New paper: eDNA metabarcoding at African savanna waterholes revealed 95 species. Wet season shows overall richness, dry season favors mammals. Primer choice matters. We’re excited about eDNA powering wildlife monitoring! 🦒🐢🪿🐍 doi.org/10.1111/eva.... #eDNA #Africa #wildlife

Very excited to have our pollen trap set up to collect airborne #eDNA during our second sampling week (=summer sampling). We will compare the results of the 7-day #airDNA sampling to soil sampling to assess ambient vertebrate biodiversity. If, both the trap and the eDNA survive this heatwave! 🥵 🫨 🧬

🎉 A very excited Prof. Dr. Nikol Kmentová of @uhasselt.bsky.social celebrates our first #eDNA #metabarcoding library from Burundi’s freshwater! 🌍 Her #AfroWetMap project monitors African wetlands from flatworms 🪱 to snails 🐚 (and yes, we're checking on vertebrates too! 🦛🐊).

🐕🧬💧 New article is out! We tracked how terrestrial mammals like dogs shed DNA into water bodies . Results show that activities like "crossing through" and "defecating" had the highest shedding rates and how direct versus indirect interaction affect eDNA detection probabilities. #eDNA #biomonitoring

Buffy Smith @theednaconsultancy.bsky.social compared #iDNA and airborne #eDNA for #biodiversity in fragmented forest landscape. #iDNA more spatially sensitive. More domestic species detected with #iDNA than #eDNA tended to capture larger native mammals - differential shedding rates? #UKDNAWG25

@clarecowgill.bsky.social compared #eDNA, #ecoacoustics + camera trapping for monitoring #terrestrial rewilding. Aquatic, soil + surface (tree rolling) #eDNA used. Most species with #ecoacoustics + tree rolling. More mammals + amphibians with #eDNA. More birds with #ecoacoustics #UKDNAWG25

Last session of #UKDNAWG25 is standards, best practice, current knowledge gaps and future opportunities. @leeselab.bsky.social discusses how we go from wild west of #eDNA to standards. Challenges are limited comparability of methods and unequal access to technical infrastructure and funding.

Tamara Schenekar used #eDNA from waterholes to assess #terrestrial vertebrates in Savannah ecosystems. Seasonal water + sediment sampling compared to camera traps. More species detected with #eDNA. Species identity, body length, time since visit + duration all influenced detection #UKDNAWG25 3/6