Department of Haematology, University of Cambridge, Cambridge CB2 1TN, United Kingdom.
Department of Physics, University of Cambridge, Cambridge CB2 1TN, United Kingdom.
Radiat Res. 2024 Aug 1;202(2):273-288. doi: 10.1667/RADE-24-00035.1.
This paper starts with a brief history of the birth of the field of radioecology during the Cold War with a focus on US activity. We review the establishment of the international system for radiation protection and the science underlying the guidelines. We then discuss the famous ICRP 60 statement that if "Man" is protected, so is everything else and show how this led to a focus in radioecology on pathways to "Man" rather than concern about impacts on environments or ecosystems. We then review the contributions of Radiation Research Society members and papers published in Radiation Research which contributed to the knowledge base about effects on non-human species. These fed into international databases and computer-based tools such as ERICA and ResRad Biota to guide regulators. We then examine the origins of the concern that ICRP 60 is not sufficient to protect ecosystems and discuss the establishment of ICRP Committee 5 and its recommendations to establish reference animals and plants. The review finishes with current concerns that reference animals and plants (RAPs) are not sufficient to protect ecosystems, given the complexity of interacting factors such as the climate emergency and discusses the efforts of ICRP, the International Union of Radioecologists and other bodies to capture the concepts of ecosystem services and ecosystem complexity modelling in radioecology.
本文首先简要回顾了冷战期间放射生态学领域的诞生历史,重点介绍了美国的相关活动。我们回顾了国际辐射防护体系的建立以及指导方针所依据的科学原理。然后,我们讨论了著名的 ICRP60 声明,即如果“人类”得到了保护,那么其他一切也将得到保护,并展示了这如何导致放射生态学将重点放在了通向“人类”的途径上,而不是关注对环境或生态系统的影响。接下来,我们回顾了放射生物学研究学会成员的贡献以及发表在《放射生物学》上的论文,这些贡献为非人类物种的效应知识基础做出了贡献。这些成果被纳入了国际数据库和基于计算机的工具,如 ERICA 和 ResRad 生物群,以指导监管机构。然后,我们研究了人们开始担心 ICRP60 不足以保护生态系统的原因,并讨论了 ICRP 委员会 5 的成立及其关于建立参考动物和植物的建议。本文的最后部分讨论了当前的担忧,即参考动物和植物(RAPs)不足以保护生态系统,因为气候紧急情况等相互作用因素的复杂性,并讨论了 ICRP、国际放射生态学家联盟和其他机构为在放射生态学中捕获生态系统服务和生态系统复杂性建模的概念所做的努力。