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Max Lechte

@maxlechte.bsky.social
195 followers 297 following 18 posts

Using geology to better understand the ancient world and the origins of complex life. Research Fellow at the School of Geosciences, University of Sydney

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Reposted by Max Lechte
Phoebe Cohen @phoebefossil.bsky.social · 16/07/2026
Super excited that our paper led by @sandinmm.eurosky.social in PNAS is out! We show that crown-group eukaryotes were already taxonomically and ecologically diverse throughout the Mesoproterozoic, revealing complex communities well before the Neoproterozoic radiation. www.pnas.org/doi/10.1073/...
pnas.org
Environmental phylogenetics supports a steady diversification of crown eukaryotes starting from the mid-Proterozoic | PNAS
Molecular clock and preservation of early microfossil assemblages suggest that eukaryotes were present and already diverse more than ~1600 million ...
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Max Lechte @maxlechte.bsky.social · 21/07/2026
A very cool experience recently at the Sydney Opera House where I was asked to speak before the Sydney Philharmonia Choirs performance of Haydn's 1798 oratorio 'The Creation'. I discussed our modern, geological understanding of the evolution of our planet and biosphere 🧵
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Max Lechte @maxlechte.bsky.social · 21/05/2026
The innovation of the eukaryotic cell revolutionised the biosphere & transformed the planet, but the drivers behind this process remain debated. New paper out @natureportfolio.nature.com co-led by @fossils.bsky.social w/ Susannah Porter, Galen Halverson & Maggie Whelan @mcgillscience.bsky.social 🌎
Eukaryote microfossils from the Palaeoproterozoic. Credit: Leigh Anne RiedmanRock cores of a Palaeoproterozoic sedimentary succession at the Northern Territory Geological Survey. Credit: M Lechte
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Reposted by Max Lechte
Leigh Anne Riedman @fossils.bsky.social · 20/05/2026
Excited to say that my new paper with @maxlechte.bsky.social (and others not on bluesky) has come out in @nature.com! Study of sediments, geochemistry and fossils from rocks 1.75 to 1.4 billion years old indicate that the oldest known #eukaryotes were aerobic and benthic! #protists rdcu.be/fjNgL
rdcu.be
Early fossil eukaryotes were benthic aerobes
Nature - Integrated palaeontological, sedimentological and geochemical analyses of ancient rocks from Australia show that early eukaryotes were largely restricted to oxygenated benthic habitats,...
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Reposted by Max Lechte
PWHL @thepwhl.com · 21/05/2026
POUR LA VICTOIRE ‼️ THE MONTRÉAL VICTOIRE ARE THE 2026 PWHL WALTER CUP CHAMPIONS! LA VICTOIRE DE MONTRÉAL SONT LES CHAMPIONNES DE LA COUPE WALTER 2026 DE LA LPHF!
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Max Lechte @maxlechte.bsky.social · 19/05/2026
Was great to chat to @evolutionsoup.bsky.social about the climate change in the Neoproterozoic and how it might have affected the biosphere. Thanks for having me! ⚒️
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Max Lechte @maxlechte.bsky.social · 12/05/2026
Newly landed in Bluesky! I'm Max, a postdoc in geobiology at @sydney.edu.au (previously Melbourne, McGill). I use the sedimentary record to better understand ancient environmental change, the evolution of early eukaryotes, and the strange world they emerged in. Here's me with some 2.3 Ga glacials
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