FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3090596699> ?p ?o ?g. }

• W3090596699 endingPage "115765" @default.
• W3090596699 startingPage "115765" @default.
• W3090596699 abstract "Aquatic pollution from emerging organic contaminants (EOCs) is of key environmental importance in India and globally, particularly due to concerns of antimicrobial resistance, ecotoxicity and drinking water supply vulnerability. Here, using a broad screening approach, we characterize the composition and distribution of EOCs in groundwater in the Gangetic Plain around Patna (Bihar), as an exemplar of a rapidly developing urban area in northern India. A total of 73 EOCs were detected in 51 samples, typically at ng.L−1 to low μg.L−1 concentrations, relating to medical and veterinary, agrochemical, industrial and lifestyle usage. Concentrations were often dominated by the lifestyle chemical and artificial sweetener sucralose. Seventeen identified EOCs are flagged as priority compounds by the European Commission, World Health Organisation and/or World Organisation for Animal Health: namely, herbicides diuron and atrazine; insecticides imidacloprid, thiamethoxam, clothianidin and acetamiprid; the surfactant perfluorooctane sulfonate (and related perfluorobutane sulfonate, perfluorohexane sulfonate, perfluorooctanoic acid and perfluoropentane sulfonate); and medical/veterinary compounds sulfamethoxazole, sulfanilamide, dapson, sulfathiazole, sulfamethazine and diclofenac. The spatial distribution of EOCs varies widely, with concentrations declining with depth, consistent with a strong dominant vertical flow control. Groundwater EOC concentrations in Patna were found to peak within ∼10 km distance from the River Ganges, indicating mainly urban inputs with some local pollution hotspots. A heterogeneous relationship between EOCs and population density likely reflects confounding factors including varying input types and controls (e.g. spatial, temporal), wastewater treatment infrastructure and groundwater abstraction. Strong seasonal agreement in EOC concentrations was observed. Co-existence of limited transformation products with associated parent compounds indicate active microbial degradation processes. This study characterizes key controls on the distribution of groundwater EOCs across the urban to rural transition near Patna, as a rapidly developing Indian city, and contributes to the wider understanding of the vulnerability of shallow groundwater to surface-derived contamination in similar environments." @default.
• W3090596699 created "2020-10-08" @default.
• W3090596699 creator A5013745150 @default.
• W3090596699 creator A5014013527 @default.
• W3090596699 creator A5030551211 @default.
• W3090596699 creator A5030681201 @default.
• W3090596699 creator A5031817348 @default.
• W3090596699 creator A5032491492 @default.
• W3090596699 creator A5055318776 @default.
• W3090596699 creator A5057759037 @default.
• W3090596699 creator A5060014159 @default.
• W3090596699 creator A5062012365 @default.
• W3090596699 creator A5067265789 @default.
• W3090596699 creator A5068828926 @default.
• W3090596699 creator A5071212111 @default.
• W3090596699 creator A5079065706 @default.
• W3090596699 date "2021-01-01" @default.
• W3090596699 modified "2023-10-14" @default.
• W3090596699 title "Emerging organic contaminants in groundwater under a rapidly developing city (Patna) in northern India dominated by high concentrations of lifestyle chemicals" @default.
• W3090596699 cites W1888661227 @default.
• W3090596699 cites W1965064785 @default.
• W3090596699 cites W1965222604 @default.
• W3090596699 cites W1965370388 @default.
• W3090596699 cites W1974049876 @default.
• W3090596699 cites W1987033411 @default.
• W3090596699 cites W1990148642 @default.
• W3090596699 cites W1992050639 @default.
• W3090596699 cites W1993902396 @default.
• W3090596699 cites W1994536013 @default.
• W3090596699 cites W1999868715 @default.
• W3090596699 cites W2008533757 @default.
• W3090596699 cites W2012385474 @default.
• W3090596699 cites W2022759827 @default.
• W3090596699 cites W2023483781 @default.
• W3090596699 cites W2030704743 @default.
• W3090596699 cites W2033266502 @default.
• W3090596699 cites W2037766564 @default.
• W3090596699 cites W2042641537 @default.
• W3090596699 cites W2044117353 @default.
• W3090596699 cites W2048838298 @default.
• W3090596699 cites W2070865945 @default.
• W3090596699 cites W2081228042 @default.
• W3090596699 cites W2082724816 @default.
• W3090596699 cites W2084329579 @default.
• W3090596699 cites W2085697211 @default.
• W3090596699 cites W2088833601 @default.
• W3090596699 cites W2095238113 @default.
• W3090596699 cites W2096955792 @default.
• W3090596699 cites W2107155599 @default.
• W3090596699 cites W2144878921 @default.
• W3090596699 cites W2148291644 @default.
• W3090596699 cites W2155448001 @default.
• W3090596699 cites W2163598737 @default.
• W3090596699 cites W2164920486 @default.
• W3090596699 cites W2193481253 @default.
• W3090596699 cites W2307063361 @default.
• W3090596699 cites W2397876642 @default.
• W3090596699 cites W2515882912 @default.
• W3090596699 cites W2593669506 @default.
• W3090596699 cites W2594236377 @default.
• W3090596699 cites W2607739008 @default.
• W3090596699 cites W2616129582 @default.
• W3090596699 cites W2758022325 @default.
• W3090596699 cites W2769678780 @default.
• W3090596699 cites W2773882001 @default.
• W3090596699 cites W2781055474 @default.
• W3090596699 cites W2788771985 @default.
• W3090596699 cites W2809031885 @default.
• W3090596699 cites W2885980957 @default.
• W3090596699 cites W2886504833 @default.
• W3090596699 cites W2896881392 @default.
• W3090596699 cites W2898997636 @default.
• W3090596699 cites W2903064725 @default.
• W3090596699 cites W2910324105 @default.
• W3090596699 cites W2921381007 @default.
• W3090596699 cites W2944280526 @default.
• W3090596699 cites W2965577795 @default.
• W3090596699 cites W2981129265 @default.
• W3090596699 cites W3005020547 @default.
• W3090596699 cites W3014092647 @default.
• W3090596699 cites W3015136241 @default.
• W3090596699 cites W767163874 @default.
• W3090596699 doi "https://doi.org/10.1016/j.envpol.2020.115765" @default.
• W3090596699 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33038633" @default.
• W3090596699 hasPublicationYear "2021" @default.
• W3090596699 type Work @default.
• W3090596699 sameAs 3090596699 @default.
• W3090596699 citedByCount "28" @default.
• W3090596699 countsByYear W30905966992021 @default.
• W3090596699 countsByYear W30905966992022 @default.
• W3090596699 countsByYear W30905966992023 @default.
• W3090596699 crossrefType "journal-article" @default.
• W3090596699 hasAuthorship W3090596699A5013745150 @default.
• W3090596699 hasAuthorship W3090596699A5014013527 @default.
• W3090596699 hasAuthorship W3090596699A5030551211 @default.
• W3090596699 hasAuthorship W3090596699A5030681201 @default.
• W3090596699 hasAuthorship W3090596699A5031817348 @default.
• W3090596699 hasAuthorship W3090596699A5032491492 @default.

• next