16 research outputs found
Moho depth derived from gravity and magnetic data in the Southern Atlas Flexure (Algeria)
No full textInternational audienceExisting aeromagnetic and gravity data were used to study the structure of the Southern Atlas Flexure (SAF) in Algeria. Forward and inverse numerical modelings were applied, giving access to the depth of the Moho and the Curie depth in this area. Our results suggest a maximum crustal thickness of about 48 km, and a Curie depth of about 20 km. We then discuss the implications of those results on the regional structure of the SAF, also using cross-sections built using 2D-geological modeling. (C) 2016 Elsevier Ltd. All rights reserved
Utilisation de la méthode H/V bruit de fond pour l'estimation rapide de la géométrie d'une zone instable : cas du glissement d'une route à Lakhdaria (Algérie)
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Le séisme (Mw = 5) de Laalam (Kabylie, Algérie) du 20 mars 2006 : prospections archéologiques et géophysiques (bruit vibratoire ambiant) et corrélations avec les dommages
No full textTectonic control on the morphology of the subcircular structure of El Mdaouar (Saharan Atlas, Algeria): insights from geological and remote sensing data
No full textMetallogenesis of the late Pan-African gold-bearing East Ouzzal shear zone (Hoggar, Algeria)
No full textMajor and trace element geochemistry and isotope (Sr, Nd, Pb, O) systematics of an Archaean basement involved in a 2.0 Ga very high-temperature (1000oC) metamorphic event: In Ouzzal Massif, Hoggar, Algeria
No full textBiological effect of human serum collected before and after oral intake of Pygeum africanum on various benign prostate cell cultures
No full textPetrology of phlogopite-sapphirine-bearing Al-Mg granulites from Ihouhaouene, In Ouzzal, Hoggar, Algeria: an example of phlogopite stability at high temperature
No full textGeochemistry and isotope (Sr, Nd, O) study of Al-Mg granulites from the In Ouzzal Archaean block (Hoggar, Algeria)
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