FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2043458549> ?p ?o ?g. }

• W2043458549 endingPage "502" @default.
• W2043458549 startingPage "490" @default.
• W2043458549 abstract "Theoretical and empirical work has established a positive relationship between resource availability and habitat invasibility. For nonnative invasive annual grasses, similar to other invasive species, invader success has been tied most often to increased nitrogen (N) availability. These observations have led to the logical assumption that managing soils for low N availability will facilitate restoration of invasive plant-dominated systems. Although invasive annual grasses pose a serious threat to a number of perennial-dominated ecosystems worldwide, there has been no quantitative synthesis evaluating the degree to which soil N management may facilitate restoration efforts. We used meta-analysis to evaluate the degree to which soil N management impacts growth and competitive ability of annual and perennial grass seedlings. We then link our analysis to current theories of plant ecological strategies and community assembly to improve our ability to understand how soil N management may be used to restore annual grass-dominated communities. Across studies, annual grasses maintained higher growth rates and greater biomass and tiller production than perennials under low and high N availability. We found no evidence that lowering N availability fundamentally alters competitive interactions between annual and perennial grass seedlings. Competitive effects of annual neighbors on perennial targets were similar under low and high N availability. Moreover, in most cases perennials grown under competition in high-N soils produced more biomass than perennials grown under competition in low-N soils. While these findings counter current restoration and soil N management assumptions, these results are consistent with current plant ecological strategy and community assembly theory. Based on our results and these theories we argue that, in restoration scenarios in which the native plant community is being reassembled from seed, soil N management will have no direct positive effect on native plant establishment unless invasive plant propagule pools and priority effects are controlled the first growing season." @default.
• W2043458549 created "2016-06-24" @default.
• W2043458549 creator A5024939368 @default.
• W2043458549 creator A5025649050 @default.
• W2043458549 creator A5037606643 @default.
• W2043458549 creator A5073412862 @default.
• W2043458549 date "2011-03-01" @default.
• W2043458549 modified "2023-10-18" @default.
• W2043458549 title "Managing soil nitrogen to restore annual grass-infested plant communities: effective strategy or incomplete framework?" @default.
• W2043458549 cites W1279013735 @default.
• W2043458549 cites W1492038667 @default.
• W2043458549 cites W156859395 @default.
• W2043458549 cites W1570444761 @default.
• W2043458549 cites W1656575120 @default.
• W2043458549 cites W1883053733 @default.
• W2043458549 cites W1967886993 @default.
• W2043458549 cites W1969452374 @default.
• W2043458549 cites W1969511088 @default.
• W2043458549 cites W1971623944 @default.
• W2043458549 cites W1974435056 @default.
• W2043458549 cites W1978456455 @default.
• W2043458549 cites W1981882523 @default.
• W2043458549 cites W1985136633 @default.
• W2043458549 cites W1988838897 @default.
• W2043458549 cites W1990290532 @default.
• W2043458549 cites W1994904012 @default.
• W2043458549 cites W1996091787 @default.
• W2043458549 cites W1998157179 @default.
• W2043458549 cites W2003538997 @default.
• W2043458549 cites W2006628006 @default.
• W2043458549 cites W2006786598 @default.
• W2043458549 cites W2012792751 @default.
• W2043458549 cites W2026587199 @default.
• W2043458549 cites W2027373859 @default.
• W2043458549 cites W2041013410 @default.
• W2043458549 cites W2044822361 @default.
• W2043458549 cites W2047130393 @default.
• W2043458549 cites W2049852912 @default.
• W2043458549 cites W2054850558 @default.
• W2043458549 cites W2055424972 @default.
• W2043458549 cites W2060889459 @default.
• W2043458549 cites W2081366550 @default.
• W2043458549 cites W2095879858 @default.
• W2043458549 cites W2098974605 @default.
• W2043458549 cites W2103026252 @default.
• W2043458549 cites W2108178382 @default.
• W2043458549 cites W2112486274 @default.
• W2043458549 cites W2112836916 @default.
• W2043458549 cites W2114664807 @default.
• W2043458549 cites W2114773779 @default.
• W2043458549 cites W2116297397 @default.
• W2043458549 cites W2117329063 @default.
• W2043458549 cites W2118295263 @default.
• W2043458549 cites W2120677773 @default.
• W2043458549 cites W2122284985 @default.
• W2043458549 cites W2123398112 @default.
• W2043458549 cites W2125032119 @default.
• W2043458549 cites W2126602143 @default.
• W2043458549 cites W2132201475 @default.
• W2043458549 cites W2137186371 @default.
• W2043458549 cites W2141365420 @default.
• W2043458549 cites W2143659897 @default.
• W2043458549 cites W2144344137 @default.
• W2043458549 cites W2145731645 @default.
• W2043458549 cites W2147329028 @default.
• W2043458549 cites W2147573737 @default.
• W2043458549 cites W2148267710 @default.
• W2043458549 cites W2148534890 @default.
• W2043458549 cites W2151279668 @default.
• W2043458549 cites W2154402587 @default.
• W2043458549 cites W2154524337 @default.
• W2043458549 cites W2161109294 @default.
• W2043458549 cites W2164501087 @default.
• W2043458549 cites W2167109558 @default.
• W2043458549 cites W2178042675 @default.
• W2043458549 cites W2179431321 @default.
• W2043458549 cites W2179545422 @default.
• W2043458549 cites W2183330800 @default.
• W2043458549 cites W2319698071 @default.
• W2043458549 cites W2324099935 @default.
• W2043458549 cites W2331136980 @default.
• W2043458549 cites W2516960710 @default.
• W2043458549 cites W4237093133 @default.
• W2043458549 cites W4247573241 @default.
• W2043458549 cites W4248793869 @default.
• W2043458549 cites W4249772220 @default.
• W2043458549 doi "https://doi.org/10.1890/10-0280.1" @default.
• W2043458549 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21563579" @default.
• W2043458549 hasPublicationYear "2011" @default.
• W2043458549 type Work @default.
• W2043458549 sameAs 2043458549 @default.
• W2043458549 citedByCount "78" @default.
• W2043458549 countsByYear W20434585492012 @default.
• W2043458549 countsByYear W20434585492013 @default.
• W2043458549 countsByYear W20434585492014 @default.
• W2043458549 countsByYear W20434585492015 @default.
• W2043458549 countsByYear W20434585492016 @default.
• W2043458549 countsByYear W20434585492017 @default.

• next