Assessment of the spatial distribution of submarine groundwater discharge along the Yatsushiro Inland Sea coastline, SW Japan, using .sup.222Rn method

A towing method using .sup.222Rn can detect SGD signals in coastal areas. This study aims to evaluate the impact of topography and hydrology on SGD spatial distribution and the estimation of SGD patches along the coastlines. For this, we tried to determine the SGD signals in the study area and the m...

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Published in:Journal of radioanalytical and nuclear chemistry 2016-03, Vol.307 (3), p.2123
Main Authors: Nikpeyman, Yaser, Hosono, Takahiro, Ono, Masahiko, Yang, Heejun, Shimada, Jun, Takikawa, Kiyoshi
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Language:English
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Analysis
Groundwater
Hydrology
Methods
Seawater
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container_title Journal of radioanalytical and nuclear chemistry
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creator Nikpeyman, Yaser
Hosono, Takahiro
Ono, Masahiko
Yang, Heejun
Shimada, Jun
Takikawa, Kiyoshi
description A towing method using .sup.222Rn can detect SGD signals in coastal areas. This study aims to evaluate the impact of topography and hydrology on SGD spatial distribution and the estimation of SGD patches along the coastlines. For this, we tried to determine the SGD signals in the study area and the maximum depth where the SGD rate is significant. The study conducted along the Yatsushiro Sea coastline, SW Japan. The estimated SGD distribution pattern suggests that the local topographic and geological settings govern the occurrence of SGD (recirculated seawater (RSGD) and terrestrially derived groundwater (FSGD)) as the primary deriving forces.
doi_str_mv 10.1007/s10967-015-4573-8
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subjects Analysis
Groundwater
Hydrology
Methods
Seawater
title Assessment of the spatial distribution of submarine groundwater discharge along the Yatsushiro Inland Sea coastline, SW Japan, using .sup.222Rn method
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