FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2772476324> ?p ?o ?g. }

• W2772476324 endingPage "319" @default.
• W2772476324 startingPage "306" @default.
• W2772476324 abstract "Abstract Oilseed rape ( OSR , Brassica napus L.) is an important feedstock for biodiesel; hence, carbon dioxide ( CO 2 ), methane ( CH 4 ) and particularly fertilizer‐derived nitrous oxide (N 2 O) emissions during cultivation must be quantified to assess putative greenhouse gas ( GHG ) savings, thus creating an urgent and increasing need for such data. Substrates of nitrification [ammonium ( NH 4 )] and denitrification [nitrate ( NO 3 )], the predominant N 2 O production pathways, were supplied separately and in combination to OSR in a UK field trial aiming to: (i) produce an accurate GHG budget of fertilizer application; (ii) characterize short‐ to medium‐term variation in GHG fluxes; (iii) establish the processes driving N 2 O emission. Three treatments were applied twice, 1 week apart: ammonium nitrate fertilizer ( NH 4 NO 3 , 69 kg‐N ha −1 ) mimicking the farm management, ammonium chloride ( NH 4 Cl, 34.4 kg‐N ha −1 ) and sodium nitrate (Na NO 3 , 34.6 kg‐N ha −1 ). We deployed SkyLine2D for the very first time, a novel automated chamber system to measure CO 2, CH 4 and N 2 O fluxes at unprecedented high temporal and spatial resolution from OSR . During 3 weeks following the fertilizer application, CH 4 fluxes were negligible, but all treatments were a net sink for CO 2 (ca. 100 g CO 2 m −2 ). Cumulative N 2 O emissions (ca. 120 g CO 2 ‐eq m −2 ) from NH 4 NO 3 were significantly greater ( P < 0.04) than from Na NO 3 (ca. 80 g CO 2 ‐eq m −2 ), but did not differ from NH 4 Cl (ca. 100 g CO 2 ‐eq m −2 ) and reduced the carbon sink of photosynthesis so that OSR was a net GHG source in the fertilizer treatment. Diurnal variation in N 2 O emissions, peaking in the afternoon, was more strongly associated with photosynthetically active radiation ( PAR ) than temperature. This suggests that the supply of carbon (C) from photosynthate may have been the key driver of the observed diurnal pattern in N 2 O emission and thus should be considered in future process‐based models of GHG emissions." @default.
• W2772476324 created "2017-12-22" @default.
• W2772476324 creator A5001151396 @default.
• W2772476324 creator A5003375088 @default.
• W2772476324 creator A5003923694 @default.
• W2772476324 creator A5031115296 @default.
• W2772476324 creator A5031420652 @default.
• W2772476324 creator A5039229966 @default.
• W2772476324 creator A5049084572 @default.
• W2772476324 creator A5054680453 @default.
• W2772476324 creator A5061135414 @default.
• W2772476324 creator A5083134454 @default.
• W2772476324 date "2017-12-19" @default.
• W2772476324 modified "2023-10-12" @default.
• W2772476324 title "Greenhouse gas emissions from the energy crop oilseed rape (<i>Brassica napus</i> ); the role of photosynthetically active radiation in diurnal N₂ O flux variation" @default.
• W2772476324 cites W1657149542 @default.
• W2772476324 cites W1886940400 @default.
• W2772476324 cites W1900815526 @default.
• W2772476324 cites W1947555662 @default.
• W2772476324 cites W1968704918 @default.
• W2772476324 cites W1979446745 @default.
• W2772476324 cites W1981186320 @default.
• W2772476324 cites W1987975570 @default.
• W2772476324 cites W1989187468 @default.
• W2772476324 cites W1989245290 @default.
• W2772476324 cites W1989252350 @default.
• W2772476324 cites W1990796867 @default.
• W2772476324 cites W1996281453 @default.
• W2772476324 cites W2000460968 @default.
• W2772476324 cites W2002762039 @default.
• W2772476324 cites W2012996765 @default.
• W2772476324 cites W2015020821 @default.
• W2772476324 cites W2015623830 @default.
• W2772476324 cites W2019636726 @default.
• W2772476324 cites W2023195986 @default.
• W2772476324 cites W2026288951 @default.
• W2772476324 cites W2027454314 @default.
• W2772476324 cites W2028715918 @default.
• W2772476324 cites W2030467995 @default.
• W2772476324 cites W2031804988 @default.
• W2772476324 cites W2036071772 @default.
• W2772476324 cites W2042719710 @default.
• W2772476324 cites W2043001089 @default.
• W2772476324 cites W2046015850 @default.
• W2772476324 cites W2047030842 @default.
• W2772476324 cites W2049014762 @default.
• W2772476324 cites W2057984641 @default.
• W2772476324 cites W2060968583 @default.
• W2772476324 cites W2064521271 @default.
• W2772476324 cites W2073539444 @default.
• W2772476324 cites W2077406484 @default.
• W2772476324 cites W2079506117 @default.
• W2772476324 cites W2081830364 @default.
• W2772476324 cites W2082690865 @default.
• W2772476324 cites W2083174182 @default.
• W2772476324 cites W2088105329 @default.
• W2772476324 cites W2088593370 @default.
• W2772476324 cites W2094877615 @default.
• W2772476324 cites W2100643889 @default.
• W2772476324 cites W2102953400 @default.
• W2772476324 cites W2105030985 @default.
• W2772476324 cites W2109378554 @default.
• W2772476324 cites W2112861482 @default.
• W2772476324 cites W2112991760 @default.
• W2772476324 cites W2113814124 @default.
• W2772476324 cites W2116466955 @default.
• W2772476324 cites W2116748667 @default.
• W2772476324 cites W2117929094 @default.
• W2772476324 cites W2118947571 @default.
• W2772476324 cites W2125940696 @default.
• W2772476324 cites W2128985697 @default.
• W2772476324 cites W2129236064 @default.
• W2772476324 cites W2132998860 @default.
• W2772476324 cites W2144287226 @default.
• W2772476324 cites W2144875010 @default.
• W2772476324 cites W2146657077 @default.
• W2772476324 cites W2147026391 @default.
• W2772476324 cites W2148620190 @default.
• W2772476324 cites W2149971561 @default.
• W2772476324 cites W2150325903 @default.
• W2772476324 cites W2152104024 @default.
• W2772476324 cites W2158085678 @default.
• W2772476324 cites W2161139626 @default.
• W2772476324 cites W2162027241 @default.
• W2772476324 cites W2210589737 @default.
• W2772476324 cites W2346138260 @default.
• W2772476324 cites W2398589445 @default.
• W2772476324 cites W2412068723 @default.
• W2772476324 cites W2545941034 @default.
• W2772476324 cites W2560441608 @default.
• W2772476324 cites W2584884574 @default.
• W2772476324 cites W2620104780 @default.
• W2772476324 cites W328807229 @default.
• W2772476324 doi "https://doi.org/10.1111/gcbb.12491" @default.
• W2772476324 hasPublicationYear "2017" @default.
• W2772476324 type Work @default.
• W2772476324 sameAs 2772476324 @default.
• W2772476324 citedByCount "21" @default.

• next