Sobiech (2013, p. 50) states that "a disaster results from interactions between hazards and vulnerable conditions of the system".
Impact assessment is more deterministic, and examines the outcome of the interaction between a hazard of a given intensity and an asset with particular qualities or attributes (Panza et al., 2011).
Falls result from an interaction between environmental hazards and inadequate physiology to cope with the hazards, such as gait problems, poor vision, impaired peripheral sensation and lower limb strength, dizziness, and the use of psychotropic medication or polypharmacy [ 14, 15].
It is now well recognised that falls result from an interaction between environmental hazards and a broad array of physiologic risk factors, including impaired vision, reduced muscle strength, diminished peripheral sensation and slow reaction time [ 5].
It is well recognised that falls result from interactions between environmental hazards, a variety of medical conditions and physiological risk factors.
The interactions between these hazards and society are also addressed in the journal and include risk governance, disaster response and preventive actions such as spatial planning and remedial measures.
Multivariable Cox proportional hazards models were used to assess whether there was an interaction between sex and digoxin affecting mortality hazard.
Interaction between residential structures during natural hazards can lead to interdependencies in their performance.
There is much speculation and many uncertainties regarding the interaction between climate change and geological hazards.
Where there was evidence of nonproportional hazards, an interaction between the variable and treatment time categories was included to verify whether it had an effect between ARB exposure and dementia.
