Peroxidase mimics through DEHP-rich plastic wastes upcycling for colorimetric sensing neonicotinoid insecticides [0.03%]
通过富DEHP塑料废物的再利用来模拟过氧化物酶以对新烟碱类杀虫剂进行比色检测
Yingying Qi,Qin Su,Furong Xiu et al.
Yingying Qi et al.
Pesticide residues in agricultural products are closely related to people's daily dietary health, and the detection for pesticide residues is always a concern. Simple and sustainable methods for real-time monitoring and screening of pestici...
Evidence for the 'growth-dilution' of microplastics and microfibers in urban stream fish populations [0.03%]
城市河流鱼类种群中微塑料和微纤维“生长稀释”的证据
Scott F Collins,Lauren Soliz,Garrett Tucker et al.
Scott F Collins et al.
Here, we assessed patterns of microplastics (MP; particles
Drivers of plant diversity and productivity patterns in the Mountains of Central Asia - reassessment of a forgotten hotspot [0.03%]
中亚山地植物多样性和生产力格局驱动因子的再评估：一个被遗忘热点的重新思考
Maximilian Altstadt,Tobias W Donath,Insa Kühling
Maximilian Altstadt
The "Mountains of Central Asia" (MoCA) are among the most vulnerable yet understudied biodiversity hotspots, with conservation efforts limited by historical political and linguistic barriers. While earlier assessments emphasise endemism and...
Sergey V Lyulin,Andrey A Gurtovenko,Francesco Saliu et al.
Sergey V Lyulin et al.
In this paper we highlight some fundamental aspects regarding the role of polymer science in the behavior of microplastics (MP) and in understanding the effects of MP on the environment and on the health of humans and other living species. ...
Drought, topography, and forest management shape wildfire occurrence and severity in montane Australian landscapes [0.03%]
干旱、地形及森林管理影响着澳大利亚山地景观的野火发生频率和强度
Jeremy Johnson,Luke T Kelly,Luke Collins et al.
Jeremy Johnson et al.
In recent decades, changes in climate and land use have reshaped forest landscapes across the globe, altering the timing and severity of forest fires. This study investigated the influence of climate, landform, forest disturbances, and mana...
Decoding indoor radon: An explainable AI approach to quantifying building, environmental, and inhabitants' contributions [0.03%]
解密室内氡气：一种可解释的人工智能方法，量化建筑物、环境和居住者的影响
G Gigante,S Antignani,C Di Carlo et al.
G Gigante et al.
Indoor radon exposure represents a significant environmental health hazard and is a recognised leading cause of lung cancer, characterized by complex, multifactorial origins. Despite its importance, a substantial portion of the variability ...
Millennial-scale fingerprint of macroalgae in Arctic marine sediments [0.03%]
北极海洋沉积物中大型海藻的千年时间尺度指纹特征
Sarah B Ørberg,Marit-Solveig Seidenkrantz,Nathan R Geraldi et al.
Sarah B Ørberg et al.
Macroalgae are the most widely distributed marine vegetated habitats and contribute to marine carbon cycling and storage but with limited empirical documentation of long-term burial. To evaluate long-term burial of macroalgal-derived carbon...
Microbial community in a soilless cultivation system with organic fertilization, biofertilizers and cover crop rotation [0.03%]
有机施肥、生物肥和覆盖作物轮作的无土栽培系统中的微生物群落
P A Mejía-Guerra,M J Estrella-González,M C Salas-Sanjuán et al.
P A Mejía-Guerra et al.
The growing global demand for sustainable agriculture has driven interest in biofertilizers and organic inputs as alternatives to conventional fertilization methods to counteract environmental contamination and soil deterioration. This stud...
HySwinFormer: A hybrid deep learning architecture for fine-grained classification of marine microalgae [0.03%]
HySwinFormer：一种用于海洋微藻精细分类的混合深度学习架构
Jiaxuan Li,Min Fu,Lichi Ding et al.
Jiaxuan Li et al.
Accurate identification of microalgae is vital for marine ecological monitoring, algal bloom early warning, and environmental management. However, existing methods often struggle with misclassification due to the morphological similarity an...
The potential of decision tree application in threshold analysis of hazardous volatile organic compound release from biochar: Implications for environmental risk assessment [0.03%]
决策树应用在生物炭释放挥发性有机化合物环境风险评估中的潜在阈值分析意义研究
Ewa Syguła,Kamila Piasecka,Jacek Łyczko et al.
Ewa Syguła et al.
The release of hazardous volatile organic compounds (HVOCs) from biochar poses a potential threat to both human health and the environment. This study investigates how low pyrolysis temperature (HTT) and the chemical characteristics of lign...