Doodle-bugg OP t1_j5vbfhe wrote on January 25, 2023 at 8:36 PM Reply to comment by Orange_comfort in Saw this guide displaying decomposition rates for marine debris in an aquarium by Doodle-bugg Basically. Microplastics eventually become nanoplastics, and these are everywhere, including in what we eat, drink, and breath. Permalink Parent 2
Doodle-bugg OP t1_j5v47tg wrote on January 25, 2023 at 7:52 PM Reply to comment by Orange_comfort in Saw this guide displaying decomposition rates for marine debris in an aquarium by Doodle-bugg Plastic technically goes through photodegradation, where it is broken down by the sunlight until it is so tiny that it is essentially invisible Permalink Parent 3
Doodle-bugg OP t1_j5v3g86 wrote on January 25, 2023 at 7:48 PM Reply to comment by Spnwvr in Saw this guide displaying decomposition rates for marine debris in an aquarium by Doodle-bugg Agreed 100%. There was another sign in there talking about the Great Pacific Garbage Patch that is roughly two times the size of Texas and how roughly half of the garbage mass comes from synthetic fishing nets. Permalink Parent 2
Doodle-bugg OP t1_j5uixmo wrote on January 25, 2023 at 5:43 PM Reply to comment by RaccoonsInABigCoat in Saw this guide displaying decomposition rates for marine debris in an aquarium by Doodle-bugg Ahhh… glass flavor chefs kiss Permalink Parent 1
Doodle-bugg OP t1_j5ueb6h wrote on January 25, 2023 at 5:15 PM Reply to comment by RU_FKM in Saw this guide displaying decomposition rates for marine debris in an aquarium by Doodle-bugg It…it does. Let me make a phone call to Ripley’s😂 Permalink Parent 4
Saw this guide displaying decomposition rates for marine debris in an aquarium Submitted by Doodle-bugg t3_10l3ofj on January 25, 2023 at 5:07 PM in mildlyinteresting 14 comments 35
Saw this guide displaying decomposition rates for marine debris in an aquarium
Doodle-bugg OP t1_j5vbfhe wrote
Reply to comment by Orange_comfort in Saw this guide displaying decomposition rates for marine debris in an aquarium by Doodle-bugg
Basically. Microplastics eventually become nanoplastics, and these are everywhere, including in what we eat, drink, and breath.