Sentence examples for bioaccumulation data from inspiring English sources

The vast majority of bioaccumulation data available in the literature have been obtained in the context of environmental monitoring or field studies.

A literature search for bioaccumulation data from aqueous and dietary exposure fish tests was conducted with a special focus on uptake and elimination estimates.

This investigation proved that atmospheric deposition and bioaccumulation data are spatially auto-correlated significantly in terms of Moran's I values and, thus, hypothesis 1 could be rejected.

This is particularly the case where persistence and bioaccumulation data identified for a substance are close to the critical values recommended' [7].

Since growth and lipid content of test organisms can have major impact on bioaccumulation, data should be corrected for both parameters.

The study showed that the analysis of bioconcentration and bioaccumulation data with PBTK models could improve the understanding of the underlying mechanisms and reduce uncertainty of regulatory decision making in the future.

Results include field data (bioaccumulation factors) (BAFs) and laboratory data (bioconcentration factors) (BCFs).

In addition to laboratory-derived BCF and BMF data, bioaccumulation can be assessed retrospectively by monitoring data if a chemical has already been in use and discharged into the environment.

For the many chemicals that do not have empirical data, bioaccumulation assessments rely on the extrapolation of data across chemical classes and species, frequently accomplished through the use of quantitative structure activity relationships (QSARs) and other computer models.

This database contains some bioaccumulation and bioconcentration information; however, data exist only for a small fraction of the chemicals in the database.

The implementation of the Stockholm Convention [18] particularly has promoted the use of monitoring data for bioaccumulation assessment.