Sentence examples for mitigation of hazard from inspiring English sources

Mercer et al. (2009) underline that no matter how specific the science behind hazard prediction is, it is not sufficient to ensure the mitigation of hazard impacts.

Furthermore, it is shown how a reliability safety analysis can be conducted through equipment dependability indicators to facilitate the mitigation of hazard frequency in a plant.

This approach also results in allocating a significant amount of resources to gain only marginal mitigation of hazard and leave some undesirable hazards in the system due to the budget limitation.

Robust DEM co-registration for detecting terrain changes is an attractive but unresolved problem in both Remote Sensing and the Prevention and Mitigation of Hazards.

The results show that an accurate and well-planned multidisciplinary approach can help the decision makers in the choice of the most effective engineering solution for the mitigation of landslide hazard and risk.

One of the key elements in any integrated strategy for the mitigation of landslide hazard is the design of appropriate defensive works, which are intended to reduce the potential impact of landslides on the population and facilities potentially at risk.

These include the use of biocement as an alternative to Portland cement for soil improvement, the use of bio-desaturation as a method for mitigation of liquefaction hazard, the use of plastic waste to make construction products, and the use of the NEUSpace method for land reclamation in deep water to reduce the usage of fill materials.

Literature on adaptation and mitigation of natural hazards finds that behavioral responses to hazards depend in large part on risk perception, or "beliefs about the existence and characteristics of a natural hazard" (Nigg & Mileti, 2002, p. 280).

Implementation of high performance controllable damping devices can ameliorate cost-effectiveness of structural systems for mitigation of natural hazards.

Volcano research and monitoring are important for the understanding volcanic activity and for the mitigation of volcanic hazards.

The accurate estimation of rainfall from remote sensing is of paramount importance for many applications as, for instance, the mitigation of natural hazards like floods, droughts, and landslides.