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The projects of the
Biodiversity Exploratories

Currently, there are more than 40 projects involved. They investigate the cause-and-effect relations in the enlivened nature, both, by monitoring as well as experiments. Use the filter options to search for specific projects.

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Picture: The collage contains six photographs of steps in molecular analyses in a laboratory, performed by a scientist. Photo 1 shows a sample standardization device. Photo 2 shows the scientist working on a polymerase chain reaction device. Photo 3 shows the scientist using an electronic pipette to fill a sample into a micro-reaction tube. Photo 4 shows an Illumina MiSeq sequencer. Photo 5 shows the scientist working on a bioinformatics quality control device. Photo 6 shows the scientist at a desk in front of a computer making inputs for assignment.
Microorganisms (Core project)
Soil microbial diversity and community composition of grassland and forest ecosystems along land-use gradients
#Microorganisms & Fungi  #2023 – 2026  #2020 – 2023  #Functional diversity […]
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RecovFun (Contributing project)
Recovery mechanisms of above and belowground diversity and function of grassland, following reduction in intensity of land use
#Plants  #2023 – 2026  #Soil […]
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Picture: The photo shows a myxobacteria culture photographed from above in a Petri dish, spreading in a circle over an e-coli culture and eating it.
BE_CENSE (Contributing project)
A molecular census of land-use intensity effects on the soil biota in grasslands
#Microorganisms & Fungi  #2020 – 2023  #Predator-prey interaction […]
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Picture: The macro photo shows a piece of grey-brown soil aggregate with artificially added long red filamentous microplastic fibres in front of a black background.
BEMPL (Contributing project)
Microplastic occurrence and effects on soil fungi and processes along land-use gradients in the framework of the Biodiversity Exploratories
#Microorganisms & Fungi  #2023 – 2026  #2020 – 2023  #Ecosystem processes […]
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Picture: The photo shows a close-up of liverwort.
Crustfunction III (Contributing project)
Land use as a driver for structure and function of biological soil crusts III
#Soil biology & Element cycling  #2023 – 2026  #2020 – 2023  #Microbial community […]
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Picture: The macroscopic photo shows the hairs of a root in bright green color against a black background
HAIRphae (Contributing project)
The economic trade-off between root hairs and mycorrhizal extraradical hyphae along a land-use gradient
#Plants  #2020 – 2023  #Functional diversity […]
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Picture: The photo shows a hand in a turquoise glove lifting a piece of soil between meadow grass. The thickness of the piece of soil is estimated at ten to fifteen centimetres.
SCALEMIC (Contributing project)
The function of the hyphosphere in carbon and nutrient partitioning between plants and microorganisms in grassland soils under different land-use intensities
#Microorganisms & Fungi  #2023 – 2026  #2020 – 2023  #Grassland […]
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Picture: The photo shows an earthworm and a horn mite on the forest floor.
LitterLinks (Contributing project)
Changes in soil food web structure of the decomposer system with land-use intensity in forest systems
#Animals  #Soil biology & Element cycling  #2020 – 2023  #Forest […]
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Figure: The photo shows a hilly landscape with a meadow and a deciduous forest under a blue sky in spring.
BE_CH4 (Contributing project)
Land-use intensity effects on soil methane cycling microbes in grassland and forest soils
#Microorganisms & Fungi  #2017 – 2020  #Grassland […]
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Picture: The graphic shows information on the central thesis of the project.
BE-Cult (Contributing project)
Biodiversity of Nitrate-Reducing Microbes in Grassland Soils by Massive Cultivation and Genomics
#Microorganisms & Fungi  #2017 – 2020  #Enzymes […]
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Picture: The photo shows a hand in a turquoise glove lifting a piece of soil between meadow grass. The thickness of the piece of soil is estimated at ten to fifteen centimetres.
