哈尔曼卡亚峡谷(Bilecik)地貌演化

A. Karataş, Ceren Duran
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引用次数: 0

摘要

Değirmendere盆地位于Bilecik东部的Sakarya河流域,对应于Değirmendere(也称为Harmanköy流)排水的494平方公里面积。Değirmendere大致流向东北西南方向,通过Akköy高原的分裂到达Sakarya河,Akköy高原是海拔1100-1200米的门槛,如Gök Tepe, Harmankaya Tepe和Sivri Tepe。哈尔曼卡亚峡谷(Kayaboğazı)是许多地质地形学研究的主题,因为它的形成和发展是由于上述分裂。对峡谷的地貌演化和形成机制有不同的看法,由于许多地貌问题尚未全面研究,其形成机制还存在一些问题。因此,了解区域河流过程,为峡谷游客提供满意的地貌信息是势在必行的。该峡谷于2012年被列入“哈曼卡亚峡谷自然公园”计划,游客数量每天都在增加。Değirmendere作为流域排水网络的主要组成部分,目前位于地面上部,适合施工线路和分层潜水。然而,由于峡谷的斜坡,单斜位移仍然缺失。此外,与层倾角无关的明显的垂直解理表明了表观成因的影响。此外,通过谷底谷高比与峡谷内谷高比的分析,总结了野外活动构造作用的影响。因此,峡谷东北部塞利姆村周围850 m处出现始新世上—中新世下湖泊沉积物,表明在后生后生前存在积水。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Geomorphological evolution of Harmankaya canyon (Bilecik)
The Değirmendere basin is located in the Sakarya River basin in the eastern part of Bilecik and corresponds to the 494 km2 area drained by Değirmendere, also known as Harmanköy Stream. Değirmendere roughly flows in the northeast southwest direction and reaches the Sakarya River by splitting of the Akköy Plateau, which is a threshold for 1100–1200 m of elevations such as Gök Tepe, Harmankaya Tepe and Sivri Tepe. Harmankaya (Kayaboğazı) Canyon is the subject of many geological-geomorphological studies owing to its formation and development because of the said splitting. Different views have emerged on the geomorphological evolution and formation mechanism of the canyon, and several issues remain regarding its mechanism owing to many geomorphological issues that are yet to be comprehensively examined. Therefore, understanding the regional fluvial processes and providing satisfactory geomorphological information for canyon visitors are imperative. The canyon was protected under the “Harmankaya Canyon Natural Park” initiative in 2012, and the number of visitors to the canyon has been increasing daily. As the main element of the drainage network developed in the basin, Değirmendere is currently located in the upper ground in a manner that suits construction lines and layer dives. However, monoclinal shift remains missing due to the slopes of the canyon. Furthermore, a clear vertical cleavage independent of the layer dips indicates the effect of epigenesis. Moreover, the effects of active tectonism in the field were concluded by analysis of the valley base–valley height ratio to the valleys in the canyon. Because of such findings, the occurrence of Upper Eocene–Lower Miocene lake sediments at a height of 850 m around Selim village in the northeast of the canyon indicates the occurrence of ponding after epigenesis and before antesedance.
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