Ecological risk assessment of microplastics contamination in water, sediment and native fish species of the Brahmaputra River, India [0.03%]
印度布拉马普特拉河中水、沉积物和土著鱼类种群的微塑料污染风险评估
Dhruba Jyoti Sarkar,Siddharth Kumar Jatav,Rakesh Kumar et al.
Dhruba Jyoti Sarkar et al.
Microplastics (MPs) pollution has garnered substantial attention over the last decade owing to its potential health risk associated with aquatic life. The present study assesses the risk associated with MPs pollution in water, sediment, and...
Mercury in sediment of the upper Clark Fork River, Western Montana, USA [0.03%]
美国蒙大拿州克拉克福克河上段河流沉积物中的汞分布特征研究
Heiko W Langner,Matthew Young,Yuan Yan et al.
Heiko W Langner et al.
As the clean-up of pollutants from large-scale mining progresses in the Clark Fork River (CFR) watershed, mercury (Hg) emerges as an important factor limiting the environmental health and human use of the CFR and its tributaries. Our study ...
Isotopic and hydrochemical evidence for sulfate transport and transformation in a confined Permian sandstone aquifer of a coal mine: evaporite dissolution and bacterial reduction [0.03%]
煤层中受约束的含水砂岩地层硫酸盐运移和转化的同位素及地球化学证据：蒸发岩溶解与生物还原作用
Jinbo Wang,Chunlu Jiang,Deguang Cui et al.
Jinbo Wang et al.
Sulfate is a key geochemical indicator in coal mine groundwater systems. Previous studies have demonstrated that sulfate in coal mine groundwater primarily originates from sulfide oxidation and evaporite dissolution, whereas sulfate reducti...
Process-based analysis of electrosteric stabilization and surface site competition in copper butyl xanthate transport [0.03%]
基于过程的电位屏障及铜丁黄药运输中表面竞争分析
Enzhu Hu,Li Cheng,Weiwei Zhang et al.
Enzhu Hu et al.
The co-contamination of mining sites by heavy metals and xanthate processing reagents can lead to the formation of copper butyl xanthate (CuBX) complex colloids, posing potential risks for groundwater migration. This study investigates the ...
Water quality prediction based on multi-model ensemble learning in a large-scale basin: A case study of the Poyang Lake Basin, China [0.03%]
基于多模型集成学习的大型流域水质预测——以中国鄱阳湖流域为例
Yu Zhu,Jinliang Wang
Yu Zhu
Total phosphorus (TP) poses a severe threat to the health of fluvial and lacustrine ecosystems in China. Accurate prediction of TP and analysis of its driving mechanisms are thus critical for water quality management, especially in large-sc...
Pore-scale assessment of alcohol-surfactant-biopolymer emulsions for oil-saturated media [0.03%]
酒精-表面活性剂-生物聚合物乳化液驱油的孔隙尺度评估
Zhansaya Aitkhozha,Reza Khoramian,Sagyn Omirbekov et al.
Zhansaya Aitkhozha et al.
Remediating soils contaminated with light non-aqueous phase liquids (LNAPLs) and producing residual oil from reservoirs are governed by the same pore-scale limitations: capillary trapping, wettability-controlled connectivity, and inefficien...
Longitudinal dispersion coefficient modeling in natural streams via newly proposed explainable ensemble learning (ExEL) framework [0.03%]
基于新型可解释集成学习框架的自然河流纵向弥散系数模型化研究
Vahid Nourani,Sepehr Arvani,Elnaz Sharghi et al.
Vahid Nourani et al.
Precise estimation of the longitudinal dispersion coefficient (Kₓ) is vital for pollutant transport modeling in rivers. In this study several Machine Learning (ML) models, including Feed Forward Neural Networks (FFNN), Adaptive Neuro-Fuzzy...
A multi-component solute transport and chemical reaction model based on a water balance scheme and its applications to ion transport simulation in agricultural areas [0.03%]
基于水均衡方案的多组分溶质运移及化学反应模型及其在农业区离子迁移模拟中的应用研究
Yingzhi Qian,Yan Zhu,Yufeng Chen et al.
Yingzhi Qian et al.
Soil salinization poses a global challenge to agriculture, and soil solute transport models incorporating chemical reactions among salt components may provide a reliable tool for predicting soil salt and its components under various agricul...
Enhanced performances of the coupled thermal conductive heating-groundwater circulation well approach [0.03%]
耦合热传导加热-地下水循环井法的性能研究
Xinglu Hu,Yue Hu,Chuankun Liu et al.
Xinglu Hu et al.
Most studies about the groundwater circulation well (GCW) and relevant approaches coupled with other remediation techniques were conducted under ambient temperature conditions. To address this gap, using a series of laboratory-scale sandbox...
Microbial community responses to per- and polyfluoroalkyl substances (PFAS) across the soil-stream-sediment continuum in the lower Beiluo River, loess plateau, China [0.03%]
黄河中游洛河下游流域土壤-河流-沉积物系统中全氟和多氟化合物对微生物群落的影响
Bin Tang,Jinxi Song,Nan Li et al.
Bin Tang et al.
Microbial communities at the soil-stream-sediment interface provide important ecological functions and services. However, per- and polyfluoroalkyl substances (PFAS), as globally pervasive emerging contaminants, pose a substantial challenge ...