印尼GNKK断裂弯曲褶皱相关逆冲断裂Waturanda组:构造挤压的代表,是一项资产地质遗产

E. Puswanto, A. Farisan, D. A. Wibowo, P. D. Raharjo, P. Iqbal, Mohammad Al'Afif, M. Fajar
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摘要

在Kenteng地区、Sempor地区和Kebumen地区,出露较多的火山岩砂岩表现出强烈的变形和复杂的构造复杂性。研究区域位于卡朗山峰-卡朗堡龙国家地质公园的中部。不幸的是,研究地区的地质遗迹尚未成为卡朗三峰-卡朗博隆国家地质公园的地质遗址之一。这个地点值得进一步研究。它可能是回答与更古老的岩石(pra-Tersier Luk Ulo Melange Complex)或更年轻的岩石相关的地质事件的关键。研究的部分火山砂岩与逆冲断裂带和密集的褶皱构造相关联,并伴有牵引断裂。对变形带周围保存完好的地质构造要素进行了详细的观测和测量。识别结构类型,几何形状和运动学支持的解释使用无人机的损伤区域。一次和二次综合分析表明,研究区发育的构造属于折弯褶皱型褶皱冲断体系。断裂弯曲褶皱构造的剧烈变形估计涉及整个瓦图兰达组。研究区域的断层弯曲褶皱现象的地质遗产可以作为创建总体规划的基础,该规划整合了山丘和其他地质遗址的视觉结构形态,特别是在卡朗山峰-卡朗博隆国家地质公园区域的中部。
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Fault Bend Fold Related Thrust Fault Waturanda Formation as Representative of Tectonic Compression as an Asset Geological Heritage of GNKK, Indonesia
The volcanic sandstone, well exposed in the Kenteng area, Sempor District, and Kebumen Regency, indicates strongly deformed and complex structural complications. The research area is in the middle of The Karangsambung - Karangbolong National Geopark. Unfortunately, the geological heritage at the research area has not yet become one of geosite at The Karangsambung - Karangbolong National Geopark. This location is interesting to study further. It can be the key to answering geological events related to the older rocks, which is pra-Tersier Luk Ulo Melange Complex or younger rocks. Several parts of volcanic sandstone in the research are associated with thrust fault zones and intensive folding structures accompanied by drag faults. Detailed observations and measurements of geological structural elements well preserved were conducted around the deformation zone. Identifying the type of structure, geometry, and kinematics supported by the interpretation of the damage zone using a drone. Synthesis of a primary and secondary show that the structure developed in this research area is categorized as a fold-thrust system with a fault bend fold type. Intensive deformation of the fault bend fold structure is estimated to involve the entire Waturanda Formation regionally. The geological heritage of the fault bend fold phenomena at the research area can be the basis for creating the master plan that integrates the visual structural morphology of the hills and other geosites, especially in the middle part of the Karangsambung - Karangbolong National Geopark area.
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