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Risk Analysis is required in many areas of science and engineering, for example pharmaceutical processing, the application of pesticides, the use of nano particles, saturation of toxicokinetic processes, working with machinery, man ufacturing goods, managing staff in the workplace etc [1–4]. All of these activities have potential hazards that can lead to wider impacts on the organisation, i.e. harm to the environment, flora, fauna, individuals, populations of human beings as well as economic and reputational threats. However, risk assessing prior to any activity being conducted and identifying potential hazards early can help to avoid impacts, such as excessive clean-up and remediation costs, breaching of legislation and damage to reputations. Also, early assessments can prevent occupational risks, can provide information to staff and workers, create training opportunities and enables organisations to implement suitable management and mitigation measures.
Introduction to challenges in Risk Analysis for science and engineering: development of a common language
An introduction to Risk Analysis for scientists and engineers
On the tolerability of risk, public and private
Storage of military ammunition and explosives—risk evaluation and hazard management
The application of systems thinking to Risk Assessment: left shifting safety
Influence of automation on human factor integration in Risk Assessment systems
Minimising the risks to decision-making by selecting representative experimental methods for environmental science research
The importance of the conceptual site module in the assessment of land contamination
Land Release: a Risk Management approach for mine action
Risk Assessment and management at a heritage site
Amazonian non-timber forest products and ways forward to ensure their sustainability at low risk: Acai case study
Development of a risk matrix for low-cost engineering solutions: a systematic approach
Assessing the academic and experiential risk to students from the transition to hybrid and online delivery
Practical application of a decision framework to mitigate environmental risks posed by the treatment of explosive contaminated wastewater
Risk recognition and continuous Risk Management
Conclusion: challenges in Risk Analysis