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@ebpgenome.bsky.socialOct 9, 2026, 4:38 PM

🦇 Bat1K takes the cover of Nature!

A landmark study brings together 103 chromosome-level reference genomes across all 21 living bat families, offering new insights into bat evolution and biogeography. 🧬

Check it out today: www.nature.com/articles/s41...

#Bat1K #BiodiversityGenomics #batevolution

Alt text: Nature journal cover featuring bats in flight against a dark background, highlighting a Bat1K study on bat evolution and genomics. đź“· Cover image: Brock and Sherri Fenton
@ergabiodiv.bsky.socialOct 7, 2026, 5:42 AM

@biogeneurope.bsky.social @mfri.bsky.social @leibnizlib.bsky.social @sib.swiss @ebpgenome.bsky.social #Salmonids #BiodiversityGenomics #Genomics #Fieldwork #OpenScience #SOPs #WorkflowHub

@ebpgenome.bsky.socialOct 5, 2026, 6:56 PM

🦇 What can 103 bat genomes tell us about bat evolution?
A landmark study from EBP-affiliated Bat1K is rewriting the bat family tree, revealing new insights into their origins and the evolution of echolocation. 🧬🌍

Photos: D. Whitby

#Bat1K #BiodiversityGenomics #Genomics #BatGenomics #BatEvolution

A bat flies with its wings fully extended against a dark background. Text reads: “Where did bats come from? The genomic and fossil evidence points to Europe. The study traces the common ancestor of bats to Europe in the late Palaeocene, followed by dispersal into Africa and eventually across the globe.”A bat flies with its wings extended in front of a rocky cave background. Text reads: “Which came first: Flight or Echolocation? The answer is still unclear. But new evidence suggests laryngeal echolocation was already present before modern bats diversified, placing it near the very beginning of bat evolution.”
@ebpgenome.bsky.socialOct 5, 2026, 6:45 PM

🎙️ How much of Earth’s life is still undiscovered?

Former EBP Chair Harris Lewin joined NPR’s Short Wave to talk about the incredible amount of biodiversity still waiting to be discovered and sequenced. 🌎

tinyurl.com/npr-harrisle...

@npr.org
#Biodiversity #Genomics #BiodiversityGenomics #science

@ergabiodiv.bsky.socialSep 30, 2026, 8:15 AM

🔴 Live today! Join us at 16:00 CEST for the ERGA BioGenome Analysis & Applications Seminar on Starship transposons and fungal evolution 🍄🧬
Speakers: @‌mycomile.bsky.social & @‌fungage-lab.bsky.social
đź“ş Watch live: www.youtube.com/live/6eC7dvl...

#transposons #evolution #biodiversitygenomics #TEs

@frommlab.bsky.socialSep 24, 2026, 9:09 AM

🦇 Big day for #Bat1K! Our new study is out in Nature, combining 103 bat genomes + 44 fossil taxa to explore bat evolutionary history.

Very happy to have contributed microRNA complements to this huge comparative effort. 🧬🦇

tinyurl.com/352rxwsa

#Genomics #Evolution #microRNA #BiodiversityGenomics

@ebpgenome.bsky.socialSep 22, 2026, 10:44 PM

🌎 From tidepools to oceans, every genome reveals another piece of life on Earth. 🌊🧬
EBP is working with scientists worldwide toward reference genomes across the Tree of Life.

💻🧬 Séquencer la biodiversité. Préserver son avenir.
🌍🧬 Sequencing biodiversity. Securing its future.

#BiodiversityGenomics

English alt text: Infographic showing how intertidal species adapt to extreme environmental conditions. A sea star represents large temperature fluctuations, mussels represent exposure to air and desiccation, a sea anemone represents changing salinity, and a crab represents low oxygen levels in isolated tide pools. The graphic explains that studying their genomes can reveal how coastal biodiversity adapts and may respond to rapidly changing environments. Texte alternatif en français : Infographie montrant comment les espèces intertidales s’adaptent à des conditions environnementales extrêmes. Une étoile de mer illustre les fortes variations de température, des moules l’exposition à l’air et la dessiccation, une anémone de mer les variations de salinité et un crabe les faibles niveaux d’oxygène dans les mares isolées. L’étude de leurs génomes peut aider à comprendre comment la biodiversité côtière s’adapte et pourrait réagir à des environnements en pleine transformation.English alt text: Colorful intertidal scene filled with sea stars, anemones and other marine life. Text explains that from tide pools to oceans, each genome reveals part of the story of life on Earth and highlights the Earth BioGenome Project’s goal of creating reference genomes for all known eukaryotic species. The closing message reads: “Sequencing biodiversity. Securing its future.” Texte alternatif en français : Scène intertidale colorée présentant des étoiles de mer, des anémones et d’autres organismes marins. Le texte explique que, des mares intertidales aux océans, chaque génome révèle une partie de l’histoire de la vie sur Terre et souligne l’objectif du Earth BioGenome Project de créer des génomes de référence pour toutes les espèces eucaryotes connues. Le message final est : « Séquencer la biodiversité. Pour préserver son avenir.