Sentence examples for for all hazards from inspiring English sources

Consequently, not all damage states are appropriate for all hazards, but this feature allows for more direct comparison across the hazards.

Fragility techniques are also increasingly being accepted by those in the design communities (especially seismic design) and are likely to form the basis for next generation performance-based design procedures for all hazards.

As RiskScape is a multi-hazard tool, the RiskScape team uses a common six-level damage state scale for all hazards (0 5) for buildings, primarily based on levels of non-structural and structural damage (Table 3).

We first present RiskScape's framework for all hazards, and then describe in more detail the five volcanic hazards – tephra deposition, pyroclastic density currents, lava flows, lahars, and edifice construction/excavation.

Maps should also be strongly linked to the planning framework, particularly rules An "all-hazard" approach to the planning framework provides simplicity and ensures a consistent outcome for all hazards.

Participants identified four global research gaps and policy issues requiring further consideration and resources: a) Home hazard measurement techniques and standards have not been developed for all hazards.

For all the hazards of eliminating dwifungsi, and the problems of reclaiming Mr Suharto's wealth, it is not hard to see why these goals are so popular.

For all the hazards facing Cruz, on the eve of voting in Iowa, it is he, one of the most hated men in Washington, who has emerged as the candidate best positioned to bring down the anti-establishment Trump.

Focusing on the subset of IHR core capacities also will provide a foundation for an all-hazards approach for addressing public health emergencies regardless of cause.

The White House recently released the first National Strategy for Biosurveillance, which calls for an all-hazards approach, focusing on threats affecting humans, animals, or plants, to achieve early detection and situational awareness to enable better decision making (33 ).

These gaps have implications for preparing for and responding to all-hazards emergencies including weather-related or earthquake-related natural disasters, terrorist attacks, and nuclear-chemical disasters.