How do states as social actors cope with stigma-induced status anxiety? I propose the concept of “stigma shifting” as a way in which status-anxious states overcompensate for their stigma-induced inferiority and reaffirm their place in the world: by seeking identification with higher-status states and differentiation from lower-status states. In identifying with the desired group of states, stigmatized states engage in approval-seeking behavior and reaffirm their in-group status in areas where they feel discredited. In differentiating themselves from the undesired group, stigmatized states engage in distinction-seeking behavior, claiming their superiority over this “lesser” group in areas that gave rise to their status anxiety in the first place. Stigma shifting, in other words, allows a stigmatized state to take the role of a stigmatizer. To demonstrate the concept's depth and analytical utility, I draw on the case of East Asia in three disparate issue areas: colonial redress, nuclear disaster, and international order making. Japan, stigmatized in all three areas, has reaffirmed its status by shifting the stigma onto its significant but “lesser” others: China and Korea. Ultimately, stigma shifting solidifies status hierarchies in the world—not just the hierarchy as represented by the “Western” dominance of international society but also the regional hierarchies of the non-Western world.

Accidental discharges of the hazardous nuclear fission products 137Cs+ and 90Sr2+ into the environment, such as during the Fukushima Dai-ichi nuclear accident, have occurred repeatedly throughout the ‘nuclear age.’ Numerous studies of the fate and transport of 137Cs+ and 90Sr2+ in soils and sediments have demonstrated their strong and selective binding to phyllosilicate clay minerals, primarily by means of cation exchange into interlayer sites. The locally concentrated amounts of these radioactive beta-emitters that can be found in these host minerals raise important questions regarding the long-term interplay and durability of radioisotope—clay associations, which is not well known. The present study goes beyond the usual short-term focus to address the permanence of radioisotope retention in clay minerals, by developing a general theoretical understanding of their resistance to the creation of defects. The present study reports ab initio molecular dynamics (AIMD) calculations of the threshold displacement energy (TDE) of each symmetry-unique atomic species comprising the unit cell of model vermiculite. The TDE values determined are material specific, radiation independent, and can be used to estimate the probability of Frenkel-pair creation by direct electron—ion collision, as could be induced by the passage of a high-energy electron emitted during the beta-decay of 137Cs, 90Sr, and daughter 90Y. For 137Cs and 90Sr, the calculated probability is ~36%, while for 90Y the probability is much greater at ~89%. The long-term retention picture that emerges is that decay will progressively alter the clay interlayer structure and charge, probably leading to delamination of the clay, and re-release of residual parent isotopes. Further work examining the effect of Frenkel defect accumulation on the binding energy of parent and daughter radionuclides in the interlayer is thus justified and potentially important for accurate long-term forecasting of radionuclide transport in the environment.

After Japan’s major nuclear accident in 2011, approximately 150,000 Fukushima residents were ordered to evacuate. Beginning in 2015, the evacuation orders have been systematically lifted. However, the health impacts of allowing residents to return to homes in areas previously uninhabitable due to nuclear radiation remain poorly understood.

Declaring radiation levels to be safe does not necessarily eliminate the concerns of residents about the effects of radiation exposure. Rebuilding medical, welfare, and commercial infrastructure and services takes time. Nontangible community elements, such as mutually dependent social networks, also require time to be re-established. Nevertheless, the Japanese government prioritizes policies that encourage evacuees to return home as soon as it is safe to do so.

Post-disaster evacuation situations and subsequent return home pose substantial—and as yet relatively unknown—mental and physical health threats for those affected, especially those in vulnerable groups, such as the sick, the elderly, and children.

Here we report a case of an elderly female evacuee with dementia, who was prevented from returning home after her hometown evacuation order was lifted, began exhibiting marked behavioral abnormalities. Loss of emotional ties that were created while she was housed in temporary accommodation appeared to be a critical contributing factor.

The U.S. regulatory response to the import of potentially contaminated food from Japan following the Fukushima Daiichi nuclear power facility meltdown has not been closely examined. The incident caused global concern about the safety of foods imported from Japan. U.S. scientists and policymakers conducted an initial evaluation of the potential health risks, analyzed information and data from foreign governments and international organizations, adopted an import alert, and conducted extensive monitoring. They did not detect radionuclides in, adopt a ban on, or advise consumers to alter their consumption of foods from Japan. Using a modified Global Simulation Model, National Marine Fisheries Service monthly seafood import data and United Nations trade data, we performed a comprehensive retrospective benefit-cost analysis of U.S. actions on U.S.-Japan trade in fish and seafood. We estimate that U.S. regulatory policy preserved approximately $150 million in annual consumer surplus from the continued import of Japanese fish and seafood (at a cost of less than $1 million for import sampling), while finding no additional exposure to harmful radionuclides. The lesson of our analysis is that investment in regulatory infrastructure has tangible economic benefits, and that retrospective benefit-cost analysis can be a useful framework for evaluating catastrophe risk-related policy strategies.

