Goren-Inbar Naama, Sharon Gonen, Alperson-Afil Nira, Herzlinger Gadi
Institute of Archaeology, The Hebrew University of Jerusalem, Mt Scopus, Jerusalem 91905, Israel
Prehistory Laboratory, Multidisciplinary Studies, East Campus, Tel Hai College, Upper Galilee 12208, Israel.
Philos Trans R Soc Lond B Biol Sci. 2015 Nov 19;370(1682). doi: 10.1098/rstb.2014.0353.
We report here on the identification and characterization of thin basalt anvils, a newly discovered component of the Acheulian lithic inventory of Gesher Benot Ya'aqov (GBY). These tools are an addition to the array of percussive tools (percussors, pitted stones and anvils) made of basalt, flint and limestone. The thin anvils were selected from particularly compact, horizontally fissured zones of basalt flows. This type of fissuring produces a natural geometry of thick and thin slabs. Hominins at GBY had multiple acquisition strategies, including the selection of thick slabs for the production of giant cores and cobbles for percussors. The selection of thin slabs was carried out according to yet another independent and targeted plan. The thinness of the anvils dictated a particular range of functions. The use of the anvils is well documented on their surfaces and edges. Two main types of damage are identified: those resulting from activities carried out on the surfaces of the anvils and those resulting from unintentional forceful blows (accidents de travaille). Percussive activities that may have been associated with the thin anvils include nut cracking and the processing of meat and bones, as well as plants.
我们在此报告对薄玄武岩砧石的识别与特征描述,这是在盖舍尔贝诺特雅各布(GBY)阿舍利石器组合中最新发现的组成部分。这些工具是由玄武岩、燧石和石灰岩制成的一系列打击工具(敲击器、凹坑石和砧石)的补充。薄砧石是从玄武岩流特别致密的水平裂隙区域挑选出来的。这种裂隙类型产生了厚板和薄板的自然几何形状。GBY的古人类有多种获取策略,包括选择厚板用于制作巨型石核,以及选择鹅卵石用于制作敲击器。薄板的选择是根据另一个独立且有针对性的计划进行的。砧石的薄度决定了其特定的功能范围。砧石表面和边缘有其使用的充分记录。识别出两种主要的损坏类型:一种是在砧石表面进行活动导致的,另一种是由意外的强力打击(工作事故)导致的。可能与薄砧石相关的打击活动包括坚果开裂、肉类和骨头的加工,以及植物的处理。