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1.
Kampouris, I.D.* et al.: Selective recruitment of beneficial microbes in the rhizosphere of maize affected by microbial inoculants, farming practice, and seasonal variations. Environ. Microbiome 20:69 (2025)
2.
Mahmoud, F.M. et al.: Transient colonization by Priestia megaterium B1L5 alters the structure of the rhizosphere microbiome towards potential plant beneficial bacterial groups in apple plantlets. Environ. Microbiome 20:104 (2025)
3.
Thaqi, S.K.* et al.: Non-rhizobial endophyte recruitment and diversity in Pisum sativum are strongly shaped by phosphorus fertilizer form. Environ. Microbiome 20:92 (2025)
4.
Pinheiro Alves de Souza, Y. ; Schloter, M. ; Weisser, W.* ; Huang, Y.* & Schulz, S.: The seeds of Plantago lanceolata comprise a stable core microbiome along a plant richness gradient. Environ. Microbiome 19:11 (2024)
5.
Angstmann, H.* et al.: The microbial composition of larval airways from Drosophila melanogaster differ between specimens from laboratory and natural habitats. Environ. Microbiome 18:55 (2023)
6.
Cernava, T.* et al.: Metadata harmonization-Standards are the key for a better usage of omics data for integrative microbiome analysis. Environ. Microbiome 17:33 (2022)
7.
Lange, L.* et al.: Microbiome ethics, guiding principles for microbiome research, use and knowledge management. Environ. Microbiome 17:50 (2022)
8.
Cania, B. et al.: A long-term field experiment demonstrates the influence of tillage on the bacterial potential to produce soil structure-stabilizing agents such as exopolysaccharides and lipopolysaccharides. Environ. Microbiome 14:1 (2019)
9.
Radl, V. et al.: Reduced microbial potential for the degradation of phenolic compounds in the rhizosphere of apple plantlets grown in soils affected by replant disease. Environ. Microbiome 14:8 (2019)
10.
Radl, V. et al.: Reduced microbial potential for the degradation of phenolic compounds in the rhizosphere of apple plantlets grown in soils affected by replant disease (vol 14, 8 2019). Environ. Microbiome 14:9 (2019)
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