@maciejliro.bsky.social

✨Good news!✨ Australia’s seen a 40% drop in #plasticpollution on major beaches!🏖️ They’ve pledged to phase out unnecessary plastics by 2025 & reuse or recycle all plastic waste by 2040♻️ It’s PROOF that action works! Let’s keep going! #BeachCleanUp #EnviroNews www.independent.co.uk/climate-chan...

Australia sees nearly 40% decline in plastic pollution along major city coastlines

Country has pledged to phase out unnecessary plastics by 2025 and recycle or reuse all its plastic waste by 2040

independent.co.uk

This is so exciting! 😆 It’s going to be a SUPER opportunity to present and discuss what moves on Earth and why… in a multidisciplinary space 🌍 Please share with anyone who you think would be interested ✨ #envhist #geoarcheology #archeology #arts #culture #science #geology #anthropocene

Anthropocene Sediment Network@anthrosednet.bsky.social · last yr.

📣Abstract Submission is open! Join us for the #Anthropocene Sediment Network’s free one day online #conference on the 18th June. We encourage submissions from all disciplines to consider what we have MADE and what we have MOVED on Earth. Details here: anthrosednet.com/2025-confere... 🧪⚒️

Our latest work suggests that rivers don’t just transport and store microplastics — they actively create them through fluvial process-driven fragmentation of macroplastics! iopscience.iop.org/article/10.1... #PlasticPollution #river Thank you @seddyrocks.bsky.social for amazing collaboration!

Rivers as microplastic factories - IOPscienceSearch

Rivers as microplastic factories, Liro, Maciej, Zielonka, Anna, Hajdukiewicz, Hanna, Czajka, Agnieszka, Mikuś, Paweł, Dzida, Jakub, Russell, Catherine

iopscience.iop.org

Dr Catherine Russell@seddyrocks.bsky.social · last yr.

New paper! 📣 #Rivers don’t just carry #microplastics, they create them too 🟦🔹… We explored “Rivers as #microplastic factories” incorporating #geomorphology and #sedimentology! Beyond reducing input, we need targeted action to reduce microplastic generation 📉 iopscience.iop.org/article/10.1...

A schematic diagram illustrating the existing zonation of the fluvial system (A)–(C), and the proposed implications of this zonation for the occurrence and pathways of plastic fragmentation and the long-term storage of secondary microplastics (D)–(F).