Om Prakash

@baizalla.bsky.social

Graduate student! Interested in root physiology, cell wall, soft matter, plant adaptation, evolution, mathematics and philosophy!

🎉 Our collaborative TropiRoot data paper “TropiRoot 1.0: Database of tropical root characteristics across environments” is out in Ecology! Explore 8,000+ standardized tropical root trait records from 104 studies across 25 countries. Data are freely available ! 🌿 doi.org/10.1002/ecy.... #tropiroots

TropiRoot 1.0: Database of tropical root characteristics across environments

Tropical ecosystems contain the world's largest biodiversity of vascular plants. Yet, our understanding of tropical functional diversity and its contribution to global diversity patterns is constrain...

doi.org

We're organizing an invited talk series featuring authors of recent publications on roots and belowground dynamics, focusing on their role in shaping aboveground functions and ecosystem processes. Please feel free to comment or email us relevant paper suggestions at tropiroottrait@gmail.com. Thanks

📢📢TropiRoot has transitioned to a new leadership team for next two years and is gearing up for exciting projects ahead! We’re expanding our outreach efforts and networking. If you’re a tropical root researcher, interested in synthesizing and mobilizing your data, we’d love to connect with you!

Bild
Daniela Cusack@daniela-cusack.bsky.social · 2y ago

Great leadership meeting with @tropiroot.bsky.social this morning! Reach out if you are a tropical root researcher interested in synthesizing and mobilizing your data with us!

New Editorial: "Dry matters" rdcu.be/d38JX December is traditionally a time for looking back at the year that has passed. For plant biology, drought has been a frequently raised topic in 2024 — and 2025 is unlikely to be any different.

Screenshot of the PDF.

New Correspondence: "Time to end the vascular plant chauvinism" rdcu.be/d38L4 The emphasis on vascular plants reveals a bias that leaves the non-vascular plants — the tiny, overlooked, inconspicuous plants — hidden in the shadows, literally.

Screenshot of the PDF.

Our editors write: - Plant cytoskeleton: How villin subclasses coordinate actin remodelling rdcu.be/d38Oh Villins are actin-binding proteins that function in Ca2+ dependent actin severing or actin bundling. Arabidopsis encodes 5 villin genes of different subclasses...

I think this is an illustration of villins, but I'm not sure.