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Effects of rhizosphere wettability on microbial biomass, enzyme activities and localization to be published in: Rhizosphere
Ahmadi K., Razavi B.S., Maharjan M., Kuzyakov Y., Kostka S.J., Carminati A., Zarebanadkouki M.
Recent studies proved that the rhizosphere of some plant species turn water repellant upon drying
Effects of rhizosphere wettability on microbial biomass, enzyme activities and localization to be published in: Rhizosphere
© 2018 Elsevier B.V. Recent studies proved that the rhizosphere of some plant species turn water
Priming effects in the rhizosphere and root detritusphere of two wet-grassland graminoids
Kaštovská E., Cardenas-Hernandez J., Kuzyakov Y.
Aims: The rhizosphere and root detritusphere are hotspots of microbial activity, where root
Priming effects in the rhizosphere and root detritusphere of two wet-grassland graminoids
Kaštovská E., Cardenas-Hernandez J., Kuzyakov Y.
Aims: The rhizosphere and root detritusphere are hotspots of microbial activity, where root
Phosphatase activity and acidification in lupine and maize rhizosphere depend on phosphorus availability and root properties: Coupling zymography with planar optodes
Ma X., Liu Y., Shen W., Kuzyakov Y.
Increase of phosphatase activity and rhizosphere acidification are two main physiological
Multi-imaging platform for rhizosphere studies: Phosphorus and oxygen fluxes
Li X.-Y., Li S.-Q., Jiang Y.-F., Yang Q., Zhang J.-C., Kuzyakov Y., Teng H.H., Guan D.-X.
Rhizosphere is a soil volume of high spatio-temporal heterogeneity and intensive plant
Rhizosphere size and shape: Temporal dynamics and spatial stationarity
Kuzyakov Yakov, Razavi Bahar S.
ecosystems. Rhizosphere visualization is necessary to understand, localize and quantify the ongoing processes
Differentiating microbial taxonomic and functional responses to physical disturbance in bulk and rhizosphere soils
Wang H., Liu S., Kuzyakov Y., Zhan P., Wang Q., Hettenhausen C., Xiao D., Qi J., Zhang Z.
The rhizosphere is an important hotspot of soil microbial activity, diversity, and functions
C:P stoichiometric imbalance between soil and microorganisms drives microbial phosphorus turnover in the rhizosphere
Peng Y., Duan Y., Huo W., Zhang Z., Huang D., Xu M., Wang X., Yang X., Wang B., Kuzyakov Y., Feng G.
The carbon-to-phosphorus (C:P) ratios of microorganisms were quantified in the rhizosphere and bulk
Organic Mulching Increases Microbial Activity in Urban Forest Soil
Sun X., Ye Y., Liao J., Soromotin A.V., Smirnov P.V., Kuzyakov Y.
) cycling after organic mulching were investigated in the rhizosphere and bulk soil of a 15-year

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