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Kampouris,\ I.D.*\ ; Kuhl-Nagel,\ T.*\ ; Behr,\ J.H.*\ ; Sommermann,\ L.*\ ; Babin,\ D.*\ ; Francioli,\ D.*\ ; Zrenner,\ R.*\ ; Kublik,\ S.\ ; Schloter,\ M.\ ; Ludewig,\ U.*\ ; Smalla,\ K.*\ ; Neumann,\ G.*\ ; Grosch,\ R.*\ ; Geistlinger,\ J.*
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Selective recruitment of beneficial microbes in the rhizosphere of maize affected by microbial inoculants, farming practice, and seasonal variations.
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Environ. Microbiome 20:69 (2025)
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Mahmoud,\ F.M.\ ; Edelmann,\ H.*\ ; Si,\ Y.*\ ; Endrejat,\ L.\ ; Pritsch,\ K.\ ; Gutjahr,\ C.*\ ; Ehrenreich,\ A.*\ ; Winkelmann,\ T.*\ ; Winkler,\ J.B.\ ; Schnitzler,\ J.-P.\ ; Schloter,\ M.
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Transient colonization by \Priestia megaterium\ B1L5 alters the structure of the rhizosphere microbiome towards potential plant beneficial bacterial groups in apple plantlets.
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Environ. Microbiome 20:104 (2025)
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Thaqi,\ S.K.*\ ; Hensel,\ N.*\ ; Vitow,\ N.*\ ; Baum,\ C.*\ ; Streb,\ L.-M.\ ; Kublik,\ S.\ ; Leinweber,\ P.*\ ; Panten,\ K.*\ ; Schloter,\ M.\ ; Schulz,\ S.
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Non-rhizobial endophyte recruitment and diversity in \Pisum sativum\ are strongly shaped by phosphorus fertilizer form.
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Environ. Microbiome 20:92 (2025)
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Pinheiro Alves de Souza,\ Y.\ ; Schloter,\ M.\ ; Weisser,\ W.*\ ; Huang,\ Y.*\ ; Schulz,\ S.
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The seeds of \Plantago lanceolata\ comprise a stable core microbiome along a plant richness gradient.
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Environ. Microbiome 19:11 (2024)
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Angstmann,\ H.*\ ; Pfeiffer,\ S.\ ; Kublik,\ S.\ ; Ehrhardt,\ B.*\ ; Uliczka,\ K.*\ ; Rabe,\ K.F.*\ ; Roeder,\ T.*\ ; Wagner,\ C.*\ ; Schloter,\ M.\ ; Krauss-Etschmann,\ S.*
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The microbial composition of larval airways from Drosophila melanogaster differ between specimens from laboratory and natural habitats.
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Environ. Microbiome 18:55 (2023)
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Cernava,\ T.*\ ; Rybakova,\ D.*\ ; Buscot,\ F.*\ ; Clavel,\ T.*\ ; McHardy,\ A.C.*\ ; Meyer,\ F.*\ ; Overmann,\ J.*\ ; Stecher,\ B.*\ ; Sessitsch,\ A.*\ ; Schloter,\ M.\ ; Berg,\ G.*
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Metadata harmonization-Standards are the key for a better usage of omics data for integrative microbiome analysis.
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Environ. Microbiome 17:33 (2022)
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Lange,\ L.*\ ; Berg,\ G.*\ ; Cernava,\ T.*\ ; Champomier-Vergès,\ M.C.*\ ; Charles,\ T.*\ ; Cocolin,\ L.*\ ; Cotter,\ P.D.*\ ; D\'Hondt,\ K.*\ ; Kostic,\ T.*\ ; Maguin,\ E.*\ ; Makhalanyane,\ T.*\ ; Meisner,\ A.*\ ; Ryan,\ M.*\ ; Kiran,\ G.S.*\ ; de Souza,\ R.S.C.*\ ; Sanz,\ Y.*\ ; Schloter,\ M.\ ; Smidt,\ H.*\ ; Wakelin,\ S.*\ ; Sessitsch,\ A.*
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Microbiome ethics, guiding principles for microbiome research, use and knowledge management.
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Environ. Microbiome 17:50 (2022)
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Cania,\ B.\ ; Vestergaard,\ G.\ ; Krauss,\ M.*\ ; Fliessbach,\ A.*\ ; Schloter,\ M.\ ; Schulz,\ S.
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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.
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Environ. Microbiome 14:1 (2019)
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Radl,\ V.\ ; Winkler,\ J.B.\ ; Kublik,\ S.\ ; Yang,\ L.\ ; Winkelmann,\ T.*\ ; Vestergaard,\ G.\ ; Schröder,\ P.\ ; Schloter,\ M.
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Reduced microbial potential for the degradation of phenolic compounds in the rhizosphere of apple plantlets grown in soils affected by replant disease.
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Environ. Microbiome 14:8 (2019)
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Radl,\ V.\ ; Winkler,\ J.B.\ ; Kublik,\ S.\ ; Yang,\ L.\ ; Winkelmann,\ T.*\ ; Vestergaard,\ G.\ ; Schröder,\ P.\ ; Schloter,\ M.
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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).
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Environ. Microbiome 14:9 (2019)
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