Project Details

Professor Dr. Michael Schloter

Address Technische Universität München (TUM)
Forschungsdepartment Life Science Systems
Lehrstuhl für Umweltmikrobiologie
Emil-Ramann-Straße 2
85354 Freising

Projects

As Applicant
- Current projects
  - -MetaLoMic 2.0- Deciphering the mechanistic impact of secondary plant metabolites on microbiome-host interactions in Lotus japonicus (Priority Programmes)
  - Understanding host-microbe interactions in a changing world: drivers and fitness consequences of the gut microbiome in a declining Antarctic pinniped (Infrastructure Priority Programmes)
  - Driver of microbial nutrient turnover in mineral soil, rhizosphere and forest floors (Research Units)
  - Feedback loops between land use intensity, microbial diversity and easily available nutrients on the amount and degradation of phenolic C sources (FeeLoo) (Infrastructure Priority Programmes)
  - Linking land use intensity, biodiversity, soil microbial processes and organo-mineral interactions for a mechanistic understanding of Nitrogen turnover in grassland ecosystems (BE_BioMON) (Infrastructure Priority Programmes)
  - Core Project 8: Soil microbial diversity and community composition of grassland and forest ecosystems along land use gradients in three German Biodiversity Exploratories (Infrastructure Priority Programmes)
  - SP08: Microbiome and stress (Research Units)
  - The role of the environment: allergies and asthma in a rural setting from childhood to adulthood - Bavaria-wide follow-up study of the GABRIEL cohort (Research Grants)
- Completed projects
  - Effects of veterinary medicines on the functional diversity of the microbial biomass in soils (Research Units)
  - Functions of mycorrhizhosphere communities under the influence of different nitrogen and water regimes in forest soils (Research Grants)
  - Biotic and abiotic factors that dive the function of microbial communities at biogeochemical interfaces in different soils (BAMISO) (Priority Programmes)
  - Effects of veterinary medicines on the functional diversity of the microbial biomass in different soil compartments in dependence of varying soil moisture conditions (Research Units)
  - Dynamics of microbial communities involved in carbon and nitrogen turnover during paddy soil evolution in relation to different soil types (Research Units)
  - Land use intensity as a driver for abundance, diversity and activity of nitrifying microbes in soils from forest ecosystems (Infrastructure Priority Programmes)
  - Soil structure formation through the action of plants and microbes (Research Grants)
  - Linking carbon and nitrogen availability to microbial phosphorous turnover in different forest soils (Priority Programmes)
  - "Killing the winner" only? The virome of grassland soils under different land use intensity as the driver for microbial community structure and function (KiWion) (Infrastructure Priority Programmes)
  - Soil nitrogen turnover and nitrous oxide emissions in continuous permafrost landscapes of Northern China in a changing climate (NIFROCLIM) (Research Grants)
  - PriOrity Effect Mechanisms (POEM): mechanisms of priority effects and their persistence over time in dry acidic grasslands (Research Grants)
  - Harnessing the potato-microbiome interactions for development of sustainable breeding and production strategies (Research Grants)
As Participating Researcher
- Current projects
  - GRK 2679: Urban Green Infrastructure – Training Next Generation Professionals for Integrated Urban Planning Research (Research Training Groups)
As Project Head
- Completed projects
  - Das Lysimeterexperiment: Einfluss von Buchen unter Ozon- und Pathogenstress auf mikrobielle Funktionen in der Rhizosphäre (Collaborative Research Centres)
  - Einfluss verschiedener krautiger Pionierpflanzen auf die Dynamik von mikrobiellen Destruentengemeinschaften während initialer Stadien der Ökosystementwicklung (CRC/Transregios)
  - Effects of abiotic and biotic stress on rhizodeposition an enzyme activities in the mycorrhizosphere of herbaceous and woody plants (Collaborative Research Centres)
  - Factors influencing the structure and function of biological crusts during ecosystem development (CRC/Transregios)
As Participating Person
- Completed projects
As Co-Investigator
- Completed projects
  - The effect of land use intensity on biodiversity and functional role of biological soil crust communities with an emphasis on the biogeochemical cycling of carbon, nitrogen and phosphorus - CRUSTFUNCTION III (Infrastructure Priority Programmes)

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Professor Dr. Michael Schloter

Additional Information

Servicenavigation

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Professor Dr. Michael Schloter

Additional Information

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