Sentence examples for aquatic risk from inspiring English sources

A reliable method to measure trace neonicotinoids in complicated aquatic environment is a premise for assessing their aquatic risk.

Our results show that exposure to the same pesticide via multiple exposure routes may increase the magnitude of effects beyond the level predicted from single phase exposures which has clear implications for the aquatic risk assessment of hydrophobic pesticides.

Sebastian Beggel (Technical University Munich, Freising, Germany) presented a study on the aquatic risk of antiscalants, which are present in wastewater from water desalination processes.

Their production volume causes the need for aquatic risk assessment, as requested e.g. by the European Regulation on Registration, Evaluation, Authorisation and Restriction of Chemicals.

These values, along with the anticipated environmental fate and transport for PSOA, were considered in assessing the overall aquatic risk posed by this chemical.

The relevance of such a low EC50 value of a product is illustrated by the finding that for three of the above-mentioned nine products the EC50 for both Daphnia and fish was lower than all available EC50 values for aquatic primary producers and would therefore be relevant for the aquatic risk assessment (Table 3).

The combination of conventional and novel test systems enables an appropriate assessment of the risks for the aquatic environment.

Use-exposure relationships were developed as an alternative approach to field-scale modeling for pesticide runoff and associated aquatic risks.

Therefore, there is a research need to develop simple mathematical relationships to determine the potential aquatic risks of pesticides based on a minimum set of input parameters.

Wollenweber et al., RWTH Aachen University, Germany Assessing the endocrine disrupting potential of Bacillus thuringiensis israelensis based insecticides    Seeland et al., LOEWE Biodiversity and Climate Research Centre, Germany Uncertainties in aquatic ecotoxicological risk assessment Session 4 "Terrestrial ecotoxicology: Biodiversity and terrestrial ecosystem functions".

Among the most common pharmaceuticals that enter the environment after passing municipal sewage treatment and that have well been identified as aquatic environmental risk are the natural steroid estrogen hormone estrone (E1), 17 β-estradiol (E2), and 17 α-ethinylestradiol (EE2) (Caldwell et al. 2012).