FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2906642006> ?p ?o ?g. }

• W2906642006 abstract "Abstract In the face of resource limitations, plants show plasticity in multiple trait categories, including biomass allocation, morphology and anatomy, yet inevitably also grow less. The extent to which passive mass-scaling plays a role in trait responses that contribute to increased potential for resource acquisition are poorly understood. Here we assessed the role of mass-scaling on the direction, magnitude and coordination of trait plasticity to light and/or nutrient limitation in cultivated sunflower ( Helianthus annuus ). We grew seedlings of ten sunflower genotypes for three weeks in a factorial of light (50% shade) and nutrient (10% supply) limitation in the greenhouse and measured a suite of allocational, morphological and anatomical traits for leaves, stems, fine roots, and tap roots. Under resource limitation, plants were smaller and more biomass was allocated to the organ capturing the most limiting resource, as expected. Traits varied in the magnitude of plasticity and the extent to which the observed response was passive (scaled with plant mass) and/or had an additional active component. None of the allocational responses were primarily passive. Plastic changes to specific leaf area and specific root length were primarily active, and adjusted towards more acquisitive trait values under light and nutrient limitation, respectively. For many traits, the observed response was a mixture of active and passive components, and for some traits the active adjustment was antagonistic to the direction of passive adjustment, e.g. stem height, and tap root and stem theoretical hydraulic conductance. Passive scaling with size played a major role in the coordinated response to light, but correcting for mass clarified that the active responses to both limitations were more similar in magnitude, although still resource and organ specific. Our results demonstrate that both passive plasticity and active plasticity can contribute to increased uptake capacity for limiting resources in a manner that is resource, organ and trait specific. Indeed, passive adjustments (scaling with mass) of traits due to resource stress extends well beyond just mass allocation traits. For a full understanding of plants response to environmental stress both passive and active plasticity needs to be taken into account." @default.
• W2906642006 created "2019-01-01" @default.
• W2906642006 creator A5042017524 @default.
• W2906642006 creator A5084907532 @default.
• W2906642006 creator A5087891551 @default.
• W2906642006 date "2018-12-21" @default.
• W2906642006 modified "2023-10-18" @default.
• W2906642006 title "Plasticity and the role of mass-scaling in allocation, morphology and anatomical trait responses to above and belowground resource limitation in cultivated sunflower (Helianthus annuus L.)" @default.
• W2906642006 cites W1815660822 @default.
• W2906642006 cites W1970101255 @default.
• W2906642006 cites W1982178886 @default.
• W2906642006 cites W2011943637 @default.
• W2906642006 cites W2021125901 @default.
• W2906642006 cites W2023413516 @default.
• W2906642006 cites W2027517645 @default.
• W2906642006 cites W2033994423 @default.
• W2906642006 cites W2037508026 @default.
• W2906642006 cites W2054135401 @default.
• W2906642006 cites W2096212927 @default.
• W2906642006 cites W2096984801 @default.
• W2906642006 cites W2097807369 @default.
• W2906642006 cites W2101364071 @default.
• W2906642006 cites W2102309701 @default.
• W2906642006 cites W2110865470 @default.
• W2906642006 cites W2111661673 @default.
• W2906642006 cites W2113586888 @default.
• W2906642006 cites W2117631271 @default.
• W2906642006 cites W2118295263 @default.
• W2906642006 cites W2120707781 @default.
• W2906642006 cites W2123494621 @default.
• W2906642006 cites W2125786618 @default.
• W2906642006 cites W2126855816 @default.
• W2906642006 cites W2127928904 @default.
• W2906642006 cites W2128620848 @default.
• W2906642006 cites W2130892275 @default.
• W2906642006 cites W2131942074 @default.
• W2906642006 cites W2132452924 @default.
• W2906642006 cites W2134800114 @default.
• W2906642006 cites W2136654560 @default.
• W2906642006 cites W2141484921 @default.
• W2906642006 cites W2150830640 @default.
• W2906642006 cites W2153863902 @default.
• W2906642006 cites W2154524337 @default.
• W2906642006 cites W2163789327 @default.
• W2906642006 cites W2168453107 @default.
• W2906642006 cites W2170607702 @default.
• W2906642006 cites W2171753234 @default.
• W2906642006 cites W2218052335 @default.
• W2906642006 cites W2284861330 @default.
• W2906642006 cites W2293800262 @default.
• W2906642006 cites W2330082907 @default.
• W2906642006 cites W2503018975 @default.
• W2906642006 cites W2538521498 @default.
• W2906642006 cites W2553860495 @default.
• W2906642006 cites W2562092353 @default.
• W2906642006 cites W2588308167 @default.
• W2906642006 cites W2599889871 @default.
• W2906642006 cites W2626088402 @default.
• W2906642006 cites W2657275713 @default.
• W2906642006 cites W2789490739 @default.
• W2906642006 cites W2792597978 @default.
• W2906642006 cites W2806766638 @default.
• W2906642006 cites W2886802822 @default.
• W2906642006 cites W2898603340 @default.
• W2906642006 cites W2915406864 @default.
• W2906642006 cites W2961221564 @default.
• W2906642006 cites W4246325826 @default.
• W2906642006 doi "https://doi.org/10.1101/504316" @default.
• W2906642006 hasPublicationYear "2018" @default.
• W2906642006 type Work @default.
• W2906642006 sameAs 2906642006 @default.
• W2906642006 citedByCount "0" @default.
• W2906642006 crossrefType "posted-content" @default.
• W2906642006 hasAuthorship W2906642006A5042017524 @default.
• W2906642006 hasAuthorship W2906642006A5084907532 @default.
• W2906642006 hasAuthorship W2906642006A5087891551 @default.
• W2906642006 hasBestOaLocation W29066420061 @default.
• W2906642006 hasConcept C106934330 @default.
• W2906642006 hasConcept C115540264 @default.
• W2906642006 hasConcept C144027150 @default.
• W2906642006 hasConcept C18903297 @default.
• W2906642006 hasConcept C199360897 @default.
• W2906642006 hasConcept C2778181364 @default.
• W2906642006 hasConcept C2779197568 @default.
• W2906642006 hasConcept C41008148 @default.
• W2906642006 hasConcept C49799701 @default.
• W2906642006 hasConcept C59822182 @default.
• W2906642006 hasConcept C62277055 @default.
• W2906642006 hasConcept C6557445 @default.
• W2906642006 hasConcept C86803240 @default.
• W2906642006 hasConceptScore W2906642006C106934330 @default.
• W2906642006 hasConceptScore W2906642006C115540264 @default.
• W2906642006 hasConceptScore W2906642006C144027150 @default.
• W2906642006 hasConceptScore W2906642006C18903297 @default.
• W2906642006 hasConceptScore W2906642006C199360897 @default.
• W2906642006 hasConceptScore W2906642006C2778181364 @default.
• W2906642006 hasConceptScore W2906642006C2779197568 @default.
• W2906642006 hasConceptScore W2906642006C41008148 @default.
• W2906642006 hasConceptScore W2906642006C49799701 @default.
• W2906642006 hasConceptScore W2906642006C59822182 @default.

• next