FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2105260571> ?p ?o ?g. }

• W2105260571 endingPage "7036" @default.
• W2105260571 startingPage "7027" @default.
• W2105260571 abstract "Transformations and long-term fate of engineered nanomaterials must be measured in realistic complex natural systems to accurately assess the risks that they may pose. Here, we determine the long-term behavior of poly(vinylpyrrolidone)-coated silver nanoparticles (AgNPs) in freshwater mesocosms simulating an emergent wetland environment. AgNPs were either applied to the water column or to the terrestrial soils. The distribution of silver among water, solids, and biota, and Ag speciation in soils and sediment was determined 18 months after dosing. Most (70 wt %) of the added Ag resided in the soils and sediments, and largely remained in the compartment in which they were dosed. However, some movement between soil and sediment was observed. Movement of AgNPs from terrestrial soils to sediments was more facile than from sediments to soils, suggesting that erosion and runoff is a potential pathway for AgNPs to enter waterways. The AgNPs in terrestrial soils were transformed to Ag(2)S (~52%), whereas AgNPs in the subaquatic sediment were present as Ag(2)S (55%) and Ag-sulfhydryl compounds (27%). Despite significant sulfidation of the AgNPs, a fraction of the added Ag resided in the terrestrial plant biomass (~3 wt % for the terrestrially dosed mesocosm), and relatively high body burdens of Ag (0.5-3.3 μg Ag/g wet weight) were found in mosquito fish and chironomids in both mesocosms. Thus, Ag from the NPs remained bioavailable even after partial sulfidation and when water column total Ag concentrations are low (<0.002 mg/L)." @default.
• W2105260571 created "2016-06-24" @default.
• W2105260571 creator A5000946960 @default.
• W2105260571 creator A5007216194 @default.
• W2105260571 creator A5008774148 @default.
• W2105260571 creator A5009184611 @default.
• W2105260571 creator A5011714690 @default.
• W2105260571 creator A5037146310 @default.
• W2105260571 creator A5042717317 @default.
• W2105260571 creator A5048308709 @default.
• W2105260571 creator A5049200035 @default.
• W2105260571 creator A5049720218 @default.
• W2105260571 creator A5055991903 @default.
• W2105260571 creator A5063802992 @default.
• W2105260571 creator A5070072290 @default.
• W2105260571 creator A5070445093 @default.
• W2105260571 creator A5079454521 @default.
• W2105260571 date "2012-04-30" @default.
• W2105260571 modified "2023-10-17" @default.
• W2105260571 title "Long-Term Transformation and Fate of Manufactured Ag Nanoparticles in a Simulated Large Scale Freshwater Emergent Wetland" @default.
• W2105260571 cites W1972348431 @default.
• W2105260571 cites W1977409812 @default.
• W2105260571 cites W1988538474 @default.
• W2105260571 cites W1996232062 @default.
• W2105260571 cites W2006033584 @default.
• W2105260571 cites W2007476652 @default.
• W2105260571 cites W2008483549 @default.
• W2105260571 cites W2009514849 @default.
• W2105260571 cites W2009792330 @default.
• W2105260571 cites W2009972982 @default.
• W2105260571 cites W2014423490 @default.
• W2105260571 cites W2017335462 @default.
• W2105260571 cites W2024660624 @default.
• W2105260571 cites W2025602021 @default.
• W2105260571 cites W2027392699 @default.
• W2105260571 cites W2031779300 @default.
• W2105260571 cites W2033057329 @default.
• W2105260571 cites W2037360063 @default.
• W2105260571 cites W2037904218 @default.
• W2105260571 cites W2042492530 @default.
• W2105260571 cites W2043461710 @default.
• W2105260571 cites W2054645658 @default.
• W2105260571 cites W2054999229 @default.
• W2105260571 cites W2057036895 @default.
• W2105260571 cites W2057466373 @default.
• W2105260571 cites W2058457363 @default.
• W2105260571 cites W2063817915 @default.
• W2105260571 cites W2066729270 @default.
• W2105260571 cites W2067430692 @default.
• W2105260571 cites W2067944056 @default.
• W2105260571 cites W2071920646 @default.
• W2105260571 cites W2072336180 @default.
• W2105260571 cites W2073298694 @default.
• W2105260571 cites W2076282380 @default.
• W2105260571 cites W2076769201 @default.
• W2105260571 cites W2088685575 @default.
• W2105260571 cites W2090094662 @default.
• W2105260571 cites W2094425241 @default.
• W2105260571 cites W2106412044 @default.
• W2105260571 cites W2112620612 @default.
• W2105260571 cites W2122547810 @default.
• W2105260571 cites W2145560495 @default.
• W2105260571 cites W2146548707 @default.
• W2105260571 cites W2313622010 @default.
• W2105260571 cites W2315953690 @default.
• W2105260571 cites W2330135458 @default.
• W2105260571 cites W2332468172 @default.
• W2105260571 cites W2334935938 @default.
• W2105260571 cites W4231313134 @default.
• W2105260571 cites W4255571233 @default.
• W2105260571 doi "https://doi.org/10.1021/es204608d" @default.
• W2105260571 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22463850" @default.
• W2105260571 hasPublicationYear "2012" @default.
• W2105260571 type Work @default.
• W2105260571 sameAs 2105260571 @default.
• W2105260571 citedByCount "348" @default.
• W2105260571 countsByYear W21052605712012 @default.
• W2105260571 countsByYear W21052605712013 @default.
• W2105260571 countsByYear W21052605712014 @default.
• W2105260571 countsByYear W21052605712015 @default.
• W2105260571 countsByYear W21052605712016 @default.
• W2105260571 countsByYear W21052605712017 @default.
• W2105260571 countsByYear W21052605712018 @default.
• W2105260571 countsByYear W21052605712019 @default.
• W2105260571 countsByYear W21052605712020 @default.
• W2105260571 countsByYear W21052605712021 @default.
• W2105260571 countsByYear W21052605712022 @default.
• W2105260571 countsByYear W21052605712023 @default.
• W2105260571 crossrefType "journal-article" @default.
• W2105260571 hasAuthorship W2105260571A5000946960 @default.
• W2105260571 hasAuthorship W2105260571A5007216194 @default.
• W2105260571 hasAuthorship W2105260571A5008774148 @default.
• W2105260571 hasAuthorship W2105260571A5009184611 @default.
• W2105260571 hasAuthorship W2105260571A5011714690 @default.
• W2105260571 hasAuthorship W2105260571A5037146310 @default.
• W2105260571 hasAuthorship W2105260571A5042717317 @default.
• W2105260571 hasAuthorship W2105260571A5048308709 @default.
• W2105260571 hasAuthorship W2105260571A5049200035 @default.

• next