Claim · model-written summary
One percent FeSO4 sprays partially alleviated chlorosis at seven of twelve sites.
- Taxon
- Field Beanst0
- Treatment
- One percent FeSO4 sprayse0
- Outcome
- chlorosise0
- Direction
- partially alleviatede0
- Value
- seven of twelve locationse0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleComparatorSettingQualifier
Verbatim
e0“One percent FeSO4 sprays have partially alleviated chlorosis in seven of twelve locations.”
t0“Iron, Phosphorus, Calcium, and Potassium Relationships in Great Northern Field Beans as Affected by Soil Iron and Phosphorus Treatments”
Title
R. R. Allmaras Lincoln (University of Nebraska) 1956
Other claims from this paper (10)
- Observation Leaf nutrient analyses confirmed lime-induced chlorosis in field beans.
- Association Chlorosis prevalence or intensity was not linked to any single soil series.
- Observation Beans grown in greenhouse soil from chlorotic field sites did not become chlorotic.
- Intervention effect Large field phosphorus applications did not induce bean chlorosis.
- Intervention effect Large field phosphorus applications had no significant effect on dry bean yield.
- Intervention effect Greenhouse phosphorus treatment failed to induce chlorosis on soils associated with field chlorosis.
- Intervention effect Iron treatments caused precipitation patterns of phosphorus below ground.
- Intervention effect Soil phosphorus applications increased iron uptake in beans.
- Mechanism The authors considered iron-phosphorus precipitation in above-ground bean parts possible.
- Recommendation Heavy phosphorus application to the preceding sugar beet crop was judged unlikely to cause bean chlorosis through iron or phosphorus nutrition.