Botanical Gazette · 1962 · 23 citations · 1 references
Life SciencesBotanyPlant SciencesPhotosynthesisPlant EcophysiologyPlant PhysiologyAromatic PlantsChemical Defense In PlantsFlowering PhysiologyPlant RespirationRespiration PhysiologyCo2 AcclimationConcentrationRespiration Rate MeasurementRespiration Rate ReductionRespiration Rate SuppressionRespiration RatesSeedling BioassaysStress Effects On Respiration
1. N6-benzylaminopurine-treated flower stalks of carnation and chrysanthemum, held for 7 days at 21.1⚬ C., respired less than control flower stalks as indexed by CO2 evolution. 2. Carnations exhibited a greater over-all response to the chemical than did chrysanthemum. Respiration rates of treated flower stalks were inhibited 22.2% for carnation and 13.6% for chrysanthemum. 3. The threshold concentration of N6-benzylaminopurine for inhibiting the respiration rate and improving the keeping quality of carnation and chrysanthemum flower stalks was found to be between 0 and 10 p.p.m.
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Senescence Inhibition and Respiration
R. R. Dedolph, S. H. Wittwer, V. Tuli · Science · 1961 · 32 citations