This paper considers results from isotope-geochronological (K-Ar) studies of the products of Neogene-Quaternary volcanism in the Karacadag area, which is situated within the northern frontal part of the Arabian plate. It was found that magmatic activity has been evolving at this location for at least the last 11-10 Myr and was distinctly discrete in character. Three stages of volcanism have been identified: (I) Early or Miocene, similar to 11-6.7 Ma; (II) Middle or Pliocene-Early Quaternary, 4-1 Ma; and (III) Late or Late Quaternary, 0.4-0.1 Ma. The most recent manifestations of magmatic activity in the region date back to about 100000 years ago
A diffuse Neogene-Quaternary volcanic belt crops out in Central and Eastern Anatolia. Since the earl...
International audienceA series of geochemical analyses and radiometric age determinations are undert...
The Alacam region of NW Turkey lies within the Alpine collision zone between the Sakarya continent a...
A geochemical and isotope-geochemical (Sr-Nd-Pb) study has been carried out for the Karacadag neovol...
Pliocene to Quaternary magmatism in the Karacadag Volcanic Complex in SE Turkey occurred in the fore...
An isotope-geochronological study has been performed to examine the products of Late Cenozoic collis...
Abstract: Potassium-argon dating indicates two episodes ofbasaltic magmatism insouth-eastern Turkey ...
The Elazig and Tunceli provinces in eastern Anatolia host a complex succession of Miocene-Pleistocen...
Pliocene to Quaternary magmatism in the Karacadağ Volcanic Complex in SE Turkey occurred in the fore...
The Elazığ and Tunceli provinces in eastern Anatolia host a complex succession of Miocene-Pleistocen...
Volcanic activity at Mt. Karacada ̆g, SE Turkey, developed between 11 and 0.01 Ma. In this paper we ...
The Western Anatolia Miocene-to-Present Day magmatism evolved from calc-alkaline and shoshonitic roc...
New radiometric age and geochemical data are presented from the late Cenozoic volcanic activity in t...
New geochemical and Ar-40/Ar-39 age data are presented from the Neogene volcanic units of the Karabu...
A diffuse Neogene-Quaternary volcanic belt crops out in Central and Eastern Anatolia. Since the earl...
International audienceA series of geochemical analyses and radiometric age determinations are undert...
The Alacam region of NW Turkey lies within the Alpine collision zone between the Sakarya continent a...
A geochemical and isotope-geochemical (Sr-Nd-Pb) study has been carried out for the Karacadag neovol...
Pliocene to Quaternary magmatism in the Karacadag Volcanic Complex in SE Turkey occurred in the fore...
An isotope-geochronological study has been performed to examine the products of Late Cenozoic collis...
Abstract: Potassium-argon dating indicates two episodes ofbasaltic magmatism insouth-eastern Turkey ...
The Elazig and Tunceli provinces in eastern Anatolia host a complex succession of Miocene-Pleistocen...
Pliocene to Quaternary magmatism in the Karacadağ Volcanic Complex in SE Turkey occurred in the fore...
The Elazığ and Tunceli provinces in eastern Anatolia host a complex succession of Miocene-Pleistocen...
Volcanic activity at Mt. Karacada ̆g, SE Turkey, developed between 11 and 0.01 Ma. In this paper we ...
The Western Anatolia Miocene-to-Present Day magmatism evolved from calc-alkaline and shoshonitic roc...
New radiometric age and geochemical data are presented from the late Cenozoic volcanic activity in t...
New geochemical and Ar-40/Ar-39 age data are presented from the Neogene volcanic units of the Karabu...
A diffuse Neogene-Quaternary volcanic belt crops out in Central and Eastern Anatolia. Since the earl...
International audienceA series of geochemical analyses and radiometric age determinations are undert...
The Alacam region of NW Turkey lies within the Alpine collision zone between the Sakarya continent a...