河南贾湖遗址考古地层分析

贾湖遗址是属于裴李岗文化的一个重要遗址,是目前所见的中原地区年代最早的新石器时代遗址。本文主要通过贾湖遗址T107B和T43两个剖面样品的粒度分析和地球化学元素分析来推测当时的环境;并以该遗址为例,尝试利用地球化学多元统计分析进行考古探方之间层位关系对比的可行性。分析表明贾湖地区新石器时代考古地层主要代表了一种洪积,及局部的洼地沼泽相沉积(即顶积层),且新石器时代早期气候较为湿热,晚期则向干旱方向转化。     

Assessing the macrofracture method for identifying Stone Age hunting weaponry

Macrofracture analysis is an experimentally derived method used as an initial step in investigating the hunting function of stone artefacts. Diagnostic impact fractures, which can only develop as a result of longitudinal impact, underpin this method. Macrofracture analysis recently gained favour in Middle Stone Age studies, supporting hypotheses for effective hunting during the late Pleistocene in southern Africa. However, the factors affecting diagnostic impact fracture formation and the interpretation of these fracture frequencies are not yet fully understood. This paper outlines a set of experiments designed to test macrofracture formation under human and cattle trampling and knapping conditions. The results show that: (a) macrofractures occur frequently when stone artefacts are trampled by cattle and humans and in knapping debris; (b) diagnostic impact fractures occur on some of the trampled flakes and knapping debris (≤3%), but significantly less often than in previous hunting experiments; (c) when they do occur, they are likely produced by longitudinal forces similar to those experienced during hunting; (d) considering artefact morphology is important during macrofracture analysis; and (e) macrofracture analysis is not a standalone method, but is most useful as part of a multi-analytical approach to functional analysis. These experiments help to establish a significant baseline diagnostic impact fracture frequency for the interpretation of archaeological macrofracture frequencies.     

平粮台龙山文化遗存分析

平粮台城址是新石器时代中晚期域址中非常典型的一个代表,本文借鉴西方环境考古与聚落考古学的理论和方法,着重从聚落形态的角度出发,用考古材料研究社会关系,具体在各种物质遗存中从政治权利、阶层分化、生产生活、组织规划、民风民俗、神灵信仰等方面抽取提炼出非物质的信息,重建其社会组织结构,复原地区聚落模式和社会复杂化进程,以取得...     

Identifying domestic functional areas. Chemical analysis of floor sediments at the Classical-Hellenistic settlement at Düzen Tepe (SW Turkey)

For over a decade, multi-element chemical analysis of floor sediments in archaeological contexts has been a tool to identify and interpret anthropogenic chemical residues and activities. For the current study, a multi-element chemical analysis was applied to floor samples from a Classical-Hellenistic courtyard building at Düzen Tepe (SW Turkey). Among a series of 19 elements analyzed, K, Mg, Fe, P and Sr are thought to directly reflect anthropogenic chemical residues. The elements Cr, Mg, Ni, Pb and Ti are considered to reflect the geological background of the site, yet their contents seem to vary over different chemical residue zones, making them a suitable tool for delineating activity areas. Overall, the sampling and analysis techniques applied at Düzen Tepe – mild acid sample extraction and ICP-OES analysis – have proven to be fit for this kind of study. The analyses allow human activity zones within the study area to be identified and interpreted and deliver insights into the archaeological contexts that could not be obtained by archaeological research alone.     

How Mineralogy and Geochemistry Can Improve the Significance of Pb Isotopes in Metal Provenance Studies

Lead isotopes combined with trace element data represent a powerful tool for non‐ferrous metal provenance studies. Nevertheless, unconsidered geological factors and archaeological data, as well as ignored analytical procedures, may substantially modify the interpretation of the isotopic and trace element signature obtained as a potential ore candidate. Three archaeological examples, accompanied by high‐resolution lead isotopic measurements (MC–ICP–MS), are presented here to discuss the above‐mentioned criticisms and to propose some solutions. The first example deals with prehistoric/historical gold/silver‐mining activity from Romania (the Baia Bor?a and Ro?ia Montan? ore deposits). The second one regards the lead/silver metallurgical activity from the Mont‐Lozère massif (France) during medieval times. The third example focuses on the comparison between two batches of lead isotope data gathered on Roman lead ingots from Saintes‐Maries‐de‐la‐Mer, using different SRM 981 Pb values.     

Nabataean or not? The ancient necropolis of Dumat. First stage: a reassessment of al‐Dayel's excavations

Two reports on excavations carried out in 1985–1986 by archaeologist Khaled Abdulaziz al‐Dayel and published in the journal Atlal (1988, 1986) have revealed the existence of ‘Hellenistic tombs’ in the Dūmat al‐Jandal oasis (ancient Adummatu/Dumat/Dumata) in northern Saudi Arabia. Although attributed more precisely to the Nabataeans by Khalil al‐Muaikel (1994), these tombs nevertheless appear not to have interested specialists of this historical period in the least. Moreover, a re‐examination of the architectural data and of the grave‐goods indicates the difficulty of establishing a link between the unearthed remains and a purely ‘Nabataean’ cultural sphere (i.e. of the Petra type). This study therefore attempts to reassess published archaeological data, formulate questions on the Nabataean presence in the oasis, and also to demonstrate the relations connecting Dumat to the great Levantine and Mesopotamian cultural spheres between the first century BC and the second century AD.     

