Helmholtz Zentrum München GmbH
German Research Center for Environmental Health
Research Unit Comparative Microbiome Analysis
Address
Ingolstädter Landstraße 1
85764 Neuherberg
Deutschland
GERiT
This institution in GERiT
85764 Neuherberg
Projects
Research Grants
Completed projects
The functional relevance of plant-microbe-insect interactions in a cereal crop system
(Applicants
Rothballer, Michael
;
Weisser, Wolfgang W.
)
The influence of agricultural management practices on microbial functions and networks in biological soil crusts
(Applicant
Schulz, Stefanie
)
Priority Programmes
Completed projects
Linking carbon and nitrogen availability to microbial phosphorous turnover in different forest soils
(Applicants
Schloter, Michael
;
Schulz, Stefanie
)
Research Units
Current projects
Driver of microbial nutrient turnover in mineral soil, rhizosphere and forest floors
(Applicants
Schloter, Michael
;
Schulz, Stefanie
)
FOR 5000: Biotic interactions, community assembly, and eco-evolutionary dynamics as drivers of long-term biodiversity–ecosystem functioning relationships
(Spokesperson
Eisenhauer, Nico
)
FOR 5315: FOREST FLOOR: Functioning, Dynamics, and Vulnerability in a Changing World
(Spokesperson
Lang, Friederike
)
SP08: Microbiome and stress
(Applicants
Schloter, Michael
;
Schulz, Stefanie
)
Infrastructure Priority Programmes
Current projects
Feedback loops between land use intensity, microbial diversity and easily available nutrients on the amount and degradation of phenolic C sources (FeeLoo)
(Applicants
Bauke, Sara Louise
;
Bi, Qing-Fang
;
Schloter, Michael
;
Schrumpf, Marion
;
Schulz, Stefanie
)
Linking land use intensity, biodiversity, soil microbial processes and organo-mineral interactions for a mechanistic understanding of Nitrogen turnover in grassland ecosystems (BE_BioMON)
(Applicants
Dannenmann, Michael
;
Kiese, Ralf
;
Schloter, Michael
;
Schulz, Stefanie
;
Schweizer, Steffen
)
Completed projects
Land use intensity as a driver for abundance, diversity and activity of nitrifying microbes in soils from forest ecosystems
(Applicants
Schloter, Michael
;
Schulz, Stefanie
)
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
(Applicants
Glaser, Karin
;
Karsten, Ulf
;
Schulz, Stefanie
)