The potential of native microalgae consortia to remove pharmaceutical compounds present in treated wastewater [0.03%]
本地微藻 consortium去除废水中药物残留的潜力
Valdemira Afonso,Brígida Rodrigues,Rodrigo Borges et al.
Valdemira Afonso et al.
Wastewater treatment plants play a key role in the release of pharmaceuticals and other contaminants into the aquatic environment, causing negative effects on the ecosystems of receiving water bodies. This work aimed to assess the removal e...
Land ownership rights enhance farmers' attitudes toward soil and soil conservation behavior: Insights from Iran [0.03%]
土地所有权权益增强了农民对土壤及土壤保护行为的态度——来自伊朗的启示
Nasrin Jalilian,Yaser Mohammadi,Karim Naderi Mahdei et al.
Nasrin Jalilian et al.
There are contradicting reports in the literature regarding the relationship between land ownership rights and the adoption of agricultural conservation practices. In this study, we aimed to evaluate the effects of farmers' land ownership r...
Indirect vegetation enhancement and its temperature sensitivity along urban-rural gradient: Correcting cropland bias [0.03%]
城市到乡村梯度上植被的间接增强及其温度敏感性：校正耕作地偏差
Kai Wang,Wenxiao Jia,Jian Chen et al.
Kai Wang et al.
Urbanization environments provide a harbinger for vegetation productivity response to future global change. However, the urban-rural ecosystem is complex, featuring a variety of vegetation types, particularly crops and their accompanying in...
Searching "win-win" solutions for water saving in rice cultivation under different soil textures: Yield, water auditing and water footprints [0.03%]
不同土壤质地下水稻节水的“双赢”策略探索：产量、水分审计与水足迹分析
Manish Yadav,B B Vashisht,Gayatri Verma et al.
Manish Yadav et al.
Rice is presently cultivated over 87 % of total kharif area in Punjab. It exhibits the low water productivity with a significant portion of the applied water being prone to unproductive losses, posing a threat to the sustainability of water...
Impact of small hydropower plants on microbial community structure and functions in benthic biofilms [0.03%]
小型水电站对底栖生物膜微生物群落结构和功能的影响
Huimin Gao,Xinxin Qi,Zongwei Lin et al.
Huimin Gao et al.
The development of small hydropower plants (SHPs) has significantly altered river connectivity and biodiversity, with its ecological impacts increasingly gaining attention. Previous ecological impact studies have biologically focused on aqu...
Identification of green patches prioritized for urban expansion as a supplementary approach to mitigating landscape connectivity loss [0.03%]
识别用于城市扩张的绿地以减少景观连通性丧失的一种补充方法
Hao Li,Minghao Wu,Xinyan Huang et al.
Hao Li et al.
The promotion of landscape connectivity is an important way to address habitat fragmentation, and the limited land resources in high-density urban areas pose greater challenges to protecting or increasing ecological patches and corridors. T...
Sustainable in-situ arsenic immobilization in paddy soils using magnetic biochar and the role of microbial functional genes [0.03%]
磁性生物炭在水稻土中可持续就地固定砷及其对微生物功能基因的作用研究
Meina Liang,Jiawei Li,Jingnan Zhang et al.
Meina Liang et al.
Arsenic (As) contamination in paddy soils poses a threat to both rice safety and human health. To address this challenge, we developed and evaluated an in-situ remediation approach using magnetic iron oxide biochar (MBC) for paddy soils wit...
Wetland dynamics in the Indus River Delta: A Sentinel-2 and machine learning approach [0.03%]
印多河三角洲湿地动态的遥感和机器学习研究（1987-2019）
Yaseen Laghari,Zhenguo Niu,Shah Jahan Leghari et al.
Yaseen Laghari et al.
Coastal wetlands of the Indus River Delta are vital ecological regions that have undergone significant transformations driven by anthropogenic activities and environmental stressors. This study assesses the dynamics of wetlands and reclamat...
Biochar-organic fertilizer synergy drives microbial-mediated C-sequestration and N-cycling in mixed forests toward sustainability [0.03%]
生物炭与有机肥协同作用驱动混合森林中微生物介导的碳封存和氮循环向可持续发展转型
Hongzhi Yang,Sutong Fan,Mengzhu Jiang et al.
Hongzhi Yang et al.
Fertilizer management in artificial mixed systems is generally regarded as an efficacious approach to enhance soil fertility and sustain soil health. Nevertheless, research on the impacts of incorporating 600 g biochar (BC) with 1500 g orga...
Acid-modified biochar regulates heavy metal resistance genes in compost to reduce bioavailability of heavy metal and composting cycle [0.03%]
酸改性的生物炭通过调节堆肥中重金属抗性基因来降低重金属的生物利用度和缩短堆肥周期
Qinghong Sun,Hanyong Li,Zhiwei Zhang et al.
Qinghong Sun et al.
Heavy metal passivation during composting is critical for enhancing the safety of compost products. This study aimed to elucidate clarify the relationship among the heavy metal fractions, heavy metal resistance bacteria (HMRB) and heavy met...