Claim · model-written summary
Borisfen maintained relatively stable FS II function during wilting.
- Taxon
- garden rosest0
- Material
- cv. ‘Borisfen’e0
- Outcome
- functioning of FS IIe0
- Direction
- relatively stablee0
Not reportedGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingValueQualifier
Verbatim
e0“cv. ‘Borisfen’and R. foetida species had relatively stable functioning of FS II”
t0“garden roses”
Title
Physiological and biochemical parameters of drought tolerance of some genotypes of garden roses
Oksana Grebennikova; Ruslana Pilkevich; Tatiana Gubanova; et al. BIO Web of Conferences 2023. doi:10.1051/bioconf/20236702014
Other claims from this paper (19)
- Observation Borisfen had the best leaf water holding and recovery.
- Observation R. hugonis had the best leaf water holding and recovery.
- Observation R. indica had unstable water regime under simulated dry weather.
- Observation R. bracteata had unstable water regime under simulated dry weather.
- Observation R. rouletti had unstable water regime under simulated dry weather.
- Observation R. foetida had unstable water regime under simulated dry weather.
- Observation Metabolism recovered after mild wilting in R. hugonis.
- Observation Metabolism recovered after mild wilting in R. bracteata.
- Observation Metabolism recovered after mild wilting in R. indica.
- Observation Metabolism recovered after mild wilting in Borisfen.
- Observation Dry-weather wilting caused no irreversible metabolic disturbances in R. hugonis.
- Observation Dry-weather wilting caused no irreversible metabolic disturbances in R. bracteata.
- Observation Dry-weather wilting caused no irreversible metabolic disturbances in Borisfen.
- Observation R. foetida maintained relatively stable FS II function during wilting.
- Observation Simulated dry weather irreversibly disturbed the oxygen releasing complex and thylakoids in R. gallica.
- Observation R. indica showed irreversible oxygen complex and thylakoid damage after water recovery.
- Observation R. bracteata showed irreversible oxygen complex and thylakoid damage after water recovery.
- Observation Borisfen had the highest drought tolerance.
- Observation R. hugonis had the highest drought tolerance.