Hashemi Farzaneh, Derakhshani Reza, Bafti Shahram Shafiei, Raoof Amir
Department of Geology, Shahid Bahonar University of Kerman, Iran.
Department of Earth Science, Utrecht University, Utrecht, The Netherlands.
Data Brief. 2018 Nov 7;21:1756-1763. doi: 10.1016/j.dib.2018.11.017. eCollection 2018 Dec.
This data article provides a precise level data on alluvial fans of the western border of Lut desert, a unique location on the Earth, known as one of the hottest spot on the Earth. This data is essential for morphotectonic investigations and is valuable in the field of tectonic and geomorphology studies. It helps to evaluate the region from the viewpoint of tectonic activity by considering the dynamics of alluvial fans, climate and tectonic setting. The data which are presented for 68 quaternary alluvial fans, is taken by processing of remotely sensed Landsat satellite data, photogeology of aerial photographs, measuring on topographic maps and controlled by field checking. This data is useful for defining of a morphotectonic model of this limited access region considering the uplift of the source area along Nayband fault, as the basin-margin fault, respect to the base level.
本文提供了关于卢特沙漠西部边界冲积扇的精确层级数据，卢特沙漠是地球上一个独特的地点，被誉为地球上最热的地方之一。这些数据对于地貌构造研究至关重要，在构造学和地貌学研究领域具有重要价值。通过考虑冲积扇的动力学、气候和构造背景，有助于从构造活动的角度评估该地区。所呈现的68个第四纪冲积扇的数据，是通过对陆地卫星遥感数据进行处理、航空照片的地质摄影测量、地形图测量并经实地核查得到的。考虑到作为盆地边缘断层的奈班德断层沿线源区相对于基准面的隆升，这些数据对于确定这个进入受限地区的地貌构造模型很有用。
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