考古教学中的中华文明传承与表达

考古学资料表现出明显的直观性和碎片化特征,如何将它们与宏大的历史背景联系起来,并作出合理的历史解释,是每一个考古工作者都面临的任务。不论是在野外发掘还是室内研究、教学中,利用考古资料对中华文明的传承进行科学阐释,是一个不可回避的问题。本文以隋唐考古为中心,从“系统性地看待问题”等七个方面对如何在考古学教学研究中对中华文明的传承与表达进行了初步探讨。     

The Historical Tradition and Mission of Chinese Archaeology

Chinese President Xi Jinping, gave an important speech describing the great achievements and significance of Chinese archaeology, pointing out the way forward for the development of Chinese archaeology in the new era. By reviewing the century-long history of Chinese archaeology, its historical tradition and the mission of the times are distinctive. Since 1949, under the guidance of archaeological culture theory and regional systems and cultural types theory, Chinese archaeology has made a series of significant achievements and taken up the mission of the times in inheriting historical traditions and exploring major issues including the origins of Chinese civilization. The current development of Chinese archaeology should further the historical tradition of Chinese archaeology under the guidance of the spirit of Xi Jinping’s speech. From a longitudinal perspective, Chinese archaeology should strengthen the research on the origin of Chinese civilization and its characteristics, development trajectory, major landmark achievements, and the way of civilization inheritance after its formation, especially to strengthen the exploration of how the“5,000-year continuous unity” was formed after the unification of the Qin and Han dynasties. From a horizontal perspective, with the Belt and Road Initiative as the main thread, we should continue to strengthen archaeological research on cultural exchanges between China and foreign countries, advocate mutual appreciation of civilizations, tell the Chinese story well, and contribute Chinese historical wisdom and experience to the world. On the whole, we should strengthen the theoretical construction and ability training of archaeology, strive to build Chinese archaeology with salient Chinese features, style, and ethos, and realize the historical mission of the new era of the Centennial“Chinese Dream.”     

Swept under the rug: the problem of unacknowledged ambiguity in lithic residue identification

Microscopic analysis of organic residues on stone tools is used to interpret prehistoric stone tool functions. The morphology of some residues can be difficult to interpret, yet this ambiguity is rarely acknowledged in the literature. Our research seeks to understand the nature of this ambiguity by objectively identifying ambiguous residues in our reference collection. We trained four archaeologists in residue analysis using one part of our reference collection, then tested their ability to identify sixty-eight residues in another part of the same collection. Forty-eight of the residues in the test (70%) were correctly identified by three or all four subjects. We considered the remaining twenty residues, which were correctly identified by two or fewer of the subjects, to be ambiguous. These are most often in the hide-scraping, bone-scraping, and hardwood-scraping (macerated) categories, and tend to have an atypical morphology which falls in the range of variability of another residue category. Some of these residues also have optical properties which make them more difficult to image than others. We explore the potential for scanning electron microscopy (SEM) to improve residue identification in a second test. This test shows a modest improvement in identification success rates of ambiguous residues when SEM images are included. We conclude that while images from different types of microscopes can improve reliability of identification, some residues will always be ambiguous. Rather than being ignored, these ambiguities should be brought to light, closely examined, and published as such.     

A sequence of inland desert settlement in the Oman peninsula: 2008–2009 excavations at Saruq al‐Hadid,Dubai, UAE

The 2008–2009 excavations conducted by the Dubai Desert Survey at Saruq al‐Hadid, Dubai, have transformed our interpretation of the site from an Iron Age bronze production centre to a site with multiple occupations over the course of more than three millennia; they underline the importance of this site for understanding land use and settlement patterns in the deserts of the Oman peninsula. Saruq al‐Hadid probably began as an oasis site where nomadic pastoralists during the Umm an‐Nar and Wadi Suq periods camped and took advantage of a relatively well‐watered landscape. In contrast, Iron Age remains at the site do not bear any definite signs of settlement per se; instead, the material culture suggests that Saruq al‐Hadid may have been one of several sites in south‐east Arabia that were dedicated to a snake cult. The site is capped by waste from an intensive metalworking operation that appears to have taken place during the later first millennium BC. Iron age and later remains from the site tie Saruq al‐Hadid to a regional network of settlement and trade centres and suggest that, like the mountain piedmont and coasts, the sandy desert expanses of the Oman peninsula held economic and ritual importance in the overall landscape.