Sentence examples for pollutant estimates from inspiring English sources

To date, few population exposure assessments have incorporated multiple sources of data, specifically satellite pollutant estimates, LUR modeling of geographic characteristics, and information on proximity and pollution gradients, to estimate local-scale air pollution concentrations at a national scale.

Census tract-level pollutant estimates were obtained from the United States Environmental Protection Agency.

These include potential exposure misclassification of pollutant estimates, which could affect precision and potential bias effect size [ 45].

Importantly, the resolutions of pollutant estimates from dispersion models over large geographical areas are typically restricted, for example, to 1 or 3 km (Jerrett et al. 2005).

Although we scaled the pollutant estimates to an IQR increase in pollutant concentration, the range of pollutant concentrations extends well beyond the IQR.

We estimated total NOx and PM2.5 concentrations by combining regional background levels, chemically reactive pollutant estimates from the CMAQ Community Multiscale Air Qualityy) model, and the AERMOD estimates.

Spatial patterns of estimated attributable IHD mortality rates varied by pollutant: estimated mortality due to increased PM2.5 and NOx were greater in high- than in low-walkability neighborhoods, whereas estimated IHD mortality due to increased O3 was greater in low- than in high-walkability neighborhoods.

Our single-pollutant estimates of the mean are higher for each of these pollutants (e.g., 1.3%, 1.0%, and 1.5%, respectively, using 100 df splines for time trends).

Instead, we chose the one study by O'Connor et al. [ 52] that provided multi-pollutant estimates among the full study population of children with exposure metrics that were available from our indoor air quality simulations.

Of note, the relation of aldehydes and combustible pollutants with CVD hospital admissions from the single-pollutant models were in opposite direction compared with those from their multipollutant counterparts, resulting in the single-pollutant estimates being outside the 95% CI from the multipollutant results.

The most common approaches for estimating long-term air pollution exposures at the individual level are based on concentrations of outdoor air pollutants estimated at each individual's home address.