Matches in SemOpenAlex for { <https://semopenalex.org/work/W2344242509> ?p ?o ?g. }
- W2344242509 endingPage "3681" @default.
- W2344242509 startingPage "3666" @default.
- W2344242509 abstract "This study presents input–output budgets of total dissolved nitrogen (TDN), dissolved organic N (DON) and dissolved inorganic N (DIN) for a reservoir in a peatland catchment in the south Pennines (UK). This site receives high levels of atmospheric inorganic N deposition, in the range of 26 kg N ha−1 yr−1. The results show that the reservoir retains ~21 to 31% of the annual TDN input (8806 ± 741 kg N). Approximately 39 to 55% of DON (3782 ± 653 kg N) and 6 to 13% of DIN (5024 ± 349 kg N) were retained/processed. A long water retention time (104 days), average annual pH of 6.5, high concentrations of DIN in the reservoir water and a deep water column suggest that denitrification is potentially a key mechanism of N retention/removal. The results also demonstrate that DON is potentially photodegraded and utilized within the reservoir, particularly during the summer season when 58 to 80% of DON input (682 ± 241 kg N) was retained, and a net export of DIN (~34 kg N) was observed. The findings therefore suggest that DON may play a more crucial role in the biogeochemistry of peat-dominated acid sensitive upland freshwater systems than previously thought. Reservoirs, impoundments and large lakes in peatland catchments may be important sites in mediating downstream N transport and speciation. Copyright © 2016 John Wiley & Sons, Ltd." @default.
- W2344242509 created "2016-06-24" @default.
- W2344242509 creator A5004603859 @default.
- W2344242509 creator A5039302143 @default.
- W2344242509 creator A5052196528 @default.
- W2344242509 date "2016-06-12" @default.
- W2344242509 modified "2023-09-26" @default.
- W2344242509 title "Reservoirs are hotspots of nitrogen cycling in peatland catchments" @default.
- W2344242509 cites W1488963991 @default.
- W2344242509 cites W156627570 @default.
- W2344242509 cites W1581608276 @default.
- W2344242509 cites W1592420813 @default.
- W2344242509 cites W1602467017 @default.
- W2344242509 cites W1680890084 @default.
- W2344242509 cites W1758522426 @default.
- W2344242509 cites W1826238075 @default.
- W2344242509 cites W1922543596 @default.
- W2344242509 cites W1963119148 @default.
- W2344242509 cites W1964000610 @default.
- W2344242509 cites W1970010064 @default.
- W2344242509 cites W1973471305 @default.
- W2344242509 cites W1976222527 @default.
- W2344242509 cites W1978556322 @default.
- W2344242509 cites W1979694233 @default.
- W2344242509 cites W1980808259 @default.
- W2344242509 cites W1981334238 @default.
- W2344242509 cites W1982578521 @default.
- W2344242509 cites W1983456214 @default.
- W2344242509 cites W1985038969 @default.
- W2344242509 cites W1988561870 @default.
- W2344242509 cites W1996361201 @default.
- W2344242509 cites W1996931469 @default.
- W2344242509 cites W1998204631 @default.
- W2344242509 cites W1999057942 @default.
- W2344242509 cites W2010181898 @default.
- W2344242509 cites W2016605735 @default.
- W2344242509 cites W2020971768 @default.
- W2344242509 cites W2028996948 @default.
- W2344242509 cites W2030534607 @default.
- W2344242509 cites W2032325461 @default.
- W2344242509 cites W2033981575 @default.
- W2344242509 cites W2034975713 @default.
- W2344242509 cites W2038281478 @default.
- W2344242509 cites W2038530827 @default.
- W2344242509 cites W2040825531 @default.
- W2344242509 cites W2048266310 @default.
- W2344242509 cites W2048657897 @default.
- W2344242509 cites W2051958311 @default.
- W2344242509 cites W2057804270 @default.
- W2344242509 cites W2058701700 @default.
- W2344242509 cites W2059087339 @default.
- W2344242509 cites W2063086732 @default.
- W2344242509 cites W2066324996 @default.
- W2344242509 cites W2068515678 @default.
- W2344242509 cites W2072465691 @default.
- W2344242509 cites W2076750676 @default.
- W2344242509 cites W2078560231 @default.
- W2344242509 cites W2090922578 @default.
- W2344242509 cites W2093989204 @default.
- W2344242509 cites W2094582972 @default.
- W2344242509 cites W2107834873 @default.
- W2344242509 cites W2108686678 @default.
- W2344242509 cites W2117057715 @default.
- W2344242509 cites W2124041714 @default.
- W2344242509 cites W2126076354 @default.
- W2344242509 cites W2128792651 @default.
- W2344242509 cites W2132713644 @default.
- W2344242509 cites W2135771209 @default.
- W2344242509 cites W2136419165 @default.
- W2344242509 cites W2137734568 @default.
- W2344242509 cites W2139274755 @default.
- W2344242509 cites W2144573253 @default.
- W2344242509 cites W2145792106 @default.
- W2344242509 cites W2152373646 @default.
- W2344242509 cites W2163312637 @default.
- W2344242509 cites W2164087962 @default.
- W2344242509 cites W2166118446 @default.
- W2344242509 cites W2166919097 @default.
- W2344242509 cites W2167161699 @default.
- W2344242509 cites W2174090470 @default.
- W2344242509 cites W2321994998 @default.
- W2344242509 cites W4211151718 @default.
- W2344242509 cites W4231212267 @default.
- W2344242509 cites W4231289133 @default.
- W2344242509 cites W4245763887 @default.
- W2344242509 cites W4247774945 @default.
- W2344242509 cites W4249887050 @default.
- W2344242509 cites W4302771480 @default.
- W2344242509 doi "https://doi.org/10.1002/hyp.10892" @default.
- W2344242509 hasPublicationYear "2016" @default.
- W2344242509 type Work @default.
- W2344242509 sameAs 2344242509 @default.
- W2344242509 citedByCount "5" @default.
- W2344242509 countsByYear W23442425092017 @default.
- W2344242509 countsByYear W23442425092018 @default.
- W2344242509 countsByYear W23442425092021 @default.
- W2344242509 countsByYear W23442425092023 @default.
- W2344242509 crossrefType "journal-article" @default.