Temperate glaciers are very sensitive to changes in the global climate system and provide
an excellent opportunity to obtain information on the timing and magnitude of palaeoclimatic …

We report the first glacial chronology of Mt. Karanfil (3059 m above sea level; asl), a small
mountain in the south-central Taurus Range in Turkey. Well-preserved terminal and lateral …

Abstract Approximately, 40% of Turkey's landmass consists of soluble rocks (limestone,
dolomite, and gypsum) highly suitable for karstification. While presenting different …

Kinematic reconstruction of modern ocean basins shows that since Pangea breakup a vast
area in the Neotethyan realm was lost to subduction. Here we develop a first‐order …

Mount Geyikdağ in the Taurus Mountain Range in southern Turkey was glaciated during the
Late Pleistocene. Several glacial and periglacial landforms such as moraines and rock …

The core of Turkey's land is the Anatolian Peninsula, which is surrounded by several seas
(Mediterranean, Aegean, Marmara and Black Sea). Offering a high variety of morphological …

Here we documented the vertical displacement, slip rate, extension rate, and geochronology
of normal faults within a narrow strip along the main strand of the Ecemiş Fault Zone. The …

As the kinematics of active faults that bound the Anatolian plate are well studied, it is now
essential to improve our understanding of the style and rates of intraplate deformation to …

To quantitatively reconstruct the kinematic evolution of Central and Eastern Anatolia within
the framework of Neotethyan subduction accommodating Africa–Eurasia convergence, we …

This book on Turkish geomorphology offers location descriptions, based on their dynamics
and evolution processes, including hydrology, tectonics, volcanism, slopes, coasts …