云南省弥渡县合家山出土铜器的技术研究

一、合家山地理位置及出土器物概况合家山地处云南西部弥渡县红岩乡东部,1995年,该地共出土铜器45件(报道了44件,实地考察45件),石、陶范23件以及陶质的残坩埚和风管,因这批材料未经科学发掘,无地层和出土物关系,故报道中根据器形、纹饰的情况将时代定为春秋晚期至战国中期,并推测这是一处青铜时代的冶铸遗址[1]。     

胶济铁路及其沿线煤炭产销(1920—1937)

1920年至1937年间胶济铁路沿线煤矿利用便捷的运输条件,其生产能力、对外运输量均得以提高。产运的最终目的是为了满足煤炭消费者的需求。胶济铁路沿线煤炭销售市场具体状况如下:胶济铁路沿线是淄博煤炭的最重要的销售市场;上海商埠虽然是具有外资背景的日煤、开滦煤的天下,但淄博煤凭借着自身的优势仍然在该地占有一席地位,且市场份额有逐渐提升的趋势;除此之外,淄博煤炭还远销到日本、广州等国内外区域,但由于数额少,在整个淄博煤炭销售总额中,其地位无足轻重。淄博煤炭从当地农家自产自销抑或拘隅当地的小范围流通到日益成为埠内外市场经济体系的一环,是近代山东经济逐渐融入国际化的表现。当然淄博煤炭能在青岛、上海等埠内外畅销,从更宽广的历史视野来看,最重要的原因在于近代以来我国沿海城市相继成为商埠,工业化萌动刺激了对燃料的需求。     

《达·芬奇密码》与“后福特式”生产

美国畅销小说《达·芬奇密码》在全球的热销不仅取决于小说自身“逼真性”的营造、新奇的情节,还依赖于小说“后福特式”生产的策略。在迎合了消费文化和“雅皮士”情趣的前提下,小说打了一场作品本身、电影及周边产品的“三维立体战”,依托网络、媒体、现代的传播方式极大地促进了小说文本的价值,从而使小说取得了极大的成功。     

商品链视角下K-pop偶像的生产—消费政治研究

本文引入 Sack 的道德地理相关理论,从商品链中生产与消费节点的地方—道德维度,考察 Kpop 偶像商品链中生产与消费节点间的互动机制。研究表明：①新自由主义理念构建下的地理要素促进了K-pop偶像产业的高效运转,但阻碍了 K-pop练习生的差异化与多元化发展,因此具有消极的内在地理特征。②媒介营造了 K-pop 偶像后现代性的消费场景,满足了消费者对于空间情境、寻求认同以及创造意义的需求,但其对生产地事实的掩盖使得消费空间丧失了地方真实性与复杂性,呈现单一、割裂的内在地理特征。③K-pop偶像的生产与消费景观作为积极的工具道德地理景观促进了商品链的高效运作与循环,但其生产与消费互动具有消极的内在地理特征,不利于人们对客观世界的感知。     

Stone Tool Production of the Longshan Culture at the Liangchengzhen Site in Rizhao of Shandong

The manufacture of stone tools was one of the most important craft production activities in prehistoric human society. Previously, lack of sound evidence had made it too early to confirm whether or not stone tool production during the Longshan cultural period had already transformed from a primitive self-sufficient household mode of production to a specialized mode of production. Excavation of the site of the Longshan cultural site at Liangchengzhen in Rizhao, Shandong from 1998–2001 through meticulous field methods such as sieving and floatation yielded a large number of lithic reduction tools, ranging from grinding stones, stone hammers, and polishing stones to raw materials, semi-finished products, and lithic debitage of various sizes, resulting from the lithic reduction process. This excavation suggests that the Liangchenzhen site was a settlement site where the complete process of lithic reduction was practiced. Through comparison with contemporary large-scale excavated sites of the Longshan culture, it is suggested that the Area 1 at the Liangchengzhen site was a lithic reduction locality with a relatively high degree of specialization which was used for hundreds of years. It is possible that stone tool production had already advanced to a stage of relatively high specialization during the Longshan cultural period in the Haidai region.     

