Sentence examples for relevant hazards from inspiring English sources

Therefore any comprehensive disaster risk assessment effort needs to take into account the contribution of the most relevant hazards and evaluate how these hazards interact with each other in order to have a complete overview of the catastrophe risk panorama.

The resulting multi-hazard version of the PTVA consists of four steps: the identification of the study area and relevant hazards as well as the acquisition of hazard information, the determination of vulnerability indicators and collection of data, the weighting of factors and vulnerability assessment and finally, the consideration of hazard interactions.

In this multidisciplinary study, we used an Internet-based tool to investigate perception of ecological risks to water environments due to most relevant hazards (urban development, drought, urban water consumption, interbasin water transfer from rural to urban areas, and water-intensive landscaping) in urban and rural Nevada.

To ensure that the full spectrum of relevant hazards is covered, NFPs are advised to lead the process of completing the questionnaire, in close collaboration with officials responsible for the various capacity areas and including other sectors.

It is argued that more effective workplace management of MSD risk requires a systems-based management framework and more holistic assessment and control procedures to address risk from all relevant hazards together rather than in isolation from each other.

Given such complexities, assigning an MSD risk level and prioritising risk control measures based only on the severity of a small subset of hazards is unreliable, because it fails to take account of the possibly additive or interacting effects of other relevant hazards [ 43].

It is therefore reasonable to assume that intensity is a more relevant hazard-related predictor than magnitude.

It uses a GIS approach to develop regional and sub-regional hazard maps as well as to produce relevant hazard risk data, and includes a discussion of uncertainties, limitations and management perspectives.

What is key is that consumers are not only provided with the relevant hazard information, but that the information is presented so that a non-scientific lay person can understand the information in order to make a risk assessment.

Impact energy is the more relevant hazard proxy for studies regarding the vulnerability of built infrastructure, because only projectiles of a sufficient energy are capable of damaging buildings and penetrating roofs.

Therefore, impact density is the more relevant hazard proxy in this case as it directly translates into the probability to be hit and injured by a projectile via multiplication with the hazardous area per clast, as outlined in Fitzgerald et al. (2014).