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An assessment of the natural radiation dose to wildlife in England and Wales was made\udto determine the contribution it may make to the total radiation dose estimated during environmental\udimpact assessments. Significant use was made of systematic datasets for environmental media (stream\udsediments, stream waters and soils), in particular those produced by the Geochemical Baseline Survey\udof the Environment (G-BASE) project. This provided extensive, although variable, coverage for different\udelements and sample types after normalisation of data to account for changes in sampling and analysis over\udtime. Almost complete coverage for K in stream sediments was achieved by merging G-BASE andWolfson\udAtlas data. This required normalisation of theWolfson data to the G-BASE results. Coverage was improved\udgreatly for U and Th in sediments, and K, U and Th in soils, by using the strong relationship between soils\udand sediments and geology (both solid and superficial) to extrapolate the data. The total U, Th and K data\udwere used to derive activity concentrations of 238U and 232Th series radionuclides and 40K. External dose\udrates to wildlife were then estimated from derived media concentrations; internal dose rates were estimated\udfrom measured activities in biota or activities predicted using recommended concentration ratios

Assessment of naturally occurring radionuclides around England and Wales: Application of the G-BASE dataset to estimate doses to non-human species