Madlen Stange

@mstange.bsky.social

JuniorPI @leibnizlib.bsky.social Germany. #populationgenomics, #ecology, #morphology, #conservation, #monitoring, currently #minnows #Phoxinus. Applying molecular, ecological, geometric morphometric methods

#paperalert #fishes Two closely related minnow ( #Phoxinus ) species share the same rivers — and sometimes even hybridise. But new research shows they've evolved completely different ways of determining sex. 🐟🧬 Lead author PhD student @thetemi.bsky.social @leibnizlib.bsky.social

Different sex determination systems in two closely related Eurasian minnow (Phoxinus) species - Heredity

Heredity - Different sex determination systems in two closely related Eurasian minnow (Phoxinus) species

doi.org

Are you working on biodiversity monitoring using genomics? Are you developing (AI)tools to track molecular change in declining populations? Are you employing novel methods to track molecular change during or after genetic decline? We would be happy to receive your submissions for #SMBE2026!

SMBE2026 Symposium 5 | Molecular evolution in the era of genetic diversity decline

smbe2026.org/programme

Organisers
- Madlen Stange — Leibniz Institute for the Analysis of Biodiversity Change, Germany
- Deborah M Leigh — Senckenberg Nature Research and Goethe University Frankfurt, Germany

Loss of genetic diversity is now recognised as a critical component of the global biodiversity crisis, with direct implications for species’ adaptive potential, population persistence, and long-term evolutionary trajectories. For molecular evolutionists, this represents both an urgent challenge and a unique opportunity: unprecedented genomic resources and analytical methods allow us to quantify genetic erosion, reconstruct historical baselines, and model future outcomes at scales unimaginable a decade ago. We are now able to directly study evolutionary processes in declining, newly formed, or eroded populations, which offer unique insights into the evolutionary past and future. This symposium aims to highlight research at the interface of molecular evolution, population genomics, and biodiversity monitoring. We will showcase cutting-edge genomic methods—ranging from ancient and historical genomics, whole genome-based analyses, and multispecies genomic syntheses, to entirely novel AI and synthetic biology frameworks—that track population-level molecular change over time and space. How these methods have been used to identify evolutionary patterns or changes in the face of loss or restorative action. As well as, how these methods can be used to support transformative change. By bringing together researchers working on evolutionary theory, genomic inference of diversity loss, temporal monitoring of populations, and large-scale data integration, this symposium will provide a forum to identify common conceptual ground, share methodological innovations, and explore the methods needed for future advances.

Become our colleague! - 2yr Postdoctoral position in Palaeo-population genomics at the Center for the Human Past (UU) @humanpastcenter.bsky.social 🧪 Great place to work at (ok, I am biased), integration with archaeologists and linguists + pretty flexible research topic www.uu.se/en/about-uu/...

Postdoctoral position in Palaeo-population genomics at the Center for the Human Past - Uppsala University

Postdoctoral position in Palaeo-population genomics at the Center for the Human Past, Department of Organismal Biology, Uppsala University

uu.se

It's not to late to request the link for @kmkocot.bsky.social talk today, on #marine #invertebrate #biodiversity. 8AM CST, 9AM EST, 3PM CET. Email meegene@leibniz-lib.de for login details.

Madlen Stange@mstange.bsky.social · 9mo ago

#Seminar Join our #MEEGene seminar at @leibnizlib.bsky.social on Zoom next Tuesday, Nov 11, 3PM CET. Listen to Kevin Kocot @kmkocot.bsky.social from Alabama Museum of Natural History, talking about #Biodiversity & Systematics of Marine Invertebrates Email meegene@leibniz-lib.de for login details.

Extreme female philopatry in Pachypus beetles reveals 14 cryptic species! 🧬 Our study shows ancient speciation (5.3mya) despite limited dispersal, linked to the Messinian salinity crisis. Integrative taxonomy uncovers hidden diversity. #Taxonomy #Genetics url: academic.oup.com/sysbio/artic...

Cryptic species can be phylogenetically old despite strong sex-biased dispersal

Abstract. The impact of strongly differentiated populations on species delimitation due to limited or sex-biased dispersal remains challenging and under-ex

academic.oup.com

Join @lauratensen.bsky.social's talk on the role of colour #polymorphisms in #evolution and in red leopards, today at 3 PM CEST. To receive login details, please contact meegene@leibniz-lib.de.

Madlen Stange@mstange.bsky.social · 10mo ago

#Seminar Join our #MEEGene seminar at @leibnizlib.bsky.social on zoom next Tuesday, Oct 14, 3pm CEST and listen to Laura Tensen @lauratensen.bsky.social from @unigreifswald.bsky.social talking about comparative #genomics in red #leopards. Email meegene@leibniz-lib.de for login details.

Please share broadly: I am looking for a postdoctoral fellow to work on a collaborative project on the temporal population genomics of invasive Capeweed (using contemporary and herbarium genomics), with ‪‪@shaky-dingo.bsky.social‬ and colleagues