The study shows that other than the four factors viz: slaking, dispersion, carbonate or gypsum content and flocculation, the size and bulk density of disrupted aggregates are also important when classifying the soils into their corresponding water coherence classes. It was found that for the Ultisols and the Oxisols, the aggregates will not slake further if they have a size of> 1 mm and a bulk density ofat least 1.7 g cm-
Soil aggregate stability is an important measure of a soils’ physical and structural condition. Good...
Tillage often decreases physical condition of agricultural land, especially aggregate degradation wh...
Aggregate stability and aggregate size distribution on soil surface that is impacted by rain drops a...
The study shows that other than the four factors viz: slaking, dispersion, carbonate or gypsum conte...
none2Several mechanisms are responsible of the destabilization of soil aggregates in water: slaking,...
Under rainfall conditions, aggregates may suffer breakdown by different mechanisms. Slaking is a ver...
Under rainfall conditions, aggregates may suffer breakdown by different mechanisms. Slaking is a ver...
International audienceAggregate breakdown due to water and rain action may cause surface crusting, s...
An aggregate is a group of primary particles that cohere to each other more strongly than to other s...
Isolation and drying soil microaggregates and their building units are of crucial importance when st...
An important physical indicator of soil quality, which regulatory authorities may wish to monitor, i...
Laboratory-based aggregate stability (AS) tests should be applied to material wetted to a moisture c...
The effect of the soil moisture content (varying from the field-moist to air-dry before re-wetting t...
Purpose: In the humid Caribbean region characterized by high intensity tropical rainfall, soil agg...
The contributions of different mechanisms of aggregate breakdown to splash erosion are still obscure...
Soil aggregate stability is an important measure of a soils’ physical and structural condition. Good...
Tillage often decreases physical condition of agricultural land, especially aggregate degradation wh...
Aggregate stability and aggregate size distribution on soil surface that is impacted by rain drops a...
The study shows that other than the four factors viz: slaking, dispersion, carbonate or gypsum conte...
none2Several mechanisms are responsible of the destabilization of soil aggregates in water: slaking,...
Under rainfall conditions, aggregates may suffer breakdown by different mechanisms. Slaking is a ver...
Under rainfall conditions, aggregates may suffer breakdown by different mechanisms. Slaking is a ver...
International audienceAggregate breakdown due to water and rain action may cause surface crusting, s...
An aggregate is a group of primary particles that cohere to each other more strongly than to other s...
Isolation and drying soil microaggregates and their building units are of crucial importance when st...
An important physical indicator of soil quality, which regulatory authorities may wish to monitor, i...
Laboratory-based aggregate stability (AS) tests should be applied to material wetted to a moisture c...
The effect of the soil moisture content (varying from the field-moist to air-dry before re-wetting t...
Purpose: In the humid Caribbean region characterized by high intensity tropical rainfall, soil agg...
The contributions of different mechanisms of aggregate breakdown to splash erosion are still obscure...
Soil aggregate stability is an important measure of a soils’ physical and structural condition. Good...
Tillage often decreases physical condition of agricultural land, especially aggregate degradation wh...
Aggregate stability and aggregate size distribution on soil surface that is impacted by rain drops a...