6/6 Thanks to #YanZhang for leading analysis, & @leeselab.bsky.social, @loicpellissier.bsky.social, @wenyuanzhang.com, @tschenekar.bsky.social, @robinschuetz.bsky.social, @kamilhupalo.bsky.social, @mattleray.bsky.social and many more for contributing @eawag.bsky.social @bes-aquaticgroup.bsky.social

5/6 Species richness, functional, and genetic sequence diversity exhibited stronger negative responses to human activities in larger catchments. In contrast, phylogenetic diversity showed the strongest negative effects in smaller catchments.
Full story: 🗞️ www.biorxiv.org/content/10.1...

4/6 ➡️ 2nd #paper quantified #species #richness, functional #redundancy, #phylogenetic #diversity, and genetic sequence diversity, and related them to drainage characteristics and human activities📉 .

3/6 Contrastingly, congruence of species identity varied more extensively. Restricting taxonomic assignment to basin-specific species pools improved accuracy, as did year of sampling 📈 , reflecting improved reference database coverage over time.

Full story: 🗞️ www.biorxiv.org/content/10.1...

2/6 ➡️ 1st #paper evaluated robustness of eDNA-derived biodiversity patterns, using original results & re-analysis w/ common bioinformatic workflow.

Species richness estimates were overall consistent with original analyses, despite high variability in bioinformatic approaches in original studies.

thanks for your interest, but credits should go especially to @merinrejichacko.bsky.social

it's Saga pedo, one of the #largest and #rarest #insects of #Europe. tip to toe its close to 15 cm. almost exclusively females that reproduce parthenogenetically.

yes indeed, but not just any grasshopper!

happy to be speaking about "Utilising aquatic environmental DNA to address local to global biodiversity targets"

@eawag.bsky.social

@eawag.bsky.social @rosiecblackman.bsky.social @berndhae.bsky.social #ReinhardFurrer #MaslinOsathanunkul #JeanineBranthscnen #ChristinaDiMuri @lynseyrharper.bsky.social #PascalNiklaus @loicpellissier.bsky.social #MichaelSchaepman #ShuoZong @bes-aquaticgroup.bsky.social @sednasociety.bsky.social

4/4 Integrating spatial range & magnitude of LULC effects is needed to predict fish species richness, and allows to showcase future gains/losses across the river network as a scalable basis for biodiversity conservation, needed for highly diverse yet data-deficient (sub-)tropical riverine habitats.