More than 1500 km of multi-channel seismic reflection profiles combined with ICDP
(International Continental Scientific Drilling Program) drilling data, provide important insights …

The lithostratigraphic framework of L ake V an, eastern T urkey, has been systematically
analysed to document the sedimentary evolution and the environmental history of the lake …

The study area is the Van earthquake region. It is located in the western section of the East
Anatolian–Iranian plateau outside and to the east of the Karlıova triple junction. Based on …

Abstract The 23 October 2011 Van earthquake took place in the NE part of Lake Van area,
surprisingly on a fault (the Van fault) that is not present in the current active fault map of …

Coulomb stress changes before and after the 23 October 2011 Van, eastern Turkey,
earthquake have been analysed using available data related to the background and the …

This paper presents results of a multi-channel seismic reflection survey at Lake Van and
provides constraints on the sedimentary evolution of the lake. The geophysical data of the …

The structural evolution of Lake Van Basin, eastern Turkey, was reconstructed based on
seismic reflection profiles through the sedimentary fill as well as from newly acquired …

This study analyzed multi-channel seismic reflection data from Lake Van, Eastern Anatolia,
to provide key information on the structural elements, deformational patterns and overall …

The eastern Anatolia provides one of the best examples of an area of rapid deformation and
intense contraction that is the consequence of an active continental collision between the …

In this study, we analysed the source mechanisms and faulting pattern of the aftershocks in
the Lake Erçek area, Eastern Anatolia, during the 2011 Van event (Mw 7.1). The fault plane …