Sentence examples for soil sorption from inspiring English sources

Soil sorption of insecticides employed in agriculture is an important parameter to probe the environmental fate of organic chemicals.

The toxicity of herbicides used in agriculture is influenced by their chemical stability, solubility, bioavailability, photodecomposition, and soil sorption.

Chemical interpretation in terms of the structural features that affect soil sorption is performed, based on the weights of the selected variables in the classification model.

Soil sorption is an ecotoxicological parameter used to probe the prospective environmental fate of persistent organic pollutants, such as some herbicides.

The quality of the QSAR models confirmed the suitability of ANN to predict the soil sorption coefficients for polar organic chemicals of substituted anilines and phenols.

It showed that ANN model with suitable network architecture could make a better agreement between predicted and measured values of the soil sorption coefficients.

Batch experiment was used to determine sorption isotherms over a wide range of concentrations for Mo and P. For both soils, sorption isotherms were nonlinear with higher affinity of P than Mo.

In addition, the M3 test has been used as an environmental P test in many regions, due to strong correlations between M3 P and dissolved P in runoff as well as good correspondence between soil P sorption saturation estimated by M3 P, Fe and Al with soil P sorption saturation measured by other extraction methods [18, 19].

Estimating soil phosphorus sorption saturation from Mehlich-3 data.

Continuous excessive application of phosphorus (P) fertilizer and/or manure can lead to P accumulation in soils and progressive saturation of soil P sorption capacities, thus resulting in increased P loss from soil to aquatic ecosystems.

While the silty-clay soil favored sorption of SDZ, the sandy, and thus highly permeable, soil was characterized by short half-lives and thus a quick biodegradation of SDZ.