The Novopetrovka blade culture on the Middle Amur

AP Derevianko, R Powers�- Arctic Anthropology, 1969 - JSTOR
AP Derevianko, R Powers
Arctic Anthropology, 1969JSTOR
The settlements of the Novopetrovka culture of lamellar blades, first discovered by the Far
Eastern Archaeological Expedition under the direction of AP Okladnikov in 1961 on the
Amur near the vil-lage of Konstantinovka, occupy a special place among the Neolithic
cultures of the Far East. At the present time, sites of this culture are known on the Amur
(Konstantinovka, Novopetrovka, Sergeevka), as well as along the Zeia River (the Arga site).
One of the most striking sites of this time was discovered and investigated by the expedi-tion�…
The settlements of the Novopetrovka culture of lamellar blades, first discovered by the Far Eastern Archaeological Expedition under the direction of AP Okladnikov in 1961 on the Amur near the vil-lage of Konstantinovka, occupy a special place among the Neolithic cultures of the Far East. At the present time, sites of this culture are known on the Amur (Konstantinovka, Novopetrovka, Sergeevka), as well as along the Zeia River (the Arga site). One of the most striking sites of this time was discovered and investigated by the expedi-tion in 1962 at Novopetrovka. Here, a dwelling was excavated which appar-ently, at the same time, was a workshop where the preliminary working and manufacture of stone tools was conducted. While cleaning the floor in the dwelling, dozens of prismatic cores and lamellar blades were found around three working stone anvils. In 1963, work in the area of Novopetrovka was continued by a section of the Far Eastern Expedition personnel of which included students of the Blago-veshchensk Pedogogical Institute under the direc-tion of AP Okladnikov. 1
Two to 2.5 km from the 1962 excavation, on a high picturesque promontory which slopes downward steeply to the Dunaika River valley, flakes and lamellar blades of a yellowish white to white gran-ular rocks-volcanic tuff-were again discovered. Among the surface finds, there are about two dozen small and large flakes obtained as a result of the preliminary working of core blanks, about a dozen
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