One of the main challenges in hazard identification and mitigation is the availability and quality of data. Data can help to identify the sources, characteristics, and impacts of hazards, as well as the vulnerabilities and capacities of the affected communities and systems. However, data may be incomplete, outdated, inaccurate, or inaccessible, which can limit the scope and depth of hazard analysis and mitigation strategies. To avoid this pitfall, emergency managers should seek to collect, verify, and update data from multiple sources and methods, such as historical records, scientific models, surveys, interviews, observations, and participatory approaches. They should also use data management tools and platforms that can store, organize, and share data securely and efficiently.
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Data base decision making with minimal data could create high level of risk, this is why it is important to keep data based update and accurate. It is common function that is missed across all reporting. It is highly important to have mandatory fields with pick lists or assigned categories. This will ensure data is fluid across all incident therefor dashboards and trends are commonly comparative. Having a collaborative standard for data across emergency management needs to be the future of reporting. Therefor all can draw on lesson learned or gains in the same simple forms. Data management and standardization is the next critical step in emergency management. Unification across all data structures will be critical to prevention.
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Para identificar los principales escollos y errores en la identificación de riesgos laborales se deben tener presentes: 1. Falta de Conocimiento para identificar todos los posibles peligros en el entorno laboral. 2. Falta de Experiencia puede llevar a pasar por alto situaciones peligrosas que podrían causar accidentes laborales. 3. Falta de Actualización puede llevar a identificaciones inadecuadas. 4. Falta de Participación de todos los niveles puede resultar en una identificación incompleta. 5. Subestimación de Riesgos puede llevar a resultados muy graves. 6. Falta de Registro y Seguimiento dificulta el seguimiento y la mejora continua en la gestión de riesgos laborales. 7. Falta de Planificación de la seguridad laboral.
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In the realm of hazard identification and risk assessment, an often underestimated and invaluable approach is field risk identification. This perspective, often referred to as a 'bottom-up' approach, centers on grasping the true nature of risk and danger through the lens of field operations and staff experiences, as opposed to relying solely on models or theoretical constructs. This methodology paves the way for a practical and applicable risk management culture within an organization or community. The initial crucial step in this process involves understanding local phenomena. It is important to note that, on occasion, certain hazards, previously overlooked or unrecognized by authorities, come to the forefront.
Another common pitfall in hazard identification and mitigation is the influence of bias and assumptions. Bias and assumptions can affect how hazards are perceived, prioritized, and communicated, and they can result from personal, organizational, cultural, or political factors. For example, some hazards may be overlooked or underestimated because they are rare, unfamiliar, or invisible, while others may be overemphasized or exaggerated because they are salient, recent, or sensationalized. Similarly, some stakeholders may have more or less influence or interest in the hazard identification and mitigation process, which can affect the allocation of resources and attention. To avoid this pitfall, emergency managers should adopt a critical and reflective attitude, and seek to challenge and validate their own and others' views and assumptions. They should also involve diverse and representative stakeholders in the hazard identification and mitigation process, and use transparent and evidence-based criteria and methods to assess and compare hazards.
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One way to address the potential of biases and assumptions being introduced into hazard identification is to chart out the first, second, and third order implications. Visualizing the full potential of the threat and assigning a likelihood to each potential outcome can bring vivid context to decision-making. You may find out the issue is not a real problem, which will free you up to examine other threats. Or, you may realize that there is an issue that needs mitigation to prevent it from metastasizing. Either way, you will have enhanced your situational awareness.
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One of the more important biases affecting decision-makers in complex environments is an inability to adequately distinguish between the likelihood of an adverse event and the magnitude of its consequences. Incidents with extreme consequences often loom large in planning processes regardless of their likelihood. Consequently, opportunities to mitigate these events are missed because people overlook causal connections and the outsized influence of vulnerability on outcomes. Often smaller, more frequent, and less costly incidents present important opportunities to build resilience against catastrophic events.
