FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2101424512> ?p ?o ?g. }

• W2101424512 endingPage "5410" @default.
• W2101424512 startingPage "5399" @default.
• W2101424512 abstract "Abstract. This study investigated differences in the magnitude and partitioning of the carbon (C) and greenhouse gas (GHG) balances in an age sequence of four white pine (Pinus strobus L.) afforestation stands (7, 20, 35 and 70 years old as of 2009) in southern Ontario, Canada. The 4-year (2004–2008) mean annual carbon dioxide (CO2) exchanges, based on biometric and eddy covariance data, were combined with the 2-year means of static chamber measurements of methane (CH4) and nitrous oxide (N2O) fluxes (2006–2007) and dissolved organic carbon (DOC) export below 1 m soil depth (2004–2005). The total ecosystem C pool increased with age from 46 to 197 t C ha−1 across the four stands. Rates of organic matter cycling (i.e. litterfall and decomposition) were similar among the three older stands. In contrast, considerable differences related to stand age and site quality were observed in the magnitude and partitioning of individual CO2 fluxes, showing a peak in production and respiration rates in the middle-age (20-year-old) stand growing on fertile post-agricultural soil. The DOC export accounted for 10% of net ecosystem production (NEP) at the 7-year-old stand but <2% at the three older stands. The GHG balance from the combined exchanges of CO2, CH4 and N2O was 2.6, 21.6, 13.5 and 4.8 t CO2 equivalent ha−1 year−1 for the 7-, 20-, 35- and 70-year-old stands, respectively. The maximum annual contribution from the combined exchanges of CH4 and N2O to the GHG balance was 13 and 8% in the 7- and 70-year-old stands, respectively, but <1% in the two highly productive middle-age (20- and 35-year-old) stands. Averaged over the entire age sequence, the CO2 exchange was the main driver of the GHG balance in these forests. The cumulative CO2 sequestration over the 70 years was estimated at 129 t C and 297 t C ha−1 year−1 for stands growing on low- and high-productivity sites, respectively. This study highlights the importance of accounting for age and site quality effects on forest C and GHG balances. It further demonstrates a large potential for net C sequestration and climate benefits gained through afforestation of marginal agricultural and fallow lands in temperate regions." @default.
• W2101424512 created "2016-06-24" @default.
• W2101424512 creator A5011750977 @default.
• W2101424512 creator A5064639686 @default.
• W2101424512 creator A5066193570 @default.
• W2101424512 creator A5072142573 @default.
• W2101424512 creator A5075441180 @default.
• W2101424512 creator A5081212737 @default.
• W2101424512 creator A5086884726 @default.
• W2101424512 creator A5087122144 @default.
• W2101424512 creator A5091537265 @default.
• W2101424512 date "2014-10-07" @default.
• W2101424512 modified "2023-10-14" @default.
• W2101424512 title "Carbon and greenhouse gas balances in an age sequence of temperate pine plantations" @default.
• W2101424512 cites W1942752920 @default.
• W2101424512 cites W1969231397 @default.
• W2101424512 cites W1969428396 @default.
• W2101424512 cites W1970527729 @default.
• W2101424512 cites W1971731336 @default.
• W2101424512 cites W1972871537 @default.
• W2101424512 cites W1991634932 @default.
• W2101424512 cites W1992188388 @default.
• W2101424512 cites W1999000426 @default.
• W2101424512 cites W2000121350 @default.
• W2101424512 cites W2005951342 @default.
• W2101424512 cites W2007537037 @default.
• W2101424512 cites W2008371205 @default.
• W2101424512 cites W2014431247 @default.
• W2101424512 cites W2014979009 @default.
• W2101424512 cites W2017524106 @default.
• W2101424512 cites W2018542944 @default.
• W2101424512 cites W2024688237 @default.
• W2101424512 cites W2028883209 @default.
• W2101424512 cites W2035498028 @default.
• W2101424512 cites W2036147904 @default.
• W2101424512 cites W2038270470 @default.
• W2101424512 cites W2040931818 @default.
• W2101424512 cites W2045311634 @default.
• W2101424512 cites W2046788667 @default.
• W2101424512 cites W2047753483 @default.
• W2101424512 cites W2054259981 @default.
• W2101424512 cites W2054527437 @default.
• W2101424512 cites W2056969588 @default.
• W2101424512 cites W2064853384 @default.
• W2101424512 cites W2072452205 @default.
• W2101424512 cites W2074855628 @default.
• W2101424512 cites W2076711862 @default.
• W2101424512 cites W2078624470 @default.
• W2101424512 cites W2086315738 @default.
• W2101424512 cites W2090090605 @default.
• W2101424512 cites W2094876857 @default.
• W2101424512 cites W2105436398 @default.
• W2101424512 cites W2106520471 @default.
• W2101424512 cites W2108920378 @default.
• W2101424512 cites W2109631166 @default.
• W2101424512 cites W2109797775 @default.
• W2101424512 cites W2111853082 @default.
• W2101424512 cites W2112431034 @default.
• W2101424512 cites W2114757531 @default.
• W2101424512 cites W2116546125 @default.
• W2101424512 cites W2117184531 @default.
• W2101424512 cites W2118824892 @default.
• W2101424512 cites W2126507922 @default.
• W2101424512 cites W2130073957 @default.
• W2101424512 cites W2131386567 @default.
• W2101424512 cites W2132157305 @default.
• W2101424512 cites W2135740120 @default.
• W2101424512 cites W2136596893 @default.
• W2101424512 cites W2144285961 @default.
• W2101424512 cites W2145068967 @default.
• W2101424512 cites W2148043243 @default.
• W2101424512 cites W2152047388 @default.
• W2101424512 cites W2156625898 @default.
• W2101424512 cites W2157129839 @default.
• W2101424512 cites W2157892680 @default.
• W2101424512 cites W2161094103 @default.
• W2101424512 cites W2161176557 @default.
• W2101424512 cites W2165405680 @default.
• W2101424512 cites W2165991704 @default.
• W2101424512 cites W2167467195 @default.
• W2101424512 cites W2180289817 @default.
• W2101424512 cites W2969500618 @default.
• W2101424512 cites W4238100621 @default.
• W2101424512 doi "https://doi.org/10.5194/bg-11-5399-2014" @default.
• W2101424512 hasPublicationYear "2014" @default.
• W2101424512 type Work @default.
• W2101424512 sameAs 2101424512 @default.
• W2101424512 citedByCount "16" @default.
• W2101424512 countsByYear W21014245122015 @default.
• W2101424512 countsByYear W21014245122016 @default.
• W2101424512 countsByYear W21014245122017 @default.
• W2101424512 countsByYear W21014245122018 @default.
• W2101424512 countsByYear W21014245122019 @default.
• W2101424512 countsByYear W21014245122020 @default.
• W2101424512 countsByYear W21014245122021 @default.
• W2101424512 countsByYear W21014245122022 @default.
• W2101424512 countsByYear W21014245122023 @default.
• W2101424512 crossrefType "journal-article" @default.

• next