The sequestration of organic matter (OM) is linked with soil microaggregates and mineral surfaces. This work aimed to resolve the distribution and arrangement of OM in soils and how they are influenced by fine mineral particle surfaces and microaggregation. Distinct spatial interactions were found to govern the sequestration of OM at the microscale. A successive development of OM patches and a piled-up arrangement were revealed. The effect of soil microaggregates on OM depends on soil texture and aggregate diameters, which are controlled by different failure mechanisms.Die Bindung organischer Substanz (OBS) ist verknüpft mit Bodenmikroaggregaten und mineralischen Oberflächen. Diese Arbeit zielt auf ein besseres Verständnis der Verteilung un...
The long-term stabilization of organic matter in mineral soils is widely believed to be mainly drive...
Landuse changes for the purposes of cultivation often destabilise a substantial part of the initiall...
Soil microaggregates (SMA) with a size of <250 µm are one of the key factors influencing soil pro...
The spatial distribution of soil constituents at the micrometer scale is of great importance to unde...
21 We examined relationships between the pore structure of microaggregates and the protection 22 of ...
All soils harbor microaggregates, i.e., compound soil structures smaller than 250 µm. These microagg...
The soil represents a dynamic and highly complex ecosystem at small spatial scales; ecological and p...
This thesis aimed to investigate mechanisms for soil organic matter (SOM) protection, focused on org...
Correlations between organic carbon (OC) and fine mineral particles corroborate the important role o...
Soil aggregation is a key factor for a number of important biogeochemical processes (e.g. soil organ...
The purpose of this study was to investigate the in situ characterization of organic matter (OM) wit...
The objectives were to investigate (1) to which extent water-stable macro- and microaggregates seque...
Stable microaggregates can physically protect occluded soil organic matter (SOM) against decompositi...
The importance of particulate organic matter (POM) in the soil ecosystem has been emphasized by many...
International audienceUp to now stabilization of organic matter (OM) in soils due to mineral interac...
The long-term stabilization of organic matter in mineral soils is widely believed to be mainly drive...
Landuse changes for the purposes of cultivation often destabilise a substantial part of the initiall...
Soil microaggregates (SMA) with a size of <250 µm are one of the key factors influencing soil pro...
The spatial distribution of soil constituents at the micrometer scale is of great importance to unde...
21 We examined relationships between the pore structure of microaggregates and the protection 22 of ...
All soils harbor microaggregates, i.e., compound soil structures smaller than 250 µm. These microagg...
The soil represents a dynamic and highly complex ecosystem at small spatial scales; ecological and p...
This thesis aimed to investigate mechanisms for soil organic matter (SOM) protection, focused on org...
Correlations between organic carbon (OC) and fine mineral particles corroborate the important role o...
Soil aggregation is a key factor for a number of important biogeochemical processes (e.g. soil organ...
The purpose of this study was to investigate the in situ characterization of organic matter (OM) wit...
The objectives were to investigate (1) to which extent water-stable macro- and microaggregates seque...
Stable microaggregates can physically protect occluded soil organic matter (SOM) against decompositi...
The importance of particulate organic matter (POM) in the soil ecosystem has been emphasized by many...
International audienceUp to now stabilization of organic matter (OM) in soils due to mineral interac...
The long-term stabilization of organic matter in mineral soils is widely believed to be mainly drive...
Landuse changes for the purposes of cultivation often destabilise a substantial part of the initiall...
Soil microaggregates (SMA) with a size of <250 µm are one of the key factors influencing soil pro...