FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2158805124> ?p ?o ?g. }

• W2158805124 endingPage "805" @default.
• W2158805124 startingPage "797" @default.
• W2158805124 abstract "Current climatic trends involve both increasing temperatures and climatic variability, with extreme events becoming more frequent. Increasing concern on extreme climatic events has triggered research on vegetation shifts. However, evidences of vegetation shifts resulting from these events are still relatively rare. Empirical evidence supports the existence of stabilizing processes minimizing and counteracting the effects of these events, reinforcing community resilience. We propose a demographic framework to understand this inertia to change based on the balance between adult mortality induced by the event and enhanced recruitment or adult survival after the event. The stabilizing processes potentially contributing to this compensation include attenuation of the adult mortality caused by the event, due to site quality variability, to tolerance, phenotypic variability, and plasticity at population level, and to facilitative interactions. Mortality compensation may also occur by increasing future survival due to beneficial effect on growth and survival of the new conditions derived from global warming and increased climatic variability, to lowered competition resulting from reduced density in affected stands, or to antagonistic release when pathogens or predators are vulnerable to the event or the ongoing climatic conditions. Finally, mortality compensation may appear by enhanced recruitment due to release of competition with established vegetation, for instance as a consequence of gap openings after event-caused mortality, or to the new conditions, which may be more favorable for seedling establishment, or to enhanced mutualistic interactions (pollination, dispersal). There are important challenges imposed by the need of long-term studies, but a research agenda focused on potentially stabilizing processes is well suited to understand the variety of responses, including lack of sudden changes and community inertia that are frequently observed in vegetation under extreme events. This understanding is crucial for the establishment of sound management strategies and actions addressed to improve ecosystem resilience under climate change scenarios." @default.
• W2158805124 created "2016-06-24" @default.
• W2158805124 creator A5029320453 @default.
• W2158805124 creator A5053563490 @default.
• W2158805124 creator A5054611811 @default.
• W2158805124 creator A5057907074 @default.
• W2158805124 creator A5072865664 @default.
• W2158805124 date "2012-01-09" @default.
• W2158805124 modified "2023-10-05" @default.
• W2158805124 title "Extreme climatic events and vegetation: the role of stabilizing processes" @default.
• W2158805124 cites W1502566860 @default.
• W2158805124 cites W1552897649 @default.
• W2158805124 cites W1601047599 @default.
• W2158805124 cites W1866670500 @default.
• W2158805124 cites W1967839820 @default.
• W2158805124 cites W1972276215 @default.
• W2158805124 cites W1974889617 @default.
• W2158805124 cites W1978815659 @default.
• W2158805124 cites W1981548234 @default.
• W2158805124 cites W1993071761 @default.
• W2158805124 cites W1996023225 @default.
• W2158805124 cites W1997570828 @default.
• W2158805124 cites W1998918998 @default.
• W2158805124 cites W2021752782 @default.
• W2158805124 cites W2022616490 @default.
• W2158805124 cites W2024226212 @default.
• W2158805124 cites W2027548316 @default.
• W2158805124 cites W2033266074 @default.
• W2158805124 cites W2044790348 @default.
• W2158805124 cites W2050858470 @default.
• W2158805124 cites W2051924043 @default.
• W2158805124 cites W2052486546 @default.
• W2158805124 cites W2064321574 @default.
• W2158805124 cites W2064346432 @default.
• W2158805124 cites W2078401284 @default.
• W2158805124 cites W2078762391 @default.
• W2158805124 cites W2084289793 @default.
• W2158805124 cites W2093932342 @default.
• W2158805124 cites W2096870124 @default.
• W2158805124 cites W2097647145 @default.
• W2158805124 cites W2099062637 @default.
• W2158805124 cites W2100749039 @default.
• W2158805124 cites W2101364071 @default.
• W2158805124 cites W2101977959 @default.
• W2158805124 cites W2102307468 @default.
• W2158805124 cites W2103297144 @default.
• W2158805124 cites W2106276251 @default.
• W2158805124 cites W2108078280 @default.
• W2158805124 cites W2114832886 @default.
• W2158805124 cites W2116032305 @default.
• W2158805124 cites W2119893173 @default.
• W2158805124 cites W2122582889 @default.
• W2158805124 cites W2125550848 @default.
• W2158805124 cites W2129328218 @default.
• W2158805124 cites W2133264403 @default.
• W2158805124 cites W2134152049 @default.
• W2158805124 cites W2134800114 @default.
• W2158805124 cites W2136121995 @default.
• W2158805124 cites W2137058134 @default.
• W2158805124 cites W2139549265 @default.
• W2158805124 cites W2140131090 @default.
• W2158805124 cites W2140664585 @default.
• W2158805124 cites W2145136656 @default.
• W2158805124 cites W2152576274 @default.
• W2158805124 cites W2153383733 @default.
• W2158805124 cites W2153531951 @default.
• W2158805124 cites W2154802888 @default.
• W2158805124 cites W2157274337 @default.
• W2158805124 cites W2158780600 @default.
• W2158805124 cites W2163856480 @default.
• W2158805124 cites W2165037481 @default.
• W2158805124 cites W2165846872 @default.
• W2158805124 cites W2166203172 @default.
• W2158805124 cites W2170095398 @default.
• W2158805124 cites W2170851689 @default.
• W2158805124 cites W2171366010 @default.
• W2158805124 cites W2270715058 @default.
• W2158805124 cites W34821026 @default.
• W2158805124 cites W4250757077 @default.
• W2158805124 doi "https://doi.org/10.1111/j.1365-2486.2011.02624.x" @default.
• W2158805124 hasPublicationYear "2012" @default.
• W2158805124 type Work @default.
• W2158805124 sameAs 2158805124 @default.
• W2158805124 citedByCount "371" @default.
• W2158805124 countsByYear W21588051242012 @default.
• W2158805124 countsByYear W21588051242013 @default.
• W2158805124 countsByYear W21588051242014 @default.
• W2158805124 countsByYear W21588051242015 @default.
• W2158805124 countsByYear W21588051242016 @default.
• W2158805124 countsByYear W21588051242017 @default.
• W2158805124 countsByYear W21588051242018 @default.
• W2158805124 countsByYear W21588051242019 @default.
• W2158805124 countsByYear W21588051242020 @default.
• W2158805124 countsByYear W21588051242021 @default.
• W2158805124 countsByYear W21588051242022 @default.
• W2158805124 countsByYear W21588051242023 @default.
• W2158805124 crossrefType "journal-article" @default.
• W2158805124 hasAuthorship W2158805124A5029320453 @default.

• next