Assessing human exposure to organic UV filters through biomonitoring in South Korea [0.03%]
通过生物监测评估南韩人类有机紫外线过滤剂暴露量
Na-Youn Park,Aram Lee,Subeen Park et al.
Na-Youn Park et al.
This study evaluated human exposure to organic UV filters in a family-based panel in South Korea through biomonitoring. Urine samples from 124 participants in 48 families were collected during summer, autumn, and winter of 2020-2021. Twelve...
Phthalate esters in riverine systems: A comprehensive review of their occurrence, detection, environmental fate, and ecotoxicological impacts [0.03%]
邻苯二甲酸酯在河流系统中的分布、检测、环境归宿及生态毒性影响研究综述
Fateme Barari,Masoume Farashiani,Ziaeddin Bonyadi
Fateme Barari
Phthalate esters (PAEs), which are widely used as plasticizers in various industrial processes, pose significant risks to ecosystems and human health as emerging pollutants. This study aimed to compare different methods for extracting PAEs,...
Ozonolysis of phenolic aldehydes from industrial-based lignin wastewaters [0.03%]
基于工业的木质素废水中的酚醛类化合物的臭氧化反应
Reagan Patton Witt,Mia B Todd,Motunrayo E Oladele et al.
Reagan Patton Witt et al.
Phenolic aldehydes are widespread pollutants in water and soil, originating from lignin-based agro-industries. With increasing wastewater pollution, improved treatment systems are necessary to degrade phenolic aldehydes into less hazardous ...
Gokul Gaudel,Nirmala Singh Bhandari,Keshab Baral et al.
Gokul Gaudel et al.
The mismatch between microorganisms' soil carbon (C)-nitrogen (N) stoichiometry and the C/N resource imbalance plays an important role in global nutrient biogeochemistry. The biogeographic patterns of the soil C/N imbalance hold fundamental...
Highly efficient removal of radioactive iodine from solution using in situ prepared Cu0@ACF adsorbent [0.03%]
利用原位法去除溶液中放射性碘的新材料活性炭基Cu0吸附剂研究
Liang Jiang,Xiaojiang Chen,Jun Liao et al.
Liang Jiang et al.
Rapid and efficient removal of radioactive iodine from nuclear accidents and effluent waste was significantly essential to protect the living environment and maintain human health. The nano-zero-valent copper modified activated carbon fiber...
Optimization of mixed strain co-cultures and regulatory mechanisms for combustible gas metabolism in goaf environments [0.03%]
综采工作面燃爆性气体微生物消减的菌种优化及调控机制研究
Caiping Wang,Jiangle Wu,Yin Deng et al.
Caiping Wang et al.
Coal mine goafs are prone to the accumulation of combustible gases such as methane (CH4) and carbon monoxide (CO), posing significant risks of thermodynamic disasters. The present study developed a co-culture system comprising CH4-oxidizing...
Pollution, degradation, and risk assessment of microplastic (> 30 μm) in subsurface (5 m) seawaters along Tokyo-Bangkok shipping route [0.03%]
东京至曼谷航线沿途地下(5米)海水中的微塑料(> 30μm)污染、降解及风险评估
Zijiang Yang,Takuma Suzuki,Voranop Viyakarn et al.
Zijiang Yang et al.
In this study, environmental microplastic samples (>30 μm) were collected from subsurface seawater (5 m depth) along a major Asia-Pacific shipping route from Tokyo to Bangkok. The samples were characterized, ecological risk was assessed, a...
How do production practices and climate change impact the water footprint of dairy farms? [0.03%]
生产实践和气候变化如何影响奶牛场的水足迹？
Julio Cesar Pascale Palhares,Debora Pantojo De Souza,Sofia Helena Zanella Carra et al.
Julio Cesar Pascale Palhares et al.
Understanding water use in dairy production systems is crucial to promoting production practices and enhancing resilience to climate change. The study aimed to evaluate how production practices and climatic scenarios in different dairy farm...
Toward transparent groundwater contamination risk forecasting: Integrating causal discovery and Bayesian graph neural networks [0.03%]
面向透明的地下水污染风险预测：因果发现和贝叶斯图神经网络的集成方法研究
Yue Zhu,Qingyang Liu
Yue Zhu
Groundwater contamination poses severe risks to ecosystems, agriculture, and public health. However, predictive modeling is limited by the complexity of environmental systems and the opacity of conventional machine learning models. This stu...
Sulfate-reducing bacteria: Unraveling biofilm complexity, stress adaptation, and strategies for corrosion control [0.03%]
硫酸盐还原菌：剥茧抽丝生物膜复杂性、压力适应以及腐蚀控制策略
Priya Saxena,Dipayan Samanta,Etienne Z Gnimpieba et al.
Priya Saxena et al.
Sulfate reducing bacteria (SRB) are anaerobes that play a pivotal role in the global sulfur cycle, influencing both environmental and industrial processes. SRB-mediated sulfate reduction facilitates the bioprecipitation of heavy metals, off...