1995•Journal of the Royal Society of HealthRequires access

Assessment of radon levels in soil and water

K.N. Yu

Open publisher page 1 citations

Abstract

Radon gas and its progeny are radioactive and may induce lung cancer. A main source of indoor radon concentration is the radon gas which comes from the soil under a house or building. Therefore, accurate measurement of the radon concentrations in the soil are very helpful in identifying doubtful areas and in minimizing some radon hazards. A method of assessing the radon concentration in soil is described. The results were compared with the radon concentrations in associated water samples. It was found that the concentrations in soil and water were correlated, except for some anomalies and that the measurement of concentrations in soil were more direct and sensitive.

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Radon gas and its progeny are radioactive and may induce lung cancer. A main source of indoor radon concentration is the radon gas which comes from the soil under a house or building. Therefore, accurate measurement of the radon concentrations in the soil are very helpful in identifying doubtful areas and in minimizing some radon hazards. A method of assessing the radon concentration in soil is described. The results were compared with the radon concentrations in associated water samples. It was found that the concentrations in soil and water were correlated, except for some anomalies and that the measurement of concentrations in soil were more direct and sensitive.

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Available abstract

Radon gas and its progeny are radioactive and may induce lung cancer. A main source of indoor radon concentration is the radon gas which comes from the soil under a house or building. Therefore, accurate measurement of the radon concentrations in the soil are very helpful in identifying doubtful areas and in minimizing some radon hazards. A method of assessing the radon concentration in soil is described. The results were compared with the radon concentrations in associated water samples. It was found that the concentrations in soil and water were correlated, except for some anomalies and that the measurement of concentrations in soil were more direct and sensitive.

Key concepts: Radon, Soil gas, Environmental science, Radon gas, Environmental chemistry, Soil science, Soil water, Hydrology (agriculture)

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