FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4380355425> ?p ?o ?g. }

• W4380355425 endingPage "1721" @default.
• W4380355425 startingPage "1711" @default.
• W4380355425 abstract "Abstract Invasive plants are often characterized by rapid germination and precocious phenology. Theory suggests that early germination may provide invaders with a competitive advantage over slower germinating natives, but the relative contribution of rapid germination versus other intrinsic competitive traits (e.g. rapid growth, high fecundity, broad environmental tolerance) to the success of invaders is poorly understood. Depending on the relationship between germination and competition, shifts in germination phenology due to climate change may increase the dominance of invaders or buffer communities against their impacts. We investigated the link between temperature variation, germination phenology and competitive interactions with a sequence of controlled environment experiments. First, we evaluated the relationships between temperature variation and germination phenology for two herbaceous species found in North American woodlands, the non‐native Hesperis matronalis and native Cryptotaenia canadensis . We then leveraged temperature‐response differences to manipulate the relative germination phenology of these taxa and quantified the effects of their phenological differences on competition. Seeds of the invasive H. matronalis germinated rapidly, reaching 50% germination in under 10 days in all treatment combinations. C. canadensis did not reach 50% germination with less than 7 weeks of cold stratification. However, with more than 10 weeks of cold stratification and low (20/10°C) incubation temperatures, the germination phenology of C. canadensis was well‐matched to that of H. matronalis . When grown together, we found that precocious germination phenology doubled the competitive impact of H. matronalis relative to its other intrinsic competitive traits. Phenological advantage of just 2–3 days relative to C. canadensis was enough to secure competitive dominance at the seedling stage. Synthesis . This study revealed that the mechanistic link between the germination phenology and competitive success of an invasive plant can be strongly mediated by climate sensitivity differences between introduced and native species. Climate change will likely exacerbate these differences, especially in regions where warming reduces cold stratification. Our findings suggest that phenological diversity in native plant communities is an important property of invasion resistance. The relationship between environmental variation, germination dynamics and competition provides a path forward for forecasting climate change impacts on seasonal community assembly and highlights the need to incorporate phenological diversity in restorations." @default.
• W4380355425 created "2023-06-13" @default.
• W4380355425 creator A5025999841 @default.
• W4380355425 creator A5044241995 @default.
• W4380355425 date "2023-06-12" @default.
• W4380355425 modified "2023-10-17" @default.
• W4380355425 title "Contrasting responses to climate variability generate seasonal priority effects between native and invasive forest herbs" @default.
• W4380355425 cites W1797746578 @default.
• W4380355425 cites W1872522172 @default.
• W4380355425 cites W1919713571 @default.
• W4380355425 cites W1964184139 @default.
• W4380355425 cites W1966637734 @default.
• W4380355425 cites W1994577297 @default.
• W4380355425 cites W2002234066 @default.
• W4380355425 cites W2018768046 @default.
• W4380355425 cites W2050561126 @default.
• W4380355425 cites W2060889459 @default.
• W4380355425 cites W2080349775 @default.
• W4380355425 cites W2087478015 @default.
• W4380355425 cites W2108180723 @default.
• W4380355425 cites W2108297624 @default.
• W4380355425 cites W2108692874 @default.
• W4380355425 cites W2112095519 @default.
• W4380355425 cites W2121593847 @default.
• W4380355425 cites W2125527610 @default.
• W4380355425 cites W2129582390 @default.
• W4380355425 cites W2132488635 @default.
• W4380355425 cites W2135481045 @default.
• W4380355425 cites W2135669240 @default.
• W4380355425 cites W2139711371 @default.
• W4380355425 cites W2141548511 @default.
• W4380355425 cites W2143908294 @default.
• W4380355425 cites W2148360533 @default.
• W4380355425 cites W2152902981 @default.
• W4380355425 cites W2153248731 @default.
• W4380355425 cites W2155787699 @default.
• W4380355425 cites W2161300147 @default.
• W4380355425 cites W2161650500 @default.
• W4380355425 cites W2163853616 @default.
• W4380355425 cites W2168445622 @default.
• W4380355425 cites W2170210605 @default.
• W4380355425 cites W2171988270 @default.
• W4380355425 cites W2173818168 @default.
• W4380355425 cites W2174650845 @default.
• W4380355425 cites W2178325217 @default.
• W4380355425 cites W2314266743 @default.
• W4380355425 cites W2319913518 @default.
• W4380355425 cites W2399689942 @default.
• W4380355425 cites W2433006407 @default.
• W4380355425 cites W2512165640 @default.
• W4380355425 cites W2529994834 @default.
• W4380355425 cites W2563895776 @default.
• W4380355425 cites W2588429366 @default.
• W4380355425 cites W2743712595 @default.
• W4380355425 cites W2766857346 @default.
• W4380355425 cites W2896676224 @default.
• W4380355425 cites W2900618726 @default.
• W4380355425 cites W2922633580 @default.
• W4380355425 cites W2944974429 @default.
• W4380355425 cites W2952267279 @default.
• W4380355425 cites W2962758893 @default.
• W4380355425 cites W3012251527 @default.
• W4380355425 cites W3097409485 @default.
• W4380355425 cites W60336222 @default.
• W4380355425 doi "https://doi.org/10.1111/1365-2745.14138" @default.
• W4380355425 hasPublicationYear "2023" @default.
• W4380355425 type Work @default.
• W4380355425 citedByCount "0" @default.
• W4380355425 crossrefType "journal-article" @default.
• W4380355425 hasAuthorship W4380355425A5025999841 @default.
• W4380355425 hasAuthorship W4380355425A5044241995 @default.
• W4380355425 hasConcept C100701293 @default.
• W4380355425 hasConcept C104317684 @default.
• W4380355425 hasConcept C136020623 @default.
• W4380355425 hasConcept C141282968 @default.
• W4380355425 hasConcept C151913843 @default.
• W4380355425 hasConcept C18903297 @default.
• W4380355425 hasConcept C192943249 @default.
• W4380355425 hasConcept C30820588 @default.
• W4380355425 hasConcept C3527866 @default.
• W4380355425 hasConcept C51417038 @default.
• W4380355425 hasConcept C55493867 @default.
• W4380355425 hasConcept C59822182 @default.
• W4380355425 hasConcept C86803240 @default.
• W4380355425 hasConcept C88548481 @default.
• W4380355425 hasConcept C91306197 @default.
• W4380355425 hasConceptScore W4380355425C100701293 @default.
• W4380355425 hasConceptScore W4380355425C104317684 @default.
• W4380355425 hasConceptScore W4380355425C136020623 @default.
• W4380355425 hasConceptScore W4380355425C141282968 @default.
• W4380355425 hasConceptScore W4380355425C151913843 @default.
• W4380355425 hasConceptScore W4380355425C18903297 @default.
• W4380355425 hasConceptScore W4380355425C192943249 @default.
• W4380355425 hasConceptScore W4380355425C30820588 @default.
• W4380355425 hasConceptScore W4380355425C3527866 @default.
• W4380355425 hasConceptScore W4380355425C51417038 @default.
• W4380355425 hasConceptScore W4380355425C55493867 @default.
• W4380355425 hasConceptScore W4380355425C59822182 @default.

• next