Western Mediterranean sand deposits as a raw material for Roman glass production

During the Late Roman and Byzantine period, natron glass was made from its raw materials in a limited number of primary production centres in Egypt and Syro-Palestine. For the earlier Hellenistic and Roman period, no primary furnaces have been found and the location of primary production during this era remains unclear. Ancient authors such as Strabo and Pliny the Elder suggest that glassmaking sands were found near the River Belus (Israel), in Egypt, near the mouth of the Volturno River (Italy) and also in Spain and France. However, primary production in the western part of the Mediterranean is not supported by any direct archaeological evidence and possible sand raw materials from these regions have never been evaluated for their suitability to produce glass.     

清代“宣铜”名物考

"宣铜"一词在明清文献中多有记载,其涵义至少有两种以上。作者通过科学的无损检测,同时结合对清宫旧藏实物的分析,基本可以推定古籍和档案中多次出现的"宣铜"的质地应该是黄铜。"宣铜"器的样式多种多样,清朝器物可以分为炉、彝器和杂式三大类,其下又可以分成若干式。清朝"宣铜"器款识丰富,工艺风格独特。     

明北京营建烧造丛考之一——烧造地域的空间变化和烧办方式变迁

有明一代的北京营建,曾征办了巨量的砖、瓦、琉璃等烧造物料,其规模之大,历代罕匹。在明代北京营建中,其前后烧造地域的空间变化、烧办方式变迁等诸问题非常值得探讨。明代中期以来社会经济的发展及纳银代役制度的变化,导致了烧办方式的变迁,而烧办方式的变迁,则直接影响到烧办地域范围的调整。     

Identifying archaeological wood stack charcoal production sites using geophysical prospection: magnetic characteristics from a modern wood stack charcoal burn site

Charcoal making was a common process in the woodlands of Britain for many centuries. However, historic ‘wood stack’ production sites are difficult to identify. This paper tests the hypothesis that geophysical survey is an appropriate method for the discovery and identification of archaeological charcoal making sites. A traditional wood stack charcoal kiln was constructed in Low Staindale, Dalby Forest, near Pickering, North Yorkshire, to investigate the charcoaling process and the effect of low-temperature carbonisation on the magnetic properties of the soil underlying the kiln. The results from temperature monitoring (within and beneath the charcoal stack) throughout the charcoaling process, geophysical surveys across the charcoal kiln platform, and laboratory analysis of soil and ash samples, are presented. The degree to which the magnetic properties of the ground beneath the charcoal kiln had been enhanced as a consequence of this low-temperature process is discussed. Whilst some magnetic enhancement to the soil beneath the kiln platform was recorded, enhancement appears to be the result of contamination from the wood stack sealing material rather than the effect of heat transfer resulting from the charcoaling process. The results suggest that whilst historic wood stack charcoal production sites are likely to remain an enigmatic and under-reported feature in the archaeological landscape, geophysical prospection does have the potential for identification of these sites.     

Organic Geochemical Evidence for Pine Tar Production in Middle Eastern Sweden During the Roman Iron Age

Several funnel-shaped features of unknown function were discovered at excavations related to a new stretch of the highway E4 in middle Sweden during 2002–2003. These features could be sub classed into two categories: large funnel-shaped pits dated to 600–1100 AD (Vendel period – Viking Age) and small funnel-shaped pits dated to 240–540 AD (late Roman Iron Age – Migration period) respectively. Soil samples were analysed for diterpenoids derived from abietic acid (mainly retene, abietic acid, dehydroabietic acid and methyl dehydroabietate) by Gas Chromatography-Mass Spectrometry (GC-MS) in order to test the hypothesis that the features might be connected to pine tar manufacture. For comparison, samples from historically known pine tar and charcoal production features were analysed. The resinous fraction in the larger funnel-shaped features were very similar to those of the historical pine tar and charcoal production features, while the composition in the small funnel-shaped pits was dominated by retene and methyl dehydroabietate. The biomarker, methyl dehydroabietate, could be identified in several of the soil samples from the funnel-shaped pits. We suggest that both of these features have been used for pine tar production, which makes the smaller funnel-shaped features the oldest known tar production features in Europe.