FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3094189001> ?p ?o ?g. }

• W3094189001 endingPage "e01331" @default.
• W3094189001 startingPage "e01331" @default.
• W3094189001 abstract "The importance of terrestrial ecosystems for carbon sequestration and climate regulation is acknowledged globally. However, the underlying structural drivers are still not well understood, particularly across distinct tropical forest ecosystems where trees species have different growth habits and potential to reach different maximal size. In particular, how important are different tree size classes in contributing to stand aboveground carbon (AGC) remains unclear across forest ecosystems. Here, we hypothesized that (i) tree size classes would contribute differently to stand AGC across forest ecosystems; and (ii) few species, possibly dominant, would determine most of stand AGC. We tested these hypotheses using a 17-ha sampled inventory data from gallery forests, woodlands and savannahs in the Republic of Benin. We examined (i) how AGC stocks vary among small- (<20 cm), medium- (20–40 cm) and large-size (>40 cm diameter at breast height - dbh) trees; (ii) how the large size class and its individual species contribute to AGC; and (iii) how size class-based taxonomic and structural variables influence AGC? Stand AGC was 23 ± 5, 30 ± 8 and 42 ± 12 MgC ha−1 in savannah, woodland and gallery forest, respectively. There were significant main and interaction effects of vegetation types and size classes. As expected, medium and large-size classes contained more of the AGC, irrespective of the vegetation type. However, gallery forests had the lowest AGC in the <20 cm dbh class, but higher values in medium- and large-size classes as compared to woodlands and savannahs. The top 10 species contributed 82%, 89% and 91% of AGC in gallery forests, woodlands and savannahs, respectively. In addition, five of the top 10 dominant species were shared by the three vegetation types and alone contributed 70–76% of AGC. Tree basal area was the most constant structural attribute influencing AGC; however, its influence shifted with vegetation type and size class, with greater effects of large-size tree basal area in gallery forests, and of medium trees and small trees’ basal area in woodlands and savannahs, respectively. The study shows that (i) AGC allocation to size class varied across vegetation types, and (ii) small and medium trees are also important in predicting AGC, especially in semi-arid environments dominated by high densities of small-size trees (e.g. woodlands and savannahs). It also highlights the importance of few dominant species in contributing a large proportion of AGC stocks. The conservation of these dominant species is essential to avoid substantial decline of AGC stock." @default.
• W3094189001 created "2020-10-29" @default.
• W3094189001 creator A5043153323 @default.
• W3094189001 creator A5051961499 @default.
• W3094189001 creator A5071336258 @default.
• W3094189001 date "2020-12-01" @default.
• W3094189001 modified "2023-10-12" @default.
• W3094189001 title "Aboveground tree carbon stocks in West African semi-arid ecosystems: Dominance patterns, size class allocation and structural drivers" @default.
• W3094189001 cites W1565970802 @default.
• W3094189001 cites W1826135464 @default.
• W3094189001 cites W1913732632 @default.
• W3094189001 cites W1951564719 @default.
• W3094189001 cites W1975625529 @default.
• W3094189001 cites W2004244092 @default.
• W3094189001 cites W2009268531 @default.
• W3094189001 cites W2018045766 @default.
• W3094189001 cites W2029808846 @default.
• W3094189001 cites W2044567908 @default.
• W3094189001 cites W2049728664 @default.
• W3094189001 cites W2104232675 @default.
• W3094189001 cites W2109631166 @default.
• W3094189001 cites W2110996538 @default.
• W3094189001 cites W2133613984 @default.
• W3094189001 cites W2134786487 @default.
• W3094189001 cites W2134966150 @default.
• W3094189001 cites W2162131256 @default.
• W3094189001 cites W2163966812 @default.
• W3094189001 cites W2207489776 @default.
• W3094189001 cites W2302401892 @default.
• W3094189001 cites W2429612702 @default.
• W3094189001 cites W2461457972 @default.
