Sentence examples for movements in soil from inspiring English sources

Numerical simulations constrained by the laboratory gas exchange measurements indicated that between the two commonly used diffusion models [Penman, H.L. (1940). Gas and vapor movements in soil, 1: the diffusion of vapors through porous solids. Int. J. Agric. Sci. 30, 437 462; Moldrup, P., Olesen, T., Yamaguchi, T., Schjonning, P., Rolston, D.E. (1999).

We used Hydrus-2D software parameterized with abundant available local soil data to simulate future Zn and Pb movements in soils contaminated by metallurgical fallout in the 20th century.

Water movement in soil to be used by agricultural engineers to simulate the rate of hydration, dehydration or draining of soil.  .

While the DNDC model uses a simple cascade approach, the Daisy model applies the physically based Richard's equation for simulating water movement in soil.

The proposed method has been successfully applied to study the adsorption of thiophanate methyl in soils of different characteristics for the prediction of its movement in soil and aquifer.

The presence of pesticides in surface and groundwater has frequently been detected and has led to many workers to carry out experimental study on pesticide adsorption by soils because such studies could provide important information regarding the prediction of pesticide movement in soil and aquifers.

Encounter rate will also be influenced by physical properties of the soil and physical properties of the nutrient molecules that might limit ion movement in soil solution.

The importance of soil macropores as preferential pathways for water, air, and chemical movement in soils has long been recognized.

Quantification of soil macropore is important to enhance our understanding of preferential pathways for water, air, and chemical movement in soils.

The first part of this chapter provides an outline of the hydrological balance and its components, including consideration of water in root zones and water movement in soils.

In describing P movement in soils, workers often use operational categorizations such as "dissolved reactive P", "particulate unreactive P", etc. [1, 2] The abundances of the principal P compounds, expressed as percentages of total P in the soil, are typically in the ranges: orthophosphates 60 – 80%; pyrophosphate 0.5 – 4%; P-monoesters 16 – 38%; and P-diesters 1.2 – 4% [3].