Many Danish soils are depleted in organic matter (OM) after decades of intensive cereal cultivation (Schjønning et al., 2009). In this paper we show that clay particles (colloids) in soils that are low in OM content are easily dispersed in the soil water, which in turn has important effects on soil ecosystem functions and services. Organic farming systems generally tend to increase soil OM contents and may thus mitigate the negative effects
Soil crumbs are important to soil functions. These include plant growth, and the growth of fungi and...
The development of low-input farming systems requires knowledge of the extent to which management ch...
Soils are composed of mineral and organic matter. Weathered rocks provide soil minerals, while orga...
Correlations between organic carbon (OC) and fine mineral particles corroborate the important role o...
Clay dispersion in soil results in structural instability and management problems. The aim of this s...
The concern for deteriorating soil structure at low soil organic matter (SOM) contents calls for bet...
Land-use history is often overlooked when assessing soil fertility of intensive cropland production ...
Soil organic carbon (SOC) levels generally increase with increasing clay and silt content under simi...
The interaction between minerals and organic matter (OM) is a key to the turnover of OM in soils. In...
Mineralization of soil organic carbon and CO2 emission from the soil is slowed by interactions betwe...
Soil organic matter (SOM), which contains about 50% carbon (C), influences virtually all soil proper...
In this study we tested the hypothesis that water-extractable organic carbon (WEOC) content and its ...
Background: Minimum tillage (MT) and organic farming (OF) are increasingly conducted in agricultural...
The decline in organic matter of arable land, induced and accelerated by modern agriculture, has bee...
Not AvailableThe nature of the contact between fresh organic matter and soil depends mainly on the c...
Soil crumbs are important to soil functions. These include plant growth, and the growth of fungi and...
The development of low-input farming systems requires knowledge of the extent to which management ch...
Soils are composed of mineral and organic matter. Weathered rocks provide soil minerals, while orga...
Correlations between organic carbon (OC) and fine mineral particles corroborate the important role o...
Clay dispersion in soil results in structural instability and management problems. The aim of this s...
The concern for deteriorating soil structure at low soil organic matter (SOM) contents calls for bet...
Land-use history is often overlooked when assessing soil fertility of intensive cropland production ...
Soil organic carbon (SOC) levels generally increase with increasing clay and silt content under simi...
The interaction between minerals and organic matter (OM) is a key to the turnover of OM in soils. In...
Mineralization of soil organic carbon and CO2 emission from the soil is slowed by interactions betwe...
Soil organic matter (SOM), which contains about 50% carbon (C), influences virtually all soil proper...
In this study we tested the hypothesis that water-extractable organic carbon (WEOC) content and its ...
Background: Minimum tillage (MT) and organic farming (OF) are increasingly conducted in agricultural...
The decline in organic matter of arable land, induced and accelerated by modern agriculture, has bee...
Not AvailableThe nature of the contact between fresh organic matter and soil depends mainly on the c...
Soil crumbs are important to soil functions. These include plant growth, and the growth of fungi and...
The development of low-input farming systems requires knowledge of the extent to which management ch...
Soils are composed of mineral and organic matter. Weathered rocks provide soil minerals, while orga...