Coupled biogenic and soil emissions amplify heatwave-driven secondary pollution [0.03%]
生物生成和土壤排放物加剧高温引起的二次污染
Peng Wang,Wenxuan Yu,Zhaolei Zhang et al.
Peng Wang et al.
Global air pollution policies have drastically lowered anthropogenic emissions, yet climate change threatens regional air quality through poorly understood natural feedbacks. Extreme heat accelerates biogenic volatile organic compound and s...
Anthropogenic disturbance decouples coastal soil organic carbon and bulk density [0.03%]
人为干扰使海岸土壤有机碳和土壤容重脱钩
Feixue Shen,Lin Yang,Xiuqiang Peng et al.
Feixue Shen et al.
Coastal blue carbon ecosystems play a pivotal role in mitigating global climate change through rapid sediment burial and efficient carbon preservation. However, accurate carbon accounting is severely hindered by the systematic neglect of so...
In-sewer microplastics drive microbial metabolic shifts toward enhanced methanogenesis [0.03%]
污水中的微塑料驱动微生物代谢向产甲烷方向转变
Yaxin Wang,Xiuhong Liu,Zhipeng Zhang et al.
Yaxin Wang et al.
Microplastics (MPs) in sewer systems can be transported extensively before entering wastewater treatment plants. Sewer systems harbor complex microbial communities under low-oxygen, sulfide-rich conditions that drive key biogeochemical cycl...
Cross-sector deep learning scales life cycle assessment using unified textual descriptions [0.03%]
跨行业深度学习使用统一文本描述扩展生命周期评估规模
Kai Zhao,Biao Luo,Xiting Peng et al.
Kai Zhao et al.
Life cycle assessment (LCA) is a foundational framework for quantifying global environmental impacts to guide decarbonization and circular economy transitions. Yet, conventional inventory compilation remains severely bottlenecked by data sc...
Decade-scale contrasts in sediment metal(loid)s across Qinghai-Xizang Plateau lakes [0.03%]
青海西藏高原湖泊沉积物中金属(类金属)的十年尺度差异性研究
Jun Chen,Ziyao Zhou,Libo Chen et al.
Jun Chen et al.
Lake sediments on the Qinghai-Xizang Plateau capture shifting metal(loid) dynamics within an alpine ecosystem uniquely vulnerable to climate change and anthropogenic pressures. However, plateau-wide ecological risk assessments incorporating...
Reply to: Beyond carbon sequestration: The critical oversight of emission avoidance in restoration of wetland ecosystems [0.03%]
湿地生态系统修复中超越碳汇：对减排这一关键因素的忽视的再思考
Csaba Tölgyesi,Nándor Csikós,Vicky M Temperton et al.
Csaba Tölgyesi et al.
A culturomics biobank decodes extremophile evolution and metabolism in acid mine drainage [0.03%]
酸性矿山排水中的极端微生物生物库及其进化和代谢机制
Xiu-Tong Li,Xuan Zhang,Zong-Lin Liang et al.
Xiu-Tong Li et al.
Extreme environments such as acid mine drainage (AMD) host highly specialized microbial communities that drive profound biogeochemical cycles. Within these ecosystems, iron- and sulfur-metabolizing taxa catalyze mineral weathering, generati...
Large-scale bathymetry in high-turbidity rivers enabled by remote sensing and artificial intelligence [0.03%]
基于遥感和人工智能的浑水大河深泓区测图技术
Yizhe Pang,Yuan Xue,Yongxian Zhang et al.
Yizhe Pang et al.
Water depth, as a direct indicator of a river's continuous underwater topography, provides crucial information for studies such as investigating channel morphological evolution, modeling sediment transport, and quantifying material flux. Co...
Oxygen vacancy-rich spinel oxide drives phenol polymerization via direct oxidative transfer [0.03%]
富氧空位尖晶石氧化物通过直接氧化转移催化苯酚聚合反应
Xinchun Ye,Yichuan Wang,Tianlin Zhou et al.
Xinchun Ye et al.
Advanced oxidation processes are widely deployed in water purification to eliminate persistent organic pollutants. However, conventional systems relying on free radicals require high energy and massive oxidant inputs, inevitably producing t...