Press release: Reduced plant species richness means insects at risk (17.05.2021)

Joint project including Göttingen University observes reduced plant species richness and declining diversity of associated insects
Where plant species diversity decreases, insect diversity decreases too and with it biodiversity as a whole. From the intensively managed meadows and pastures to dense and dark beech forests, insects that specialise in just a few plant species are disappearing: the plants that provide their food no longer grow there. This is shown by an international study with the participation of the University of Göttingen. The results were published in the journal Science Advances.
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Press release: Revealing the secret cocoa pollinators (03.05.2021)

The importance of pollinators to ensure successful harvests and thus global food security is widely acknowledged. However, the specific pollinators for even major crops – such as cocoa – haven’t yet been identified and there remain many questions about sustainability, conservation and plantation management to enhance their populations and, thereby, pollination services. Now an international research team based in Central Sulawesi, Indonesia and led by the University of Göttingen has found that in fact ants and flies – but not ceratopogonid midges as was previously thought – appear to have a crucial role to play. In addition, they found that promoting biodiversity friendly landscapes, leaf-litter and trees providing shade in agroforestry systems were important to enhance tiny cocoa pollinators. The research was published in Biological Conservation.
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Press release: Forests of the world in 3D (04.02.2021)

Primeval forests are of great importance for biodiversity and global carbon and water cycling. The three-dimensional structure of forests plays an important role here because it influences processes of gas and energy exchange with the atmosphere, whilst also providing habitats for numerous species. An international research team led by the University of Göttingen has investigated the variety of different complex structures that can be found in the world's forests, as well as the factors that explain this diversity. The results have been published in Nature Communications.
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