Architecture of soil microaggregates: Advanced methodologies to explore properties and functions

The functions of soils are intimately linked to their three‐dimensional pore space and the associated biogeochemical interfaces, mirrored in the complex structure that developed during pedogenesis. Under stress overload, soil disintegrates into smaller compound structures, conventionally named aggre...

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Published in:Journal of plant nutrition and soil science 2024-02, Vol.187 (1), p.17-50
Main Authors: Amelung, Wulf, Tang, Ni, Siebers, Nina, Aehnelt, Michaela, Eusterhues, Karin, Felde, Vincent J. M. N. L., Guggenberger, Georg, Kaiser, Klaus, Kögel‐Knabner, Ingrid, Klumpp, Erwin, Knief, Claudia, Kruse, Jens, Lehndorff, Eva, Mikutta, Robert, Peth, Stephan, Ray, Nadja, Prechtel, Alexander, Ritschel, Thomas, Schweizer, Steffen A., Woche, Susanne K., Wu, Bei, Totsche, Kai U.
Format: Article
Language:English
Subjects:
aggregate dispersion and fractionation
Cycles
Development strategies
Disintegration
Geography
in silico soil aggregates
microbial biogeography of aggregates
Microorganisms
Porosity
Sample preparation
Soil aggregates
Soil formation
soil interfaces
Soil porosity
Soil properties
Soil stresses
Soils
spectromicroscopy
Structure-function relationships
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Summary:The functions of soils are intimately linked to their three‐dimensional pore space and the associated biogeochemical interfaces, mirrored in the complex structure that developed during pedogenesis. Under stress overload, soil disintegrates into smaller compound structures, conventionally named aggregates. Microaggregates (
ISSN:1436-8730
1522-2624
DOI:10.1002/jpln.202300149