Search results

Japan's decision to release nuclear wastewater into the Pacific Ocean in 2023 has sparked strong opposition at home and abroad. In this study, Graph Model for Conflict Resolution (GMCR) method is adopted to analyze the conflict problem, and reasonable equilibrium solutions are given to solve the conflict event.

In this study, GMCR is adopted to solve the conflict problem. First, identify the key decision-makers (DMs) on the issue of nuclear effluent and the relevant options they might adopt. Second, the options of each DM are arranged and combined to form a set of feasible states. Thirdly, the graph model is constructed according to the change of DM's options, and the relative preference of each DM is determined. Finally, the conflict problem is solved according to the definition of GMCR equilibrium.

Discharging nuclear wastewater into the ocean is not the right choice to solve the problem. Developing more space to store nuclear wastewater is more conducive to the protection of the ocean environment.

It is undesirable for the Japanese government to unilaterally discharge nuclear wastewater into the ocean. Objectively assessing the radioactivity of nuclear wastewater and the cooperation of relevant stakeholders can better solve this conflict.

The problem arising from Japan's releasing plan is complicated because of a lack of information and the existence of multiple stakeholders, while GMCR can help us with a better view of the current circumstance in the conflict.

This study describes preparedness of emergency physicians and general practitioners following chemical, radiological and nuclear incidents.

Five emergency physicians and six general practitioners were interviewed individually, and data was analysed using qualitative content analysis.

The study results showed that physicians' preparedness for chemical, radiological and nuclear incidents is linked to one main category: to be an expert and to seek expertise and two categories: preparations before receiving CRN patients, and physical examination and treatment of CRN patients with subcategories.

The results have implications for further research on the complexity of generalist vs specialist competence and knowledge when responding to chemical, radiological and nuclear incidents.

This study provides insights regarding chemical, radiological and nuclear preparedness among physicians at emergency departments and primary healthcare centres.

The aim of this study was to explore the organizational and social prerequisites for employees' participative and rule-compliant information security behaviour in Swedish nuclear power production and its related industry. These industries are high-risk activities that must be meticulously secured. Protecting the information security in the related organizations is an essential aspect of this.

Individual in-depth interviews were conducted with 24 employees in two organizations within the nuclear power industry in Sweden.

We found that prerequisites for employees' participative and rule-compliant information security behaviour could be categorized into structural, social and individual aspects. Structural aspects included well-adapted rules, knowledge support and resources. Social aspects included a supportive organizational culture, collaboration and adequate resources, and individual aspects included individual responsibility.

The qualitative approach of the study provided comprehensive descriptions of the identified preconditions. The results may thus enable organizations to better promote conditions important for information security in a high-risk industry.