Subsurface Layers Modeling and Ground Water Studies in Kivi Plain byGeoelectric

Behnam Taghavi, Farnusch Hajizadeh, R. Khaleghi
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Abstract

Kivi Plainis located in the northeastern city of Kiviin Ardabil province. Due to the large number of villages in the desert and its people engaged in agriculture and animal husbandry, Study of ground water to determination of the optimal location of wells is important. In this regard, geoelectric technique was used for studies of groundwater quality and quantity of Kivi plain. In this research, the resolution of the subsurface layers, detection of saturated zone, determination of basement, detection of the general direction of groundwater and changes of resistivity in sounding points and profiles have been studied. The number of 196 vertical electrical sounding on nine profiles and the number of 9 sounding in variety points and in vicinity of exploratory wells by schlumberger array in the study area have been taken. "IPI2win" software is used for the interpretation of vertical electrical sounding curves and one-dimensional modeling. By “Res2dinv”, twodimensional modeling and preparation of resistivity section have been taken. According to the results of the interpretation of the data in the study area, sediments inparts of the Middle East and Northern have developed, and from the surface to the depth of alluvium and marl deposits were included. More aquifer layers in marly sand deposits, silt and sand, crushed limestone and salty zones were observed. Basement is included most of marl (with the layers of sandstone and conglomerate), limestone and silt. According to the basement, the topography slope of the area and isopiezecurves, groundwater movement is toward the northeast.
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基维平原地电模拟及地下水研究
基维平原位于基维阿达比勒省东北部城市。由于沙漠中有大量的村庄和从事农牧业的人口,研究地下水对确定水井的最佳位置具有重要意义。在这方面,利用地电技术对基维平原地下水的质量和数量进行了研究。研究了地下层的分辨、饱和带的探测、基底的确定、地下水大方向的探测以及测深点和测深剖面的电阻率变化。利用斯伦贝谢阵列在研究区进行了9条剖面的196次垂直电测深和探井附近多点及探井附近的9次垂直电测深。利用“IPI2win”软件进行垂直电测深曲线解释和一维建模。利用“Res2dinv”软件进行了二维建模和电阻率剖面的编制。根据研究区资料的解释结果,中东和北部部分地区的沉积物发育,从表面到深处都包括冲积层和泥灰岩沉积。在泥砂、粉砂、碎灰岩和含盐带中观察到更多的含水层。基底主要由泥灰岩(含砂岩和砾岩层)、灰岩和粉砂组成。从基底、地形坡度和等平曲线来看,地下水运动方向为东北方向。
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