Spatial variability in toxicity indicators used to rank chemical risks
Objectives. This study used 6 different measures of toxicity to explore spatial and statistical
variations in relative risk indicators of Toxic Release Inventory emissions. Methods.
Statistical and spatial correlations between the 6 indices were computed for individual South
Carolina facilities. Results. Although the 6 toxicity indices are not highly correlated in theory,
they have more commonality in practice. There was significant spatial variation in the indices
by individual facility level. Conclusions. Environmental justice researchers must be …
variations in relative risk indicators of Toxic Release Inventory emissions. Methods.
Statistical and spatial correlations between the 6 indices were computed for individual South
Carolina facilities. Results. Although the 6 toxicity indices are not highly correlated in theory,
they have more commonality in practice. There was significant spatial variation in the indices
by individual facility level. Conclusions. Environmental justice researchers must be …
Objectives. This study used 6 different measures of toxicity to explore spatial and statistical variations in relative risk indicators of Toxic Release Inventory emissions.
Methods. Statistical and spatial correlations between the 6 indices were computed for individual South Carolina facilities.
Results. Although the 6 toxicity indices are not highly correlated in theory, they have more commonality in practice. There was significant spatial variation in the indices by individual facility level.
Conclusions. Environmental justice researchers must be cognizant of differences in toxicity indices because the choice of the toxicity measure can alter (statistically and spatially) the results of equity analyses and lead to erroneous conclusions. (Am J Public Health. 2002;92:420-422)
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