FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2521885642> ?p ?o ?g. }

• W2521885642 endingPage "e0163223" @default.
• W2521885642 startingPage "e0163223" @default.
• W2521885642 abstract "This research investigated how the strength of vegetation–soil–topography couplings varied along a gradient of biogeomorphic succession in two distinct fluvial systems: a forested river floodplain and a coastal salt marsh creek. The strength of couplings was quantified as tri-variance, which was calculated by correlating three singular axes, one each extracted using three-block partial least squares from vegetation, soil, and topography data blocks. Within each system, tri-variance was examined at low-, mid-, and high-elevation sites, which represented early-, intermediate-, and late-successional phases, respectively, and corresponded to differences in ongoing disturbance frequency and intensity. Both systems exhibited clearly increasing tri-variance from the early- to late-successional stages. The lowest-lying sites underwent frequent and intense hydrogeomorphic forcings that dynamically reworked soil substrates, restructured surface landforms, and controlled the colonization of plant species. Such conditions led vegetation, soil, and topography to show discrete, stochastic, and individualistic behaviors over space and time, resulting in a loose coupling among the three ecosystem components. In the highest-elevation sites, in contrast, disturbances that might disrupt the existing biotic–abiotic relationships were less common. Hence, ecological succession, soil-forming processes, and landform evolution occurred in tight conjunction with one another over a prolonged period, thereby strengthening couplings among them; namely, the three behaved in unity over space and time. We propose that the recurrence interval of physical disturbance is important to—and potentially serves as an indicator of—the intensity and mechanisms of vegetation–soil–topography feedbacks in fluvial biogeomorphic systems." @default.
• W2521885642 created "2016-09-30" @default.
• W2521885642 creator A5035023285 @default.
• W2521885642 creator A5069900801 @default.
• W2521885642 date "2016-09-20" @default.
• W2521885642 modified "2023-10-11" @default.
• W2521885642 title "Tri-Variate Relationships among Vegetation, Soil, and Topography along Gradients of Fluvial Biogeomorphic Succession" @default.
• W2521885642 cites W1419653259 @default.
• W2521885642 cites W1515184574 @default.
• W2521885642 cites W1629357151 @default.
• W2521885642 cites W1896179288 @default.
• W2521885642 cites W1915115280 @default.
• W2521885642 cites W1918805287 @default.
• W2521885642 cites W1965589102 @default.
• W2521885642 cites W1969139249 @default.
• W2521885642 cites W1974320648 @default.
• W2521885642 cites W1976540230 @default.
• W2521885642 cites W1977295547 @default.
• W2521885642 cites W1977462640 @default.
• W2521885642 cites W1978385613 @default.
• W2521885642 cites W1984221800 @default.
• W2521885642 cites W1984746449 @default.
• W2521885642 cites W1988674279 @default.
• W2521885642 cites W1997586948 @default.
• W2521885642 cites W2000005324 @default.
• W2521885642 cites W2001693068 @default.
• W2521885642 cites W2004428442 @default.
• W2521885642 cites W2011096838 @default.
• W2521885642 cites W2011522358 @default.
• W2521885642 cites W2022432380 @default.
• W2521885642 cites W2025113439 @default.
• W2521885642 cites W2025867573 @default.
• W2521885642 cites W2028097183 @default.
• W2521885642 cites W2035231008 @default.
• W2521885642 cites W2037928893 @default.
• W2521885642 cites W2040366226 @default.
• W2521885642 cites W2048391057 @default.
• W2521885642 cites W2053404845 @default.
• W2521885642 cites W2054495419 @default.
• W2521885642 cites W2055700616 @default.
• W2521885642 cites W2067432181 @default.
• W2521885642 cites W2070038302 @default.
• W2521885642 cites W2078520011 @default.
• W2521885642 cites W2078638465 @default.
• W2521885642 cites W2081975727 @default.
• W2521885642 cites W2085660799 @default.
• W2521885642 cites W2086003662 @default.
• W2521885642 cites W2088072097 @default.
• W2521885642 cites W2092040144 @default.
• W2521885642 cites W2093482691 @default.
• W2521885642 cites W2097601813 @default.
• W2521885642 cites W2098460673 @default.
• W2521885642 cites W2098827790 @default.
• W2521885642 cites W2104497939 @default.
• W2521885642 cites W2111582090 @default.
• W2521885642 cites W2115279937 @default.
• W2521885642 cites W2116032305 @default.
• W2521885642 cites W2117082147 @default.
• W2521885642 cites W2118724512 @default.
• W2521885642 cites W2118919649 @default.
• W2521885642 cites W2123337039 @default.
• W2521885642 cites W2129117031 @default.
• W2521885642 cites W2129505776 @default.
• W2521885642 cites W2132271520 @default.
• W2521885642 cites W2133124429 @default.
• W2521885642 cites W2139416101 @default.
• W2521885642 cites W2139857790 @default.
• W2521885642 cites W2150630776 @default.
• W2521885642 cites W2157539250 @default.
• W2521885642 cites W2162134688 @default.
• W2521885642 cites W2171291742 @default.
• W2521885642 cites W2173552790 @default.
• W2521885642 cites W2176047931 @default.
• W2521885642 cites W2334593506 @default.
• W2521885642 cites W2481769138 @default.
• W2521885642 cites W256559072 @default.
• W2521885642 cites W4231135982 @default.
• W2521885642 cites W4236510987 @default.
• W2521885642 cites W4300165600 @default.
• W2521885642 doi "https://doi.org/10.1371/journal.pone.0163223" @default.
• W2521885642 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/5029874" @default.
• W2521885642 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27649497" @default.
• W2521885642 hasPublicationYear "2016" @default.
• W2521885642 type Work @default.
• W2521885642 sameAs 2521885642 @default.
• W2521885642 citedByCount "12" @default.
• W2521885642 countsByYear W25218856422019 @default.
• W2521885642 countsByYear W25218856422020 @default.
• W2521885642 countsByYear W25218856422021 @default.
• W2521885642 countsByYear W25218856422022 @default.
• W2521885642 countsByYear W25218856422023 @default.
• W2521885642 crossrefType "journal-article" @default.
• W2521885642 hasAuthorship W2521885642A5035023285 @default.
• W2521885642 hasAuthorship W2521885642A5069900801 @default.
• W2521885642 hasBestOaLocation W25218856421 @default.
• W2521885642 hasConcept C108497213 @default.
• W2521885642 hasConcept C109007969 @default.
• W2521885642 hasConcept C110872660 @default.

• next