The olfactory nuisance, due to the emissions of active molecules, is mainly associated with
unproperly managed waste disposal and animal farming. Volatile compounds eg, aromatics …

Background Lockdowns amid the COVID-19 pandemic have offered a real-world opportunity
to better understand air quality responses to previously unseen anthropogenic emission …

Short-term events are one of the specific aspects that differentiate odour nuisance problems
from conventional air quality pollutants. Atmospheric dispersion modelling has been …

Atmospheric dispersion models are widely used to predict the potential for annoyance of
odour emissions. It is well established that the predictive accuracy of these models is higher …

Airborne emissions from concentrated animal feeding operations (CAFOs) have the
potential to pose a risk to human health and the environment. Here, we present an …

It is challenging for the governmental agencies to provide an instant response and to
systematically analyze the huge number of odor complaints which are received frequently by …

Odour dispersion modelling is considered to be the most effective approach in evaluating
odour impact of various air emission sources as field odour measurements are associated …

Prolonged exposure to odour emissions causes annoyance which leads to nuisance and
consequently to complaints. Different methodologies exist in the literature to evaluate odour …

Regarding air quality, odours have been repeatedly ranked as the number one reason for
public complaints to authorities. The most widely used method for assessing odour impacts …

The rubber product manufacturing (RPM) industry generates a large number of odor
complaints because persistent and distinctive volatile compounds are released during the …