Sentence examples for consequence mitigation from inspiring English sources
The lack of interoperability among different responding agencies and organizations seriously affected consequence mitigation and disaster recovery.
Consequently, this part of the toolbox provides a general methodology for the inexperienced end-users who deal with a suicide or trespassing problem, as well as with post incident consequence mitigation difficulties.
In addition to the lack of coordination and communication and the role ambiguity among multiple emergency responders the company's own as well as local, state, and federal agencies serious system- and interoperability-related issues were prevalent and significantly hampered consequence mitigation and recovery (Birkland and DeYoung 2011).
It enabled the development of a functional information reference source for IMs, RUs, police (state, municipal and railway), fire services and other first responders, regulatory and investigation bodies, which supports response management and consequences mitigation actions, particularly with respect to the shut-down time of railway operation.
In addition to likelihood and consequence reduction, mitigation may seek to achieve risk avoidance or risk transfer, spreading, and sharing.
As governments seek increased and drastic action, policymakers are likely to seek quantification of climate-change impacts and the consequences of mitigation policies on these populations.
Dr. Dashtis research includes the study of interactions and interdependencies among infrastructure systems during disasters; seismic performance of underground structures; and consequences and mitigation of the liquefaction hazard facing structures in isolation and in urban settings.
The agro-hydrological model TNT2 was used to explore for a period of 14 years (1987 2001) the likely consequences of mitigation scenarios on nitrate contamination of the stream water in a small agricultural catchment.
Extrapolation of the proposed QRA framework and its core risk-informed insights to other candidate on-board reversible and off-board regenerable hydrogen storage systems could provide better understanding of risk consequences and mitigation options associated with employing this hydrogen-based technology in the transportation sector.
The analysis of probability and consequences, risk mitigation strategies and follow-up activities, such as risk response and control, are essential elements of the whole risk management process (Pinto 2007, 223).
In addition, this understanding can inform policy-relevant analyses of the possible consequences of mitigation policies.
