Claim · model-written summary
During drought, foliar sodium selenite favored formation of wheat reproductive organs.
- Taxon
- wheat
Triticum aestivume0 - Treatment
- leaf treatment of plants with sodium selenitee0
- Outcome
- formation of reproductive organse0
- Qualifier
- In conditions of droughte0
Not reportedComparatorDirection
Verbatim
e0“In conditions of drought, during leaf treatment of plants with sodium selenite, favorable conditions were created for the formation of reproductive organs of wheat”
Title
I. I. Seregina Агрохимия 2024. doi:10.31857/s0002188124040102
Other claims from this paper (14)
- Association Wheat production depended on selenium application method under optimal water supply and drought.
- Association Wheat production depended on varietal characteristics under optimal water supply and drought.
- Mechanism Selenium was proposed to enhance the ear’s acceptor properties.
- Observation Under these conditions grain was better supplied with assimilates.
- Observation These conditions enabled the maximum possible wheat grain yield.
- Intervention effect During drought, foliar sodium selenite stimulated assimilate outflow into forming wheat grain.
- Intervention effect Foliar sodium selenite reduced depression of wheat crop formation during drought.
- Intervention effect Selenium increased total key amino acid content.
- Association The increased amino acid content significantly affected plant antioxidant status.
- Association The increased amino acid content contributed to plant adaptive potential.
- Intervention effect Selenium positively affected the content of several amino acids.
- Intervention effect Selenium positively affected methionine assimilation.
- Mechanism The authors proposed selenomethionine synthesis as an explanation for the methionine result.
- Intervention effect Selenium had a greater effect in Zlata wheat than Ester wheat.