FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2115581625> ?p ?o ?g. }

• W2115581625 endingPage "639" @default.
• W2115581625 startingPage "626" @default.
• W2115581625 abstract "Abstract Aim Biological invasions and anthropogenic habitat modification are considered to be the leading drivers of global environmental change, yet their synergistic impacts on native communities remain poorly understood. We tested the effects of an invasive grass, Stenotaphrum secundatum , on an endangered coastal swamp forest community across an anthropogenic land use gradient. We also investigated the relative importance of landscape versus local community attributes in mediating the effects of S. secundatum invasion on the community. Location Four hundred kilometres of the coastline of south‐eastern Australia. Methods We compared the diversity, composition and recruitment of resident vegetation in 32 invaded and 32 non‐invaded forest stands across an anthropogenic land use gradient. Local disturbance and environmental attributes of the forest (e.g. fire severity, litter abundance, canopy openness, vegetation structure) and adjacent landscape matrix (e.g. cover of forest, urban and agricultural land) were measured in detail at each site. Results Invasion was associated with substantial local extinctions of native plant species (i.e. 83% fewer species in invaded sites), altered community compositions and an 85% reduction in rates of woody plant recruitment. Local disturbances and environmental attributes of forest stands and adjacent landscape matrix were similar between invaded and native sites. Invasion caused a twofold increase in litter biomass, which we hypothesize is the primary mechanism by which the invader excludes native species. Landscape modification had no effect on the diversity of adjacent swamp forest. There was no interactive effect of landscape modification and invasion on the native community; species losses in response to invasion were high regardless of the condition of the adjacent matrix. Main conclusions We show that impacts of non‐native species are not dependent on landscape context and, unexpectedly, that invasion by an alien plant poses a greater threat to diversity of endangered swamp forests than modification of the adjacent matrix." @default.
• W2115581625 created "2016-06-24" @default.
• W2115581625 creator A5059770638 @default.
• W2115581625 creator A5088735260 @default.
• W2115581625 date "2014-02-10" @default.
• W2115581625 modified "2023-10-14" @default.
• W2115581625 title "Non-interactive effects of plant invasion and landscape modification on native communities" @default.
• W2115581625 cites W1270007624 @default.
• W2115581625 cites W1489838709 @default.
• W2115581625 cites W1497065124 @default.
• W2115581625 cites W1539589682 @default.
• W2115581625 cites W1547545743 @default.
• W2115581625 cites W1604507165 @default.
• W2115581625 cites W1907917033 @default.
• W2115581625 cites W1945049458 @default.
• W2115581625 cites W1964553905 @default.
• W2115581625 cites W1966202173 @default.
• W2115581625 cites W1980401903 @default.
• W2115581625 cites W1981682669 @default.
• W2115581625 cites W1984772338 @default.
• W2115581625 cites W1986411350 @default.
• W2115581625 cites W1990697994 @default.
• W2115581625 cites W1997282094 @default.
• W2115581625 cites W2003419745 @default.
• W2115581625 cites W2012171276 @default.
• W2115581625 cites W2012785947 @default.
• W2115581625 cites W2013073484 @default.
• W2115581625 cites W2016849242 @default.
• W2115581625 cites W2018291517 @default.
• W2115581625 cites W2023969751 @default.
• W2115581625 cites W2028073337 @default.
• W2115581625 cites W2028836169 @default.
• W2115581625 cites W2034438996 @default.
• W2115581625 cites W2049852912 @default.
• W2115581625 cites W2053605143 @default.
• W2115581625 cites W2058212788 @default.
• W2115581625 cites W2058855508 @default.
• W2115581625 cites W2059309240 @default.
• W2115581625 cites W2067432637 @default.
• W2115581625 cites W2071753241 @default.
• W2115581625 cites W2076354480 @default.
• W2115581625 cites W2080137522 @default.
• W2115581625 cites W2082527137 @default.
• W2115581625 cites W2083916033 @default.
• W2115581625 cites W2085072564 @default.
• W2115581625 cites W2090572689 @default.
• W2115581625 cites W2094192871 @default.
• W2115581625 cites W2094490273 @default.
• W2115581625 cites W2096545979 @default.
• W2115581625 cites W2097788276 @default.
• W2115581625 cites W2097908993 @default.
• W2115581625 cites W2099053943 @default.
• W2115581625 cites W2100139492 @default.
• W2115581625 cites W2101368043 @default.
• W2115581625 cites W2102644839 @default.
• W2115581625 cites W2114093436 @default.
• W2115581625 cites W2116964561 @default.
• W2115581625 cites W2118283061 @default.
• W2115581625 cites W2124598518 @default.
• W2115581625 cites W2124627982 @default.
• W2115581625 cites W2127554170 @default.
• W2115581625 cites W2132802641 @default.
• W2115581625 cites W2133992176 @default.
• W2115581625 cites W2134522086 @default.
• W2115581625 cites W2138259279 @default.
• W2115581625 cites W2139555591 @default.
• W2115581625 cites W2142635246 @default.
• W2115581625 cites W2142962934 @default.
• W2115581625 cites W2147939939 @default.
• W2115581625 cites W2149421543 @default.
• W2115581625 cites W2150307736 @default.
• W2115581625 cites W2153442464 @default.
• W2115581625 cites W2157674269 @default.
• W2115581625 cites W2159234862 @default.
• W2115581625 cites W2162370043 @default.
• W2115581625 cites W2163976466 @default.
• W2115581625 cites W2166206900 @default.
• W2115581625 cites W2166377308 @default.
• W2115581625 cites W2168889632 @default.
• W2115581625 cites W2169771774 @default.
• W2115581625 cites W2175995073 @default.
• W2115581625 cites W2178042675 @default.
• W2115581625 cites W4248895114 @default.
• W2115581625 doi "https://doi.org/10.1111/ddi.12178" @default.
• W2115581625 hasPublicationYear "2014" @default.
• W2115581625 type Work @default.
• W2115581625 sameAs 2115581625 @default.
• W2115581625 citedByCount "16" @default.
• W2115581625 countsByYear W21155816252014 @default.
• W2115581625 countsByYear W21155816252015 @default.
• W2115581625 countsByYear W21155816252016 @default.
• W2115581625 countsByYear W21155816252017 @default.
• W2115581625 countsByYear W21155816252019 @default.
• W2115581625 countsByYear W21155816252020 @default.
• W2115581625 countsByYear W21155816252021 @default.
• W2115581625 countsByYear W21155816252022 @default.
• W2115581625 countsByYear W21155816252023 @default.
• W2115581625 crossrefType "journal-article" @default.

• next