Sequence and
Distribution of Paleolithic culture in India :
The Palaeolithic
sites of India have been divided into primary, semi-primary and secondary
categories, depending on their relationship with the place where the tools were
first manufactured: original position, slightly removed from the original
position through colluvial forces, and indeterminably removed from the original
positions through alluvial agencies. The tools which occupy a vast space of the
Indian literature on Paleolithic archaeology belong unhesitatingly to the last
group.
Robert Bruce Foote,
a British geologist discovered and identified the first Palaeolithic tool in
the Indian Subcontinent in 1863, at the village of Pallavaram, near Madras (now
Chennai), and laid the foundations of the Prehistory in India. Since then,
prehistoric archaeologists have located hundreds of prehistoric sites in
different parts of India and are attempting to understand the lifeways of
prehistoric people. The Palaeolithic sites are found throughout the Indian
subcontinent in a variety of ecological contexts, including mountain regions,
hill slopes, alluvial settings, coastal plains, and in rock shelters. The cave
sites are undoubtedly primary, but there are only three excavated cave sites:
the upper Paleolithic Sanghao and Kurnool and the Acheulian rock-shelter III.F-23
at Bhimbetka(near Bhopal) and Adamgarh in Madhya Pradesh and Belan valley (the
region from Allahabad to Varanasi) in Uttar Pradesh. . Sites buried in the
alluvium or other deposits, such as those found in west Rajasthan, at Hunsgi in
Karnataka, Paisra in Bihar. As far as the upper Paleolithic is concerned, there
is more evidence from Baghor I in Sidhi, Madhya Pradesh, and the Kurnool caves
of Andhra Pradesh. Some important sites of this age are the Kashmir valley and
the Sohan valley in Rawalpindi (in Maharashtra).
The
archaeological record clearly indicates that Acheulian was the earliest stage
of hominine occupation of the subcontinent. The Acheulian site of Isampur has
been dated to 1.2 million years by ESR (Electron Spin Resonance) dating method.

No comments:
Post a Comment