Claim · model-written summary
Drought significantly reduced intercellular carbon dioxide concentration.
- Taxon
- sweet potato
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Ipomoea batatast0 - Treatment
- drought stresst1
- Outcome
- intercellular carbon dioxide concentration (Ci)e0
- Direction
- declinede0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingValueQualifier
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
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Verbatim
e0“intercellular carbon dioxide concentration (Ci) declined significantly”
t0“sweet potato under drought stress”
t1“sweet potato under drought stress”
Title
Lingjun Zhu; Xiaohou Shao; Y. C. Zhang; et al. Journal of Food Agriculture & Environment 2012
Other claims from this paper (13)
- Intervention effect Drought significantly reduced sweet potato leaf and petiole biomass.
- Intervention effect Drought slightly increased sweet potato root biomass.
- Intervention effect Drought markedly increased sweet potato leaf water use efficiency.
- Intervention effect Higher potassium fertilization reduced leaf, petiole and total biomass.
- Intervention effect K150 produced greater water use efficiency than no potassium or K300.
- Intervention effect Drought significantly reduced net photosynthesis, transpiration and stomatal conductance.
- Intervention effect Drought significantly increased stomatal limitation and water use efficiency.
- Intervention effect K150 to K300 fertilization increased stomatal conductance, transpiration and intercellular CO2.
- Intervention effect K150 to K300 fertilization decreased stomatal limitation and water use efficiency.
- Intervention effect K150 did not obviously change Rubisco activity or chlorophyll contents.
- Intervention effect K300 significantly decreased Rubisco activity and chlorophyll contents.
- Intervention effect Potassium application increased water productivity.
- Recommendation Sweet potato potassium fertilization should be tailored to the actual situation.