FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2964817650> ?p ?o ?g. }

• W2964817650 endingPage "1816" @default.
• W2964817650 startingPage "1801" @default.
• W2964817650 abstract "In the Greater Cape Floristic Region (GCFR) of South Africa, afrotemperate forest islands persist within a broader landscape of Mediterranean-type fynbos shrubland. The co-existence of these contrasting vegetation types in the same climate space suggests interactions between broad-scale climatic parameters and localised variables (notably local disturbance regimes and catchment hydrology). In this study, palaeoecological data from a fynbos-forest boundary were used to assess the effects of interactions between changes in climate, fire and land use on vegetation dynamics and biome resilience at millennial timescales. Fossil pollen, spores and charcoal were extracted from radiocarbon-dated sediment cores to provide proxies for vegetation, hydrology, large herbivore abundance and fire. Constrained hierarchical clustering (CONISS) was applied to the fossil data to identify distinct vegetation assemblages in the palaeoecological record, and to further elucidate ecosystem trajectories through time. Regional palaeoenvironmental data are also referred to in inferring local and regional environmental changes. We expected to find shifts between fynbos and forest alternate stable states associated with changes in fire and rainfall. More specifically, we anticipated fynbos expansion during drier periods and/or those with more fire, and forest expansion during wetter and/or less fire prone periods. However, the fossil pollen data reveal remarkable stability of the fynbos-forest ecotone over the past 3000 years, despite significant changes in climate, fire and land-use. We found resilience of fynbos was enhanced through internal dynamics, namely, a shift from grassy, fire-prone fynbos in warmer, less seasonal time periods with less summer drought stress, to proteoid fynbos with less frequent fire during times of greater summer drought stress. The emergent properties of the respective fynbos types offset physiological advantages to forest species afforded by changes in the fire-free interval and abundant abiotic resource supply, inhibiting invasion of the former biome by the latter. We suggest these mechanisms require further investigation." @default.
• W2964817650 created "2019-08-13" @default.
• W2964817650 creator A5011805851 @default.
• W2964817650 creator A5035251791 @default.
• W2964817650 creator A5047982929 @default.
• W2964817650 date "2019-07-31" @default.
• W2964817650 modified "2023-09-26" @default.
• W2964817650 title "Between- and within-biome resistance and resilience at the fynbos-forest ecotone, South Africa" @default.
• W2964817650 cites W129410898 @default.
• W2964817650 cites W1456267370 @default.
• W2964817650 cites W148225515 @default.
• W2964817650 cites W1513202717 @default.
• W2964817650 cites W1593542181 @default.
• W2964817650 cites W1726676652 @default.
• W2964817650 cites W1843763927 @default.
• W2964817650 cites W1929931889 @default.
• W2964817650 cites W1963624875 @default.
• W2964817650 cites W1975080801 @default.
• W2964817650 cites W1975669915 @default.
• W2964817650 cites W1985387986 @default.
• W2964817650 cites W1992664212 @default.
• W2964817650 cites W1993991901 @default.
• W2964817650 cites W1998913342 @default.
• W2964817650 cites W2003085075 @default.
• W2964817650 cites W2005579546 @default.
• W2964817650 cites W2011303397 @default.
• W2964817650 cites W2015741278 @default.
• W2964817650 cites W2018396712 @default.
• W2964817650 cites W2021353258 @default.
• W2964817650 cites W2025548323 @default.
• W2964817650 cites W2030872433 @default.
• W2964817650 cites W2032333703 @default.
• W2964817650 cites W2034933485 @default.
• W2964817650 cites W2037053597 @default.
• W2964817650 cites W2037359762 @default.
• W2964817650 cites W2045822371 @default.
• W2964817650 cites W2046582745 @default.
• W2964817650 cites W2047939958 @default.
• W2964817650 cites W2052035688 @default.
• W2964817650 cites W2053184198 @default.
• W2964817650 cites W2055382752 @default.
• W2964817650 cites W2055602499 @default.
• W2964817650 cites W2057755745 @default.
• W2964817650 cites W2063548203 @default.
• W2964817650 cites W2069659987 @default.
• W2964817650 cites W2075565937 @default.
• W2964817650 cites W2080485657 @default.
• W2964817650 cites W2083253705 @default.
• W2964817650 cites W2084452470 @default.
• W2964817650 cites W2095216123 @default.
• W2964817650 cites W2095298482 @default.
• W2964817650 cites W2096192024 @default.
• W2964817650 cites W2097555805 @default.
• W2964817650 cites W2103948957 @default.
• W2964817650 cites W2106565849 @default.
• W2964817650 cites W2112995619 @default.
• W2964817650 cites W2114252772 @default.
• W2964817650 cites W2115271402 @default.
• W2964817650 cites W2119105175 @default.
• W2964817650 cites W2123058372 @default.
• W2964817650 cites W2130082155 @default.
• W2964817650 cites W2139857660 @default.
• W2964817650 cites W2142217176 @default.
• W2964817650 cites W2143618255 @default.
• W2964817650 cites W2146073476 @default.
• W2964817650 cites W2163294234 @default.
• W2964817650 cites W2163954777 @default.
• W2964817650 cites W2167394390 @default.
• W2964817650 cites W2322480672 @default.
• W2964817650 cites W2324950196 @default.
• W2964817650 cites W2341387709 @default.
• W2964817650 cites W2481076258 @default.
• W2964817650 cites W2484152225 @default.
• W2964817650 cites W2488920281 @default.
• W2964817650 cites W2490539744 @default.
• W2964817650 cites W2493649438 @default.
• W2964817650 cites W2503090635 @default.
• W2964817650 cites W2592225866 @default.
• W2964817650 cites W272072270 @default.
• W2964817650 cites W2766813936 @default.
• W2964817650 cites W4206093750 @default.
• W2964817650 cites W4246956081 @default.
• W2964817650 cites W4301301213 @default.
• W2964817650 cites W560550503 @default.
• W2964817650 cites W565014266 @default.
• W2964817650 cites W593171640 @default.
• W2964817650 doi "https://doi.org/10.1177/0959683619862046" @default.
• W2964817650 hasPublicationYear "2019" @default.
• W2964817650 type Work @default.
• W2964817650 sameAs 2964817650 @default.
• W2964817650 citedByCount "6" @default.
• W2964817650 countsByYear W29648176502020 @default.
• W2964817650 countsByYear W29648176502021 @default.
• W2964817650 countsByYear W29648176502022 @default.
• W2964817650 countsByYear W29648176502023 @default.
• W2964817650 crossrefType "journal-article" @default.
• W2964817650 hasAuthorship W2964817650A5011805851 @default.
• W2964817650 hasAuthorship W2964817650A5035251791 @default.

• next