FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1984208683> ?p ?o ?g. }

• W1984208683 endingPage "2008" @default.
• W1984208683 startingPage "1993" @default.
• W1984208683 abstract "Summary 1. Our goal was to quantify short‐term phosphorus (P) partitioning and identify the ecosystem components important to P cycling in wetland ecosystems. To do this, we added P radiotracer to oligotrophic, P‐limited Everglades marshes. 32 PO 4 was added to the water column in six 1‐m 2 enclosed mesocosms located in long‐hydroperiod marshes of Shark River Slough, Everglades National Park. Ecosystem components were then repeatedly sampled over 18 days. 2. Water column particulates (>0.45 μ m) incorporated radiotracer within the first minute after dosing and stored 95–99% of total water column 32 P activity throughout the study. Soluble (<0.45 μ m) 32 P in the water column, in contrast, was always <5% of the 32 P in surface water. Periphyton, both floating and attached to emergent macrophytes, had the highest specific activity of 32 P (Bq g −1 31 P) among the different ecosystem components. Fish and aquatic macroinvertebrates also had high affinity for P, whereas emergent macrophytes, soil and flocculent detrital organic matter (floc) had the lowest specific activities of radiotracer. 3. Within the calcareous, floating periphyton mats, 81% of the initial 32 P uptake was associated with Ca, but most of this 32 P entered and remained within the organic pool (Ca‐associated = 14% of total) after 1 day. In the floc layer, 32 P rapidly entered the microbial pool and the labile fraction was negligible for most of the study. 4. Budgeting of the radiotracer indicated that 32 P moved from particulates in the water column to periphyton and floc and then to the floc and soil over the course of the 18 day incubations. Floc (35% of total) and soil (27%) dominated 32 P storage after 18 days, with floating periphyton (12%) and surface water (10%) holding smaller proportions of total ecosystem 32 P. 5. To summarise, oligotrophic Everglades marshes exhibited rapid uptake and retention of labile 32 P. Components dominated by microbes appear to control short‐term P cycling in this oligotrophic ecosystem." @default.
• W1984208683 created "2016-06-24" @default.
• W1984208683 creator A5004304828 @default.
• W1984208683 creator A5062049633 @default.
• W1984208683 creator A5083715339 @default.
• W1984208683 creator A5085768615 @default.
• W1984208683 creator A5088922632 @default.
• W1984208683 date "2003-10-24" @default.
• W1984208683 modified "2023-10-15" @default.
• W1984208683 title "Phosphorus cycling and partitioning in an oligotrophic Everglades wetland ecosystem: a radioisotope tracing study" @default.
• W1984208683 cites W1555000393 @default.
• W1984208683 cites W17555884 @default.
• W1984208683 cites W1963790769 @default.
• W1984208683 cites W1966166115 @default.
• W1984208683 cites W1968478395 @default.
• W1984208683 cites W1971831290 @default.
• W1984208683 cites W1983651499 @default.
• W1984208683 cites W1986168203 @default.
• W1984208683 cites W1992008971 @default.
• W1984208683 cites W2001257832 @default.
• W1984208683 cites W2006581320 @default.
• W1984208683 cites W2010393386 @default.
• W1984208683 cites W2012253728 @default.
• W1984208683 cites W2014347509 @default.
• W1984208683 cites W2020110846 @default.
• W1984208683 cites W2029135730 @default.
• W1984208683 cites W2031146172 @default.
• W1984208683 cites W2034665905 @default.
• W1984208683 cites W2036927690 @default.
• W1984208683 cites W2039499438 @default.
• W1984208683 cites W2040868231 @default.
• W1984208683 cites W2046597617 @default.
• W1984208683 cites W2048224587 @default.
• W1984208683 cites W2051510604 @default.
• W1984208683 cites W2053322385 @default.
• W1984208683 cites W2071792105 @default.
• W1984208683 cites W2074690252 @default.
• W1984208683 cites W2077631709 @default.
• W1984208683 cites W2078627623 @default.
• W1984208683 cites W2080096500 @default.
• W1984208683 cites W2085018411 @default.
• W1984208683 cites W2120377132 @default.
• W1984208683 cites W2121153333 @default.
• W1984208683 cites W2121544501 @default.
• W1984208683 cites W2128567837 @default.
• W1984208683 cites W2129860712 @default.
• W1984208683 cites W2132579439 @default.
• W1984208683 cites W2134756374 @default.
• W1984208683 cites W2137590962 @default.
• W1984208683 cites W2138436021 @default.
• W1984208683 cites W2158525702 @default.
• W1984208683 cites W2161869707 @default.
• W1984208683 cites W2163174797 @default.
• W1984208683 cites W2170080008 @default.
• W1984208683 cites W2315802781 @default.
• W1984208683 cites W2324761769 @default.
• W1984208683 cites W2562056495 @default.
• W1984208683 cites W2912279745 @default.
• W1984208683 cites W3020997255 @default.
• W1984208683 cites W4246326633 @default.
• W1984208683 cites W4247795150 @default.
• W1984208683 doi "https://doi.org/10.1046/j.1365-2427.2003.01143.x" @default.
• W1984208683 hasPublicationYear "2003" @default.
• W1984208683 type Work @default.
• W1984208683 sameAs 1984208683 @default.
• W1984208683 citedByCount "89" @default.
• W1984208683 countsByYear W19842086832012 @default.
• W1984208683 countsByYear W19842086832013 @default.
• W1984208683 countsByYear W19842086832014 @default.
• W1984208683 countsByYear W19842086832015 @default.
• W1984208683 countsByYear W19842086832016 @default.
• W1984208683 countsByYear W19842086832017 @default.
• W1984208683 countsByYear W19842086832018 @default.
• W1984208683 countsByYear W19842086832019 @default.
• W1984208683 countsByYear W19842086832020 @default.
• W1984208683 countsByYear W19842086832021 @default.
• W1984208683 countsByYear W19842086832023 @default.
• W1984208683 crossrefType "journal-article" @default.
• W1984208683 hasAuthorship W1984208683A5004304828 @default.
• W1984208683 hasAuthorship W1984208683A5062049633 @default.
• W1984208683 hasAuthorship W1984208683A5083715339 @default.
• W1984208683 hasAuthorship W1984208683A5085768615 @default.
• W1984208683 hasAuthorship W1984208683A5088922632 @default.
• W1984208683 hasConcept C107872376 @default.
• W1984208683 hasConcept C110872660 @default.
• W1984208683 hasConcept C122846477 @default.
• W1984208683 hasConcept C127413603 @default.
• W1984208683 hasConcept C132000320 @default.
• W1984208683 hasConcept C175327387 @default.
• W1984208683 hasConcept C178790620 @default.
• W1984208683 hasConcept C185592680 @default.
• W1984208683 hasConcept C187320778 @default.
• W1984208683 hasConcept C18903297 @default.
• W1984208683 hasConcept C205649164 @default.
• W1984208683 hasConcept C24245907 @default.
• W1984208683 hasConcept C39432304 @default.
• W1984208683 hasConcept C510538283 @default.
• W1984208683 hasConcept C541528975 @default.

• next