FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3159387907> ?p ?o ?g. }

• W3159387907 endingPage "117312" @default.
• W3159387907 startingPage "117312" @default.
• W3159387907 abstract "Nitric oxide (NO) plays a critical role in atmospheric chemistry and also is a precursor of nitrate, which affects particle matter formation and nitrogen deposition. Agricultural soil has been recognized as a main source of atmospheric NO. However, quantifying the NO fluxes emitted from croplands remains a challenge and in situ long-term measurements of NO are still limited. In this study, we used an automated sampling system to measure NO fluxes with a high temporal resolution over two years (April 2017 to March 2019) from a rainfed maize field in the Northeast China. The cumulative annual NO emissions were 8.9 and 2.3 kg N ha−1 in year 1 (April 2017 to March 2018) and year 2 (April 2018 to March 2019), respectively. These interannual differences were largely related to different weather conditions encountered. In year 1, a month-long drought before and after the seeding and fertilizing reduced plant N uptake and dramatically increased soil N concentration. The following moderate rainfalls promoted large amount of NO emissions, which remained high until late September. The NO fluxes in both years showed clearer seasonal patterns, being highest after fertilizer application in summer, and lowest in winter. The seasonal patterns of NO fluxes were mainly controlled by soil available N concentrations and soil temperatures. The contribution of NO fluxes during the spring freeze-thaw in both years was no more than 0.2% of the annual NO budget, indicating that the freeze-thaw effect on agricultural NO emissions was minimal. In addition, with high-resolution monitoring, we found that soil not only act as a NO source but also a sink. Long-term and high-resolution measurements help us better understand the diurnal, seasonal, and annual dynamics of NO emissions, build more accurate models and better estimate global NO budget and develop more effective policy responses to global climate change." @default.
• W3159387907 created "2021-05-10" @default.
• W3159387907 creator A5012369902 @default.
• W3159387907 creator A5032068801 @default.
• W3159387907 creator A5035542175 @default.
• W3159387907 creator A5036178842 @default.
• W3159387907 creator A5042085716 @default.
• W3159387907 creator A5060952788 @default.
• W3159387907 creator A5067267931 @default.
• W3159387907 creator A5070287566 @default.
• W3159387907 creator A5091495470 @default.
• W3159387907 date "2021-10-01" @default.
• W3159387907 modified "2023-09-26" @default.
• W3159387907 title "Interannual and seasonal variabilities in soil NO fluxes from a rainfed maize field in the Northeast China" @default.
• W3159387907 cites W1485485949 @default.
• W3159387907 cites W1583124424 @default.
• W3159387907 cites W1842141545 @default.
• W3159387907 cites W1879333998 @default.
• W3159387907 cites W1966993963 @default.
• W3159387907 cites W1969231397 @default.
• W3159387907 cites W1970845450 @default.
• W3159387907 cites W1981221700 @default.
• W3159387907 cites W1986039047 @default.
• W3159387907 cites W1989023035 @default.
• W3159387907 cites W1992181160 @default.
• W3159387907 cites W2005951342 @default.
• W3159387907 cites W2007928434 @default.
• W3159387907 cites W2010100225 @default.
• W3159387907 cites W2033342466 @default.
• W3159387907 cites W2037893757 @default.
• W3159387907 cites W2048065928 @default.
• W3159387907 cites W2051732748 @default.
• W3159387907 cites W2055057173 @default.
• W3159387907 cites W2055919454 @default.
• W3159387907 cites W2059210052 @default.
• W3159387907 cites W2063430903 @default.
• W3159387907 cites W2070502963 @default.
• W3159387907 cites W2072629141 @default.
• W3159387907 cites W2079506117 @default.
• W3159387907 cites W2083871245 @default.
• W3159387907 cites W2091985754 @default.
• W3159387907 cites W2092787583 @default.
• W3159387907 cites W2094156672 @default.
• W3159387907 cites W2103725409 @default.
• W3159387907 cites W2108172988 @default.
• W3159387907 cites W2109546079 @default.
• W3159387907 cites W2109730769 @default.
• W3159387907 cites W2113215061 @default.
• W3159387907 cites W2116466955 @default.
• W3159387907 cites W2118885226 @default.
• W3159387907 cites W2121826048 @default.
• W3159387907 cites W2125249162 @default.
• W3159387907 cites W2135600811 @default.
• W3159387907 cites W2145339820 @default.
• W3159387907 cites W2146737400 @default.
• W3159387907 cites W2150961685 @default.
• W3159387907 cites W2178168198 @default.
• W3159387907 cites W2237880282 @default.
• W3159387907 cites W2316383200 @default.
• W3159387907 cites W2319066770 @default.
• W3159387907 cites W2331257864 @default.
• W3159387907 cites W2342718903 @default.
• W3159387907 cites W2393717762 @default.
• W3159387907 cites W2507969335 @default.
• W3159387907 cites W2521495564 @default.
• W3159387907 cites W2554285426 @default.
• W3159387907 cites W2554906258 @default.
• W3159387907 cites W2583638176 @default.
• W3159387907 cites W2592575728 @default.
• W3159387907 cites W2743839856 @default.
• W3159387907 cites W2751126057 @default.
• W3159387907 cites W2766923642 @default.
• W3159387907 cites W2767593672 @default.
• W3159387907 cites W2772453165 @default.
• W3159387907 cites W2794223028 @default.
• W3159387907 cites W2893989830 @default.
• W3159387907 cites W2899726117 @default.
• W3159387907 cites W2901327480 @default.
• W3159387907 cites W2902928717 @default.
• W3159387907 cites W2946334003 @default.
• W3159387907 cites W2963110678 @default.
• W3159387907 cites W3003119272 @default.
• W3159387907 cites W3014143025 @default.
• W3159387907 cites W4232424286 @default.
• W3159387907 cites W438260989 @default.
• W3159387907 cites W641111263 @default.
• W3159387907 cites W84366750 @default.
• W3159387907 doi "https://doi.org/10.1016/j.envpol.2021.117312" @default.
• W3159387907 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33992903" @default.
• W3159387907 hasPublicationYear "2021" @default.
• W3159387907 type Work @default.
• W3159387907 sameAs 3159387907 @default.
• W3159387907 citedByCount "3" @default.
• W3159387907 countsByYear W31593879072022 @default.
• W3159387907 countsByYear W31593879072023 @default.
• W3159387907 crossrefType "journal-article" @default.
• W3159387907 hasAuthorship W3159387907A5012369902 @default.
• W3159387907 hasAuthorship W3159387907A5032068801 @default.

• next