The relations between soil electrical conductivity (ECa) and top- and sub-soil physical properties were examined for an arable field in England. The correlation coefficients between ECa and the soil particle size fractions were large and their cross variograms showed that the coregionalization was also strong. The coregionalization was stronger for the subsoil properties than for the topsoil, the reverse to the correlation coefficients. The relations between ECa and some soil properties, such as clay and water content, appear complex and emphasize that a map of ECa cannot substitute for sampling the soil
Knowledge of the spatial distribution of soil textural features is important for determining soil mo...
peer reviewedAmong the crops production factors, the soil is obviously one of the most important. T...
Increase in machinery size and its random traffic at fields cause soil compaction resulting in damag...
Relations between the apparent electrical conductivity of the soil (ECa) and top- and sub-soil physi...
Precision agriculture is a growing trend, allowing the right amount of fertilizer, soil amendments, ...
Electromagnetic induction (EMI) has been used to characterize the spatial variability of soil proper...
Electromagnetic induction (EMI) sensors can be used in kinematic systems to provide rapid high-densi...
ABSTRACT Mapping the apparent soil electrical conductivity (ECa) has become important for the chara...
Fast and accurate assessment of within-field variation is essential for detecting field-wide heterog...
Knowledge of the spatial distribution of soil textural properties is important for determining soil ...
The field-scale application of apparent soil electrical conductivity (ECa) to agriculture has its or...
Brazilian soils have natural high chemical variability; thus, apparent electrical conductivity (ECa)...
Detailed information on soil textural heterogeneity is essential for land management and conservatio...
Spatial heterogeneity of crop growth within fields is rarely quantified but essential for estimating...
Electromagnetic induction (EMI) surveys are used to infer soil spatial heterogeneity at the field sc...
Knowledge of the spatial distribution of soil textural features is important for determining soil mo...
peer reviewedAmong the crops production factors, the soil is obviously one of the most important. T...
Increase in machinery size and its random traffic at fields cause soil compaction resulting in damag...
Relations between the apparent electrical conductivity of the soil (ECa) and top- and sub-soil physi...
Precision agriculture is a growing trend, allowing the right amount of fertilizer, soil amendments, ...
Electromagnetic induction (EMI) has been used to characterize the spatial variability of soil proper...
Electromagnetic induction (EMI) sensors can be used in kinematic systems to provide rapid high-densi...
ABSTRACT Mapping the apparent soil electrical conductivity (ECa) has become important for the chara...
Fast and accurate assessment of within-field variation is essential for detecting field-wide heterog...
Knowledge of the spatial distribution of soil textural properties is important for determining soil ...
The field-scale application of apparent soil electrical conductivity (ECa) to agriculture has its or...
Brazilian soils have natural high chemical variability; thus, apparent electrical conductivity (ECa)...
Detailed information on soil textural heterogeneity is essential for land management and conservatio...
Spatial heterogeneity of crop growth within fields is rarely quantified but essential for estimating...
Electromagnetic induction (EMI) surveys are used to infer soil spatial heterogeneity at the field sc...
Knowledge of the spatial distribution of soil textural features is important for determining soil mo...
peer reviewedAmong the crops production factors, the soil is obviously one of the most important. T...
Increase in machinery size and its random traffic at fields cause soil compaction resulting in damag...