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A case study: the relationship between 222 Rn in rainwater and earthquakes according to air masses
Environmental Earth Sciences ( IF 2.8 ) Pub Date : 2020-09-26 , DOI: 10.1007/s12665-020-09176-z
Nurdan Akakçe , Aysun Uğur Görgün , Ercüment Avşar

The relationship between radon gas and earthquake behavior is widely researched by investigating 222Rn (Radon-222) in air, soil, and water. This study is aimed at proving that 222Rn concentration in rain water and in the movement of rain systems will give an indication of impending earthquakes. The study was conducted in predetermined areas in the west of Anatolia. It is found that 222Rn in rain water was between 0.021 and 0.647 Bq/l for a year in Bornova. Besides, it is shown that the origin of air masses that affect the area are covered in this study and synoptic and climatologic analysis of these air masses as well as thunderstorms and strokes are presented in this study. It is found from the analysis that the information of earthquake is transported by the presence of radon gas with rain water in the predetermined area, approximately a radius of 97 km area.



中文翻译:

案例研究:根据空气质量,雨水中的222 Rn与地震之间的关系

通过研究空气,土壤和水中的222 Rn(Radon-222),广泛研究了gas气与地震行为之间的关系。这项研究旨在证明雨水中和雨水系统运动中的222 Rn浓度将表明即将发生地震。该研究是在安纳托利亚西部的预定地区进行的。发现222在博尔诺瓦,雨水中的Rn一年在0.021至0.647 Bq / l之间。此外,研究还表明影响该地区的气团起源,并对这些气团的天气和气候分析以及雷暴和中风进行了介绍。从分析中发现,地震信息是通过在预定区域(半径约为97 km的区域)中存在with气和雨水来传递的。

更新日期:2020-09-26
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