Höhen - und Bewirtschaftungsgradient in einem deutschen Mittelgebirge zur Abschätzung von Veränderungen in Waldökosystemen im Klimawandel (FKZ 28W-C-4-122-03) M. Blaschke, A. Siemonsmeier, J. Harjes, D. O. Okach, and G. Rambold showed that DNA metabarcoding detects far more fungal species than traditional fruit body surveys – especially hidden or underground taxa. Fungal diversity decreased with altitude based on genetic data.
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GBOL: German Barcode of Life – From Science to Application (GBOL-2) – Project 12: Design und Implementation of Fungal-specific Microarrays ('EcoChips') for Diagnostics (BMBF 01LI1501M) Janno Harjes, Gerhard Rambold
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Towards an integrative and comprehensive standard for meta-omics data of collection objects (MOD-CO) (DFG RA 731/16-1) The MOD-CO schema, developed by Gerhard Rambold and collaborators, offers a structured model for linking meta-omics data to reference specimens in biodiversity collections. Implemented in platforms like Diversity Workbench and SILVA/megx.net, it improves data traceability and interoperability. Complementary workflows and FAIR-compliant documentation further support reproducible and standardized biodiversity research.
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