Abstract:This paper examines recurrent spatial patterns of prehistoric sites in relation to landforms, alluvial fills, and soil development in the uplands and valleys of the Madaba and Dhiban Plateaus of Jordan. Mousterian lithics (Middle Paleolithic) are largely found on high strath terraces plateaus, where they are associated with red Mediterranean soils. In valleys, Upper Paleolithic sites are often associated with reworked loess deposits of the Dalala allostratigraphic unit. Epipaleolithic occupations are found str… Show more
“…16, Wadi ash-Shallalah (Cordova 2008). 17, Wadi al-Wala and the Madaba-Dhiban plateau (Cordova et al 2005;Cordova 2008). 18, Nahal Qanah Cave (Frumkin et al 1999b).…”
Palaeoenvironmental research in the Southern Levant presents a series of challenges, partly due to the unequal distribution of palaeoenvironmental records and potential archives throughout the region. Our knowledge of climatic evolution, during the last approximately 25 000 years, is of crucial importance to understand cultural developments. More local, well-dated, multi-proxy studies are much needed to obtain an accurate picture of environmental change in respect of the Late Pleistocene and the Holocene. This contribution reviews the current state of knowledge regarding Late Quaternary palaeoenvironmental changes in the Southern Levant, including some examples of more recent developments in palaeoenvironmental reconstruction in Israel and the Dead Sea area, and introduces the major challenges researchers face in the region. It also presents the first results of a new case study in Jordan, based on an analysis of peaty deposits located in the mountain slopes east of the Dead Sea. Such new studies help refine our knowledge of local environmental changes in the Southern Levant and especially the more arid areas, for which little information is presently available. More material suitable for palaeoenvironmental research, for example extensive tufa and travertine series, still awaits consideration in Jordan, opening up exciting perspectives for future research in the area.
“…16, Wadi ash-Shallalah (Cordova 2008). 17, Wadi al-Wala and the Madaba-Dhiban plateau (Cordova et al 2005;Cordova 2008). 18, Nahal Qanah Cave (Frumkin et al 1999b).…”
Palaeoenvironmental research in the Southern Levant presents a series of challenges, partly due to the unequal distribution of palaeoenvironmental records and potential archives throughout the region. Our knowledge of climatic evolution, during the last approximately 25 000 years, is of crucial importance to understand cultural developments. More local, well-dated, multi-proxy studies are much needed to obtain an accurate picture of environmental change in respect of the Late Pleistocene and the Holocene. This contribution reviews the current state of knowledge regarding Late Quaternary palaeoenvironmental changes in the Southern Levant, including some examples of more recent developments in palaeoenvironmental reconstruction in Israel and the Dead Sea area, and introduces the major challenges researchers face in the region. It also presents the first results of a new case study in Jordan, based on an analysis of peaty deposits located in the mountain slopes east of the Dead Sea. Such new studies help refine our knowledge of local environmental changes in the Southern Levant and especially the more arid areas, for which little information is presently available. More material suitable for palaeoenvironmental research, for example extensive tufa and travertine series, still awaits consideration in Jordan, opening up exciting perspectives for future research in the area.
“…Middle Holocene sedimentation is restricted to the Tur al Abyad terrace in the Wadi ath-Thamad and the Iskanderite inset in the Wadi al-Wala (Figure 1). In both settings, the Holocene sediments are laterally discontinuous and are accumulated over Pleistocene fills that are 3 to 4 times thicker (Cordova et al, 2005: Figures 7 and 8). Cordova et al (2005: 51) argue that "...no major [Middle Holocene] deposition or erosion occurred between ca.…”
Section: The Eastern Riftmentioning
confidence: 99%
“…Archaeological chronologies have been linked to depositional histories of wadi systems and to a lesser degree on soil successions (although, see Cordova et al, 2005).…”
Section: The Eastern Riftmentioning
confidence: 99%
“…The first major drainage north of Numeira was examined by Cordova et al (2005), who focused on a series of lower order tributaries of the Wadi al-Wala. As in the Hasa and Jordan Rift (Lisan Basin), there is extensive evidence for Upper and Epipaleolithic occupation of terminal Pleistocene landforms (here, the Thamad terraces).…”
Section: The Eastern Riftmentioning
confidence: 99%
“…No significant Early Holocene deposition or landform complexes are preserved. Thin colluvium and upper, near-surface alluvial sediments are recognized as the Thamad III unit (Cordova et al, 2005: 46-48 and Figure 5). Middle Holocene sedimentation is restricted to the Tur al Abyad terrace in the Wadi ath-Thamad and the Iskanderite inset in the Wadi al-Wala (Figure 1).…”
Vita-Finzi's 1960s model for Mediterranean terrace evolution was once the basis for regional valley histories across much of the Levant. A revisit to the Hasa terrace, formerly considered Early to Middle Holocene in age, resulted in a revised chronostratigraphy. Sedimentological and geochemical analyses bolstered by radiocarbon dating indicate that valley floor construction began shortly after the end of the Middle Holocene, at least 2000 years later than initially proposed. An updated model for floodplain evolution proposes three discrete phases of accretion and alluvial plain formation. A weak cambic soil overprints the alluvium and suggests slightly moister climates than at present for much of the Late Holocene. This model is in accord with settlement data. Intensified uplands agropastoralism accelerated the erosion of slope soils that were recycled and deposited as alluvium across the valley floor. The valley floor sequences of the Hasa are analogous to alluvial chronologies for neighboring wadis of the eastern Jordan Rift and can be tied to key Middle and Late Holocene geomorphic events in the Dead Sea and the southwestern Levant. The data strongly indicate that alluvial fill histories after 1800 cal B.C. were anthropogenically driven, whereas Middle Holocene landscape changes were climatically and structurally triggered.
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