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Sandra Kammann

Structure and function of biological soil crusts along sand dune chronosequences

Universität Rostock, 2024

https://doi.org/10.18453/rosdok_id00005647

Abstract: This thesis investigates the successional development of biocrust and shifts in their phototrophic community along dune chronosequences. The study revealed that thin microalgae-biocrusts dominated younger dunes. On more stabilized dunes, macrophytic cryptogams were found. The input of organic biomass into the dunes allows for further soil development. Observed soil-forming processes confirm parent material transformation through mineral weathering, including shifts in the phosphorus pools. Biocrusts have the potential to influence the physicochemical conditions of their surrounding habitat.

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