Late Pleistocene submarine terraces in the Eastern Mediterranean, central Lebanon, byblos: Revealing their formation time frame through modeling

Author(s):  
N. Georgiou ◽  
M. Geraga ◽  
M. Francis-Allouche ◽  
D. Christodoulou ◽  
P. Stocchi ◽  
...  
Author(s):  
Graeme Barker

Ever since the speculations of the Victorians about the inexorable progress of Man from the savagery of foraging to agriculture and civilization, Europe has been one of the main theatres of debate about transitions from foraging to farming (Chapter 1). The dominant model in the twentieth century, first developed explicitly by Gordon Childe in The Dawn of European Civilization (1925) and The Danube in Prehistory (1929), has been that of ex oriente lux, ‘light from the Near East’. According to this theory, farming began in Europe because it was introduced by Neolithic farmers from South-West Asia, who brought with them domesticated plants and animals together with a new technology that included pottery and polished stone tools. They colonized a land thinly occupied by Mesolithic foragers except at the coastal margins. In southern Europe, the first farmers would have ‘taken to their boats and paddled or sailed on the alluring waters of the Mediterranean to the next landfall—and the next’ (Childe, 1957: 16). In temperate Europe, expansion was facilitated by ‘slash-and-burn’ (swidden) agriculture practised by the first farmers: they arrived at a particular location, cleared the forest, burnt the cut timber, and planted their crops, and then moved on after a few years. The first suite of 14C dates from European Neolithic sites obtained in the 1960s astonished archaeologists, because the (uncalibrated) dates of c.6000 bc from Greek Neolithic settlements such as Nea Nikomedeia and Knossos (Fig. 9.1) were 3,000 years older than Childe’s suggested date for the beginning of the European Neolithic: c.3000 BC. He established the latter by an elaborate process of cross-dating European prehistoric sites with historically dated cultures in the eastern Mediterranean, in turn dated by links to Pharaonic Egypt. At the same time, the 14C data appeared to confirm Childe’s ex oriente lux theory, because there was a clear trend of increasingly younger dates with distance from South-West Asia (J. G. D. Clark, 1965; Fig. 1.7). The dates of c .6000 BC in south-east Europe were in the same time-frame as dates for PPNB Neolithic settlements in South-West Asia, dates in central Europe and the Mediterranean were of the order of 4500 BC, and dates from Early Neolithic sites on the Atlantic margins of Europe were nearer 3000 BC.


2020 ◽  
Vol 46 ◽  
pp. 100612 ◽  
Author(s):  
Ohad Shalom ◽  
Onn Crouvi ◽  
Yehouda Enzel ◽  
Daniel Rosenfeld

2021 ◽  
Vol 14 (20) ◽  
Author(s):  
Ahmet Evren Erginal ◽  
Georgios S. Polymeris ◽  
Oya Erenoğlu ◽  
Valeria Giannoulatou ◽  
Engin Meriç ◽  
...  

Paleobiology ◽  
1981 ◽  
Vol 7 (1) ◽  
pp. 101-114 ◽  
Author(s):  
Simon J. M. Davis

Size variation among several species of large mammals is examined both throughout a wide geographical range today and within the Late Pleistocene-Holocene archaeo-faunal sequence of Israel. A regression of log dental size on environmental temperature produces similar negative slopes for recent Palaearctic foxes, wolves and boars as well as for Nearctic foxes. These species, and others which also exhibit an inverse correlation between size and temperature today, became dwarfed at the end of the Pleistocene in Israel. Abundant fossil gazelle and fox mensural data indicate that this diminution coincided with the temperature elevation 12,000 yr ago. Both the similarity of regression slopes for the recent material and the temporal coincidence of dwarfing among fossil species, representing different ecologies, strongly implicate temperature as the main body-size determining factor. Changes evidenced in the fossil record for boar, wolf and fox approximate a 15°C temperature change (Δt) based on their respective present-day size-temperature regressions. This Δt, if taken as an estimate for the eastern Mediterranean, is considerably higher than generally accepted values.An additional size reduction of aurochs, wolf and boar at the end of the Pleistocene or several millenia later is associated with their domestication. It may reflect man's preference for a large “head count” over individual large body size.


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