Karakteristik Akuifer Menggunakan Metode Geolistrik Resistivity Di Kecamatan Kota Tengah Kota Gorontalo

Rizky Hizrah Wumu, Ahmad Zainuri, Noviar Akase
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Abstract

Kota Tengah Subdistrict has the highest population density in Gorontalo City, with a population density of 6,755 people/km2. This high population density requires a large amount of water to meet the needs of the population, where one form of fulfillment is taken from groundwater. For this reason, it is necessary and important to know the characteristics of aquifers. This study aims to determine the characteristics of groundwater aquifers in the Kota Tengah Subdistrict. The method used is the resistivity geoelectric method to obtain aquifer characteristics in the form of material type (lithology), depth, and thickness of the aquifer. Based on the geoelectrical analysis in TS 01 there are 4 layers, namely topsoil, clay sand, sand, and clay; TS 02 contains topsoil, sand, and clay layers; TS 03 contains topsoil, sand, and clay. The study found that the lithology of the near-surface layer in the Kota Tengah subdistrict can be classified into aquifers and aquicludes. The aquifer layer is formed by sand-sized sedimentary deposits that have high permeability while the aquiclude is clay-sized which is impermeable. The aquifer layer was found starting from a depth of 0.57 m. The average thickness of the aquifer layer was 13.8 m which is interpreted as an unconfined aquifer. This study also found other deeper aquifer layers as confined aquifers that can not be further interpreted due to the limitations of the method used.
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含水层特征在Gorontalo市中心街道上使用了阻击性阻力方法
哥打登加街道是哥龙打罗市人口密度最高的地区,人口密度为6,755人/平方公里。如此高的人口密度需要大量的水来满足人口的需求,其中一种满足方式是从地下水中获取。因此,了解含水层的特征是必要和重要的。本研究旨在确定哥打登加街道地下水含水层的特征。使用的方法是电阻率地电法,以含水层的材料类型(岩性)、深度和厚度的形式获得含水层特征。通过对TS 01的地电分析,发现其具有表土、粘砂、砂土、粘土4层结构;ts02包含表土、沙子和粘土层;ts03含有表土、沙子和粘土。研究发现,哥打登加街道近地表岩性可分为含水层和包水层。含水层由砂状沉积物组成,具有高渗透性,而水层为粘土状,不透水。从0.57 m的深度开始发现含水层。含水层平均厚度为13.8 m,为无承压含水层。该研究还发现,由于所用方法的限制,其他更深的含水层作为承压含水层无法进一步解释。
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审稿时长
8 weeks
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