🌍💧Discover how to facilitate spatial planning and funding schemes for stormwater NBS in urban catchments with limited data. Case study in Lyon shows smart planning saves up to 34% project costs! 📊🌿 sciencedirect.com/science/articl…

Fungal pretreatment was found to unlock 43.5% P & 7.3% N recovery from garden waste as struvite! A sustainable approach to nutrient recycling & wastewater treatment. ♻️💧 Read more: doi.org/10.1016/j.wroa… #Sustainability #WasteRecovery #CircularEconomy

New method to characterize N2O patterns and transitions from low- to high-emission situations in wastewater treatment operation. sciencedirect.com/science/articl…

New data-driven method uncovers how N₂O spikes emerge in wastewater treatment, by analyzing transitions & variable combinations. It flags issues like hampered denitrification, supernatant dosing & snowmelt, offering a powerful tool to guide targeted mitigation. #NetZero #WWTP

Big update from Water Research X: We’ve introduced Research Articles (up to 7,000 words) alongside Research Letters (up to 2,500 words) to better serve diverse author needs. We’ve also expanded Review Papersto include full-length reviews (up to 10,000 words). #WaterResearchX

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Just published! This study reveals how the morphology of FeWO4 nanomaterials impacts antibiotic removal in four Fenton processes. Read here: sciencedirect.com/science/articl…

📣 Water Research X is launching a new webinar series. Join Prof. Zhiguo Yuan on 12th June for a session on Academic Writing and Publishing with Impact. 🕘 09:00 BST | 🎥 Free to attend 🔗 cassyni.com/events/2Zsf8bW… #WaterResearchX #AcademicPublishing #Webinar

Big news! Water Research X just received a 2024 Impact Factor of 8.2! Top journal in 🌊 #WaterScience & #EnvironmentalEngineering ✅ Q1 in Environmental Engineering (11/83) We thank our authors, reviewers, editorial team, and readers for their continued support and contributions.

NEW Making Wavs Paper: A Sustainability Transformations approach is needed to overcome climate change threats to foundational WASH systems. sciencedirect.com/science/articl…

New WRX paper shows excess nitrogen disrupts cytokinesis and alters lipid metabolism in Cosmarium tinctum KCTC AG60915, offering new insights into freshwater algal responses. doi.org/10.1016/j.wroa…

Machine learning connects flow cytometry 2D histograms to presence of E. coli to predict polluting microbes in water. sciencedirect.com/science/articl…

Recent WRX paper showed Phytoplankton outcompete nitrifiers in well-lit shallow water, limiting sediment N removal supplied by nitrate diffusion. read more at sciencedirect.com/science/articl…