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• W2612815232 abstract "Exposure to radiation is a potential hazard to humans and the environment. The Fukushima accident reminded the world of the importance of a reliable risk management system that incorporates the dose received from radiation exposures. The dose to humans from exposure to radiation can be quantified using a well-defined system; its environmental equivalent, however, is still in a developmental state. Additionally, the results of several papers published over the last decade have been criticized because of poor dosimetry. Therefore, a workshop on environmental dosimetry was organized by the STAR (Strategy for Allied Radioecology) Network of Excellence to review the state of the art in environmental dosimetry and prioritize areas of methodological and guidance development. Herein, we report the key findings from that international workshop, summarise parameters that affect the dose animals and plants receive when exposed to radiation, and identify further research needs. Current dosimetry practices for determining environmental protection are based on simple screening dose assessments using knowledge of fundamental radiation physics, source-target geometry relationships, the influence of organism shape and size, and knowledge of how radionuclide distributions in the body and in the soil profile alter dose. In screening model calculations that estimate whole-body dose to biota the shapes of organisms are simply represented as ellipsoids, while recently developed complex voxel phantom models allow organ-specific dose estimates. We identified several research and guidance development priorities for dosimetry. For external exposures, the uncertainty in dose estimates due to spatially heterogeneous distributions of radionuclide contamination is currently being evaluated. Guidance is needed on the level of dosimetry that is required when screening benchmarks are exceeded and how to report exposure in dose-effect studies, including quantification of uncertainties. Further research is needed to establish whether and how dosimetry should account for differences in tissue physiology, organism life stages, seasonal variability (in ecology, physiology and radiation field), species life span, and the proportion of a population that is actually exposed. We contend that, although major advances have recently been made in environmental radiation protection, substantive improvements are required to reduce uncertainties and increase the reliability of environmental dosimetry." @default.
• W2612815232 created "2017-05-19" @default.
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• W2612815232 date "2017-09-01" @default.
• W2612815232 modified "2023-10-18" @default.
• W2612815232 title "Dose assessment in environmental radiological protection: State of the art and perspectives" @default.
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• W2612815232 cites W1972686782 @default.
• W2612815232 cites W1975948088 @default.
• W2612815232 cites W1983742971 @default.
• W2612815232 cites W1987112100 @default.
• W2612815232 cites W1990106099 @default.
• W2612815232 cites W1992595822 @default.
• W2612815232 cites W1995289124 @default.
• W2612815232 cites W1995309970 @default.
• W2612815232 cites W2003578650 @default.
• W2612815232 cites W2006666127 @default.
• W2612815232 cites W2007646822 @default.
• W2612815232 cites W2011684161 @default.
• W2612815232 cites W2014690261 @default.
• W2612815232 cites W2016228124 @default.
• W2612815232 cites W2016835173 @default.
• W2612815232 cites W2018858004 @default.
• W2612815232 cites W2018870979 @default.
• W2612815232 cites W2020534770 @default.
• W2612815232 cites W2022086741 @default.
• W2612815232 cites W2022572370 @default.
• W2612815232 cites W2029841392 @default.
• W2612815232 cites W2030216384 @default.
• W2612815232 cites W2032416133 @default.
• W2612815232 cites W2034271235 @default.
• W2612815232 cites W2037610708 @default.
• W2612815232 cites W2039242588 @default.
• W2612815232 cites W2040209744 @default.
• W2612815232 cites W2040914781 @default.
• W2612815232 cites W2050558599 @default.
• W2612815232 cites W2051209081 @default.
• W2612815232 cites W2058067814 @default.
• W2612815232 cites W2060468524 @default.
• W2612815232 cites W2062322133 @default.
• W2612815232 cites W2064369159 @default.
• W2612815232 cites W2070146555 @default.
• W2612815232 cites W2071470880 @default.
• W2612815232 cites W2074574840 @default.
• W2612815232 cites W2076972144 @default.
• W2612815232 cites W2077294878 @default.
• W2612815232 cites W2078128042 @default.
• W2612815232 cites W2079767912 @default.
• W2612815232 cites W2085306481 @default.
• W2612815232 cites W2085873825 @default.
• W2612815232 cites W2089134899 @default.
• W2612815232 cites W2089519905 @default.
• W2612815232 cites W2089655030 @default.
• W2612815232 cites W2093740105 @default.
• W2612815232 cites W2095762055 @default.
• W2612815232 cites W2102075554 @default.
• W2612815232 cites W2112163728 @default.
• W2612815232 cites W2131944144 @default.
• W2612815232 cites W2140373822 @default.
• W2612815232 cites W2148612540 @default.
• W2612815232 cites W2151334271 @default.
• W2612815232 cites W2151416689 @default.
• W2612815232 cites W2162660061 @default.
• W2612815232 cites W2164417272 @default.
• W2612815232 cites W2230790946 @default.
• W2612815232 cites W2271877716 @default.
• W2612815232 cites W2325128133 @default.
• W2612815232 cites W2325369455 @default.
• W2612815232 cites W2331861963 @default.
• W2612815232 cites W2335139634 @default.
• W2612815232 cites W2336051709 @default.
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• W2612815232 doi "https://doi.org/10.1016/j.jenvrad.2017.05.001" @default.
• W2612815232 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/28505478" @default.
• W2612815232 hasPublicationYear "2017" @default.
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