Australian Journal of Agricultural Research · 1959 · 25 citations · 0 references
AgriculturePlant BiologyPlant SciencesPlant PhysiologySeed ScienceSeed TechnologyDormancy BreakingSeed BiologySeed DormancySeed Dormancy BreakingSeed GerminationSeed PhysiologyCarbon DioxideEnvironmental Control Of DormancySeed Dormancy AssessmentSeed Dormancy Breaking TreatmentsSeed Dormancy MechanismsSeed Germination PhysiologySeedling Emergence From Dormancy
Treatment of imbibed seeds with an atmosphere of 2.5 per cent. carbon dioxide is shown to be a powerful means of breaking the dormancy of seeds of a range of small-seeded legumes. On the bases of amount and rate of germination this method is at least as effective as, and usually superior to, holding imbibed seeds at 3-5°C for 3 days. Moreover, the carbon dioxide treatment was effective in most of the cases where cold treatment was ineffective. Some implications of these findings are indicated.