Sentence examples for application of effluent from inspiring English sources

Previous studies have also mentioned a significant decrease in soil hydraulic conductivity after the application of effluent (Magesan et al. 1999; Tarchitzky et al. 1999; Halliwell et al. 2001; Levy et al. 2005; Francisca and Glatstein 2010).

There is also a need for research aimed at understanding the effects of repeated land application of effluent on soil quality and crop yields, as spreading is a common disposal practice.

Significantly, the application of sewage effluent treatments increased all vegetative growth parameters compared with tap water treatment (Table 3).

The application of the effluent back onto the grain-producing lands has conserved fresh water resources and reduced some fertilizer applications.

The volume obtained by diluting the liquid effluent produced by processing 1 t of carrot exceeds the requirement of water necessary to irrigate 0,025 ha of cultivation, which is the area required to harvest this amount (yield 40 t ha-1), so it is necessary to explore some other application of the effluent in order to make the process sustainable.

Achak et al. (2009) reported that the OMW acidity was due to the presence of phenolic and fatty acids, subsequently the application of this effluent to soils could accumulate salts and phytotoxic compounds, change pH and leach nutrients that could contaminate the ground water source.

Application of irradiated textile effluent showed a marked effect on the plant morphology.

The results suggest that the application of irradiated textile effluent containing the higher concentration of ammonium and nitrogen causes an increase in the biochemical and physiological functions of plants that lead to an increase in dry matter.

Application of irradiated textile effluents on spleen amaranth have increased dry mass (10.77 g), plant height (10.53/week), root length (19.00 cm), number of leaves (6/week) compared to the plants which were nourished with raw textile effluent and only water.

Antibiotics used in human and veterinary medicine can enter the environment via wastewater treatment plant effluents, hospital and processing plant effluents, application of agricultural waste and biosolids to fields, and leakage from waste-storage containers and landfills (Kümmerer 2009a; Sarmah et al. 2006).

Except the loamy sand lysimeter without zeolite application (A0), the Pb2+ concentration of effluent during the first 3 weeks in all treatments was similar.