Sentence examples for risk mitigation options from inspiring English sources

They considered several financial risk mitigation options in the supply chain model.

The MILP model seeks to optimize the expected performance of the SC under several financial risk mitigation options.

Social science discourses are used to discuss the possible consequences of these perceptions upon managerial risk behaviours, including those of "Getting Better" and "Getting Smarter", and to consider possible managerial risk mitigation options.

While many analyses demonstrate that risks are both physically and socially constructed, in this paper we go further by analysing risk mitigation options (engineering works) as being dual (physically and socially constructed) as well.

Severe wildfires can result in significant and costly impacts to municipal watersheds, ranging from increased sedimentation to increased likelihood of debris flows to damage of water delivery infrastructure and interruption of service, prompting additional interest in risk mitigation options (Warziniack and Thompson 2013; Tillery et al. 2014).

Since the beginning of the 21st century, Te-LEWSs are slowly becoming a commonly used risk mitigation option, employed worldwide, for landslide risk management over wide areas.

As obtaining the exact solution to the assumed trade-off strategy with an analytical or purely optimization approach is impossible in practice, an original method combining iterative optimization procedures with simulations providing updated values to feed the optimization model is proposed to find a satisfactory risk mitigation option.

The December 2011 debris flows in the Pohara-Ligar Bay area, Golden Bay: causes, distribution, future risks and mitigation options.

Exhaustive media coverage advised of health risks and mitigation options – avoid exposure if possible; stay indoors (in air conditioned buildings); do not exercise; follow asthma plans and seek medical help if respiratory or cardiovascular symptoms occurred.

This paper proposes replacement of the gas furnaces by low-emission PBMR modules, and presents the safety concerns and risk mitigation and management options for this coupled system.

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.