310   Artículos

 
en línea
Aurelija Samuiloviene, Marco Bartoli, Stefano Bonaglia, Ulisse Cardini, Irma Vybernaite-Lubiene, Ugo Marzocchi, Jolita Petkuviene, Tobia Politi, Anastasija Zaiko and Mindaugas Zilius    
The combination of biogeochemical methods and molecular techniques has the potential to uncover the black-box of the nitrogen (N) cycle in bioturbated sediments. Advanced biogeochemical methods allow the quantification of the process rates of different m... ver más
Revista: Water    Formato: Electrónico

 
en línea
Alessio Siciliano, Giulia Maria Curcio and Carlo Limonti    
The pollution of water by nitrates represents an important environmental and health issue. The development of sustainable technologies that are able to efficiently remove this contaminant is a key challenge in the field of wastewater treatment. Chemical ... ver más
Revista: Water    Formato: Electrónico

 
en línea
Xiangzhou Zheng, Chenyi Zou, Yasa Wang, Shuping Qin, Hong Ding and Yushu Zhang    
Herbicide residues in farmland soils have attracted a great deal of attention in recent decades. Their accumulation potentially decreases the activity of microbes and related enzymes, as well as disturbs the nitrogen cycle in farmland soils. In previous ... ver más
Revista: Agronomy    Formato: Electrónico

 
en línea
Mar Carreras-Sempere, Miriam Guivernau, Rafaela Caceres, Carmen Biel, Joan Noguerol and Marc Viñas    
Struvite and ammonium nitrate (AN), as wastewater-recovered products, are possible alternatives as raw materials for nutrient solutions. However, their impact on the rhizosphere microbiota and N2O emissions is scarcely known. Therefore, the present resea... ver más
Revista: Agronomy    Formato: Electrónico

 
en línea
Dafeng Hui, Avedananda Ray, Lovish Kasrija and Jaekedah Christian    
Microbial-driven processes, including nitrification and denitrification closely related to soil nitrous oxide (N2O) production, are orchestrated by a network of enzymes and genes such as amoA genes from ammonia-oxidizing bacteria (AOB) and archaea (AOA),... ver más
Revista: Agriculture    Formato: Electrónico

 
en línea
Junyi Chen, Chao Zhang, Yun Liu, Jie Tian and Jianbo Guo    
Preventing the rebound of black and odorous water bodies is critical for improving the ecological environment of water bodies. This study examined the effect and underlying mechanism of in-situ improvement of the sediment microenvironment by nitrate in t... ver más
Revista: Water    Formato: Electrónico

 
en línea
Zhe Chen, Wenying Yu, Yingjian Zhan, Zheng Chen, Tengda Han, Weiwei Song and Yueyue Zhou    
High concentrations of nitrite in marine aquaculture wastewater not only pose a threat to the survival and immune systems of aquatic organisms but also contribute to eutrophication, thereby impacting the balance of coastal ecosystems. Compared to traditi... ver más
Revista: Water    Formato: Electrónico

 
en línea
Chunjian Lyu, Jianglong Cui, Fangyuan Jin, Xiaojie Li and Yaning Xu    
The riparian zone has a proven ability to reduce agricultural nonpoint-source nitrogen pollution. However, prior studies have only assessed nitrification and denitrification and their influencing factors, such as hydrology, climate, vegetation, and soil ... ver más
Revista: Water    Formato: Electrónico

 
en línea
Xiaofeng Liang, Hong Wang, Yudan Zhang, Rui Yang, Dongdong Zhang, Wanlai Zhou, Zhiyong Qi and Wei Lin    
Peat-based substrates have been widely used in greenhouse vegetable production (GVP). However, peat is a non-renewable resource, and there is a problem with N2O emissions when it is used in greenhouse vegetable production due to the application of large ... ver más
Revista: Agronomy    Formato: Electrónico

 
en línea
Yu Yao, Ying Chen, Ruiming Han, Desheng Chen, Huanxin Ma, Xiaoxiang Han, Yuqi Feng and Chenfei Shi    
This study investigates the decomposition process of algal blooms (ABs) in eutrophic lakes and its impact on the labile endogenous nitrogen (N) cycle. In situ techniques such as diffusive gradients in thin films (DGT) and high-resolution dialysis (HR-Pee... ver más
Revista: Water    Formato: Electrónico

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