Linkages between aggregate formation, porosity and soil chemical properties - Regelink, Inge C.; Stoof, Cathelijne R.; Rousseva, Svetla; Weng, Liping; Lair, Georg J.; Kram, Pavel; Nikolaidis, Nikolaos P.; Kercheva, Milena; Banwart, Steve; Comans, Rob N.J. (Geoderma, 2015)
Keywords: adsorption; Aggregate stability; coagulation; Critical Zone Observatories; data collection; field-flow fractionation; humic-acid; iron; Iron-(hydr)oxides; iron-oxides; micropores; mineral surfaces; minerals; natural organic-matter; oxides; phosphate adsorption; Porosity; size classes; soil chemical properties; soil organic carbon; Soil organic matter; soil texture; stability; texture; tropical soils; Water retention; water-retention capacity; Soil organic matter; Critical Zone Observatories; Water retention; Aggregate stability; Porosity; Iron-(hydr)oxides