SCALEMIC (Contributing project)
Response of soil microbial community composition and function to changes in land-use intensity, i.e. intensification and de-intensification
#Microorganisms & Fungi  #2017 – 2020  #Microbial community […]
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Picture: The collage contains six photographs of steps in molecular analyses in a laboratory, performed by a scientist. Photo 1 shows a sample standardization device. Photo 2 shows the scientist working on a polymerase chain reaction device. Photo 3 shows the scientist using an electronic pipette to fill a sample into a micro-reaction tube. Photo 4 shows an Illumina MiSeq sequencer. Photo 5 shows the scientist working on a bioinformatics quality control device. Photo 6 shows the scientist at a desk in front of a computer making inputs for assignment.
Microorganisms (Core project)
Species diversity and community composition of soil microorganisms in grassland and forest ecosystems along land use gradients
#Microorganisms & Fungi  #2017 – 2020  #Functional diversity […]
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Picture: The photo shows a hand in a turquoise glove lifting a piece of soil between meadow grass. The thickness of the piece of soil is estimated at ten to fifteen centimetres.
SCALEMIC (Contributing project)
Microbial Colonization Strategies and Resource Partitioning in Grassland Soils under Different Land-Use Intensities
#Microorganisms & Fungi  #2014 – 2017  #Microbial community […]
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Picture: The collage contains six photographs of steps in molecular analyses in a laboratory, performed by a scientist. Photo 1 shows a sample standardization device. Photo 2 shows the scientist working on a polymerase chain reaction device. Photo 3 shows the scientist using an electronic pipette to fill a sample into a micro-reaction tube. Photo 4 shows an Illumina MiSeq sequencer. Photo 5 shows the scientist working on a bioinformatics quality control device. Photo 6 shows the scientist at a desk in front of a computer making inputs for assignment.
Microorganisms (Core project)
Species diversity and community composition of soil microorganisms in grassland and forest ecosystems along land-use gradients
#Microorganisms & Fungi  #2014 – 2017  #Functional diversity […]
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Picture: The photo shows an earthworm and a horn mite on the forest floor.
LitterLinks (Contributing project)
Changes in soil food web structure of the decomposer system with land use intensity in forest systems
#Animals  #Soil biology & Element cycling  #2014 – 2017  #Forest […]
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Picture: The photo shows a hand in a turquoise glove lifting a piece of soil between meadow grass. The thickness of the piece of soil is estimated at ten to fifteen centimetres.
SCALEMIC (Contributing project)
Soil microbial communities in grasslands – Biogeography at the local and regional scale
#Microorganisms & Fungi  #2011 – 2014  #Microbial community […]
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Picture: The photo shows a close-up of a centipede on a brown leaf.
LitterLinks (Contributing project)
Change in food relationships in the soil as a function of forest use
#Soil biology & Element cycling  #Animals  #2011 – 2014  #2008 – 2011  #Forest […]
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Picture: The photo shows a springtail on the forest floor.
LitterLinks (Contributing project)
Changes in soil food web structure of the decomposer system with land use intensity in forest systems
#Animals  #Soil biology & Element cycling  #2017 – 2020  #Forest […]
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Picture: The photo shows a hand in a turquoise glove lifting a piece of soil between meadow grass. The thickness of the piece of soil is estimated at ten to fifteen centimetres.
SCALEMIC (Contributing project)
Effect of Land-Use Intensity on Spatial Structure and Function of Soil Microbial Communities
#Microorganisms & Fungi  #2008 – 2011  #Microbial community […]
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Abbildung: Die Grafik zeigt das Logo des Max-Planck-Instituts für Bio-Geochemie Jena.
Abbildung: Die Grafik zeigt das Logo der Senckenberg World of Diversity.
Abbildung: Die Grafik zeigt das Logo der Technischen Universität München.
Abbildung: Die Grafik zeigt das Logo der Universität Bern.
Abbildung: Die Grafik zeigt das Logo der Technischen Universität Darmstadt.
Abbildung: Die Grafik zeigt das Logo der Georg-August-Universität Göttingen.
Abbildung: Die Grafik zeigt das Logo der Universität Hohenheim.
Abbildung: Die Grafik zeigt das Logo der Friedrich-Schiller-Universität Jena
Abbildung: Die Grafik zeigt das Logo der Universität Ulm.
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