人类学学报 ›› 2011, Vol. 30 ›› Issue (01): 22-31.

• 人类学学报 • 上一篇    下一篇

细石叶剥制实验研究

赵海龙   

  • 出版日期:2011-03-15 发布日期:2011-03-15

An experimental study of flaking microblade

ZHAO Hai-long   

  • Online:2011-03-15 Published:2011-03-15

摘要: 本文对石叶和细石叶实验研究简史做了介绍,随后以东北亚的长白山及周边地区和科尔沁沙地区的细石叶遗存为切入点, 尝试应用多种方法进行剥制细石叶产品的实验研究。实验结果证明, 间接法、压制法和直接法均能打制细石叶, 因方法不同而导致其形态也有所差别, 依照细石叶台面端的特征差异, 将其分为A、B、C三型。经反复的实验验证, 使用直接法才能获得C型细石叶, A型为间接法和压制法产生, 而三种方法都能产生B型细石叶。同时, 在上述考古遗存中我们发现了三种类型细石叶制品的存在, 由此结合实验结果推断, 直接法剥制细石叶方法存在于旧石器时代晚期及以后。本文细石叶的分类标准也将对细石叶遗存研究具有一定的指导意义。

关键词: 打制实验; 细石叶类型; 直接法

Abstract: This paper describes a brief history of experimental microblade flaking studies and provides some experimental work in flaking microblades by the author. Microblade manufacturing techniques are an important development in the late Paleolithic. Around the Sea of Japan in northeastern Asia, there is a wide range of raw materials used for obsidian microcores and microblades. By observing and analyzing microblades from the Changbai Mountains in the late Paleolithic and from the Kerchin Sand region in the early Neolithic in Jilin Province, the author notes different platform types, and recognizes three distinct methods of manufacture: indirect percussion, the pressed method, and direct percussion.
The author differentiates three types of microblades (named Type A,B and C) according to characteristics of the platform. Type A has a small smooth platform without any broken scars on the back edge; Type B has a small smooth platform with some broken scars on the back edge; and Type C has a bladed platform with some broken scars on the back edge. Type A microblades could be produced by the indirect and pressed methods, Type C could only be made with the direct percussion method, and Type B could be produced with any of the three methods. This comparative study showed that all three microblade types were recognized from both the Paleolithic and Neolithic sites.
Therefore,the differentiation of these three types of microblades can contribute to further research on northeast Asian microblade industries.

Key words: Experiment; Microblade type