Responses of soil fungal communities to changes in different land use types in the Yellow River wetland [0.03%]
黄河湿地不同土地利用方式下土壤真菌群落的响应特征分析
Zhao Wang,Zhiming Zhang,Lizhen Guo et al.
Zhao Wang et al.
Land-use changes and economic development have degraded the Yellow River wetland (WL), replacing them with forestland (FL), bare land (BL), and cropland (CL). Soil fungi, crucial to nutrient cycling and ecosystem stability, play a vital rol...
Prioritizing water values for decision-making in transboundary river allocation: A case study of the syr darya river basin [0.03%]
跨界河流分配中的水权决策优先次序—— Syr Darya 河流域实证研究
Meadow Poplawsky,Robert-Jan den Haan,Rick Hogeboom et al.
Meadow Poplawsky et al.
Opportunities for water quality improvements in a Mississippi River Basin watershed: Hotspots for agricultural conservation practices [0.03%]
密西西比河盆地流域改善水质的机遇——农业保护实践热点地区的选择
Yashar Makhtoumi,Nazli Uludere Aragon,Tyler J Lark
Yashar Makhtoumi
Excess nutrients in aquatic systems can cause hypoxia, eutrophication, and algal blooms resulting in substantial modification and losses of ecosystem services. Given limited resources, approaches are needed to address water quality issues e...
Enhancing the availability of construction waste as substrate for constructed wetlands-through mixing substrates and adjusting C/N ratio [0.03%]
通过混合基质和调整C/N比提高建筑废物在人工湿地中用作基质的可用性
Qiming Li,Rixiu Zhou,Fanyu Zeng et al.
Qiming Li et al.
Construction waste offers environmental and economic benefits as a substrate for constructed wetlands (CWs), but its adverse effects, particularly elevated pH reducing removal efficiencies (REs), remain poorly understood. This study investi...
Synergistic mechanisms of digital economy and multi-actor environmental regulation on green total factor productivity [0.03%]
数字经济与多主体环境监管对绿色全要素生产率的协同效应研究
Zhuoyao Tian,Yan Li
Zhuoyao Tian
In the context of increasing environmental pressures, improving green total factor productivity (GTFP) is essential for achieving sustainable development. This study estimates GTFP using the SBM-GML model, identifies its influencing factors...
Deciphering the uncertainties in ecosystem service value: An innovative protocol focused on ecological traits [0.03%]
生态系统服务价值的不确定性解析：基于生态特征的创新方法论
Yanzhong Yao,Changgeng Jia,Yiting Xue et al.
Yanzhong Yao et al.
In the growing assessment of ecosystem service value (ESV), the endeavours to unravel the uncertainties of ESV assessment have been limited, especially those arising from ecological traits (e.g., net primary productivity, precipitation and ...
Performance of waste rubber fiber and e-waste fiber in the realization of GGBFS-based self-compacting geopolymer concrete [0.03%]
基于GGBS的废橡胶纤维和电子废弃物纤维在自密实混凝土中的性能研究
Soumyaranjan Panda,Saubhagya Kumar Panigrahi
Soumyaranjan Panda
The worldwide construction sector encounters substantial issues, notably the environmental repercussions of cement manufacturing and the increasing concern of waste generation. Cement manufacturing contributes heavily to CO2 emissions, whil...
Synergistic effect of biochar and Phanerochaete chrysosporium regulating biofilm to promote microplastics degradation during composting [0.03%]
生物炭和Phanerochaete chrysosporium协同调节生物膜促进堆肥过程中微塑料降解的影响
Xiuna Ren,Fang Wang,Haoran Zhao et al.
Xiuna Ren et al.
This study aimed to explore the impact of sawdust biochar (T2), Phanerochaete chrysosporium (PC, T3), and their mixtures (T4) on the polyethylene microplastics (PE-MPs) degradation and related mechanisms during composting, the treatment wit...
Optimising spatial planning for green infrastructure from an environmental efficiency perspective: A case study of the Taipei basin [0.03%]
从环境效率角度优化绿色基础设施的空间规划——以台北盆地为例
Zih-Hong Lin,Shawn W Laffan,Graciela Metternicht
Zih-Hong Lin
Climate change has resulted in diverse risks to our environment. Green infrastructure is a strategically planned network of urban green spaces that conserve ecosystem functions and benefit people. Resource limitations mean there is a need t...
A novel cascade A/O biofilm reactor coupled with an iron autotrophic denitrification biofilter process for treating real municipal wastewater: Deep nutrient removal and ultra-low sludge production [0.03%]
一种新型阶梯式A/O生物膜反应器耦合自养反硝化生物滤池深度脱氮除磷和超低剩余污泥排放工艺及方法
Ming-Teng Li,You-Wei Cui,Ya-Nan Mi et al.
Ming-Teng Li et al.
Currently, wastewater treatment processes are confronted with the challenge of high nutrient discharge standards and the need for low residual sludge production. In this study, a novel cascade A/O biofilm coupled with an iron autotrophic de...