人类学学报 ›› 2018, Vol. 37 ›› Issue (01): 53-69.

• 人类学学报 • 上一篇    下一篇

青南高原登额曲流域的细石叶工艺

韩芳;蔡林海;杜玮;何元洪;李佩;马春燕;吕红亮   

  • 出版日期:2018-03-15 发布日期:2018-03-15

A study on the microblade technology from the Deng’equ valley in South Qinghai Plateau

HAN Fang, CAI Linhai, DU Wei, HE Yuanhong, LI Pei, MA Chunyan, LU Hongliang   

  • Online:2018-03-15 Published:2018-03-15

摘要: 本文以2012年青海省玉树州治多县登额曲下游河段调查所得的细石核为研究对象,尝试分析该流域的细石叶工艺。研究表明,石制品原料为通天河两岸的河滩砾石,主要为硅质岩。流域内楔形细石核为主要类型,细石核原型以石片为主,台面更新频繁,可见局部更新和全部更新两种方式,局部更新表现为沿台面周缘向内打下浅平、细小的片疤,全部更新表现为将原台面全部修掉。细石核楔状缘预制包括两面加工和单面加工两种方式。作业面更新可见局部更新、全部更新和作业面转移三种方式。局部更新表现为修掉原有作业面的一部分,全部更新即将原有作业面全部修掉,作业面转移表现为转向细石核后缘继续剥取细石叶。细石叶工艺对比研究显示,该区域细石叶工艺与"阳原技术"和"拉乙亥技术"在细石核原型选择、毛坯制作、台面更新以及细石叶剥取等方面表现出较高的相似性。

关键词: 青南高原;登额曲;细石叶;楔形细石核

Abstract: During July to August 2012, a team from Sichuan University, Qinghai Provincial Institute of Cultural Relics and Archeology, and Chengdu Institute of Archeology made an archaeological investigation along the upper Tongtian River valley, and found 14 sites with microblade products. This paper is to study the microblade cores collected in the archaeological investigation and to discuss its lithic technology among Deng’equ valley in Zhiduo county. The raw materials used in these sites include at least eight broad classes including siliceous rocks, dolomite, hornfels, schist, limestone, microcrystalline limestone, quartz rough rock, tuff lava. Five types of cryptocrystalline silicates accounted for the majority. The main source of raw material are from river banks of Tongtian River. Most of the microblade cores may be classified as wedge-shaped. The majority of performs are flakes, frequently with some forms of platform and flute rejuvenation. The method of retouching microblade cores includes bifacial and unificial retouch. The microblade core technique used in this area is consistent with the Yangyuan and Layihai techniques, with regard to perform preparation, platform production, rejuvenation and microblade detachment.

Key words: South Qinghai Plateau; Deng’equ; Microblade; Wedge-shaped microblade core