FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4308589039> ?p ?o ?g. }

• W4308589039 endingPage "3222" @default.
• W4308589039 startingPage "3211" @default.
• W4308589039 abstract "Temperate grasslands exhibit strong spatial and temporal variation in water regimes. Thus, grassland plants experience potentially stressful water regimes, which may influence their tissue silicon (Si) and nitrogen (N) concentrations. Plant Si and N concentrations play important ecological roles in temperate grasslands, for example, by influencing plant performance and herbivory, yet comparisons of species' responses to a broad range of water regimes, including drought, waterlogging and flooding, are lacking. We conducted a mesocosm experiment with 10 temperate grassland species of two life-forms (grasses and forbs) exposed to four different soil water regimes (drought, a benign control, waterlogged and flooded conditions), and analysed their Si and N concentrations. Grasses showed lower Si concentrations under drought and flooding compared to the benign control and the highest concentrations emerged under waterlogging. Overall, plant Si responses of grasses were more uniform, while in forbs, responses varied both in direction and magnitude across species. For N concentrations, all species and life-forms showed the highest concentrations under drought compared to the benign control, while half of the species exhibited decreasing concentrations under waterlogging and/or flooding. The water regimes, especially waterlogging and flooding, induced changes in species rankings of plant Si and N concentrations, with stronger shifts in forbs than in grasses. Our results indicate that spatial and temporal variation of water regimes may influence plant Si and N concentrations in temperate grassland species. Plant Si responses to water regimes might be highly species-specific in forbs but more similar in grasses, whereas plant N responses are likely to be relatively uniform across species and life-forms. The strong plasticity in plant Si and N concentrations we observed might have pervasive consequences for ecological processes, such as herbivory. Read the free Plain Language Summary for this article on the Journal blog." @default.
• W4308589039 created "2022-11-12" @default.
• W4308589039 creator A5010185711 @default.
• W4308589039 creator A5013887157 @default.
• W4308589039 creator A5041819609 @default.
• W4308589039 creator A5053229641 @default.
• W4308589039 creator A5053337064 @default.
• W4308589039 creator A5068195655 @default.
• W4308589039 creator A5069501849 @default.
• W4308589039 creator A5081037578 @default.
• W4308589039 date "2022-11-12" @default.
• W4308589039 modified "2023-10-02" @default.
• W4308589039 title "Plasticity of plant silicon and nitrogen concentrations in response to water regimes varies across temperate grassland species" @default.
• W4308589039 cites W1518897246 @default.
• W4308589039 cites W1546836915 @default.
• W4308589039 cites W1951371090 @default.
• W4308589039 cites W1951724000 @default.
• W4308589039 cites W1964584290 @default.
• W4308589039 cites W1987047334 @default.
• W4308589039 cites W2030584717 @default.
• W4308589039 cites W2039205520 @default.
• W4308589039 cites W2040342573 @default.
• W4308589039 cites W2064652638 @default.
• W4308589039 cites W2084341204 @default.
• W4308589039 cites W2101636807 @default.
• W4308589039 cites W2105319682 @default.
• W4308589039 cites W2108378958 @default.
• W4308589039 cites W2125382680 @default.
• W4308589039 cites W2128584137 @default.
• W4308589039 cites W2148162656 @default.
• W4308589039 cites W2157701243 @default.
• W4308589039 cites W2546729042 @default.
• W4308589039 cites W2606113750 @default.
• W4308589039 cites W2794960162 @default.
• W4308589039 cites W2883751486 @default.
• W4308589039 cites W2889335599 @default.
• W4308589039 cites W2922144871 @default.
• W4308589039 cites W3004532698 @default.
• W4308589039 cites W3037801253 @default.
• W4308589039 cites W3059898168 @default.
• W4308589039 cites W3084163213 @default.
• W4308589039 cites W3128089747 @default.
• W4308589039 cites W3146489905 @default.
• W4308589039 cites W3184248429 @default.
• W4308589039 cites W4245419802 @default.
• W4308589039 cites W4288672219 @default.
• W4308589039 doi "https://doi.org/10.1111/1365-2435.14225" @default.
• W4308589039 hasPublicationYear "2022" @default.
• W4308589039 type Work @default.
• W4308589039 citedByCount "0" @default.
• W4308589039 crossrefType "journal-article" @default.
• W4308589039 hasAuthorship W4308589039A5010185711 @default.
• W4308589039 hasAuthorship W4308589039A5013887157 @default.
• W4308589039 hasAuthorship W4308589039A5041819609 @default.
• W4308589039 hasAuthorship W4308589039A5053229641 @default.
• W4308589039 hasAuthorship W4308589039A5053337064 @default.
• W4308589039 hasAuthorship W4308589039A5068195655 @default.
• W4308589039 hasAuthorship W4308589039A5069501849 @default.
• W4308589039 hasAuthorship W4308589039A5081037578 @default.
• W4308589039 hasBestOaLocation W43085890391 @default.
• W4308589039 hasConcept C110872660 @default.
• W4308589039 hasConcept C150436541 @default.
• W4308589039 hasConcept C180553826 @default.
• W4308589039 hasConcept C18903297 @default.
• W4308589039 hasConcept C202583358 @default.
• W4308589039 hasConcept C2775835988 @default.
• W4308589039 hasConcept C6557445 @default.
• W4308589039 hasConcept C67715294 @default.
• W4308589039 hasConcept C81461190 @default.
• W4308589039 hasConcept C86803240 @default.
• W4308589039 hasConceptScore W4308589039C110872660 @default.
• W4308589039 hasConceptScore W4308589039C150436541 @default.
• W4308589039 hasConceptScore W4308589039C180553826 @default.
• W4308589039 hasConceptScore W4308589039C18903297 @default.
• W4308589039 hasConceptScore W4308589039C202583358 @default.
• W4308589039 hasConceptScore W4308589039C2775835988 @default.
• W4308589039 hasConceptScore W4308589039C6557445 @default.
• W4308589039 hasConceptScore W4308589039C67715294 @default.
• W4308589039 hasConceptScore W4308589039C81461190 @default.
• W4308589039 hasConceptScore W4308589039C86803240 @default.
• W4308589039 hasIssue "12" @default.
• W4308589039 hasLocation W43085890391 @default.
• W4308589039 hasLocation W43085890392 @default.
• W4308589039 hasLocation W43085890393 @default.
• W4308589039 hasOpenAccess W4308589039 @default.
• W4308589039 hasPrimaryLocation W43085890391 @default.
• W4308589039 hasRelatedWork W1553041137 @default.
• W4308589039 hasRelatedWork W2094357110 @default.
• W4308589039 hasRelatedWork W2422096661 @default.
• W4308589039 hasRelatedWork W2556053063 @default.
• W4308589039 hasRelatedWork W2770693553 @default.
• W4308589039 hasRelatedWork W2893952920 @default.
• W4308589039 hasRelatedWork W3005710554 @default.
• W4308589039 hasRelatedWork W3007707513 @default.
• W4308589039 hasRelatedWork W3129879291 @default.
• W4308589039 hasRelatedWork W4308589039 @default.
• W4308589039 hasVolume "36" @default.
• W4308589039 isParatext "false" @default.

• next