Mohn Doss, Medical Physicist in Diagnostic Imaging. The ALARA concept, As Low As Reasonably Achievable is base on the linear no-threshold (LNT) model assumption and / or low--dose radiation cancer concerns. Do mutations increase linearly with radiation dose? When radiation dose increases, at low doses, mutations decrease. Cancers do not increase linearly with mutations. There are many more reasons to conclude: Mutation model of cancer is not valid. See for example slide 6 / 13.
Rod Adams, Atomic energy expert with small nuclear plant operating and design experience. Financial, strategic, and political analyst.: Excessive regulation of extremely low radiation doses increases the public fears of nuclear technology, increases the costs borne by society, and can deprive society of the full benefit of that technology.” – Edward Maher, Sc.D., Harvard University
Synergies from systems biology approach for low dose radiation (N Dainak, L Feinendegen, R Hyer, P Locke, A Waltar) USofA Germany03.Jan.2018
Bruno Comby, nuclear engineer, Founder-President of Environmentalists for Nuclear - International, in French, Association des Ecologistes Pour le Nucléaire, http://ecolo.org: This is a report of Bruno Comby's visit to Ramsar, Iran in 2006 to document one of the world's highest levels of naturally occurring radiation and the lives of people and animals living there. Results are that high doses of radiation spread out over time, i.e. relatively low radiation dose rate, show no detrimental signs. The people are living above average life times. This concept needs to be incorporated into design and operation of nuclear power plants and nuclear medicine. The Linear No-Threshold model is not appropriate for low dose and low dose rates.