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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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RecovFun (Contributing project)
Recovery mechanisms of above and belowground diversity and function of grassland, following reduction in intensity of land use
#Plants  #Soil Ecology  #Plants  #REX/LUX  #BEF  #2023 – 2026  #Enzymes […]
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Picture: The diagram shows the relationship of the elements biodiversity, land use and ecosystem function. The three elements are symbolized as circles and placed in the form of a triangle. The upper center circle represents biodiversity and contains colored picture symbols for different plants. The lower left circle represents land use. Within the circle are the terms mowing, grazing, fertilization and soil texture. The lower right circle represents ecosystem function. Within the circle are the terms biomass production and standing biomass. From the circle for land use an arrow goes to the circle for biodiversity and to the circle for ecosystem function. From the circle for biodiversity an arrow goes to the circle for ecosystem function and from there an arrow goes back to the circle for biodiversity.
BEF-Loops (Contributing project)
Reciprocal relationships between plant diversity and ecosystem productivity
#Ecosystem function of biodiversity  #BEF  #REX/LUX  #2020 – 2023  #Grassland […]
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Picture: The photo shows a sunlit winter forest with a large area of flowering wood anemones stretching across the ground.
ForGenDiv (Contributing project)
The influence of forest management on genetic diversity of plant and animal species: a cross-species study
#Forest & Deadwood  #Remote Sensing, Lanscape and Modelling  #2023 – 2026  #2020 – 2023  #Arthropods […]
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Picture: The photo shows an area of the science garden of the Johann Wolfgang Goethe University in Frankfurt am Main on a sunny day. Plants are parked in the area shown. The area is surrounded by a scaffolding about two to three metres high, on which there are foils that can be pulled over the parking areas to protect them from the sun and precipitation. In the background, tall growing plants in large flower pots can be seen. In the foreground is a rectangular area several metres long between two paths on the left and right of the picture. The ground is covered with a black foil. On top of the foil are a large number of so-called "multi-trays", which are rectangular black tray-like collection containers with recesses for holding 54 plants each in 6 by 9 rows. The containers are visually very reminiscent of baking tins for muffins. All containers are filled and contain the five thousand three hundred and eighty-eight plants collected in the "Herbadapt" project. In each well of the multitrays, there is a labelled coloured strip in red, orange, blue or purple in the soil to identify the plant.
HerbAdapt (Contributing project)
Adaptation of understorey herbs to forest management
#Plants  #2020 – 2023  #Plants […]
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Picture: The photo shows a pollen-laden Earth Bumblebee, Latin Bombus terrestris, flying into an orange-red poppy flower hanging downwards. There are drops of water on the leaves of the flower. Green ears of grain can be seen in the background.
MacroBEEs (Contributing project)
How does land use affect bee-plant interactions and their mutualistic outcomes?
#Animals  #Biotic Interaction  #2020 – 2023  #Grassland […]
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Picture: The photo shows the cross-section of the stem of a specimen of ribwort plantain, Latin Plantago lanceolata, which appears blue due to polarized light, against a black background.
ForbAge (Contributing project)
Land-use effects on longevity and stem anatomical traits of perennial dicotyledonous species in grasslands
#Plants  #2020 – 2023  #2017 – 2020  #Grassland […]
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Picture: The screenshot shows the image analysis of a root system with the program Winrhizo
RootFun (Contributing project)
Belowground functional traits of plants as drivers of biodiversity and ecosystem functions
#Plants  #2020 – 2023  #2017 – 2020  #Traits […]
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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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