Papers in collection

• Why risk assessment and safety climate measurement are essential for psychosocial safety Go to Paper
• Applying universal and equitable design principles for equity and inclusion in mining Go to Paper
• Advancing diversity and inclusivity in the resources sector – a human centred focus on equipment design Go to Paper
• Development and implementation of a digital sleep and circadian management tool for optimising sleep, health and safety in shift workers Go to Paper
• Unveiling the future of psychosocial hazard management – a multidisciplinary approach Go to Paper
• Transforming dust control – lessons from tunnelling Go to Paper
• From mines to lungs – navigating the landscape of respirable dust characterisation Go to Paper
• A practical approach to improve investigations and identify systemic organisational issues Go to Paper
• Stop investigating everything! How to classify events to maximise organisational learning and reduce systemic risk Go to Paper
• Managing mining fatality risk Go to Paper
• Challenges in achieving zero harm – lessons from past incidents in mining Go to Paper
• Meta incident analysis – an analysis of incident and near miss reporting within a major Australian commodity port Go to Paper
• Investigating psychosocial incidents and gendered violence for enhanced mine safety outcomes Go to Paper
• Enhancing crushing plant safety – a technical overview Go to Paper
• Case study of a practicable, risk-based solution in response to new regulatory approaches to Mining Health and Safety using Queensland Recognised Standard 22 (Management Structure for the development and implementation of the SHMS) Go to Paper
• Building better bow-ties – common pitfalls in risk analysis Go to Paper
• Waste batteries – are you prepared for the coming avalanche? Go to Paper
• Thirty years since Moura No.2 – so what has changed? Go to Paper
• Critical control management – our journey so far and the road ahead Go to Paper
• Understanding your work health and safety obligations – risk-based psychosocial safety: a framework for leaders and supervisors to demonstrate that they are working to meet their obligations Go to Paper
• IonicRE’s blueprint for enhanced safety Go to Paper
• Take 5 – hero or villain Go to Paper
• Chilean lithium mining – a safe place Go to Paper
• Determination of cyanide and potentially toxic elements in gold tailings at Barberton, Mpumalanga, South Africa Go to Paper
• Regulating radiation exposures from naturally occurring radionuclides in the WA mining industry Go to Paper
• Comparison of risk register quality and consistency using causal network topology analysis Go to Paper
• Visualising risk – proactive is better than reactive Go to Paper
• MEMS – The Mine Event Management System: a process to assist with incident management Go to Paper
• Preventing unwanted events critical controls – success and failure in implementing the ICMM guidance Go to Paper
• Critical risks unveiled – the imperative of broad-brush risk assessments Go to Paper
• Technical authority – can we balance governance, risk and efficiency in management of change? Go to Paper
• Climate, safety leadership, and critical risk management in the Australian mining sector Go to Paper
• Insights from evidence-based safety analyses Go to Paper
• Cayeli Mine journey to become a safer mine with an innovative approach – Think! Safety Program Go to Paper
• An effective approach to problem solving and decision-making in safety management Go to Paper
• Potential TWA changes for gas monitoring instruments are alarming Go to Paper
• Lessons for the safe implementation of automation in mining Go to Paper
• Key insights for the successful implementation of proximity detection and collision avoidance technology for reducing vehicle interaction risk – a surface technology provider perspective Go to Paper
• Functional safety and behavioural economics – understanding human error risk in autonomous operations Go to Paper
• Improving dust management in gate road development – a computational fluid dynamics-virtual reality based training tool for mine workforce Go to Paper
• Explosive dust management system for underground coalmines, digitally integrating stone dust application, sampling plans, and results to help mitigate explosion risk Go to Paper
• Conventional and real-time sampler comparison study for inhalable and respirable dust Go to Paper