FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2335353614> ?p ?o ?g. }

• W2335353614 endingPage "1781" @default.
• W2335353614 startingPage "1772" @default.
• W2335353614 abstract "Due to the limited solubility of phosphorus (P) in soil, understanding its binding in fine colloids is vital to better forecast P dynamics and losses in agricultural systems. We hypothesized that water-dispersible P is present as nanoparticles and that iron (Fe) plays a crucial role for P binding to these nanoparticles. To test this, we isolated water-dispersible fine colloids (WDFC) from an arable topsoil (Haplic Luvisol, Germany) and assessed colloidal P forms after asymmetric flow field-flow fractionation coupled with ultraviolet and an inductively coupled plasma mass spectrometer, with and without removal of amorphous and crystalline Fe oxides using oxalate and dithionite, respectively. We found that fine colloidal P was present in two dominant sizes: (i) in associations of organic matter and amorphous Fe (Al) oxides in nanoparticles <20 nm, and (ii) in aggregates of fine clay, organic matter and Fe oxides (more crystalline Fe oxides) with a mean diameter of 170 to 225 nm. Solution P-nuclear magnetic resonance spectra indicated that the organically bound P predominantly comprised orthophosphate-monoesters. Approximately 65% of P in the WDFC was liberated after the removal of Fe oxides (especially amorphous Fe oxides). The remaining P was bound to larger-sized WDFC particles and Fe bearing phyllosilicate minerals. Intriguingly, the removal of Fe by dithionite resulted in a disaggregation of the nanoparticles, evident in higher portions of organically bound P in the <20 nm nanoparticle fraction, and a widening of size distribution pattern in larger-sized WDFC fraction. We conclude that the crystalline Fe oxides contributed to soil P sequestration by (i) acting as cementing agents contributing to soil fine colloid aggregation, and (ii) binding not only inorganic but also organic P in larger soil WDFC particles." @default.
• W2335353614 created "2016-06-24" @default.
• W2335353614 creator A5007000465 @default.
• W2335353614 creator A5028331853 @default.
• W2335353614 creator A5029408978 @default.
• W2335353614 creator A5040424266 @default.
• W2335353614 creator A5050101626 @default.
• W2335353614 creator A5063763959 @default.
• W2335353614 creator A5074225601 @default.
• W2335353614 creator A5075017648 @default.
• W2335353614 date "2015-11-01" @default.
• W2335353614 modified "2023-10-14" @default.
• W2335353614 title "Phosphorus Containing Water Dispersible Nanoparticles in Arable Soil" @default.
• W2335353614 cites W1528567637 @default.
• W2335353614 cites W1965115257 @default.
• W2335353614 cites W1965189904 @default.
• W2335353614 cites W1976957790 @default.
• W2335353614 cites W1985076777 @default.
• W2335353614 cites W1991800679 @default.
• W2335353614 cites W1992103006 @default.
• W2335353614 cites W1993240606 @default.
• W2335353614 cites W1993303828 @default.
• W2335353614 cites W1993993896 @default.
• W2335353614 cites W2004503234 @default.
• W2335353614 cites W2012205398 @default.
• W2335353614 cites W2017134197 @default.
• W2335353614 cites W2017477428 @default.
• W2335353614 cites W2020261494 @default.
• W2335353614 cites W2023557477 @default.
• W2335353614 cites W2023854617 @default.
• W2335353614 cites W2029742834 @default.
• W2335353614 cites W2031366087 @default.
• W2335353614 cites W2034516855 @default.
• W2335353614 cites W2037514438 @default.
• W2335353614 cites W2039239790 @default.
• W2335353614 cites W2044734136 @default.
• W2335353614 cites W2045045042 @default.
• W2335353614 cites W2054754431 @default.
• W2335353614 cites W2057965787 @default.
• W2335353614 cites W2062369621 @default.
• W2335353614 cites W2062822954 @default.
• W2335353614 cites W2068064252 @default.
• W2335353614 cites W2068232291 @default.
• W2335353614 cites W2069232700 @default.
• W2335353614 cites W2070136904 @default.
• W2335353614 cites W2074229109 @default.
• W2335353614 cites W2075740391 @default.
• W2335353614 cites W2077539609 @default.
• W2335353614 cites W2078560686 @default.
• W2335353614 cites W2079521213 @default.
• W2335353614 cites W2084378226 @default.
• W2335353614 cites W2086558168 @default.
• W2335353614 cites W2089183805 @default.
• W2335353614 cites W2089988293 @default.
• W2335353614 cites W2090180555 @default.
• W2335353614 cites W2099887970 @default.
• W2335353614 cites W2100383077 @default.
• W2335353614 cites W2106742663 @default.
• W2335353614 cites W2124655303 @default.
• W2335353614 cites W2127913091 @default.
• W2335353614 cites W2130143975 @default.
• W2335353614 cites W2136504268 @default.
• W2335353614 cites W2138385319 @default.
• W2335353614 cites W2144854082 @default.
• W2335353614 cites W2149537554 @default.
• W2335353614 cites W2150853668 @default.
• W2335353614 cites W2156950755 @default.
• W2335353614 cites W2323497564 @default.
• W2335353614 cites W2327761603 @default.
• W2335353614 cites W3009397686 @default.
• W2335353614 cites W4252439946 @default.
• W2335353614 doi "https://doi.org/10.2134/jeq2015.02.0085" @default.
• W2335353614 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26641329" @default.
• W2335353614 hasPublicationYear "2015" @default.
• W2335353614 type Work @default.
• W2335353614 sameAs 2335353614 @default.
• W2335353614 citedByCount "53" @default.
• W2335353614 countsByYear W23353536142015 @default.
• W2335353614 countsByYear W23353536142016 @default.
• W2335353614 countsByYear W23353536142017 @default.
• W2335353614 countsByYear W23353536142018 @default.
• W2335353614 countsByYear W23353536142019 @default.
• W2335353614 countsByYear W23353536142020 @default.
• W2335353614 countsByYear W23353536142021 @default.
• W2335353614 countsByYear W23353536142022 @default.
• W2335353614 countsByYear W23353536142023 @default.
• W2335353614 crossrefType "journal-article" @default.
• W2335353614 hasAuthorship W2335353614A5007000465 @default.
• W2335353614 hasAuthorship W2335353614A5028331853 @default.
• W2335353614 hasAuthorship W2335353614A5029408978 @default.
• W2335353614 hasAuthorship W2335353614A5040424266 @default.
• W2335353614 hasAuthorship W2335353614A5050101626 @default.
• W2335353614 hasAuthorship W2335353614A5063763959 @default.
• W2335353614 hasAuthorship W2335353614A5074225601 @default.
• W2335353614 hasAuthorship W2335353614A5075017648 @default.
• W2335353614 hasConcept C107872376 @default.
• W2335353614 hasConcept C127413603 @default.
• W2335353614 hasConcept C13965031 @default.

• next