imagine living somewhere that there's a field guide to lichens or bryophytes....

I have abandoned adult capitalism responsibilities to embrace lichens and bryophytes Admire the blurry photos of my beautiful new friends first photo: a close up via phone cam of a bit of moss(?) on a gravestone second photo: super close up of same mossy bits via portable digital microscope

I have yet to figure out how to test the hypothalline hyphae. The ecology does not really fit: "growing on acidic rocks and soil, often over bryophytes" Still a fun exercise. I learned some things about Lepraria tonight. italic.units.it/index.php?pr...

🎉🆕📰🎉: Cell death in bryophytes: emerging models to study core regulatory modules and conserved pathways

Cell death in bryophytes: emerging models to study core regulatory modules and conserved pathways

Abstract. This review summarizes recent progress in our current understanding of the mechanisms underlying the cell death pathways in bryophytes, focusing

*dirty bullet hole ridden aluminum* Bryophytes: hmm i shall thrive here

Oh no I love the bryophytes! Thank you for your service bsky.app/profile/simu...

I'm new here #introduction Name: Yumes (like "fumes") Home: Dakota Land / Minneapolis Job: visual/motion designer Interests: birds, bryophytes, woodworking, printmaking, horror-scifi genre, housing justice, queer liberation Learning: anti-imperialism, decolonial Marxism, degrowth

Yes! It’s so neat and self-contained. And… easily identified, which I appreciate, as I’m not at all confident about bryophytes.

🌍 The findings offer a new perspective on why some plant lineages have stable chromosome sizes (bryophytes, lycophytes, ferns) while others (gymnosperms, angiosperms) show more variability. Centromeres might hold the key! (7/7) 👉 botany.fyi/6ahcfw#PlantScience#Botany

Centromere drive may propel the evolution of chromosome and genome size in plants

AbstractBackground. Genome size is influenced by natural selection and genetic drift acting on variations from polyploidy and repetitive DNA sequences. We

📊 The results suggest that centromere drive not only accelerates chromosome and genome size evolution but may also influence post-polyploid diploidization. This process helps restructure a polyploid genome to function more like a diploid, often involving chromosome fusions. (6/7)