It has been considered true for many years, probably because of commentary in US-EPA publications for the general public, that winter concentrations of indoor radon are greater than summer concentrations. The higher amount in the winter is attributed to the observation that people normally keep their windows closed during the winter, allowing indoor radon concentrations to rise. The lower radon concentrations in the summer might occur because often open their windows, allowing low-radon outside air to enter the home. It now appears that seasonal rainfall can cause unexpected indoor radon concentrations. In our study of over 1000 homes, where indoor radon was measured seasonally over an entire year, a summer season that had above normal rain...
Radon is the primary source of radiat ion exposure for most people in the United States. Although ra...
The author here reviews what is presently known about factors affecting indoor concentrations of rad...
This paper presents indoor radon concentrations and specific activities of natural radionuclides mea...
For long-term indoor radon measurements (91 or more days), home occupants are allowed by the USEPA r...
Indoor radon concentration follows usually a seasonal cycle with higher levels in cooler months and...
Background: Radon is a colorless, odorless, and tasteless radioactive gas. Indoor radon exposure is ...
Indoor radon and meteorological parameters (temperature, humidity, pressure, precipitation, indoor d...
Although statistically-derived national Seasonal Correction Factors (SCFs) are conventionally used t...
The majority of radon measurements in the built environment are made over sub-year periods and are t...
Geology has been highlighted by a number of authors as a key factor in high indoor radon levels. In ...
Radon concentrations in air in main floor areas of 213 houses in Central and Eastern Iowa were measu...
We measured radon (222Rn) concentrations in Iowa and Minnesota and found that unusually high annual ...
The essential findings of this study are that, from a known radium source, radon variability in the ...
Indoor air can be polluted in a number of ways. Indoor pollutants include formaldehyde, carbon monox...
The following thesis details an examination of radon and indoor environmental quality for low-income...
Radon is the primary source of radiat ion exposure for most people in the United States. Although ra...
The author here reviews what is presently known about factors affecting indoor concentrations of rad...
This paper presents indoor radon concentrations and specific activities of natural radionuclides mea...
For long-term indoor radon measurements (91 or more days), home occupants are allowed by the USEPA r...
Indoor radon concentration follows usually a seasonal cycle with higher levels in cooler months and...
Background: Radon is a colorless, odorless, and tasteless radioactive gas. Indoor radon exposure is ...
Indoor radon and meteorological parameters (temperature, humidity, pressure, precipitation, indoor d...
Although statistically-derived national Seasonal Correction Factors (SCFs) are conventionally used t...
The majority of radon measurements in the built environment are made over sub-year periods and are t...
Geology has been highlighted by a number of authors as a key factor in high indoor radon levels. In ...
Radon concentrations in air in main floor areas of 213 houses in Central and Eastern Iowa were measu...
We measured radon (222Rn) concentrations in Iowa and Minnesota and found that unusually high annual ...
The essential findings of this study are that, from a known radium source, radon variability in the ...
Indoor air can be polluted in a number of ways. Indoor pollutants include formaldehyde, carbon monox...
The following thesis details an examination of radon and indoor environmental quality for low-income...
Radon is the primary source of radiat ion exposure for most people in the United States. Although ra...
The author here reviews what is presently known about factors affecting indoor concentrations of rad...
This paper presents indoor radon concentrations and specific activities of natural radionuclides mea...