Sentence examples for contaminant mitigation from inspiring English sources

Drainage ditches are integral components of agricultural production landscape, yet their contaminant mitigation capacity has been scarcely examined.

If ditches are indeed capable of contaminant mitigation, then their use may serve as an alternative agricultural best management practice (BMP).

Furthermore, both beneficial and detrimental microbial activities are well defined in foods, making these systems a useful model for exploring microbial ecosystem dynamics beyond the scope of contaminant mitigation.

This study suggests the importance of cellular biomarkers, AChE, GSH and hepatosomatic index in monitoring the impact of sewage water pollution on fish caused by a complex mixture of chemico-biological contaminants and its mitigation following depuration, an effective mean of fish detoxification.

Information on the contaminant sources and individual mitigation measures is essential to assess the health risks associated with groundwater consumption and to ensure the protection of public health.

This study provides a baseline for the groundwater chemistry in Thirupathur region, which will help the water resources managers to focus on the specific contaminant sources and its mitigation.

Depending on the soil conditions and the characteristics of the contaminant, a number of mitigation measures may be employed to reduce Cd and As accumulation in rice grains (Zhao et al. 2015; Chaney et al., 2016).

A membrane bioreactor (MBR) and nanofiltration (NF) membrane processes were developed for municipal wastewater reclamation, and their performances, in terms of trace contaminant control and fouling mitigation, were evaluated and designed to meet water quality criteria and minimize flux decline.

Ditch attributes vary with size, location and maintenance and may aid in mitigation of contaminants from agricultural fields.

The present study provides a baseline for the groundwater quality in Jawaharnagar dumpsite, which will help the allied agencies and policy makers to focus on the specific contaminants sources and its mitigation.

Participants exposed at baseline to water arsenic > 50 µg/L (the Bangladesh recommended maximum contaminant level of arsenic) were targeted for mitigation activities; of these, 40.4% had water arsenic levels < 50 µg/L at follow-up (Table 2).