Publication | Closed Access
The effect of temperature on the rate of sprout growth and development within stored onion bulbs
31
Citations
11
References
1987
Year
EngineeringBotanyLeaf InitiationAgricultural EconomicsDry WeightPlant PathologyHorticultural SciencePopulation DevelopmentSprout GrowthCrop PhysiologyPost-harvest PhysiologyPlant Growth RegulatorPlant PhysiologyVegetable ProductionOnion Bulbs
SUMMARY In order to understand better the effects of storage temperature on the time to visible sprouting in stored onions, sprout growth was measured by regularly dissecting samples from bulbs stored at 1, 10, 15 or 25°C for 243 days. The dry‐weight of the shoot or sprout within stored onion bulbs increased exponentially with time. The rate of increase of sprout dry weight, as well as the rate of leaf initiation by the shoot apex was faster at 17° than at 10 or 25°C, and almost zero at 1°C. The rate of loss of dry weight from storage tissue was similar at 17°C and 25°C but slower at 10°C and slower still at 1°C.
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