Maymun Dağı(Çardak-Denizli/Dazkırı-Afyonkarahisar)’nın Morfotektonik Özelliklerinin CBS ile Belirlenmesi
İsmail EGE- Neşe DUMAN
Abstract
İsmail EGE- Neşe DUMAN
Abstract
Aegean Region has many horst graben systems due to the effects of extensional tectonic regime.Graben fields generally correspond to the plains, while horsts match to mountainous masses.It is possible to observe the traces of active tectonics in the Aegean region where formation processes are active and to reveal them with quantitative data.Supporting geomorphological features clearly observed with good field experience with digital data, quantitative determination of tectonic development carried geomorphology studies to a different dimension with Geographical Information Systems (GIS) technolog.In this study, the geomorphological features of the Maymun Mountain horst forming the northern part of the Acıgöl graben section of Büyük Menderes graben were tried to be determined by morphometric analysis.Although it is not clear from which points the separation of the border between Beşparmak Horst and Maymun Mountain will be made, this study is based on the characteristic basins located on the north-northwest and south parts of the mountain.It corresponds to an area of 282 km 2 .In this study, the geomorphological characteristics of the Maymun Mountain, which arose as a result of geological structure, tectonism and other factors and processes in this area, have been tried to be determined by quantitative data.In this study, the geomorphological characteristics of the Maymun Mountain, which is the result of the geological structure, tectonism and other factors and processes in this area, has been tried to be determined by quantitative data.In this study, geomorphometric indices; hipsometric curve (Hc) -hipsometric integral (Hi), valley floor width -valley height ratio (Vf), valley width, triangular surface (facet) index (Pf), mountain front sine ratio (Smf) ) calculated; geomorphological development of the basin.In this study, 5 m resolution Digital Height Model (DEM), geology data, active fault data and GIS software ArcGIS10.5 package program were used.After the study, the formation of Maymun Mountain, its geomorphological development and morphometric properties were revealed.
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Aegean Region has many horst graben systems due to the effects of extensional tectonic regime.Graben fields generally correspond to the plains, while horsts match to mountainous masses.It is possible to observe the traces of active tectonics in the Aegean region where formation processes are active and to reveal them with quantitative data.Supporting geomorphological features clearly observed with good field experience with digital data, quantitative determination of tectonic development carried geomorphology studies to a different dimension with Geographical Information Systems (GIS) technolog.In this study, the geomorphological features of the Maymun Mountain horst forming the northern part of the Acıgöl graben section of Büyük Menderes graben were tried to be determined by morphometric analysis.Although it is not clear from which points the separation of the border between Beşparmak Horst and Maymun Mountain will be made, this study is based on the characteristic basins located on the north-northwest and south parts of the mountain.It corresponds to an area of 282 km 2 .In this study, the geomorphological characteristics of the Maymun Mountain, which arose as a result of geological structure, tectonism and other factors and processes in this area, have been tried to be determined by quantitative data.In this study, the geomorphological characteristics of the Maymun Mountain, which is the result of the geological structure, tectonism and other factors and processes in this area, has been tried to be determined by quantitative data.In this study, geomorphometric indices; hipsometric curve (Hc) -hipsometric integral (Hi), valley floor width -valley height ratio (Vf), valley width, triangular surface (facet) index (Pf), mountain front sine ratio (Smf) ) calculated; geomorphological development of the basin.In this study, 5 m resolution Digital Height Model (DEM), geology data, active fault data and GIS software ArcGIS10.5 package program were used.After the study, the formation of Maymun Mountain, its geomorphological development and morphometric properties were revealed.
Key concepts: Horst, Graben, Geology, Horst and graben, Tectonics, Geomorphology, Extensional definition, Extensional tectonics