The phrase "areas of hazard" is correct and usable in written English.
It can be used in contexts related to safety, risk assessment, or environmental studies to refer to locations that pose potential dangers.
Example: "The report identified several areas of hazard that require immediate attention to ensure public safety."
Alternatives: "hazard zones" or "danger areas".
Related to the limitations in geospatial data, the indices are not suitable for specific construction project or local-scale planning, but are useful for delineating broad areas of hazard potential within which more localized investigations can be conducted.
A wider scope for research is opened in the areas of hazard identification and risk assessment, as the interest in understanding the principles of practice involved in any of the manufacturing industries is increasing rapidly.
Recently, however, driving simulators have been used to identify those skills which differentiate the novice drivers from older, more experienced drivers in the areas of hazard anticipation and speed management.
IoT road sensors can provide real-time data from roads to help divert the flow of traffic away from areas of hazard.
Areas of hazard need to be identified, the severity of risk evaluated and cleaning procedures put into place.
The structure of GRAM model is formulated in the manner to cover some areas of hazards according company activities (in industrial area) and threats which follow from changeable environment conditions in existence of a company.
Treatment of uncertainty in hazard analysis is an important area of hazard map development.
These groups agreed that research should progress quickly in the area of hazard identification and that a need exists for more basic research to understand the mechanisms underlying food allergy.
Although applied in medicine (Sackett et al. 1996), formal evidence-based decision-making is not common practice in volcanology (or indeed other areas of natural hazard and risk assessment).
Landslides pose a significant risk to rural communities and infrastructure in hilly and mountainous regions and, with the expansion of development into these areas, levels of hazard and risk are increasing.
Application of the extended PA on a case study shows that inclusion of the inherent safety feature has managed to localise the area of hazards, reduce the requirement for special materials of construction, and ultimately reduce the HEN capital cost by 10%.
