This is the first paper to report a potential map of radon (²²²Rn) distribution in the Campania region of southern Italy, using the geostatistical kriging interpolation method using QGIS® software. The response variable is the ²²²Rn indoor measurements, whereas proxy variables used as predictors are: geology, faults, soils permeability, meteorological/climatic parameters, ²³⁸U distribution, ²²²Rn emanation coefficients and exhalation rates, ²²⁶Ra in building materials and gamma dose rate in dwellings. The map shows high radon potential areas in correspondence to the main volcanic centres and the faults network of the region. The map is a useful instrument to identify radon-prone areas and evaluate radon risk level for the population.

这是第一篇报告使用QGIS®软件的地统计克里格插值方法在意大利南部坎帕尼亚地区的ra （²²² Rn）分布潜力图的论文。响应变量是²²² Rn室内测量值，而用作预测变量的代理变量是：地质，断层，土壤渗透率，气象/气候参数，²³⁸ U分布，²²² Rn排放系数和呼出率，²²⁶建筑材料中的Ra和住宅中的γ剂量率。该地图显示了与该地区主要火山中心和断层网络相对应的高ra气潜力地区。该地图是识别易发areas区域和评估人群ra风险水平的有用工具。