Providing root exudates as energy source for microorganisms, plants influence microbial activity and consequently affect the turnover of soil organic matter (SOM). Changes in the rate of SOM turnover in the presence of living roots are termed “rhizosphere priming effects”. The mechanisms of the priming phenomena remain largely unknown and its ecological relevance is still to be quantified. Here, we propose to test the hypothesis that a plant’s association with symbiotic mycorrhizal fungi determine the magnitude and direction of priming effects.
The overall aim of the project is to investigate the impact of arbuscular (AMF) and ectomycorrhizal (ECM) fungi on rhizosphere priming and to reveal mechanisms leading to changes in the rate of SOM decomposition induced by fungi.
BayCEER-Kolloquium: |
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Do. 25.04.2024 aktuell Perspectives and challenges in the restoration and conservation of two isolated habitats: gypsum and cliffs |
BayCEER Short Courses: |
Fr. 26.04.2024 Mobile Film Making Workshop (for students of BayCEER) |
Ökologisch-Botanischer Garten: |
Fr. 26.04.2024 Aktion | Kräuterreich & regional: Backkunst im ÖBG (zus. mit HWK) |
Fr. 26.04.2024 Führung | Erdbeer-Minze und Zimmerknoblauch: Gewürzkräuter |
So. 28.04.2024 Führung | Den Sängern auf der Spur: Vogelstimmen im ÖBG (zus. mit LBV) |