Claim · model-written summary
VOCs of P. acinosa had no significant effect on P. americana.
- Taxon
- P. americana
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Phytolacca americanae3 - Treatment
- VOCs of P. acinosae3
- Interactor
- P. acinosa
Phytolacca acinosae3other - Outcome
- significant effecte3
- Direction
- no significant effecte3
Not reportedMaterialGeneCompoundOrgan / stageSecond interactorSecond interactor roleComparatorSettingValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
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Verbatim
e3“VOCs of P . acinosa had no significant effect on P . americana”
Title
Danfeng Liu; Li Chen; Chao Chen; et al. Ecology and Evolution 2022. doi:10.1002/ece3.8522
Other claims from this paper (15)
- Intervention effect VOCs of invasive P. americana decreased stem length, average leaf number and total number of P. acinosa.
- Intervention effect VOCs of invasive P. americana decreased the length of racemes of P. acinosa.
- Intervention effect VOCs of invasive P. americana decreased total biomass and leaf and flower mass fraction of P. acinosa.
- Intervention effect Low light decreased stem length, average leaf number and total number of P. acinosa.
- Intervention effect Low light decreased the length of racemes of P. acinosa.
- Intervention effect Low light decreased total biomass and leaf and flower mass fraction of P. acinosa.
- Intervention effect Low light affected the specific leaf area of P. acinosa.
- Association Interactions between plant VOCs and light intensity had no significant effect on P. acinosa or P. americana.
- Intervention effect Low light decreased stem length, total number and length of racemes of P. americana.
- Intervention effect Low light decreased total biomass, stem and leaf mass fraction of P. americana.
- Intervention effect Stem length, average leaf area, total number of P. americana were higher than those of P. acinosa.
- Intervention effect Length of racemes, Root/Shoot ratio, root and flower mass fraction of P. americana were higher than those of P. acinosa.
- Intervention effect Average leaf number, specific leaf area and leaf mass fraction of P. americana were lower than those of P. acinosa.
- Observation Native P. acinosa was sensitive to P. americana VOCs and low light.
- Mechanism Higher plant height and more reproductive organ resource allocation of P. americana might contribute to its invasion success.