Influences of fluctuating nutrient loadings on nitrate-reducing microorganisms in rivers [0.03%]
波动的营养物质负荷对河流中硝酸盐还原微生物的影响
Shengjie Li,Rui Zhao,Shuo Wang et al.
Shengjie Li et al.
Rivers serve important functions for human society and are significantly impacted by anthropogenic nutrient inputs (e.g. organic and sulfur compounds). Reduced organic and sulfur compounds influence the nitrogen cycle as they are electron d...
Evaluation of drain quality and nutrient load management scenarios by using QUAL2kw model [0.03%]
QUAL2kw模型在排水口排放量评估及营养负荷管理情景分析中的应用研究
Seyedeh Razieh Shabestani Abyaz,Jamal Mohammadvali Samani,Maryam Navabian
Seyedeh Razieh Shabestani Abyaz
The examination of wastewater and effluents flowing into receiving water bodies is crucial for identifying pollutant sources and implementing scenarios to reduce them. In this study, QUAL2kw was used to identify, assess, and predict the pol...
Hysteretic and asynchronous regime shifts of bacterial and micro-eukaryotic communities driven by nutrient loading [0.03%]
由营养物质负荷驱动的细菌和微真核生物群落的滞后性和非同步 regimeshifts
Jiahui Shang,Yi Li,Wenlong Zhang et al.
Jiahui Shang et al.
Nutrient pollution is pervasive in many urban rivers, while restoration measures that reduce nutrient loading but fail to improve biological communities often lack effectiveness due to the indispensable role of biota, especially multi-taxa,...
Electro-flocculation of aquaculture wastewater microalgal communities reduces nutrient loading [0.03%]
水产养殖废水微藻群的电絮凝可降低营养物质负荷
Angela Capper,Sanath Alahakoon,Christopher Aiken et al.
Angela Capper et al.
Land-based aquaculture provides dietary protein to the world's population in a sustainable way, but issues related to release of nitrogen rich wastewater limits its expansion. Sedimentation of naturally occurring microalgae that assimilate ...
A random forest approach to improve estimates of tributary nutrient loading [0.03%]
改进支流营养物质负荷估算的随机森林方法研究
Peter D F Isles
Peter D F Isles
Estimating constituent loads from discrete water quality samples coupled with stream discharge measurements is critical for management of freshwater resources. Nutrient loads calculated based on discharge-concentration relationships form th...
Valuing bioeconomic impacts of regulation on nutrient loads mediated by invasive mussels in Lake Michigan [0.03%]
评估外来双壳类生物调节密歇根湖营养物质负荷的生物经济影响的价值
Stephanie Brockmann,David Finnoff,Nicholas Boucher et al.
Stephanie Brockmann et al.
Current calls to correct the perturbed ecosystems and nutrient imbalances of the Laurentian Great Lakes focus on setting target nutrient levels that will be met by environmental and economic regulations to reduce the flow of excess nutrient...
Linking watershed nutrient loading to estuary water quality with generalized additive models [0.03%]
基于广义可加模型的河口水体营养盐通量与水质响应关系研究
Michael P Schramm
Michael P Schramm
Evaluating estuary water quality responses to reductions (or increases) in nutrient loading attributed to on the ground management actions can be challenging due to the strong influence of environmental drivers on nutrient loads and non-lin...
Multi-scenario simulation of runoff and nutrient loads in a rapidly urbanizing watershed during China's Dual Carbon periods [0.03%]
中国“双碳”时期快速城市化流域雨洪及营养盐负荷的多情景模拟研究
Jiang Wu,Yao Yue,Cheng-Xin Qin et al.
Jiang Wu et al.
Apprehending the hydrological and nutrient variations in rapidly urbanizing watersheds under changing environments is crucial for pollution control and water resource management. However, existing studies have primarily focused on hydrologi...
Macroinvertebrate Response to Internal Nutrient Loading Increases in Shallow Eutrophic Lakes [0.03%]
富营养化浅水湖泊的内源性营养盐释放对底栖无脊椎动物的影响
Kai Peng,Rui Dong,Boqiang Qin et al.
Kai Peng et al.
In eutrophic lakes, even if external loading is controlled, internal nutrient loading delays the recovery of lake eutrophication. When the input of external pollutants is reduced, the dissolved oxygen environment at the sediment interface i...
How internal nutrient loading forms in shallow lakes: Insights from benthic organic matter mineralization [0.03%]
浅水湖泊内部营养盐负荷增加的机制：沉积有机质矿化作用的启示
Xiaolong Yao,Runnan Ding,Yongqiang Zhou et al.
Xiaolong Yao et al.
Internal nutrient loading in shallow lakes has long been known as a key driver of eutrophication, especially after external loading reductions. Earlier efforts have been made to quantity the size and potential release of internal nutrient p...
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