This site features an animation illustrating the processes of soil eluviation and illuviation. The site defines the terms and explains, through captioned animations, why each process is important in determining the physical and chemical characteristics of the O, A, E and B soil horizons.

2020年12月15日 · The following topics are visualized: yield surfaces, stress invariants, Critical State Soil Mechanics and some related models as the Modified Cam Clay model and clay …

Soil leaching is an important term which appears throughout soil pedology and agronomy. This video discusses the definition of 'Leaching' and illustrates this process with a soil...

The effects of leaching can be understood by looking at cation exchange processes. The animation schernatically shows exchangeable cations adjacent to a negative colloid surface.

2018年6月4日 · Leaching of soil can be defined as the loss of any soluble substance (such as salts or nutrients) as well as colloids by the flushing of f...

2021年1月5日 · some animations related to soil constitutive modelling are available here on SoilModels: soilmodels.com/soilanim. In the sense of open education, the animations are shared under the open license CC BY to use them as teaching and learning material.

This series provides guidance on how to sample soil for analysis and includes visualizations related to soil properties and water infiltration. Concepts such as particle size, soil water-holding capacity, runoff, leaching, sodium adsorption ratio, sodic soils, and saturated paste are explored.

The here presented project aims to increase the understanding of constitutive modeling with the help of animations by improving the visual aspect of teaching soil models.

Victoiran Resources Online (VRO) provide animations show processes relevant to soils with a particular focus on agricultural systems and landscapes.

2024年12月7日 · At its core, soil leaching is the process by which water, moving either vertically or horizontally through the soil profile, carries soluble substances away from the topsoil and down to lower layers. These substances can include essential plant nutrients, salts, pollutants, and even organic matter. Imagine the soil as a giant, complex sponge.