Claim · model-written summary
Enhanced Mn uptake under S or superphosphate application is apparently due to decreased soil pH.
- Taxon
- oats
Avena sativae5 - Treatment
- application of S or superphosphatee7
- Outcome
- enhancement of Mn uptakee7
- Qualifier
- the decrease in soil pHe7
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingDirectionValue
Organisms pictured · Representative pictures of the matched species, not figures from the paper.
Verbatim
e5“Applications of 978 kg/ha P (from 20% superphosphate), with or without MnSO 4 , lowered the soil pH and increased the Mn content of oats”
e7“Apparently the enhancement of Mn uptake by the application of S or superphosphate is due to the decrease in soil pH”
Title
J. M. Elliot Canadian Journal of Soil Science 1969. doi:10.4141/cjss69-039
Other claims from this paper (10)
- Intervention effect Foliar MnSO4 at 6.00 or 9.00 kg/ha increased the Mn content of green and cured leaves of flue-cured tobacco.
- Intervention effect Foliar MnSO4 at 6.00 or 9.00 kg/ha did not affect Fe and Cu levels in flue-cured tobacco.
- Intervention effect In greenhouse experiments, MnSO4 at 120 kg/ha raised the Mn content of oats.
- Intervention effect In greenhouse experiments, MnSO4 at 120 kg/ha raised the Mn content of tobacco leaves and stalks.
- Intervention effect Sulfur applied at 1122 kg/ha raised the Mn content of oats.
- Intervention effect Sulfur applied at 1122 kg/ha raised the Mn content of tobacco.
- Intervention effect Sulfur applied at 1122 kg/ha lowered soil pH in the oat study.
- Intervention effect Applied P at 978 kg/ha lowered soil pH in the oat study.
- Intervention effect Applied P at 978 kg/ha increased the Mn content of oats.
- Intervention effect With a high MnSO4 rate, applied P raised the Mn content of tobacco stalks and top leaves.