5G和B5G网络电磁场暴露风险评估和管理的传统方法的优势和局限性

H. Mazar, D. Ball
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引用次数: 2

摘要

本文描述了目前以科学为基础的方法来确保RF-EMF基站的公共安全。报告承认,尽管在实践中很少达到剂量限值,但公众仍然存在一定程度的关注。造成这种不和谐的一个貌似合理的原因是,学术界和一些规划当局倾向于采用技术官僚的选址政策方法,其中公众的担忧归因于科学对健康风险的不确定性,而现实情况是,社会对基站的担忧更为广泛。因此,可能将辩论错误地视为纯粹的科学问题,导致不适当的风险沟通活动,实际上通过剥夺其他可能合理的选址问题而使情况两极分化。建议更多地关注与健康无关的选址问题,这些问题可以通过经过深思熟虑的民主/审议程序来处理,而且不应将其与关于符合现有科学剂量限值的射频电磁场所构成的不确定和可能不存在的风险的科学辩论混为一谈。
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Strengths and Limitations of Conventional Approaches to the Risk Assessment and Management of EMF Exposure From 5G and B5G Networks
This paper describes the current science-based approach to ensuring public safety from RF-EMF base stations. It acknowledges that a degree of public concern persists despite the fact that dose limits are seldom if ever approached in practice. One plausible contributor to the discord is a tendency within parts of academia and by some planning authorities to pursue a technocratic policy approach to siting wherein public concerns are attributed to scientific uncertainty over health risks, whereas the reality is that societal concerns over base stations is broader. Thus, potential mis-framing of the debate as a purely scientific issue leads to inappropriate risk communication exercises which in fact polarise the situation by disenfranchising other potentially legitimate siting concerns. It is recommended that more attention should be paid to the non-health related siting issues, which could be handled by a thoughtful democratic / deliberative process, and that this should not be conflated with the scientific debate over the uncertain and possibly non-existent risks posed by RF EMF complying with the existing science-based dose limits.
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