Sentence examples for use of passive sampler from inspiring English sources

The use of passive sampler systems is reviewed and discussed.

As an alternative to measuring chemicals in organisms, the use of passive sampling devices that accumulate chemicals in a reference phase is discussed at the international level.

This chapter illustrates the concepts and examples available to date on the use of passive sampling devices in assessing the toxicity of groundwater.

To allow the use of passive sampling data for regulatory monitoring, it is also important to prepare the basis for archiving the generated data in appropriate databases in a harmonized format.

NORMAN promotes the use of passive sampling tools, inter alia to address the current lack of temporal representativeness in water body monitoring and as a supplement to biota monitoring [10, 51].

The paper presents the use of passive sampling in combination with factor analysis to assess the presence of anthropogenic organic pollutants, and to determine the type of pollution and seasonal variability of contamination.

The actual use of passive sampling is limited by the lack of commercial laboratories performing passive sampler deployments and data reporting; in the near future, the scientific community will be crucial in providing guidance on the standardization of passive sampling methods [93].

Additional techniques are available including composite sampling and the use of passive samplers (e.g., polar organic contaminant integrative sampling, POCIS) which give an integrated sample over a period of days to weeks.

Due to their lower detection limits, the use of passive samplers provides a more efficient technique than conventional sampling for assessment of stormwater wetland treatment.

SPMD sampling is a form of passive sampling that can be used for water, air or sediments.

To increase the relevance of passive sampling in this context, data sets based on concurrent passive sampling and biota monitoring are strongly needed.