Arifin Mohd Hariri, Kayode John Stephen, Azahar Muhammad Azrief, Jamil Habibah, Sabri Saznira Fadila Ahmad
School of Environmental Science and Natural Resources, Department of Geology, National University of Malaysia, Malaysia.
Environmental Technology, School of Industrial Technology, Universiti Sains Malaysia, 11800 Pulau-Pinang, Malaysia.
Data Brief. 2018 May 2;18:1864-1868. doi: 10.1016/j.dib.2018.04.119. eCollection 2018 Jun.
The paper presents the data from the surface and subsurface mapping of this area for the purpose of siting industrial city in the area. The field data collected combine with the borehole data was to successfully apply these to solving geological, environmental and engineering complications posed by the complexity of the subsurface geological structures underlain this area. The Electrical Resistivity, (ER) and Induced Polarization, (IP) data were initially processed using RES2DINV software model to generate the depth to the lithological units together with topographic correction. The 2-D ER and IP data were collected from 23rd April 2017 up until 7th May 2017 covering a total of about 17.6 km along 44 survey lines using ABEM Terrameter SAS4000 for the field measurement. A total of 20 Borehole logs data were recorded to better characterized in-situ, the subsurface geological formations emplaced in the study area. The study area is located at Bagan Datuk, Perak Darul Ridzuan situated on Latitude 2° 44.653'N and Longitudes 104° 28.79' E along the west coast Peninsula Malaysia. The topography of the area is generally flat low-laying and elevation range from about 0 m to 32 m above mean sea level (MSL).
本文展示了该区域地表和地下测绘的数据，目的是在此区域选址建设工业城市。收集的野外数据与钻孔数据相结合，成功地将这些数据应用于解决该区域地下复杂地质结构所带来的地质、环境和工程难题。电阻率（ER）和激发极化（IP）数据最初使用RES2DINV软件模型进行处理，以生成岩性单元的深度并进行地形校正。二维ER和IP数据于2017年4月23日至2017年5月7日收集，沿着44条测量线共覆盖约17.6公里，使用ABEM Terrameter SAS4000进行野外测量。总共记录了20份钻孔日志数据，以便更好地对研究区域内的地下地质构造进行原位表征。研究区域位于霹雳州峇眼拿督，位于马来西亚半岛西海岸，北纬2° 44.653'，东经104° 28.79'。该区域地形总体平坦低洼，海拔范围从平均海平面（MSL）以上约0米至32米。