A third common pitfall in hazard identification and mitigation is the difficulty of dealing with complexity and uncertainty. Complexity and uncertainty can arise from the interactions and interdependencies of multiple hazards, systems, and actors, as well as from the variability and unpredictability of future scenarios and outcomes. These factors can make it hard to identify and mitigate all possible hazards, or to anticipate and prepare for all potential impacts and consequences. They can also create conflicts and trade-offs between different goals, values, and interests. To avoid this pitfall, emergency managers should acknowledge and embrace complexity and uncertainty, and adopt a flexible and adaptive approach. They should also use scenario planning and simulation tools to explore and test different options and alternatives, and to identify and monitor indicators and triggers that can signal changes and risks.
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In complex situations, people often have difficulty distinguishing ambiguity from uncertainty. Too often, complex situations present decision-makers with no good options. Consequently, not knowing what to do is less of a problem than not knowing what compromises or trade-offs to accept. As such, crisis managers need a deep understanding of organization goals and a nuanced understanding of competing interests and conflict management. Getting to answer that people can accept is often of greater importance and urgency than achieving optimal outcomes, which more often than not are unachievable anyway.
A fourth common pitfall in hazard identification and mitigation is the lack of effective communication and coordination. Communication and coordination are crucial for ensuring that hazard information and mitigation actions are consistent, coherent, and comprehensive across different levels, sectors, and phases of emergency management. However, communication and coordination may be hampered by barriers such as gaps, overlaps, or inconsistencies in roles and responsibilities, policies and protocols, standards and formats, languages and terminologies, or channels and platforms. These barriers can lead to confusion, duplication, or omission of hazard identification and mitigation efforts, or to conflicts or delays in decision-making and implementation. To avoid this pitfall, emergency managers should establish and maintain clear and regular communication and coordination mechanisms, such as networks, committees, plans, or agreements, that can facilitate information exchange, collaboration, and feedback among relevant stakeholders. They should also use common and compatible communication and coordination tools and systems, such as frameworks, models, or platforms, that can support data integration, analysis, and visualization.
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The assumption that certain services will be provided to address Hazards will be readily available. For example, Post Hurricane Laura and Ida the assumption was that contractors would come in to remove debris. However, legislature from one state did not allow contractors from out-of-state to bid for contracts. The in-state contractors were already slated to work in other parts of the state and/or other states impacted by the Hurricane. Communication and proper planning would have prevented in addressing the hazards caused by debris in roadways.
A fifth common pitfall in hazard identification and mitigation is the lack of adequate evaluation and learning. Evaluation and learning are important for assessing the effectiveness and efficiency of hazard identification and mitigation efforts, as well as for identifying and addressing gaps, weaknesses, or opportunities for improvement. However, evaluation and learning may be neglected or overlooked due to limited time, resources, or incentives, or due to resistance or reluctance to change or admit failures. These factors can prevent emergency managers from capturing and applying the lessons learned from past or current experiences, or from adapting to changing or emerging hazards or contexts. To avoid this pitfall, emergency managers should integrate evaluation and learning into the hazard identification and mitigation process, and allocate sufficient time, resources, and incentives for conducting and sharing evaluation and learning activities. They should also foster a culture of learning and innovation, that encourages feedback, reflection, and experimentation.
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In recent years, emergency management, especially in the public sector, has been plagued by a "one and done" culture. Political leaders find it easier to demote, dismiss, or replace an emergency manager than admit shortcomings in planning, preparedness, or policy responses. This habit of naming, blaming, and shaming was quite evident in the aftermath of the Lahaina Conflagration. This approach inhibits growth and sends a clear message that learning and development remain secondary to performance. Consequently, underlying issues remain unaddressed or unresolved, such as water and lands rights disputes, gentrification, competing economic and development agendas, and efforts to meet climate change mitigation targets.
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Tunnel vision can cloud judgement and cause some to rush to a central focal point, rather than observing the situation for a proper approach & response. The OODA Loop can be done quickly- Observe-Orient-Decide & React. A plane fire on a runway was the initial call. Fire apparatus responded with foam and another truck ran over 2 passengers who lay just outside the plane obscured by the foam. A size up of the situation may have changed the outcome, especially when an element such as thick fire retardant foam obstructed sight line’s immediately adjacent to the plane.
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All comments and perspectives are essential and important. However, a Disaster Recovery Program (DRP) needs to be developed to ensure business operations can continue subsequent to, and in some cases, during the disaster.