FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4361281569> ?p ?o ?g. }

• W4361281569 endingPage "120949" @default.
• W4361281569 startingPage "120949" @default.
• W4361281569 abstract "Natural regeneration of tree species is sensitive to silvicultural interventions. This study aimed to investigate the effects of different cutting intensities and local topographic and soil conditions on the composition of stable carbon (δ13C) and oxygen (δ18O) isotopes in wood of young beech (Fagus sylvatica L.) trees. Beech saplings in the regeneration layer were sampled in summer 2018 at three study sites in Dinaric fir-beech forests in the karst area of Slovenia. Three different cutting intensities were performed in 2012: i) no cutting (control), ii) 50% cutting of the stand’s growing stock creating thinned stands, and iii) 100% cutting of the stand’s growing stock creating 0.4 ha canopy gaps. We show that δ13C increased along the gradient of cutting intensity. On average, δ13C values in the tree rings were ∼ 2‰ increased in trees from canopy gaps than from closed control stands. Furthermore, δ13C was higher on south-facing slopes characterized by higher air temperatures and lower relative humidity compared to north-facing slopes of karst sinkholes. Additionally, the results suggest a dependence of δ18O on interannual and cross-site climatic variations, particularly in the case of summer precipitation amount. δ18O also responded to soil depth, with beech individuals exhibiting lower values on deeper soils, presumably characterized by higher soil water availability compared to shallow soils. The results are discussed in the context of future climate change, as many beech-dominated forests on karst terrain in the Dinaric Mountains are particularly affected by climate warming and drying due to prolonged and reoccurring summer droughts, intensified large-scale disturbances, and often shallow soils with low water storage capacity." @default.
• W4361281569 created "2023-03-31" @default.
• W4361281569 creator A5009396036 @default.
• W4361281569 creator A5064944253 @default.
• W4361281569 creator A5072688723 @default.
• W4361281569 date "2023-06-01" @default.
• W4361281569 modified "2023-10-09" @default.
• W4361281569 title "Stable isotope composition in tree rings of Fagus sylvatica L. saplings reflects environmental variation induced by silviculture and microsite factors" @default.
• W4361281569 cites W1494206552 @default.
• W4361281569 cites W1963758874 @default.
• W4361281569 cites W1964934958 @default.
• W4361281569 cites W1967774797 @default.
• W4361281569 cites W1969977201 @default.
• W4361281569 cites W1981017127 @default.
• W4361281569 cites W1981179625 @default.
• W4361281569 cites W1981623400 @default.
• W4361281569 cites W1982819597 @default.
• W4361281569 cites W1996991724 @default.
• W4361281569 cites W2001601394 @default.
• W4361281569 cites W2005901620 @default.
• W4361281569 cites W2024376340 @default.
• W4361281569 cites W2024891845 @default.
• W4361281569 cites W2035684913 @default.
• W4361281569 cites W2035884404 @default.
• W4361281569 cites W2054382662 @default.
• W4361281569 cites W2059938725 @default.
• W4361281569 cites W2061876097 @default.
• W4361281569 cites W2068843769 @default.
• W4361281569 cites W2069692768 @default.
• W4361281569 cites W2076341026 @default.
• W4361281569 cites W2081512531 @default.
• W4361281569 cites W2084659566 @default.
• W4361281569 cites W2098103028 @default.
• W4361281569 cites W2113709314 @default.
• W4361281569 cites W2115359717 @default.
• W4361281569 cites W2118546147 @default.
• W4361281569 cites W2118622765 @default.
• W4361281569 cites W2124012630 @default.
• W4361281569 cites W2129363085 @default.
• W4361281569 cites W2136550345 @default.
• W4361281569 cites W2141520503 @default.
• W4361281569 cites W2141556460 @default.
• W4361281569 cites W2143804637 @default.
• W4361281569 cites W2151034630 @default.
• W4361281569 cites W2154246547 @default.
• W4361281569 cites W2154721099 @default.
• W4361281569 cites W2156209478 @default.
• W4361281569 cites W2157517139 @default.
• W4361281569 cites W2158447196 @default.
• W4361281569 cites W2163435797 @default.
• W4361281569 cites W2168364177 @default.
• W4361281569 cites W2169536347 @default.
• W4361281569 cites W2171137015 @default.
• W4361281569 cites W2174857758 @default.
• W4361281569 cites W2215393175 @default.
• W4361281569 cites W2522862144 @default.
• W4361281569 cites W2529543301 @default.
• W4361281569 cites W2570812130 @default.
• W4361281569 cites W2618679970 @default.
• W4361281569 cites W2750713111 @default.
• W4361281569 cites W2901750174 @default.
• W4361281569 cites W2914623514 @default.
• W4361281569 cites W2952100306 @default.
• W4361281569 cites W2980868796 @default.
• W4361281569 cites W2984384812 @default.
• W4361281569 cites W2987235529 @default.
• W4361281569 cites W3006332078 @default.
• W4361281569 cites W3085710189 @default.
• W4361281569 cites W3088427126 @default.
• W4361281569 cites W3089197944 @default.
• W4361281569 cites W3104895181 @default.
• W4361281569 cites W3120088332 @default.
• W4361281569 cites W3136005751 @default.
• W4361281569 cites W3136998134 @default.
• W4361281569 cites W3157099493 @default.
• W4361281569 cites W3157109859 @default.
• W4361281569 cites W3209956833 @default.
• W4361281569 cites W3212268309 @default.
• W4361281569 cites W3215606290 @default.
• W4361281569 cites W4214905418 @default.
• W4361281569 cites W4220759901 @default.
• W4361281569 cites W4236780738 @default.
• W4361281569 cites W4254687493 @default.
• W4361281569 cites W4285196050 @default.
• W4361281569 cites W4285229572 @default.
• W4361281569 cites W4289222460 @default.
• W4361281569 cites W4302287998 @default.
• W4361281569 cites W4361199705 @default.
• W4361281569 doi "https://doi.org/10.1016/j.foreco.2023.120949" @default.
• W4361281569 hasPublicationYear "2023" @default.
• W4361281569 type Work @default.
• W4361281569 citedByCount "0" @default.
• W4361281569 crossrefType "journal-article" @default.
• W4361281569 hasAuthorship W4361281569A5009396036 @default.
• W4361281569 hasAuthorship W4361281569A5064944253 @default.
• W4361281569 hasAuthorship W4361281569A5072688723 @default.
• W4361281569 hasBestOaLocation W43612815691 @default.
• W4361281569 hasConcept C101000010 @default.

• next