Chlorination Cessation Alters Greenhouse Gas Dynamics in Artificial Urban Ponds Chlorination cessation in artificial urban ponds increases CH4, lowers N2O, and has no effect on CO2 emissions In CO2 equivalents, non-chlorinated, and chlorinated ponds show similar greenhouse g...

Could naturalizing urban ponds increase greenhouse gas emissions? 🤔
In our latest study, we explore this - finding that naturalization boosts urban resilience 🌱🏙️ without necessarily increasing total GHG emissions

#UrbanPonds #GHG #NbS

agupubs.onlinelibrary.wiley.com/doi/10.1029/...

Persona agafant mostres en un estany sobre una barca.

📢 | Els estanys en bon estat poden contribuir a mitigar els efectes del canvi climàtic

@udivulga.bsky.social @uvic-fcte.bsky.social
👉 Llegeix els resultats del projecte Ponderful: www.uvic.cat/noticies/els...

📢 Happy #WorldsWetlandsDay! Today is a day to celebrate the vital role wetlands play including those human-made (📸👇).

➡️ At the @ub.edu, our #NaturBPond project explores how naturalized ponds in cities boost biodiversity & provide key ecosystem services.

#WWD2025 #UrbanEcology #NBS #UrbanPonds