Egon van der Loo

Data and code associated with root exudation and fine texture interact to form anoxic microsites in rhizosphere soil

Emily M. Lacroix, Junna Frei, Egon van der Loo, László Kocsis et autres

Data and code associated with the 2025 publication: Lacroix et al. Root exudation and fine texture interact to form anoxic microsites in rhizosphere soil. Soil Biology and Biochemistry. https://doi.org/10.1016/j.soilbio.2025.109974

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Metabolomics.zip

Emily M. Lacroix, Junna Frei, Egon van der Loo, László Kocsis et autres

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VisiSens.zip

Emily M. Lacroix, Junna Frei, Egon van der Loo, László Kocsis et autres

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Ferrozine.zip

Emily M. Lacroix, Junna Frei, Egon van der Loo, László Kocsis et autres

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Microbial.zip

Emily M. Lacroix, Junna Frei, Egon van der Loo, László Kocsis et autres

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GC-MS.zip

Emily M. Lacroix, Junna Frei, Egon van der Loo, László Kocsis et autres

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00_README.md

Emily M. Lacroix, Junna Frei, Egon van der Loo, László Kocsis et autres

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Gravimetric.zip

Emily M. Lacroix, Junna Frei, Egon van der Loo, László Kocsis et autres

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Root exudation and fine texture interact to form anoxic microsites in rhizosphere soil

Emily M. Lacroix, Junna Frei, Egon van der Loo, László Kocsis et autres

Anoxic microsites – portions of soil without oxygen in a soil that is otherwise oxic – are important but poorly understood controls on critical biogeochemical processes. Plant roots and, specifically their exudates, are theorized to trigger anoxic microsite formation by stimulating soil …

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Interactive effect of root exudation and texture on anoxic microsite dynamics in the rhizosphere

Emily M. Lacroix, Egon van der Loo, László Kocsis, Marco Keiluweit

Roots are presumed to be key controls on anoxic microsites, which partially regulate nutrient availability and the fate of carbon and contaminants in soils. However, how root activity interacts with edaphic factors to regulate anoxic microsite formation is poorly understood. Here, we …

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Episodic drought and flooding impacts on the destabilization of mineral-associated organic matter in the rhizosphere

Junna Frei, Floriane Jamoteau, Egon van der Loo, Alice Bosco‐Santos et autres

The majority of soil carbon resides in mineral-associated organic matter (MAOM) in most soils. MAOM is assumed to be relatively inert to environmental change because it is protected from microbial activity thus contributing substantially to soil carbon storage. However, plants and associated …

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Episodic drought and flooding impacts on disruption of mineral-organic associations in the rhizosphere

Floriane Jamoteau, Marco Keiluweit, Junna Frei, Egon van der Loo et autres

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