Current Projects

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SOM & carbon cycling
 

Microbial soil organic matter transformations are traditionally investigated from a bird’s eye view, that means at scales that are considerably larger...
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SOM & carbon cycling
 

All plants release a substantial fraction of the carbon they assimilate via photosynthesis as root exudates into the soil, an input that significantly...
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Nutrient cycling
 

Terrestrial microbial decomposer communities thrive on a wide range of organic matter types that rarely ever meet their elemental demands in terms of...
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Nutrient cycling
 

Tropical forests are centers of global biodiversity and integral parts of the global water and biogeochemical cycles. They play a key role in global...
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Methods development
 

Soil organic matter (SOM) represents a vast store of carbon, exceeding that of the atmosphere by at least 3-fold. Global change effects on the...
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Nutrient cycling
 

Nitrogen (N) availability in soils exerts a strong control on the terrestrial carbon (C) cycle, through effects on plant production and on microbial...
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