Freeze-thaw impacts on physicochemical properties and mineral-organic components of various loess soils [0.03%]
冻融对不同黄土物理化学性质及矿物质有机质含量的影响
Zhongwei Yang,Yifan Yao,Yufeng Jiang et al.
Zhongwei Yang et al.
Freeze-thaw cycles (FTCs) are a critical factor in the environmental changes of soils in cold regions, significantly impacting their structure and composition through physical stress and chemical migration resulting from water freezing and ...
Occurrence, spatial variation, and exposure risk of 14 bisphenol analogues in drinking water in Sichuan, China [0.03%]
中国四川饮用水中14种双酚类化合物的检出、空间分布及暴露风险
Jie Chen,Yixuan Zhang,Zhiwei Gan et al.
Jie Chen et al.
Bisphenol analogues (BPs) have raised increasing concerns regarding their occurrence and risks in drinking water systems. This study systematically investigated the occurrence, spatial distribution, ecological risks, and human exposure of 1...
Sublethal toxicity assessments of 7PPD-quinone and 77PD-quinone in zebrafish embryos and sac-fry [0.03%]
7PPD-quinone和7,8β PD-quinone对斑马鱼胚胎及稚鱼的亚致死毒性评估
Kyoshiro Hiki,Chenyang Rao,Riping Huang et al.
Kyoshiro Hiki et al.
High salmonid toxicity of 6PPD-quinone, a transformation product of the tire antioxidant 6PPD, has accelerated the search for safer tire alternatives. We evaluated the toxicity of the quinone transformation products of two candidate alterna...
Dynamic variability of CO2 emissions from agricultural canal-lake systems in cold and arid regions [0.03%]
冷旱区农业渠系-湖泊二氧化碳排放的动态变化特征研究
Ying Wang,Wenzhu Yang,Yan Jiao
Ying Wang
Agricultural canal-lake systems are potential hotspots for greenhouse gas (GHG) emissions; however, existing studies have largely focused on natural water bodies or single-type water bodies, with limited research on the continuum. Therefore...
Linking water-sediment respiration to micropollutant biodegradation across aquatic environments [0.03%]
水体中悬浮颗粒有机物呼吸作用与微污染物降解的关联性研究综述
Arild Gustafsson,Joeselle M Serrana,Run Tian et al.
Arild Gustafsson et al.
Biodegradation makes major contributions to the removal of micropollutants from contaminated environments, but the factors that influence the removal rate in specific environments remain unclear. This study examined environmental biochemica...
Research trajectory and long-term trends of dissolved organic carbon in freshwater systems [0.03%]
淡水系统中溶解有机碳的研究轨迹及长期趋势分析
Liping Hu,Kun Shi
Liping Hu
Dissolved organic carbon (DOC) is a major and dynamic carbon pool regulating carbon cycling in freshwater systems. Over the past two decades, research on freshwater DOC has moved beyond simple concentration monitoring to examine its sources...
Heterogeneous reactions of nitrogen dioxide and guaiacol on indoor surface materials: surface adsorbed nitro-phenolic compound formation and gas-phase HONO yields [0.03%]
氮氧化物和愈创木酚在室内材料表面的异相反应：气态亚硝酸形成的竞争反应路径研究
Karla Rojas García,Vicki H Grassian
Karla Rojas García
Indoor air quality and indoor environments have become important topics in relation to human health. Heterogeneous surface reactions are recognized to play an important role in indoor air chemistry. HONO is considered a household pollutant ...
Hydrophobic model systems for oil film photooxidation: part I: sensitizer effects on hydrocarbon photodegradation [0.03%]
疏水性油膜光氧化模型体系(I). 光敏剂对烃类光降解的影响
Manoj P Rayaroth,Bin Wu,Christoph Aeppli
Manoj P Rayaroth
Photochemical degradation is a significant pathway controlling the fate of surface oil following marine oil spills; however, the mechanisms governing transformation in oil films remain poorly understood due to the complexity of crude oil mi...
Sediment-associated Irgasan drives functional and taxonomic restructuring of marine nematode communities [0.03%]
沉积物中的伊岗沙净驱动海洋线虫群落的结构和功能重排
Ahmed Nasri,Amel Hannachi,Abdelwaheb Aydi et al.
Ahmed Nasri et al.
Sediment-associated contaminants can profoundly alter benthic ecosystem functioning, yet their effects on meiofaunal processes remain poorly resolved. Here, we investigated the impacts of Irgasan (triclosan) enrichment in marine sediments o...
Hydrophobic model systems for oil film photooxidation: part II: direct and indirect pathways controlled by oxygen and molecular structure [0.03%]
疏水模型体系的油膜光氧化：第二部分：由氧气和分子结构控制的直接和间接途径
Bin Wu,Manoj Rayaroth,Christoph Aeppli
Bin Wu
Sunlight-driven oil photooxidation alters petroleum composition and influences the environmental fate of spilled oil; however, the mechanisms controlling hydrocarbon photolysis remain poorly understood. To address this, we investigated the ...