Sentence examples for pollutant dynamics from inspiring English sources

A key focus will be on the interactions between hydrodynamics, sediment dynamics, pollutant dynamics, and morphodynamics.

The US EPA Storm Water Management Model has been used to simulate the rainfall-runoff process and the pollutant dynamics on theoretical catchments and storm sewer networks for an individual event, as well as for a continuous run of events and inter event periods of one year recorded at the rain gauge of Cascina Scala (Pavia, northern Italy).

The 2nd International Symposium on Wetland Pollutant Dynamics and Control (WETPOL 2007) – held 16 20 September 2007 in Tartu, Estonia – provided a forum for exchange of recent results, ideas and methods among researchers studying the cycling of nitrogen, phosphorus, carbon, heavy metals, and organic pollutants in wetlands.

Characteristic times associated with air-exchange, advective transport, diffusive transport, and first-order kinetics are important for indoor-pollutant dynamics and affect the outcome of reactions.

Recent insights show that cocktails of pollutants create dynamics surpassing the level of effect of single pollutants and may result in stronger combined health effects than would be expected when simply adding the single pollutants' effects [ 13].

He became an expert in mathematical modelling of ecotoxicological processes such as the individual-based daphnia model describing the effect of pollutants on population dynamics.

Due to the complex life cycle of eels and due to the large number of other simultaneously acting environmental factors, unequivocal evidence for the direct impact of pollutants on population dynamics is difficult.

Studies have focused on the pollutant in the plant dynamics and transfer of pollutants and their bioconcentration in plant tissues physicochemically describe the importance of the octanol-water partition coefficient (Kow), the vapor pressure of organic pollutants, and ambient temperature, relating the mobility and solubility in water [ 29].

Complex exposure dynamics to pollutants and resulting biological responses found in the field are seldom replicated in laboratory studies (Crane et al. 2007), thus effects of pollution might be under or overestimated.

The ROM incorporates submodels for multiple feedstocks, mixing and recirculation, particle properties, drying and devolatilization, chemical kinetics, fluid dynamics, heat transfer, pollutant formation, slag behavior and syngas cooling.

The data included variable and challenging biofilter operational conditions; e.g. variable inflow volumes, dry and wet period dynamics, and inflow pollutant concentrations.