Sentence examples for mortality with ambient from inspiring English sources

Maynard et al. (2007) related mortality with ambient particulate black carbon (BC) and sulfate (SO4).

This early finding is important because little is currently known about the pollutant components behind associations of cardiovascular hospitalization and mortality with ambient PM mass concentrations (Pope and Dockery 2006).

In the present large multi-city study in the US we showed that the association of cardiac mortality with ambient temperature can be more parsimoniously fit by including influenza data into the time series analyses.

To address this limitation, the epidemiologic literature of associations of lung cancer mortality with ambient air pollution, passive smoking, and active smoking was combined with the assumption that risks can be combined using the PM2.5 concentration as the exposure metric [21].

In conclusion we showed in a multi-city study that the association of cardiac mortality with ambient temperature could be parsimoniously fit by including influenza data into the time series analyses, while the temperature mortality association was not substantially different from the 'standard', less parsimonious model.

Despite consistent evidence of a higher short-term risk of stroke mortality associated with ambient temperature, there are no findings on the association between extreme temperature and stroke.

These effects may be partly behind reported morbidity and mortality associations with ambient PM2.5 mass concentrations (Pope and Dockery 2006).

They showed that living near a major road was more strongly associated with cardiopulmonary mortality than with ambient background air pollutant levels.

However, they demonstrate their approach only with time-series data on mortality associated with ambient nitrogen dioxide (NO2) concentrations from 1981 to 1999 in multiple Canadian cities.

In summary, our results showed that some of the excess mortality associated with ambient ozone could actually represent the effects of secondary sulfate particles.

These RR models were also employed in more recent estimates of global mortality associated with ambient PM2.5 concentrations (Anenberg et al. 2010; Evans et al. 2013).