Stony Soil Conductivity

HYDRUS Projects – Evaluation of Stone Soil Conductivity

Project Group: Stony Soil Conductivity
Description: Examples from Hlavacikova at al. (2016), demonstrating the use of HYDRUS to estimate the hydraulic conductivity of stony soils for different shapes of rock fragments.
Availability: Download 2D HYDRUS projects now (15.5 MB), Download 3D HYDRUS projects now (32.5 MB)
Note: These projects were created with an earlier version of Hydrus, and users using higher Hydrus versions need to convert them to their particular version.

Project	Description
Circle_irreg_Rv_0_24	2D, Irregular Circles, r= 5 cm, Rv=0.24.
Circle_reg_Rv_0_24	2D, Regular Circles, r= 5 cm, Rv=0.24.
Kruh 5x8	2D, Regular Circles, r= 5 cm, Rv=0.314.
Kruh 8x8	2D, Irregular Circles, r= 5 cm, Rv=0.50.
Ellipse_1_Rv_0_24	2D, Horizontal Ellipses, Rv=0.24.
Ellipse_2H_Rv_0_24	2D, Horizontal Ellipses, Rv=0.24.
Ellipse_2V_Rv_0_24	2D, Vertical Ellipses, Rv=0.24.
Triangle_Rv_0_24	2D, Triangles, Rv=0.24.
3D_Rv_0_156a	3D, Regular Spheres, r= 5 cm, Rv=0.156, sandy loam.
3D_Rv_0_210a	3D, Regular Spheres, r= 5 cm, Rv=0.210, sandy loam.

Hlaváčiková, H., V. Novák, and J. Šimůnek, The shape and position of rock fragments in a stony soil: How much can it affect hydraulic conductivity? Geoderma, 281, 39-48, doi: 10.1016/j.geoderma.2016.06.034, 2016.