利用电阻率法测量西努沙登加拉比马县地下水抗旱

A. Prabowo, H. Hartono, Oscar Kaeni
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引用次数: 0

摘要

已在Bolo区、Palibelo区、Woha区、Langgudu区、Wawo区、Sape区、Wera区、Bima Regency和West Nusa Tenggara进行地下水调查,以缓解干旱。研究区域位于大部分丘陵地区,土壤易受干旱影响。雨季水量充足。然而,在旱季,地面会出现裂缝,需要更多的清洁水。这种情况困扰着社区和比马县政府。该研究采用斯伦贝谢电阻率地电配置法进行。测量点位于七个街道,共有18个测量点。研究地点:1186305833 SL-83008888889 EL高达11901925 SL-8704638889 EL或占地面积±1961 km2。所使用的路径长度最大为400米。根据地电阻率数据的结果,发现了两种类型的含水层,深度为1米至26米的开放含水层和深度为70米至115米的凹陷含水层。除了地电信息数据外,在兰布区Lanta Barat村重型设备可以到达的点也使用了钻探数据。在钻探点,在大约80米的深度处获得含水层的存在。然后,居民们利用发现的井筒来满足他们对清洁水的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Groundwater Survey Using Resistivity Method for Drought Mitigation in Bima Regency, West Nusa Tenggara
Groundwater Survey in Bolo District, Palibelo District, Woha District, Langgudu District, Wawo District, Sape District, Wera District, Bima Regency, and West Nusa Tenggara for drought mitigation has been implemented. The study area is located in the majority of hilly areas with soil vulnerable to drought. Water is abundant during the rainy season. However, during the dry season, the ground surface is cracked, and there needs to be more clean water. This situation is troubling the community and the Regional Government of Bima Regency. The study was conducted using the Schlumberger resistivity geoelectric configuration method. The measurement point is in seven sub-districts, with a total of 18 measurement points. Research location at 118,6305833 SL; -8,3008888889 EL up to 119,01925 SL; -8,704638889 EL or covers an area of ± 1,961 km2. The length of the path used is a maximum of 400 meters. Based on the results of geoelectric resistivity data, two types of aquifers are found, open aquifers with depths ranging from 1 m to 26 m and aquifers depressed with depths ranging from 70 to 115 m. In addition to geoelectric information data, drilling data is also used at points that can be reached by heavy equipment in Lanta Barat Village, Lambu District. At the drilling point, the presence of an aquifer layer is obtained at a depth of about 80 meters. Residents then use the discovery of the wellbore to meet their need for clean water.
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