Sentence examples for visual attitude from inspiring English sources

In this study, visibility of the noise source, visual attitude and vertical visual angle (VVA) in different landscapes were explored.

Visual attitude towards the noise source was associated with noise annoyance to different degrees in different situations.

A negative visual attitude, more than multi-modal effects between auditory and visual stimulation, enhanced the risk for noise annoyance and possibly also prevented psychophysiological restoration possibilities.

A proposed model of the influence of visual attitude on noise annoyance, also comprising the influence of noise level and general attitude, was tested among respondents who could see vs. respondents who could not see wind turbines from their homes, living in flat vs. hilly/rocky terrain, and living in built-up vs. rural areas.

In 2008, Pedersen and Larsman [ 20] conducted a study to assess visibility of wind turbines, visual attitude and vertical visual angle (VVA) in different landscapes.

Pedersen and Larsman suggest that these results underscore the importance of visual attitude towards the noise source when exploring response to environmental noise.

The study used a variety of research methods especially designed to gather responses from children living in the deep south including drawing, essays, visual stimulus, attitude surveys and network interviews.

It used a variety of research methods especially designed to gather responses from children living in the deep south – including drawing, essays, visual stimulus, attitude surveys and network interviews.

In peer reviewed studies, wind turbine annoyance has been statistically associated with wind turbine noise, but found to be more strongly related to visual impact, attitude to wind turbines and sensitivity to noise.

In the peer reviewed studies, wind turbine annoyance and some reported health effects (e.g., sleep disturbance) have been statistically associated with wind turbine noise especially when found at sound pressure levels greater than 40 db(A), but found to be more strongly related to subjective factors like visual impact, attitude to wind turbines in general and sensitivity to noise.

In the peer reviewed studies, annoyance tends to peak in the > 35 dB(A) range but tends to be more strongly related to subjective factors like visual impact, attitude to wind turbines in general (benign vs. intruders) and sensitivity to noise rather than noise itself from turbines.