In particular, the majority of past research has been data-driven, and therefore, limited attention has been given to theoretical development in establishing the behavioural mechanism underlying driving behaviour.
Models of train driving behaviour have concentrated on safely and punctuality by studying how train drivers manage multiple workloads such as time pressure, cognitive demands of procedural tasks, and behavioural conflict between tasks.
There is a series of research studies tackling with driving simulators behavioural validity and different types of it (i.e. relative validity, absolute validity, construct validity, etc)., in the context of which it was intended to investigate the relationship of driving simulator measurements with those coming from real traffic conditions.
Surface-level similarities in callous unemotional traits and ASD with respect to impairments in interpersonal functioning may lead to certain behavioural problems being misinterpreted as being solely because of ASD, whereas callous unemotional traits may also be driving this behaviour.
Given that no apparent behavioural differences were found between R and NR mice, immunohistochemical analyses helped elucidate region-specific differences in neuronal activation in order to identify the neuroanatomical substrate(s) possibly driving reinstatement behaviour.
The ability of these campaign stimuli to elicit such behavioural and neurophysiological responses suggests the potential effectiveness of empathy training as an intervention for anti-social driving behaviour.
One of the main assumptions of speciation models by sexual selection so far was that evolutionary divergence in female colour preference was driving the emergence of behavioural isolation [ 40].
While much is known about the relationship between Clark's nutcracker and whitebark pine, information on nutcracker energetic behavioural strategies − the driving factors behind nutcracker emigration − and the impact of nutcracker behaviour on whitebark pine communities remain uncertain.
The thoughts from each domain that triggered maladaptive emotions or behavioural responses were explored (eg, by asking what was driving that thought, emotion or behaviour) to find the metacognitions associated with them.
The final belief, mapped to Behavioural Regulation, was that some surgeons have habit and a learned behaviour that is driving the high arthroscopy rate.
Let us first have a look at the behavioural patterns of drinking and driving.
