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A New Upper Pliocene Palaeomagnetic Pole from Western Syria and a preliminary Polar Wander Curve of the Arabian Plate

قطب مغنطيسي جديد من البليوسين الأعلى في غرب سورية ومنحنى تجول قطبي مقترح للصفيحة العربية

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 Publication date 2004
and research's language is العربية
 Created by Shamra Editor




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44 sites were sampled from the Upper Pliocene (βNb 2) basaltic flows, from the western flank and the distant eastern flank of the Levant Fault in the Buqeia area NW of Tel Kalakh and west of Homs. Thermal demagnetization led to the identification of consistent directions of remanence in most sites. Normal, Reversed and Intermediate polarities are identified, with Reversed polarities dominating. The Intermediate polarity sites were excluded and the mean directions of the Reversed sites were reversed.

References used
Abou -Deeb, J. M. (1997). Studies of some magnetic and physical properties of some Quaternary - Recent basaltic rocks ( Jabal Al-Arab, Syria). Damascus University Journal (Basic Sciences), Vol. 13, No. 1, pp. 131-151
Abou-Deeb, J .M., Otaki, M. M., Tarling, D. H. and Abdeldayem, A. L. (1999). A palaeomagnetic study of Syrian volcanic rocks of Miocene to Recent age. Geofisica Internacional, 38, (1) 17-26
Abou-Deeb, J., Tarling D.H., and Abdeldayem A. L. (2002). Preliminary Palaeomagnetic Stratigraphy of the Tertiary Yemen Volcanics. Geofisica Internacional, Vol. 41, No. 1, 37-47
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Palaeomagnetism and some magnetic and physical properties such as magnetic susceptibility, intensity of remanent magnetisation, ac current electrical conductivity and density for the number order (٣٩ - ٥٤) of samples from ٩ sites of Upper Pliocene basaltic rocks from the area west of Homs were studied. The aim of the works to extend the previous studies (Abou- Deeb, ١٩٩٧a, b) to other regions so that these properties might be used as characteristic factors in discriminating the basaltic flows.
The Palmyride mountain chain is the main structure in central Syria. It represents an intracontinental NE-SW trending fold belt, within the northern part of the Arabian Plate. It is bounded by the Aleppo–Mardine uplift to the North–West and by the Hamad Uplift to the South-East. This study is based mainly on numereous field geological observations. New informations are obtained about the tectonic behavior of the Palmyride fold belt. The main faults are generally normal. There is no surface geological evidence for thrusting within the Palmyrides, as suggested by the authors before. The argument to be developed in this study is that the Palmyrides fold belt owe its existence to the lateral displacement of the Triassic gypsum, not to the lateral decollement of its overlying series, and consequently no shortening of 20 km as estimated by the authors before. A simple model is proposed to explain the observed tectonic features. It is interpreted that this tectonic event induced a master transfer of the Triassic gypsum under the Arabian Plate movement toward the north and the northeast at the Neogene time.
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