FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208430926> ?p ?o ?g. }

• W3208430926 endingPage "119818" @default.
• W3208430926 startingPage "119818" @default.
• W3208430926 abstract "Droughts chronically alter resource availability in forest ecosystems. The increased frequency and severity of such extreme climate events challenge the acclimation potential of tree species especially across the drought-prone Mediterranean region. Pinus nigra is a widely distributed tree species in the Mediterranean region and considered vulnerable to extreme droughts. We used a 1000 km latitudinal gradient from northern Morocco to north-eastern Spain incorporating four regions (Edge-South, Core-South, Core-North and Edge-North) and including different P. nigra provenances. We aim to identify the climate and forest structure related drivers that influence tree radial growth (BAI, basal area increment). We developed statistical models for BAI by incorporating the potential effects of climate and forest structure (diameter and age distributions). Then, we forecasted the future growth of P. nigra forests during the 21st century considering the emission scenario A2 with an expected increase of +2.7 °C at the end of this century. Our results showed large variability across P. nigra populations in terms of environmental conditions, forest structure, and growth. The northernmost P. nigra populations, subjected to wetter and cooler conditions were those presenting the lowest BAI (4.9 cm2), whereas the southernmost P. nigra populations subjected to drier and warmer conditions presented the highest BAI values (11.5 cm2). Pinus nigra growth was enhanced by high spring precipitation, but this positive effect was probably modulated by forest structure. Temperature explained a higher proportion of the BAI variance than precipitation, with warmer summer conditions decreasing growth. Growth projections forecasted a decline in BAI (from 9.6 to 7.0 cm2) across all ecological regions starting around the mid-21st century but being lower in Edge-North populations compared to the other populations. Our study provides quantitative knowledge related to how P. nigra populations have been growing across four distinctive ecological regions. We also provide a forecasting tool that incorporates both climate and stand structure related information to project dynamics in tree populations." @default.
• W3208430926 created "2021-11-08" @default.
• W3208430926 creator A5018598650 @default.
• W3208430926 creator A5023481155 @default.
• W3208430926 creator A5037578251 @default.
• W3208430926 creator A5042010250 @default.
• W3208430926 creator A5048419864 @default.
• W3208430926 creator A5051230496 @default.
• W3208430926 creator A5056839122 @default.
• W3208430926 creator A5076348353 @default.
• W3208430926 creator A5088174691 @default.
• W3208430926 date "2022-02-01" @default.
• W3208430926 modified "2023-10-18" @default.
• W3208430926 title "Forest structure drives the expected growth of Pinus nigra along its latitudinal gradient under warming climate" @default.
• W3208430926 cites W1968992308 @default.
• W3208430926 cites W1981452981 @default.
• W3208430926 cites W1984929526 @default.
• W3208430926 cites W1991308688 @default.
• W3208430926 cites W1994499934 @default.
• W3208430926 cites W1996551619 @default.
• W3208430926 cites W2005512536 @default.
• W3208430926 cites W2015406123 @default.
• W3208430926 cites W2019109474 @default.
• W3208430926 cites W2022868070 @default.
• W3208430926 cites W2040961046 @default.
• W3208430926 cites W2045061985 @default.
• W3208430926 cites W2061145996 @default.
• W3208430926 cites W2079554320 @default.
• W3208430926 cites W2101977959 @default.
• W3208430926 cites W2103303955 @default.
• W3208430926 cites W2105533779 @default.
• W3208430926 cites W2106925355 @default.
• W3208430926 cites W2107413020 @default.
• W3208430926 cites W2108991011 @default.
• W3208430926 cites W2111645678 @default.
• W3208430926 cites W2123337039 @default.
• W3208430926 cites W2142383047 @default.
• W3208430926 cites W2144772939 @default.
• W3208430926 cites W2150067147 @default.
• W3208430926 cites W2154433795 @default.
• W3208430926 cites W2155388502 @default.
• W3208430926 cites W2158805124 @default.
• W3208430926 cites W2159468613 @default.
• W3208430926 cites W2164948397 @default.
• W3208430926 cites W2169017109 @default.
• W3208430926 cites W2182764953 @default.
• W3208430926 cites W2215216616 @default.
• W3208430926 cites W2227218617 @default.
• W3208430926 cites W2246067651 @default.
• W3208430926 cites W2252816481 @default.
• W3208430926 cites W2265901965 @default.
• W3208430926 cites W2280018493 @default.
• W3208430926 cites W2400285447 @default.
• W3208430926 cites W2470539707 @default.
• W3208430926 cites W2520264764 @default.
• W3208430926 cites W2530721232 @default.
• W3208430926 cites W2543366544 @default.
• W3208430926 cites W2549549986 @default.
• W3208430926 cites W2560303966 @default.
• W3208430926 cites W2573549947 @default.
• W3208430926 cites W2765491892 @default.
• W3208430926 cites W2783028833 @default.
• W3208430926 cites W2804130839 @default.
• W3208430926 cites W2810859098 @default.
• W3208430926 cites W2908464532 @default.
• W3208430926 cites W2969791347 @default.
• W3208430926 cites W2997341461 @default.
• W3208430926 cites W3014784829 @default.
• W3208430926 cites W3030319890 @default.
• W3208430926 cites W3092617649 @default.
• W3208430926 cites W3093559703 @default.
• W3208430926 cites W3164699415 @default.
• W3208430926 doi "https://doi.org/10.1016/j.foreco.2021.119818" @default.
• W3208430926 hasPublicationYear "2022" @default.
• W3208430926 type Work @default.
• W3208430926 sameAs 3208430926 @default.
• W3208430926 citedByCount "5" @default.
• W3208430926 countsByYear W32084309262022 @default.
• W3208430926 countsByYear W32084309262023 @default.
• W3208430926 crossrefType "journal-article" @default.
• W3208430926 hasAuthorship W3208430926A5018598650 @default.
• W3208430926 hasAuthorship W3208430926A5023481155 @default.
• W3208430926 hasAuthorship W3208430926A5037578251 @default.
• W3208430926 hasAuthorship W3208430926A5042010250 @default.
• W3208430926 hasAuthorship W3208430926A5048419864 @default.
• W3208430926 hasAuthorship W3208430926A5051230496 @default.
• W3208430926 hasAuthorship W3208430926A5056839122 @default.
• W3208430926 hasAuthorship W3208430926A5076348353 @default.
• W3208430926 hasAuthorship W3208430926A5088174691 @default.
• W3208430926 hasConcept C107054158 @default.
• W3208430926 hasConcept C110872660 @default.
• W3208430926 hasConcept C132651083 @default.
• W3208430926 hasConcept C153294291 @default.
• W3208430926 hasConcept C166957645 @default.
• W3208430926 hasConcept C18678713 @default.
• W3208430926 hasConcept C18903297 @default.
• W3208430926 hasConcept C205649164 @default.
• W3208430926 hasConcept C2910048773 @default.

• next