FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3012078412> ?p ?o ?g. }

• W3012078412 abstract "Abstract Epilithic mosses are early colonizers of the terrestrial biosphere, which constitute a special ecosystem regulating rock‐atmosphere interactions. Terrestrial mosses can take up nitrate (NO 3 − ), a major form of bioavailable N, from soil substrates. However, the importance of substrate NO 3 − relative to atmospheric NO 3 − remains unclear in moss NO 3 − utilization. This has prevented the understanding of moss NO 3 − dynamics and their responses to environmental N loadings. This study investigated monthly concentrations, δ 15 N, and δ 18 O of NO 3 − in four epilithic moss species from August 2006 to August 2007 in Guiyang, southwestern China. We developed a non‐steady state isotope mass‐balance model to evaluate fractional contributions of atmospheric NO 3 − ( Ф atm ) and soil NO 3 − ( Ф soil ), moss NO 3 − uptake flux ( F influx ), moss NO 3 − reduction flux ( F reduction ), and the percentage of NO 3 − reduction in moss NO 3 − uptake ( f reduced ). The monthly Ф soil values averaged 53 ± 13% and the monthly f reduced values averaged 50 ± 35%. Both the monthly F reduction and f reduced increased as the monthly F influx increased, particularly when the Ф soil values were higher than Ф atm values. However, the amount of annual NO 3 − reduction (219.7 ± 30.5 μg‐N/g, dw) accounted for only 1.0 ± 0.2% of the bulk N of the mosses. We conclude that half of the NO 3 − in epilithic mosses is derived from the soil NO 3 − and that NO 3 − uptake from the soil induces moss NO 3 − reduction, but the total NO 3 − assimilation contributed a low fraction of the total N in the studied mosses. These findings are important for understanding N sources and N dynamics in terrestrial mosses." @default.
• W3012078412 created "2020-03-23" @default.
• W3012078412 creator A5000554967 @default.
• W3012078412 creator A5042633188 @default.
• W3012078412 creator A5042868552 @default.
• W3012078412 creator A5044770137 @default.
• W3012078412 creator A5069070427 @default.
• W3012078412 creator A5085828577 @default.
• W3012078412 creator A5091262029 @default.
• W3012078412 creator A5091299248 @default.
• W3012078412 date "2020-06-01" @default.
• W3012078412 modified "2023-10-15" @default.
• W3012078412 title "A Non‐steady State Model Based on Dual Nitrogen and Oxygen Isotopes to Constrain Moss Nitrate Uptake and Reduction" @default.
• W3012078412 cites W1532608843 @default.
• W3012078412 cites W1583373444 @default.
• W3012078412 cites W1964734173 @default.
• W3012078412 cites W1966398875 @default.
• W3012078412 cites W1971214033 @default.
• W3012078412 cites W1972143321 @default.
• W3012078412 cites W1974061140 @default.
• W3012078412 cites W1976432988 @default.
• W3012078412 cites W1978000021 @default.
• W3012078412 cites W1978836266 @default.
• W3012078412 cites W1982584098 @default.
• W3012078412 cites W1992296960 @default.
• W3012078412 cites W1993515769 @default.
• W3012078412 cites W1997066995 @default.
• W3012078412 cites W2000240491 @default.
• W3012078412 cites W2005898250 @default.
• W3012078412 cites W2006320505 @default.
• W3012078412 cites W2009375795 @default.
• W3012078412 cites W2013770343 @default.
• W3012078412 cites W2014268327 @default.
• W3012078412 cites W2025254507 @default.
• W3012078412 cites W2035469940 @default.
• W3012078412 cites W2045353276 @default.
• W3012078412 cites W2048671565 @default.
• W3012078412 cites W2050213428 @default.
• W3012078412 cites W2050763944 @default.
• W3012078412 cites W2058799713 @default.
• W3012078412 cites W2059133917 @default.
• W3012078412 cites W2061856745 @default.
• W3012078412 cites W2073917480 @default.
• W3012078412 cites W2077094879 @default.
• W3012078412 cites W2084516975 @default.
• W3012078412 cites W2084800474 @default.
• W3012078412 cites W2086419733 @default.
• W3012078412 cites W2090784248 @default.
• W3012078412 cites W2093094612 @default.
• W3012078412 cites W2095659600 @default.
• W3012078412 cites W2101090511 @default.
• W3012078412 cites W2103510450 @default.
• W3012078412 cites W2106067153 @default.
• W3012078412 cites W2108655399 @default.
• W3012078412 cites W2119910179 @default.
• W3012078412 cites W2120182953 @default.
• W3012078412 cites W2132921485 @default.
• W3012078412 cites W2139152831 @default.
• W3012078412 cites W2141439533 @default.
• W3012078412 cites W2143682253 @default.
• W3012078412 cites W2146323422 @default.
• W3012078412 cites W2146802273 @default.
• W3012078412 cites W2148202456 @default.
• W3012078412 cites W2156848914 @default.
• W3012078412 cites W2160586369 @default.
• W3012078412 cites W2163887309 @default.
• W3012078412 cites W2167656608 @default.
• W3012078412 cites W2170611639 @default.
• W3012078412 cites W2315483012 @default.
• W3012078412 cites W2330044997 @default.
• W3012078412 cites W2334902041 @default.
• W3012078412 cites W2724635204 @default.
• W3012078412 cites W2726309165 @default.
• W3012078412 cites W2792271534 @default.
• W3012078412 cites W2937621204 @default.
• W3012078412 cites W620492482 @default.
• W3012078412 doi "https://doi.org/10.1029/2019jg005498" @default.
• W3012078412 hasPublicationYear "2020" @default.
• W3012078412 type Work @default.
• W3012078412 sameAs 3012078412 @default.
• W3012078412 citedByCount "2" @default.
• W3012078412 countsByYear W30120784122021 @default.
• W3012078412 crossrefType "journal-article" @default.
• W3012078412 hasAuthorship W3012078412A5000554967 @default.
• W3012078412 hasAuthorship W3012078412A5042633188 @default.
• W3012078412 hasAuthorship W3012078412A5042868552 @default.
• W3012078412 hasAuthorship W3012078412A5044770137 @default.
• W3012078412 hasAuthorship W3012078412A5069070427 @default.
• W3012078412 hasAuthorship W3012078412A5085828577 @default.
• W3012078412 hasAuthorship W3012078412A5091262029 @default.
• W3012078412 hasAuthorship W3012078412A5091299248 @default.
• W3012078412 hasConcept C107872376 @default.
• W3012078412 hasConcept C110872660 @default.
• W3012078412 hasConcept C127313418 @default.
• W3012078412 hasConcept C153294291 @default.
• W3012078412 hasConcept C178790620 @default.
• W3012078412 hasConcept C185592680 @default.
• W3012078412 hasConcept C18903297 @default.
• W3012078412 hasConcept C205649164 @default.
• W3012078412 hasConcept C2776384668 @default.

• next