Radiocarbon (14C) analysis was performed on Japanese cedar (Cryptomeria japonica) tree rings from Koriyama, Fukushima prefecture. Our primary aim was to detect any 14C release from the Fukushima Dai-ichi nuclear power plant accident on 11 March 2011. We also completed and assessed the 14C level in Japanese tree rings for the period of 1990–2014 because of the lack of environmental 14C results in the Japanese island that time. For this reason, we used a trajectory model to investigate the air mass forward and backward trajectories at the area of the power plant and sampling site. The modeling data show that the air masses mainly moved to the Pacific Ocean, both during March 2011 and during the growing season (March–September). During the period 1990–2014 there was no significant 14C excess in any of the samples, but there was a detectable Suess effect in almost every tree ring sample. The average fossil contribution was 0.83 ± 0.01% and the calculated anthropogenic component ratio, the 14C excess varied between +0.5 and –1.6%. The Δ14C value decreased from 150.0‰ to 9.5‰ from 1990–2014, which follows the decline of the 14C bomb peak, in addition to any detectable Suess effect.

This article analyzes the first video game in the Zettai Zetsumei Toshi (2002, Disaster Report) series for Sony's PlayStation 2 console against the backdrop of the 2011 Tōhoku earthquake and tsunami. In the game, players must use limited resources to escape from an earthquake-stricken city while rescuing other survivors. The article argues that the game makes visible the marginal victims and narratives of survival often erased under the collective rhetoric of national trauma. This is explored in relation to disaster photography and artistic representations of 3.11. The article suggests that the game's narrative rejects governmental rhetoric about nuclear energy and that the gameplay mechanisms utilize “limited engagement” or a form of operationalized weakness in order to communicate victimhood to players. The article concludes with an examination of how the in-game disaster photography inscribes players’ actions, making it more difficult to subsume these images into a generalized account of natural disaster trauma.

Prime Minister Shinzo Abe's troubles in 2018 owe much to Japan's resilient liberal media. Between 2011 and 2017, the media was mostly on its back foot, losing credibility over its initial coverage about the Fukushima nuclear accident and withstanding heavy-handed efforts by Abe's government to pressure and intimidate the media into self-censorship (Kingston 2018a). Since early 2017, however, the liberal Asahi newspaper led the way in exposing two cronyism scandals involving private-school projects linked to Abe. It also exposed a series of cases revolving around information disclosure practices that revealed a culture of deception aimed at avoiding government accountability. These included a cover-up at the Defense Ministry regarding a Peace Keeping Operation (PKO) in South Sudan that violated legal constraints imposed by the Diet, and revelations about doctored data used to support Abe's proposed labor reforms. In these and other cases, the government's lack of transparency and mishandling of documents drew sharp public criticism. The press played its role of informing the public about these apparent transgressions while highlighting the arrogance of power that has undermined public trust in Abe; 80 percent do not believe his self-exonerating explanations about the cronyism scandals (Bloomberg 2018). Nonetheless, in September 2018 he won reelection to a third term as Liberal Democratic Party (LDP) president and is set to become Japan's longest serving prime minister. Popular support, however, is tepid, as monthly polls since 2013 by Japan's national broadcasting organization (NHK) indicate that about 50 percent of the public supports him due to a lack of alternatives rather than his virtues as a leader (about 15 percent) or the appeal of his policies (about 15 percent). Despite mixed reviews in the press, he has won a series of elections, and in politics that is what counts (Kingston 2018b).

In April 2017, some of the health impacts of the 2011 Great East Japan Earthquake, tsunamis, and resultant Fukushima Daiichi nuclear power plant disaster (Okuma, Fukushima Prefecture, Japan) were presented at the 19th Congress of the World Association for Disaster and Emergency Medicine (WADEM; Madison, Wisconsin USA) in Toronto, Canada. A panel discussion was then opened by asking audience members about their experiences in their own countries, and how they would suggest taking steps to reach the goals of the Sendai Framework for Disaster Risk Reduction 2015-2030. This paper summarizes the presentation and panel discussion, with a particular focus on the common problems identified in understanding and reducing health risks from disasters in multiple countries, such as the ethical and practical difficulties in decision making on evacuating vulnerable populations that arose similarly during the Fukushima nuclear disaster in 2011 and Hurricane Ike’s approach to Galveston (Texas USA) in 2008. This paper also highlights the need for greater integration of research, for example through increased review and collation of evidence from different disaster settings to identify common problems and possible solutions, which was identified in this panel session as a precursor to fulfilling the goals of the Sendai Framework.

Leppold C, Ochi S, Nomura S, Murray V. The Great East Japan Earthquake, tsunamis, and Fukushima Daiichi nuclear power plant disaster: lessons for evidence integration from a WADEM 2017 presentation and panel discussion. Prehosp Disaster Med. 2018;33(4):424–427

The triple disaster that hit eastern Japan on 11 March 2011—earthquake, tsunami and nuclear meltdown—was a momentous event with long-term implications for archaeology and heritage. The sheer scale of the damage experienced generated a form of ‘disaster-led’ preventive archaeology, in line with the reconstruction efforts. As radioactive contamination continues to affect cultural assets including museums and monuments in the exclusion zone, the massive decontamination efforts under way bring about further heritage complications. Alongside its immediate applications, archaeology also has a wider critical role to play: with its mastery of materiality and temporality, it can help envisage the ‘contemporary future’ at Fukushima, a defining landmark of the feats and failures of late modernity.