Degradation of microplastics in the natural environment: A comprehensive review on process, mechanism, influencing factor and leaching behavior [0.03%]
微塑料在自然环境中的降解研究：过程、机制、影响因素及时效行为综述
Hongwei Luo,Zhen Li,Yifeng Zeng et al.
Hongwei Luo et al.
In recent years, the pollution of microplastics (MPs) has attracted global attention because of their extensive distribution and significant impact on biota. Once MPs enter the ecosystem, the complex degradation process that MPs undergo wil...
Unlocking climate resilience by exploring the mitigation potential of improved rotation with cover cropping [0.03%]
通过研究轮作覆盖作物的潜力来提高气候适应性的方法研究
Ahmed Attia,Prem Woli,Charles R Long et al.
Ahmed Attia et al.
Agroecosystem services of conservation agriculture practices, such as crop rotation with cover crops (CCs), can effectively contribute to climate change mitigation through reduced greenhouse gas (GHG) emissions and enhanced soil organic car...
Contamination characteristics, source apportionment, and risk assessment of heavy metals and metalloids in the soil-crop-human system within the typical high geological background region of the Yangtze River Delta [0.03%]
长江三角洲典型高地质本底区域土壤-农作物-人体系统重金属及类金属污染特征、来源解析与风险评估
Manman Cao,Qifeng Tang,Nan Gai et al.
Manman Cao et al.
Anji County, Zhejiang Province, is a typical high geological background region within the Yangtze River Delta. Our study aimed to address gaps in fragmented traditional heavy metal and metalloid research by comprehensively exploring the soi...
Fluoride and lead abatement from synthetic and industrial wastewaters using magnetic biochar composite of walnut shell/CuFe2O4/MIL-101(Al) [0.03%]
一种新型磁性生物炭复合材料去除废水中的氟和铅离子
Fuxing Lin,Jiaye Li,Zihao Chen et al.
Fuxing Lin et al.
In this investigation, walnut shell biochar (WSB) was amended by CuFe2O4 magnetic nanoparticles and MIL-101(Al) to improve its adsorption properties for fluoride (F-) and lead (Pb2+) abatement from synthetic and real wastewater. Characteriz...
Equilibrium strategy for deep-sea mineral investments amid protester actions: Balancing terrestrial benefits and marine preservation [0.03%]
深海采矿投资均衡策略：应对抗议者的行动，兼顾陆地惠益和海洋保护
Mingxing Zheng,Fengxuan Zhang
Mingxing Zheng
Deep-sea mining (DSM) supplies resources to produce new energy materials, which offers benefits for terrestrial environments while causing significant risks to marine ecosystems. To mitigate marine pollution, it is essential to assess the b...
Sediment magnetic record of anthropogenic environmental changes in the catchment of a typical submerged macrophyte-dominated lake over the last approximately 168 years [0.03%]
长江中游梁子湖近168年来典型沉水植物湖区的人类活动磁学记录
Wenshan Yang,Huan Fu,Yongdong Zhang et al.
Wenshan Yang et al.
The trajectories of magnetic parameters in lake sediment cores are frequently used to reconstruct environmental evolution in lake basins. However, this strategy is rarely used in macrophyte-dominated lakes because macrophytes' potential inf...
Ecology of Eastern and Southern Festoons: Living in a city or thriving in semi-natural areas? [0.03%]
东、南部揽蚊的生态学：城市中的生存还是半自然环境中的繁盛？
Miloš Popović,Milan Ilić,Piotr Nowicki
Miloš Popović
Anthropogenic habitats provide vital resources for various species, among which butterflies are one of the major groups to benefit from semi-natural habitats maintained by human activity for centuries. Focusing on Zerynthia cerisy and Z. po...
Achieving synergy between pollution reduction and carbon mitigation in the eco-industrial park: a multi-objective optimization framework [0.03%]
实现污染减排与碳减排的协同效应：生态工业示范区多目标优化框架研究
Chunlei Du,Yin Yuan,Lu Sun et al.
Chunlei Du et al.
Eco-Industrial Parks (EIPs) have emerged as a strategic approach to reconcile industrial development with environmental responsibility. However, optimizing their industrial structure remains complex due to the intertwined goals of economic ...
Shifts in microbial- and plant-derived biomass degradation genes with afforestation promoting carbon accumulation [0.03%]
森林培育促进固碳下的微生物和植物残体分解基因的变化规律研究
Mengfei Cong,Zhihao Zhang,Akash Tariq et al.
Mengfei Cong et al.
Microorganisms decompose plant residue in soil and incorporate it to their biomass, thereby promoting soil carbon (C) accumulation. However, the mechanisms underlying microbial-mediated plant- and microbial-derived C degradation and their r...
Effect of an ozone pre-treatment on dark fermentation: Influence on the microbiota and pathogen removal [0.03%]
臭氧预处理对暗发酵的影响：对微生物群和致病菌去除的影响
M Eugenia Ibáñez-López,Encarnación Díaz-Domínguez,José L García-Morales
M Eugenia Ibáñez-López
The aim of this study was to investigate the evolution of the microbial community and its relationship with hydrogen production, as well as pathogen reduction during thermophilic dark fermentation using sewage sludge and wine vinasses, unde...