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A high-intensity soil map was prepared using electromagnetic induction (EMI), terrain attribute, and soil core data.
An alternative to this, is to develop pedometric techniques that allow an efficient combination of soil survey information and high-resolution terrain attribute data.
Terrain attribute distributions differ significantly among study sites, with regional terrain attributes (upslope contributing area, topographic wetness index) being more similar among fields than local terrain attributes (slope gradient, slope curvature).
Similar(57)
Terrain attributes were used as covariates.
Terrain attributes were derived from the resulting DEM.
These terrain attributes are computed over a neighborhood (spatial extent).
Stepwise multiple-linear regression was performed on the normalised terrain attributes and on the principal components constructed from the normalised terrain attributes to avoid multi-collinearity.
Each cell has intrinsic terrain attributes: altitude, soil type and land use.
Terrain attributes of four elevation models reflect the diversification of surface structures.
The resulting spatial patterns correctly showed a significant relationship with the terrain attributes.
Terrain attributes were computed to characterize surface structure and to examine correlations with mass change.
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