Interfacial dual regulation of charge density and structural accessibility for efficient electrodialytic lithium extraction [0.03%]
电荷密度和结构通路双重调控的高效膜法提锂体系
Shuaibo Zhu,Ning Gan,Shuzhen Zhao et al.
Shuaibo Zhu et al.
Synergistically regulating interfacial charge chemistry and transport microenvironment remains a fundamental challenge for achieving precise mono-/divalent cation separation in electrodialysis membranes. Herein, we report a stepwise interfa...
A controllable vertical temperature gradient enhances secondary desalination in process-integrated continuous freeze desalination [0.03%]
可控的垂直温度梯度增强过程集成连续冻结法的二次脱盐效果
Yingjie Xu,Ziyang Wang,Han Yuan et al.
Yingjie Xu et al.
Conventional freeze desalination suffers from discontinuous post-treatment and insufficient secondary desalination efficiency. To tackle these issues, this study develops a process-integrated freeze desalination system with a split-type sil...
Resolving the electron bottleneck in denitrification for N2O mitigation: The roles of algal-mediated metabolic coupling and extracellular electron shuttling networks [0.03%]
解氮过程中电子瓶颈对氧化亚氮减排的影响：藻介导的代谢偶联和胞外电子穿梭网络的作用
Qirui Wu,Wenjing Zhang,Yongxin Liao et al.
Qirui Wu et al.
Excessive nitrogen (N) discharge from agriculture and industry causes severe ecological harm. Moreover, conventional nitrogen removal processes often generate N2O, adding to the environmental burden. While algal-bacterial consortium has eme...
Osmotically assisted reverse osmosis (OARO) coupled membrane crystallization (MCr) for an energy-efficient water recovery from hypersaline lithium brines: Perspectives of a water closing-loop for direct lithium extraction technologies [0.03%]
用于从高盐含锂卤水中高效回收水资源的渗透增强反渗透(OARO)与膜结晶(MCr)联用工艺：直接提取技术中水闭路循环前景之透视研究
Karla Pérez,Juan Cárdenas,Constanza Bustamante et al.
Karla Pérez et al.
The management of spent lithium brines is becoming increasingly critical as the industry shifts toward direct lithium extraction (DLE) technologies, which generate highly saline residual brines containing water that can be recovered and reu...
Integrating microbial source tracking with fecal indicator bacteria monitoring improves water quality assessment in tropical island watersheds [0.03%]
整合微生物源追踪与粪便指示菌监测可改善热带海岛流域的水质评价
Nu Jahat Jabin,Tilali Scanlan,Penny Solaita et al.
Nu Jahat Jabin et al.
This study assessed 50 soil and 41 stream water samples across five watersheds for FIB (enterococci, Escherichia coli, Clostridium perfringens) and four MST markers (human CrAssphage and HF183, canine BacCan-UCD, and porcine Pig-2-Bac) in A...
How agricultural field management modulates downstream transport of antibiotics, bacteria and nutrients in runoff water using edge-of-field monitoring [0.03%]
基于田间边缘监测的农田管理模式对地表径流中抗生素、细菌和营养盐输移的影响研究
Mukesh Kumar Mehla,Jaehak Jeong,Gunho Cho et al.
Mukesh Kumar Mehla et al.
Agricultural land application of dairy manure supplies essential nutrients but may simultaneously introduce bacteria, residual antibiotics, and excess nutrients into water bodies through runoff, posing significant risks to water quality and...
Trifluoroacetic acid occurrence across source and consumer facing water categories in Ghana: targeted LC-MS/MS screening with an exploratory DFA-like response [0.03%]
加纳水源和消费用水中的 trifluoroacetic acid污染: 一种目标性LC-MS/MS筛选及类似DFA的反应探索
Ebenezer Aquisman Asare,Dickson Abdul-Wahab,Elsie Effah Kaufmann et al.
Ebenezer Aquisman Asare et al.
Trifluoroacetic acid (TFA) is a highly mobile and persistent ultra-short-chain PFAS that is seldom included in routine surveillance in under monitored regions. This non-probability, stratified Ghanaian case study screened 260 groundwater, s...
Corrigendum to "Unraveling the carbon fraction heterogeneity in China's Rivers: Hydrology, nutrients, and dam regulation" [Water Research volume 288 (2026) 124591] [0.03%]
关于“解开中国河流碳组分异质性之谜：水文学、营养物质和水库调节”[水资源第288卷(2023)124591]的勘误表
Mingrui Wang,Kun Sun,Junjie Jia et al.
Mingrui Wang et al.
Published Erratum
Water research. 2026 Oct 15:305:126697. DOI:10.1016/j.watres.2026.126697 2026
Corrigendum to "Niche adaptation of marine heterotrophic nitrification-aerobic denitrification bacterium in mariculture wastewater treatment: Synergistic mechanism of nitrogen removal and sulfamethoxazole biotransformation" [Water Research 300 (2026) 125914] [0.03%]
关于“海洋异养硝化-好氧脱氮细菌在海水养殖尾水处理中的生态位适应性：氮去除及磺胺甲恶唑生物转化协同机制”的勘误公告 [Water Research 300 (2026) 125914]
Wenlu Liu,Yanling Yang,Jiyong Bian et al.
Wenlu Liu et al.
Published Erratum
Water research. 2026 Oct 15:305:126696. DOI:10.1016/j.watres.2026.126696 2026
A topology-first and demand-driven sensor placement framework for hydraulic-state reconstruction in urban drainage networks [0.03%]
一种拓扑优先和需求驱动的传感器部署框架用于城市排水管网水力状态重建问题
Li He,Jun Nan,Lei Chen et al.
Li He et al.
Monitoring data from urban drainage sensor networks are fundamental for system-state perception and risk-management decision-making. However, existing sensor placement (SP) studies primarily focus on detection accuracy for specific monitori...