August 2025 Newsletter

Summary

Dear sedaDNA enthusiasts,

Hello and welcome to the August newsletter! I hope that you have had an enjoyable summer and managed to get in some productive fieldwork and/or holiday time. While we may have been away from the office, 7 papers and 3 preprints have been published.

We hope you have a productive August,

The organising board



New papers

Chenliang Du et al., (2025) published "Rapid ecological change outpaces climate warming in Tibetan glacier lakes" in Nature Communications Earth and Environment.

Rebecca E Garner et al., (2025) published "Eutrophication and Warming Drive Algal Community Shifts in Synchronised Time Series of Experimental Lakes" in Environmental Microbiology.

Matthew A. Campell et al., (2025) published "Using sedimentary ancient DNA in coastal and marine contexts to explore past human–environmental interactions in Australia" in Philosophical Transactions B.

Alistair J. Monteath et al., (2025) published "Late quaternary environmental change in eastern Beringia" in Quaternary Science Reviews.

Miao Zhang et al., (2025) published "Impact of different DNA enrichment methods on 16S rRNA amplicon based and nanopore metagenomic sequencing based microbial investigation of low biomass samples" in Frontiers of Environmental Science & Engineering.

Biancamaria Bonucci et al., (2025) published "Ancient microbial DNA and proteins preserve in concretions covering human remains" in iScience.

Ulrike Herzschuh et al., (2025) published "Arctic-Boreal Bryophyte Dynamics Since the Last Glacial Inferred From Ancient DNA Metabarcoding" in Journal of Biogeography.


Preprints

Samantha L. Cox et al., (2025) wrote the preprint "Effects of ancestry, agriculture, and lactase persistence on the stature of prehistoric Europeans" available on BioRxiv.

David J. Harning et al., (2025) wrote the preprint "Ancient DNA and lipid biomarkers quantify the climate sensitivity of highland shrubification in Iceland" available on Earth ArXiv.

Sisi Liu et al., (2025) wrote the preprint "Arctic defaunation initiated a cascade of mammal–plant interaction shift through dispersal dynamics" available on BioRxiv.



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