Add to ORKGSoil structure controls important physical and biological processes in soil–plant–microbial systems that are dominated by the spatial heterogeneity of soil structure. Pore space shows a high degree of complexity and irregularity and can be studied well within the theory of fractal geometry
Soil tomography and morphological functions built over Minkowski functionals were used to describe t...
POSADAS, Adolfo N. D. [et al.]. Multifractal Characterization Of Soil Pore Systems. Soil Science Soc...
The study of soil structure, i.e., the pores, is of vital importance in different fields of science ...
Soil structure plays an important role in flow and transport phenomena, and a quantitative character...
Soil structure plays an important role in flow and transport phenomena, and a quantitative character...
A correct statistical model of soil pore structure can be critical for understanding flow and transp...
Multifractal analysis of pore images obtained from X-ray computed tomography (CT) was used to charac...
Lacunarity functions have been revealed as means to measure the deviation of object?s geometrical st...
Characterization of the complex soil structure is one the cornerstones of soil science and pore spac...
This work focuses to study soil structure as a complex system characterizing it through their multis...
El estudio de la estructura del suelo es de vital importancia en diferentes campos de la ciencia y l...
A description and quantification of the surface of soil pores is important to promote our understand...
Lacunarity as a means of quantifying textural properties of spatial distributions suggests a classif...
The objective of the study was to characterize spatial pattern of soil properties (CaCO3, soil organ...
Soil tomography and morphological functions built over Minkowski functionals were used to describe t...
Soil tomography and morphological functions built over Minkowski functionals were used to describe t...
POSADAS, Adolfo N. D. [et al.]. Multifractal Characterization Of Soil Pore Systems. Soil Science Soc...
The study of soil structure, i.e., the pores, is of vital importance in different fields of science ...
Soil structure plays an important role in flow and transport phenomena, and a quantitative character...
Soil structure plays an important role in flow and transport phenomena, and a quantitative character...
A correct statistical model of soil pore structure can be critical for understanding flow and transp...
Multifractal analysis of pore images obtained from X-ray computed tomography (CT) was used to charac...
Lacunarity functions have been revealed as means to measure the deviation of object?s geometrical st...
Characterization of the complex soil structure is one the cornerstones of soil science and pore spac...
This work focuses to study soil structure as a complex system characterizing it through their multis...
El estudio de la estructura del suelo es de vital importancia en diferentes campos de la ciencia y l...
A description and quantification of the surface of soil pores is important to promote our understand...
Lacunarity as a means of quantifying textural properties of spatial distributions suggests a classif...
The objective of the study was to characterize spatial pattern of soil properties (CaCO3, soil organ...
Soil tomography and morphological functions built over Minkowski functionals were used to describe t...
Soil tomography and morphological functions built over Minkowski functionals were used to describe t...
POSADAS, Adolfo N. D. [et al.]. Multifractal Characterization Of Soil Pore Systems. Soil Science Soc...
The study of soil structure, i.e., the pores, is of vital importance in different fields of science ...