FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2990947839> ?p ?o ?g. }

• W2990947839 endingPage "117740" @default.
• W2990947839 startingPage "117740" @default.
• W2990947839 abstract "Abstract The tallest species, Sequoia sempervirens, inhabits old-growth forests with global maximum biomass and leaf area. Here we determine if these forests also have maximum productivity. Intensive measurements of 114 trees 18–116 m tall and 115–2340 yr old were used to improve allometric equations for Sequoia. Applying the best available allometry to all vegetation in eleven 1-ha plots re-measured at 5-yr intervals yielded accurate estimates of aboveground biomass and growth increments. Plots initially held 1594–4341 Mg ha−1 of biomass (805–2201 Mg C ha−1), which increased by 14.7–40.7 Mg ha−1 yr−1, including input of dead biomass from outside plots. Live biomass increments ranged from 1.2 to 19.2 Mg ha−1 yr−1 and were dominated by heartwood accumulation in Sequoia (up to 15.6 Mg ha−1 yr−1). Exceptional old-growth Sequoia forests thus produce more aboveground biomass annually—and sequester more carbon in decay-resistant heartwood—than forests dominated by any other species. However, live biomass increments are considerably higher in an exceptional second-growth Sequoia forest and a fully stocked Sequoia plantation. Old-growth forest productivity falls short of the maximum, because growth efficiency declines with increasing tree size such that much of an old forest’s photosynthetic capacity resides in crowns of very large trees producing considerably less aboveground biomass per unit leaf mass than small trees. Decreasing Sequoia growth efficiency is strongly related to heartwood proportions of biomass increments, which increase as trees enlarge with age. With increasing tree size, more productivity may also be directed to roots supporting clonal regeneration, explaining why small Sequoia produce several times more aboveground biomass per unit leaf mass than co-occurring species. Since decay-resistant heartwood promotes tree longevity and supports biodiversity, silviculture that includes indefinite retention of Sequoia trees can sustain high productivity while also improving both the carbon sequestration potential and conservation value of managed forests." @default.
• W2990947839 created "2019-12-05" @default.
• W2990947839 creator A5018757630 @default.
• W2990947839 creator A5025190606 @default.
• W2990947839 creator A5030908474 @default.
• W2990947839 creator A5041591333 @default.
• W2990947839 creator A5090474114 @default.
• W2990947839 date "2020-02-01" @default.
• W2990947839 modified "2023-09-24" @default.
• W2990947839 title "Aboveground biomass dynamics and growth efficiency of Sequoia sempervirens forests" @default.
• W2990947839 cites W1516902267 @default.
• W2990947839 cites W1538806454 @default.
• W2990947839 cites W1540656209 @default.
• W2990947839 cites W1565711050 @default.
• W2990947839 cites W1594729918 @default.
• W2990947839 cites W1599593916 @default.
• W2990947839 cites W1854629006 @default.
• W2990947839 cites W1975762360 @default.
• W2990947839 cites W1980788639 @default.
• W2990947839 cites W1981827347 @default.
• W2990947839 cites W1982838022 @default.
• W2990947839 cites W1990195342 @default.
• W2990947839 cites W1995765492 @default.
• W2990947839 cites W2005244242 @default.
• W2990947839 cites W2008909223 @default.
• W2990947839 cites W2010317530 @default.
• W2990947839 cites W2014653350 @default.
• W2990947839 cites W2016923854 @default.
• W2990947839 cites W2017498953 @default.
• W2990947839 cites W2018743781 @default.
• W2990947839 cites W2023574243 @default.
• W2990947839 cites W2025901698 @default.
• W2990947839 cites W2026039521 @default.
• W2990947839 cites W2028454143 @default.
• W2990947839 cites W2039703545 @default.
• W2990947839 cites W2044238703 @default.
• W2990947839 cites W2072497189 @default.
• W2990947839 cites W2080178912 @default.
• W2990947839 cites W2080870934 @default.
• W2990947839 cites W2083462906 @default.
• W2990947839 cites W2087253894 @default.
• W2990947839 cites W2089852233 @default.
• W2990947839 cites W2096454913 @default.
• W2990947839 cites W2098819341 @default.
• W2990947839 cites W2106233095 @default.
• W2990947839 cites W2106724147 @default.
• W2990947839 cites W2108562013 @default.
• W2990947839 cites W2116635928 @default.
• W2990947839 cites W2119136231 @default.
• W2990947839 cites W2121149788 @default.
• W2990947839 cites W2130776472 @default.
• W2990947839 cites W2134185377 @default.
• W2990947839 cites W2136081045 @default.
• W2990947839 cites W2139427406 @default.
• W2990947839 cites W2148340065 @default.
• W2990947839 cites W2154106574 @default.
• W2990947839 cites W2156985998 @default.
• W2990947839 cites W2168733022 @default.
• W2990947839 cites W2171330942 @default.
• W2990947839 cites W2280101250 @default.
• W2990947839 cites W2324218488 @default.
• W2990947839 cites W2336654167 @default.
• W2990947839 cites W2429612702 @default.
• W2990947839 cites W2523721085 @default.
• W2990947839 cites W2549581241 @default.
• W2990947839 cites W2603733473 @default.
• W2990947839 cites W2611510685 @default.
• W2990947839 cites W2755474083 @default.
• W2990947839 cites W2774192895 @default.
• W2990947839 cites W2789805787 @default.
• W2990947839 cites W2790213578 @default.
• W2990947839 cites W2802669214 @default.
• W2990947839 cites W2849211294 @default.
• W2990947839 cites W2886592818 @default.
• W2990947839 cites W2890878399 @default.
• W2990947839 cites W2895132641 @default.
• W2990947839 cites W2901396108 @default.
• W2990947839 cites W2938937325 @default.
• W2990947839 cites W2949992937 @default.
• W2990947839 cites W2969523923 @default.
• W2990947839 cites W2970731299 @default.
• W2990947839 cites W2976863702 @default.
• W2990947839 cites W2999904304 @default.
• W2990947839 cites W3512670 @default.
• W2990947839 cites W4256109039 @default.
• W2990947839 cites W48605652 @default.
• W2990947839 cites W5381334 @default.
• W2990947839 doi "https://doi.org/10.1016/j.foreco.2019.117740" @default.
• W2990947839 hasPublicationYear "2020" @default.
• W2990947839 type Work @default.
• W2990947839 sameAs 2990947839 @default.
• W2990947839 citedByCount "22" @default.
• W2990947839 countsByYear W29909478392020 @default.
• W2990947839 countsByYear W29909478392021 @default.
• W2990947839 countsByYear W29909478392022 @default.
• W2990947839 countsByYear W29909478392023 @default.
• W2990947839 crossrefType "journal-article" @default.
• W2990947839 hasAuthorship W2990947839A5018757630 @default.

• next