agricultural pattern in the Dongzhao Site during the entire period from the late Longshan to the East Zhou Dynasty. It is worth noting that past populations in Dongzhao began to cultivate rice, wheat and soybean from the Erlitou period, indicating the formation of a new agricultural pattern with many different crops. Furthermore, analysis of the proportional presence of all crops and related weed seeds also shows that continuous progress was made in agricultural development and field management techniques in the Dongzhao Site. All of these findings have great significance for understanding the development of Chinese civilization and state origin between 2500BC to 1500 BC in central China.
    Collaboration and Integration among Paleoanthropology, Archaeology and Genetics
    Gao Xing
    2017, 36(01):  131-140. 
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    Modern human origins and evolution is a hot research topic about in full swing with no signs of slowing down. It has attracted researchers from several fields, especially genetics, paleoanthropology, and archaeology. As a result, several hypotheses have been proposed, including Multi-regional Evolution, Continuity with Hybridization, Out-of-Africa, Partial Replacement or Assimilation, etc. Some hypotheses are in fierce debate, describing totally different scenarios for modern human origins and dispersal. The main reason for such a development might be that such research is still in its premature stage, like blind men feeling an elephant and drawing conclusions on the basis of partial understanding of the whole body, no comprehensive and widely accepted ultimate result has been produced. We hould also realize that there are some problems or obstacles hindering current research, reventing researchers from reaching consensus, such as the lack of communication, understanding and collaboration among relevant research fields, especially those three major disciplines. Due to the differences in research materials, evidence, methods and focus, each field has its unique strengths that cannot be replaced by other fields and certain weakness that cannot be easily overcome by itself, and not a single discipline can work on its own to solve all problems, especially on key academic issue such as modern human origins. Therefore, strengthening communication and interaction between traditional paleoanthropological fields and the burgeoning molecular biological fields, understanding each field’s speciality and demands, carrying out multi-disciplinary and integrative research, should be the right direction and strategy in the research on human origins and evolution in the future.