• W3094189001 cites W2525519829 @default.
• W3094189001 cites W2557428208 @default.
• W3094189001 cites W2560615253 @default.
• W3094189001 cites W2572560237 @default.
• W3094189001 cites W2621703135 @default.
• W3094189001 cites W265342630 @default.
• W3094189001 cites W2735003278 @default.
• W3094189001 cites W2751319157 @default.
• W3094189001 cites W2776415808 @default.
• W3094189001 cites W2801259439 @default.
• W3094189001 cites W2802965672 @default.
• W3094189001 cites W2805491636 @default.
• W3094189001 cites W2894735074 @default.
• W3094189001 cites W2896101663 @default.
• W3094189001 cites W2915915395 @default.
• W3094189001 cites W3024276158 @default.
• W3094189001 doi "https://doi.org/10.1016/j.gecco.2020.e01331" @default.
• W3094189001 hasPublicationYear "2020" @default.
• W3094189001 type Work @default.
• W3094189001 sameAs 3094189001 @default.
• W3094189001 citedByCount "13" @default.
• W3094189001 countsByYear W30941890012021 @default.
• W3094189001 countsByYear W30941890012022 @default.
• W3094189001 countsByYear W30941890012023 @default.
• W3094189001 crossrefType "journal-article" @default.
• W3094189001 hasAuthorship W3094189001A5043153323 @default.
• W3094189001 hasAuthorship W3094189001A5051961499 @default.
• W3094189001 hasAuthorship W3094189001A5071336258 @default.
• W3094189001 hasBestOaLocation W30941890011 @default.
• W3094189001 hasConcept C104317684 @default.
• W3094189001 hasConcept C110872660 @default.
• W3094189001 hasConcept C150772632 @default.
• W3094189001 hasConcept C151913843 @default.
• W3094189001 hasConcept C18903297 @default.
• W3094189001 hasConcept C203174812 @default.
• W3094189001 hasConcept C205649164 @default.
• W3094189001 hasConcept C54286561 @default.
• W3094189001 hasConcept C55493867 @default.
• W3094189001 hasConcept C73935091 @default.
• W3094189001 hasConcept C86803240 @default.
• W3094189001 hasConcept C97137747 @default.
• W3094189001 hasConceptScore W3094189001C104317684 @default.
• W3094189001 hasConceptScore W3094189001C110872660 @default.
• W3094189001 hasConceptScore W3094189001C150772632 @default.
• W3094189001 hasConceptScore W3094189001C151913843 @default.
• W3094189001 hasConceptScore W3094189001C18903297 @default.
• W3094189001 hasConceptScore W3094189001C203174812 @default.
• W3094189001 hasConceptScore W3094189001C205649164 @default.
• W3094189001 hasConceptScore W3094189001C54286561 @default.
• W3094189001 hasConceptScore W3094189001C55493867 @default.
• W3094189001 hasConceptScore W3094189001C73935091 @default.
• W3094189001 hasConceptScore W3094189001C86803240 @default.
• W3094189001 hasConceptScore W3094189001C97137747 @default.
• W3094189001 hasFunder F4320322120 @default.
• W3094189001 hasLocation W30941890011 @default.
• W3094189001 hasLocation W30941890012 @default.
• W3094189001 hasOpenAccess W3094189001 @default.
• W3094189001 hasPrimaryLocation W30941890011 @default.
• W3094189001 hasRelatedWork W1612403896 @default.
• W3094189001 hasRelatedWork W1971486960 @default.
• W3094189001 hasRelatedWork W2035559984 @default.
• W3094189001 hasRelatedWork W2049315282 @default.
• W3094189001 hasRelatedWork W2083743497 @default.
• W3094189001 hasRelatedWork W2131810423 @default.
• W3094189001 hasRelatedWork W2224396562 @default.
• W3094189001 hasRelatedWork W2331231781 @default.
• W3094189001 hasRelatedWork W2367186135 @default.

• next