A Study on Chemical Characteristics of Ground water in Fuji Area

K. Ikeda
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引用次数: 4

Abstract

The Southern foot area of Mt. Fuji, including its lower flank and the coastal plain to the south in Shizuoka Prefecture, is a suitable field to study the relationship between hydrogeology and chemical characters of ground water.
Aquifers in the area are distributed in the volcanic strata from the volcanoes [Ko(Old)-Fuji, Fuji, and Ashitakaj and in the alluvial deposits. These aquifers are under a mineralogically uniform condition. Analytical data of natural ground water and leaching experiments on the rocks indicate that the ground water can be grouped by the water temperature, ratio of chemical constituents, bicarbonate (HCO3-) content, total dissolved solids, and others. The g -ound water borne at the depth of 150-250 m in coastal area has a matked discontinuity of HCO3concentration, which is related with the geology.
Chemical constituents in water of the volcanic layers seem to originate from processes of weathering of volcanic rocks. The constituents in water can be explained as a results of weathering reactions.
富士地区地下水化学特征研究
富士山南麓地区,包括富士山下坡和静冈县南部的沿海平原,是研究地下水水文地质与化学特征关系的适宜区域。该地区的含水层分布于[Ko(Old)-Fuji、Fuji和Ashitakaj火山的火山地层和冲积矿床中。这些含水层在矿物学上是均匀的。天然地下水分析数据和岩石淋滤实验表明,地下水可按水温、化学成分比、碳酸氢盐(HCO3-)含量、总溶解固形物等进行分组。沿海地区150 ~ 250 m深的地下水hco3浓度具有明显的不连续特征,这与地质条件有关。火山层水中的化学成分似乎来源于火山岩的风化过程。水中的成分可以解释为风化反应的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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