FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2117651938> ?p ?o ?g. }

• W2117651938 endingPage "2472" @default.
• W2117651938 startingPage "2457" @default.
• W2117651938 abstract "Abstract Elevated anthropogenic nitrogen (N) deposition has caused nitrate (NO 3 − ) leaching, an indication of N saturation, in several temperate and boreal forests across the Northern Hemisphere. So far, the occurrence of N saturation in subtropical forests and its effects on the chemistry of the typically highly weathered soils, forest growth, and biodiversity have received little attention. Here we investigated N saturation and the effects of chronically high N inputs on soil and vegetation in a typical, subtropical Masson pine ( Pinus massoniana ) forest at Tieshanping, southwest China. Seven years of N flux data obtained in ambient conditions and in response to field manipulation, including a doubling of N input either as ammonium nitrate (NH 4 NO 3 ) or as sodium nitrate (NaNO 3 ) solution, resulted in a unique set of N balance data. Our data showed extreme N saturation with near‐quantitative leaching of NO 3 − , by far the dominant form of dissolved inorganic N in soil water. Even after 7 years, NH 4 + , added as NH 4 NO 3 , was nearly fully converted to NO 3 − , thus giving rise to a major acid input into the soil. Despite the large acid input, the decrease in soil pH was insignificant, due to pH buffering caused by Al 3+ mobilization and enhanced SO 4 2− adsorption. In response to the NH 4 NO 3 ‐induced increase in soil acidification and N availability, ground vegetation showed significant reduction of abundance and diversity, while Masson pine growth further declined. By contrast, addition of NaNO 3 did not cause soil acidification. The comparison of NH 4 NO 3 treatment and NaNO 3 treatment indicated that pine growth decline was mainly attributed to acidification‐induced nutrient imbalance, while the loss in abundance of major ground species was the combining effect of N saturation and acidification. Therefore, N emission control is of primary importance to curb further acidification and eutrophication of forest soils in much of subtropical south China." @default.
• W2117651938 created "2016-06-24" @default.
• W2117651938 creator A5015283176 @default.
• W2117651938 creator A5031246359 @default.
• W2117651938 creator A5032068801 @default.
• W2117651938 creator A5044355228 @default.
• W2117651938 creator A5088174174 @default.
• W2117651938 date "2015-11-01" @default.
• W2117651938 modified "2023-10-18" @default.
• W2117651938 title "Nitrogen saturation, soil acidification, and ecological effects in a subtropical pine forest on acid soil in southwest China" @default.
• W2117651938 cites W1517984787 @default.
• W2117651938 cites W1935089707 @default.
• W2117651938 cites W1936524164 @default.
• W2117651938 cites W1951371090 @default.
• W2117651938 cites W1964904676 @default.
• W2117651938 cites W1966524560 @default.
• W2117651938 cites W1967014343 @default.
• W2117651938 cites W1967248741 @default.
• W2117651938 cites W1969910140 @default.
• W2117651938 cites W1991621279 @default.
• W2117651938 cites W2000290153 @default.
• W2117651938 cites W2003156834 @default.
• W2117651938 cites W2003696253 @default.
• W2117651938 cites W2005115523 @default.
• W2117651938 cites W2009473687 @default.
• W2117651938 cites W2011567364 @default.
• W2117651938 cites W2013557870 @default.
• W2117651938 cites W2022345237 @default.
• W2117651938 cites W2025272865 @default.
• W2117651938 cites W2025447648 @default.
• W2117651938 cites W2031137351 @default.
• W2117651938 cites W2033328680 @default.
• W2117651938 cites W2034589708 @default.
• W2117651938 cites W2043646318 @default.
• W2117651938 cites W2044200233 @default.
• W2117651938 cites W2044249992 @default.
• W2117651938 cites W2047004203 @default.
• W2117651938 cites W2049293538 @default.
• W2117651938 cites W2050188792 @default.
• W2117651938 cites W2055642891 @default.
• W2117651938 cites W2064831209 @default.
• W2117651938 cites W2067414163 @default.
• W2117651938 cites W2070123862 @default.
• W2117651938 cites W2075174734 @default.
• W2117651938 cites W2077168250 @default.
• W2117651938 cites W2080455387 @default.
• W2117651938 cites W2082840956 @default.
• W2117651938 cites W2086190455 @default.
• W2117651938 cites W2091007910 @default.
• W2117651938 cites W2093790984 @default.
• W2117651938 cites W2093880921 @default.
• W2117651938 cites W2094838139 @default.
• W2117651938 cites W2098138087 @default.
• W2117651938 cites W2100328882 @default.
• W2117651938 cites W2100356523 @default.
• W2117651938 cites W2102638512 @default.
• W2117651938 cites W2109062407 @default.
• W2117651938 cites W2112148277 @default.
• W2117651938 cites W2116465143 @default.
• W2117651938 cites W2118885226 @default.
• W2117651938 cites W2121205517 @default.
• W2117651938 cites W2121213482 @default.
• W2117651938 cites W2121401500 @default.
• W2117651938 cites W2127817933 @default.
• W2117651938 cites W2130272499 @default.
• W2117651938 cites W2131923280 @default.
• W2117651938 cites W2133041558 @default.
• W2117651938 cites W2146323422 @default.
• W2117651938 cites W2161656901 @default.
• W2117651938 cites W2164026990 @default.
• W2117651938 cites W2170784168 @default.
• W2117651938 cites W2171127082 @default.
• W2117651938 cites W2329180246 @default.
• W2117651938 cites W4235063948 @default.
• W2117651938 cites W4252092923 @default.
• W2117651938 doi "https://doi.org/10.1002/2015jg003048" @default.
• W2117651938 hasPublicationYear "2015" @default.
• W2117651938 type Work @default.
• W2117651938 sameAs 2117651938 @default.
• W2117651938 citedByCount "51" @default.
• W2117651938 countsByYear W21176519382016 @default.
• W2117651938 countsByYear W21176519382017 @default.
• W2117651938 countsByYear W21176519382018 @default.
• W2117651938 countsByYear W21176519382019 @default.
• W2117651938 countsByYear W21176519382020 @default.
• W2117651938 countsByYear W21176519382021 @default.
• W2117651938 countsByYear W21176519382022 @default.
• W2117651938 countsByYear W21176519382023 @default.
• W2117651938 crossrefType "journal-article" @default.
• W2117651938 hasAuthorship W2117651938A5015283176 @default.
• W2117651938 hasAuthorship W2117651938A5031246359 @default.
• W2117651938 hasAuthorship W2117651938A5032068801 @default.
• W2117651938 hasAuthorship W2117651938A5044355228 @default.
• W2117651938 hasAuthorship W2117651938A5088174174 @default.
• W2117651938 hasBestOaLocation W21176519381 @default.
• W2117651938 hasConcept C107872376 @default.
• W2117651938 hasConcept C114614502 @default.
• W2117651938 hasConcept C14168384 @default.

• next