FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3046781455> ?p ?o ?g. }

• W3046781455 endingPage "e01216" @default.
• W3046781455 startingPage "e01216" @default.
• W3046781455 abstract "Climate change and human activities have continuously decreased productivity, carbon storage and soil fertility of global plantations under continuous planting. However, this situation can be largely reversed through appropriate planting density and thinning management. We evaluated the effects of initial planting density and selective thinning management on biomass accumulation and carbon stocks in different plantation compartments, on soil carbon stocks in different stand stages of a chronosequence of evergreen (Cunninghamia lanceolata) plantations in typical hilly and mountainous areas of Jiangxi Province, Southeast China. The result showed that biomass components and carbon storage of tree, understory and the whole ecosystem in C. lanceolata plantations were significantly higher with than without selective thinning treatment, in the low (1150 trees ha−1) than in the high (2460 trees ha−1) initial density in our study. Aboveground vegetation biomass and carbon storage in C. lanceolata plantations increased with stand stages. However, carbon storage of 0–10 cm and 20–40 cm soil depth decreased with stand stages, which indicated certain degraded characteristics of soil carbon in the C. lanceolata plantations. Interestingly, low initial density increased the biomass and carbon storage of trees, shrubs, herbs and 0–20 cm soil depth greater in the pre-mature and mature stands compared to high initial density. Furthermore, these positive effects of low density increased with selective thinning. According to regressions and Detrended Correspondence Analysis (DCA), increment in carbon of trees and 0–10 cm soil with the stand age were significantly higher in the low initial density and with selective thinning than in other three treatments. Therefore, selected thinning and relatively appropriate density might have a significantly positive role in carbon storage of the ecosystem in different stand ages, especially showing a increasing trend of soil carbon. Our results provide the important evidence for selective thinning management of C. lanceolata plantations with regeneration, which plays an important role in improving the carbon storage of degraded C. lanceolata plantations." @default.
• W3046781455 created "2020-08-07" @default.
• W3046781455 creator A5003520375 @default.
• W3046781455 creator A5028891028 @default.
• W3046781455 creator A5036287364 @default.
• W3046781455 creator A5036440775 @default.
• W3046781455 creator A5038649671 @default.
• W3046781455 creator A5062417711 @default.
• W3046781455 creator A5065629591 @default.
• W3046781455 creator A5077674708 @default.
• W3046781455 creator A5082862477 @default.
• W3046781455 creator A5083178455 @default.
• W3046781455 date "2020-12-01" @default.
• W3046781455 modified "2023-10-17" @default.
• W3046781455 title "Selective thinning and initial planting density management promote biomass and carbon storage in a chronosequence of evergreen conifer plantations in Southeast China" @default.
• W3046781455 cites W1582155129 @default.
• W3046781455 cites W1965035738 @default.
• W3046781455 cites W1965461486 @default.
• W3046781455 cites W1966294013 @default.
• W3046781455 cites W1975385848 @default.
• W3046781455 cites W1976189213 @default.
• W3046781455 cites W1977631014 @default.
• W3046781455 cites W1985009998 @default.
• W3046781455 cites W1985173476 @default.
• W3046781455 cites W1994228237 @default.
• W3046781455 cites W2021291390 @default.
• W3046781455 cites W2035449861 @default.
• W3046781455 cites W2036025427 @default.
• W3046781455 cites W2036147904 @default.
• W3046781455 cites W2037138355 @default.
• W3046781455 cites W2043873650 @default.
• W3046781455 cites W2049219549 @default.
• W3046781455 cites W2057264138 @default.
• W3046781455 cites W2059882385 @default.
• W3046781455 cites W2062399553 @default.
• W3046781455 cites W2062703950 @default.
• W3046781455 cites W2089015639 @default.
• W3046781455 cites W2089178244 @default.
• W3046781455 cites W2093694998 @default.
• W3046781455 cites W2102882018 @default.
• W3046781455 cites W2121219348 @default.
• W3046781455 cites W2137526019 @default.
• W3046781455 cites W2150011774 @default.
• W3046781455 cites W2163538224 @default.
• W3046781455 cites W2165233401 @default.
• W3046781455 cites W2174069807 @default.
• W3046781455 cites W2592035871 @default.
• W3046781455 cites W2623260266 @default.
• W3046781455 cites W2736456658 @default.
• W3046781455 cites W2742854735 @default.
• W3046781455 cites W2756826633 @default.
• W3046781455 cites W2765359515 @default.
• W3046781455 cites W2904143890 @default.
• W3046781455 cites W2905841207 @default.
• W3046781455 cites W2919923191 @default.
• W3046781455 cites W2921686758 @default.
• W3046781455 cites W2956148896 @default.
• W3046781455 cites W2964131075 @default.
• W3046781455 cites W2969677640 @default.
• W3046781455 cites W2972739919 @default.
• W3046781455 doi "https://doi.org/10.1016/j.gecco.2020.e01216" @default.
• W3046781455 hasPublicationYear "2020" @default.
• W3046781455 type Work @default.
• W3046781455 sameAs 3046781455 @default.
• W3046781455 citedByCount "9" @default.
• W3046781455 countsByYear W30467814552020 @default.
• W3046781455 countsByYear W30467814552021 @default.
• W3046781455 countsByYear W30467814552022 @default.
• W3046781455 countsByYear W30467814552023 @default.
• W3046781455 crossrefType "journal-article" @default.
• W3046781455 hasAuthorship W3046781455A5003520375 @default.
• W3046781455 hasAuthorship W3046781455A5028891028 @default.
• W3046781455 hasAuthorship W3046781455A5036287364 @default.
• W3046781455 hasAuthorship W3046781455A5036440775 @default.
• W3046781455 hasAuthorship W3046781455A5038649671 @default.
• W3046781455 hasAuthorship W3046781455A5062417711 @default.
• W3046781455 hasAuthorship W3046781455A5065629591 @default.
• W3046781455 hasAuthorship W3046781455A5077674708 @default.
• W3046781455 hasAuthorship W3046781455A5082862477 @default.
• W3046781455 hasAuthorship W3046781455A5083178455 @default.
• W3046781455 hasBestOaLocation W30467814551 @default.
• W3046781455 hasConcept C101000010 @default.
• W3046781455 hasConcept C115540264 @default.
• W3046781455 hasConcept C139669111 @default.
• W3046781455 hasConcept C159390177 @default.
• W3046781455 hasConcept C159750122 @default.
• W3046781455 hasConcept C168741863 @default.
• W3046781455 hasConcept C177924670 @default.
• W3046781455 hasConcept C18903297 @default.
• W3046781455 hasConcept C20529654 @default.
• W3046781455 hasConcept C205649164 @default.
• W3046781455 hasConcept C22884784 @default.
• W3046781455 hasConcept C2776554196 @default.
• W3046781455 hasConcept C2778948613 @default.
• W3046781455 hasConcept C2781353100 @default.
• W3046781455 hasConcept C39432304 @default.
• W3046781455 hasConcept C39464130 @default.
• W3046781455 hasConcept C530467964 @default.

• next