Deciphering the mechanisms shaping the antibiotic resistance genes in the vertical plastisphere in hyporheic zone under hydrological exchange [0.03%]
解译地下水交换带隐底层垂直塑粒球中抗生素抗性基因的形成机制
Yufang Chen,Zhenhua Yan,Qiyi Yuan et al.
Yufang Chen et al.
Antibiotic resistance genes (ARGs) prevalence has raised increasing concern due to their potential risks for ecological safety and human health. Although the plastisphere has been recognized as a hotspot for ARG spread, little is known abou...
From persistence to reactivity: halogen-regulated photosensitization of xanthene chromophores for sustainable water purification [0.03%]
从持久性到反应性：卤族元素调节的螺环共辄烯烃光敏化作用用于可持续水净化
Bingrui Mei,Fanzhi Qin,Deyu Qin et al.
Bingrui Mei et al.
Halogenated xanthene chromophores act as persistent contaminants yet potent photosensitizers in industrial wastewaters and affected receiving waters. Using fluorescein as the core chromophore, we establish structure-reactivity relationships...
Deciphering Mn(II)/peroxymonosulfate system with nitrilotriacetic acid to degrade antibiotics: Roles of Mn species and interference of protein-like DOM [0.03%]
含氮多元羧酸活化过一硫酸盐降解抗生素过程中的Mn和蛋白质类溶解性有机质的作用机制研究
Tianming Zheng,Peifang Wang,Bin Hu et al.
Tianming Zheng et al.
Aquaculture activities discharge large amounts of antibiotics, with protein-like dissolved organic matter (DOM) coexisting in wastewater, whose impact on FF degradation remains unclear. An efficient advanced oxidation process (AOP) was esta...
Unraveling the occurrence and fate of organo(thio)phosphate esters through municipal wastewater treatment based on nontarget screening and mass balance calculation [0.03%]
基于非目标筛选和质量平衡计算解析有机磷(硫)酯类化合物通过城市污水厂的归趋
Shu Wang,Susu Li,Xiangfei Deng et al.
Shu Wang et al.
The release of organophosphate esters (OPEs) and their analogues, organothiophosphate esters (OTPEs), from wastewater treatment plants (WWTPs) has raised growing concern due to their potential ecological risks. However, the structural profi...
Macrophyte restoration alters sedimentary organic matter-microbes-environment interactions and enhances carbon sequestration in lake sediment [0.03%]
沉水植物恢复改变了湖泊沉积物中有机质-微生物-环境的相互作用并增强碳埋藏潜力
FengTing Wu,ShiLin An,JingJing Liu et al.
FengTing Wu et al.
Lake eutrophication is a widespread challenge, and macrophyte reconstruction has been shown as an effective strategy for restoring shallow eutrophic lakes. However, the impacts of macrophyte on the sedimentary carbon sequestration and under...
Knowledge-guided graph machine learning for spatially distributed prediction of daily discharge and nitrogen export dynamics [0.03%]
知识引导的图机器学习用于日径流及氮输移动态的空间分布式预测
Jie Yang,Bin Peng,Yaji Wang et al.
Jie Yang et al.
Spatially distributed prediction of streamflow and nitrogen export dynamics is essential for precision management of agricultural watersheds. While temporal deep learning models such as Long Short-Term Memory (LSTM) have shown strong perfor...
Biofilm-suspension syntrophy drives synergistic electro-fermentation through engineered spatial division of labor for concurrent carbon recovery and pollutant degradation [0.03%]
生物膜-悬浮层共代谢驱动工程空间分工实现电发酵中同步的碳回收和污染物降解
Jiayu Gu,Jiying Guo,Rui Peng et al.
Jiayu Gu et al.
Electro-fermentation systems (EFS) offer a promising approach for waste activated sludge valorization, yet the spatial metabolic interaction between electrode biofilms and planktonic suspensions remains unclear. This lack of understanding l...
Soil water and inorganic nitrogen contents drive soil microbial carbon fixation during wetland reclamation and restoration [0.03%]
土壤水分和无机氮含量驱动湿地垦殖和修复过程中的土壤微生物固碳作用
Jia Qi,Yanyu Song,Shouyang Luo et al.
Jia Qi et al.
Wetlands are critical terrestrial carbon sinks, playing a vital role in mitigating global warming by fixing substantial atmospheric carbon dioxide. To explore how wetland reclamation and restoration affect soil microbial carbon fixation, we...
Self-enhanced phosphonate degradation in mZVI/air-Fenton process: The role of coordination for mZVI corrosion and iron-sludge reduction [0.03%]
改性零价铁/空气富集法协同去除磷系有机物：配位作用对微纳粒径零价铁腐蚀及铁泥减量的作用机制研究
Huihui Peng,Mengchun Zhou,Yan Zhang et al.
Huihui Peng et al.
The widespread discharge of phosphonates into aquatic ecosystems has triggered a wave of global environmental concerns, primarily due to their recognized persistence and significant ecological risks. In order to avoid the potential environm...
Ultrafast antibiotic resistance removal from water via activation of low-dose percarbonate by bismuth oxyiodide with optimal Bi3-oxygen vacancy sites [0.03%]
通过铋碘氧化物激活低剂量过碳酸盐实现水中的超快抗生素抗性去除研究
Zhengmao Li,Yanghui Hou,Fuyang Liu et al.
Zhengmao Li et al.
Antibiotic-resistant bacteria (ARB) and antibiotic-resistant genes (ARGs) pose global threats to human health and ecological safety. Activation of percarbonate (PC) by eco-friendly bismuth oxyiodide (BiOI) is a promising ARB/ARGs removal te...