唐陵大遗址考古的思路与方法——2007～2008年度中国田野考古一等奖获奖项目介绍

<正>陕西唐陵大遗址保护项目的考古工作荣获2007～2008年度全国田野考古一等奖。这是国家文物局和考古学界对我们工作成绩的肯定与鼓励,也是我院田野考古工作者开拓创新、辛勤工作的结果。以下将唐陵考古工作中的思路、方法、措施以及得失作以介绍,以期得到考古界同仁的指教。     

2009年陕西省考古研究院考古调查发掘新收获

本文精选了陕西省考古研究院2009年考古工作的主要收获,其中有周公庙、秦雍城、秦始皇陵和汉唐帝陵等大遗址项目,也有获选全国十大考古发现的杨官寨、梁带村遗址,以及靖边渠树壕汉代、韩城宋代壁画墓,还有引起极大关注的蓝田吕氏家族墓地等。文中在对各项考古工作介绍之余还配以精美的图片,以期迅速的报道田野考古新成果,为进一步研究提供线索。     

烷烃的检测与分析及其在考古学中的应用

Geochemical study shows that the degradation processes of lipid materials like alkanes are distinctive between different biological species, Thus, such processes can be used as molecular markers for identification of paleo - environment and, as a result, raises archaeological concerns. This paper describes some technological principles and methods of detecting normal alkanes, and the latest situation of its application in Chinese and foreign archaeology.     

大遗址保护与考古遗址公园建设

建设考古遗址公园,是新时期大遗址保护新模式,是建设和谐社会和中华民族共同精神家园的重要举措。建设考古遗址公园的根本目的是保护遗址、服务考古。考古遗址公园建设必须科学规划,严肃论证,循序渐进,稳妥扎实。考古学家应积极支持考古遗址公园建设。文物管理部门应对考古遗址公园建设热情支持,善加引导,健全规章,严格管理。     

考古样品烷烃分析方法探讨

本文以浙江小黄山和安徽禹会遗址的剖面各地层土壤为材料,对有机地球化学中常用的两种洗脱用的层析柱在烷烃分析中的效率进行了比较,GC-MS的检测结果显示碱式滴定管的效率更高。并对实验结果所揭示的古植被意义做了解读,同时探讨了烷烃分析技术用于环境考古研究时的问题及相应解决办法。     

Remote sensing techniques for reconstructing a vast Neolithic settlement in Southern Italy

The combined application of remote sensing techniques is often the most effective way for deepening the knowledge on very large archaeological sites (several hectares). In particular, geophysics and aerial photography could yield very detailed information on buried structures not only outlining their location but also, in many cases, defining their planimetry. Moreover, the accurate geocoding of different data sets and the use of GIS for their integration allow to extract the most comprehensive information from a combined study.     

Effects of site lithology on geochemical signatures of human occupation in archaeological house plans in the Netherlands

This study presents the application of multi-element soil analyses (X-ray fluorescence spectroscopy and inductively coupled plasma optical emission spectroscopy of 1 M HCl extracts) to grid samples from 3 archaeological house plans embedded in sandy clays, clays and sands to assess effects of site lithology on geochemical signatures of human occupation.     

Wine and olive oil permeation in pitched and non-pitched ceramics: relation with results from archaeological amphorae from Sagalassos,Turkey

Pitch compounds are frequently identified inside archaeological ceramic vessels. As their presence might affect the permeation of oil or wine into the ceramic fabric, experiments were conducted in which the diffusion of lipids or polyphenols into pitched and non-pitched modern vessels was followed by chemical analysis. Results show that the polyphenols of wine can intrude into the ceramics even through a pitch layer. Consequently, the absence of polyphenols in archaeological sherds is not due to their inability to reach the ceramic matrix under the pitch layer. By contrast, a pitch layer is quite effective to avoid oil intrusion into the ceramic matrix. Thus, it seems logical that oil amphorae would have been coated with pitch at the inside prior to use. Experiments in which the pitched ceramic was simultaneously exposed to oil and wine, show that the wine makes the pitch more permeable for the lipid compounds. These experimental data are confronted with residue analysis results obtained on amphorae fragments excavated in Sagalassos, Turkey. Pitch and oil were frequently found together. Based on a polyphenol test, indications for wine storage could only be obtained for two vessels. Against this background, the possible uses of the Sagalassos amphorae are discussed, and the traditional association of pine pitch with wine storage in archaeological amphorae is critically assessed.     

Currents and trends in the archaeological sciences

Here I use ISI Web of Knowledge to build on a recent paper by Butzer (2009) and track current trends in the archaeological sciences. I researched eight thematic keywords replete in the title, abstract, keywords and main body of archaeological science literature for the period 1970–2008. For all keywords investigated a steady rise in archaeological science research is evidenced after 1980, with pronounced growth occurring after 2000. I attribute this pattern to the standardisation of research production and academic evaluation, in addition to the democratisation of new information technologies, notably the Internet. The evolution of 10 leading archaeological science journals was also tracked. Since the 1970s, the bibliometric data show that nine of the ten journals have successfully expanded on an annual basis. I found that the biggest growers (the Journal of Archaeological Science [JAS], the Journal of Human Evolution and the Journal of Anthropological Archaeology) are all published by Elsevier. In 2008, the JAS was ranked first for five of the eight thematic keywords by ISI, underlining the popularity and interdisciplinary scope of the journal. According to the 2008 Journal Citation Reports, the JAS ranks second for total citations (4219) in archaeological science and third for its overall impact factor (1.779).