Seed Science Research · 2002 · 44 citations · 5 references
AgricultureBotanyPlant SciencesPlant PhysiologyPostharvest PhysiologySeed ScienceSeed BiologySeed Desiccation ToleranceSeed GerminationSeed PhysiologySeed StorageSeed ViabilityHermetic Seed StorageIntermediate Seed StorageSeed Storage BiologySeed Storage ConditionsSeed Storage PhysiologySeed Storage QualitySeed Storage StabilitySeed Storage Temperature
The seed storage behaviour of Fagus sylvatica and F. crenata was investigated. A large fraction of seeds of both species survived desiccation to about 3% moisture content (MC) (in equilibrium with 10% relative humidity at 20°C). Nevertheless, viability was reduced significantly and progressively by desiccation from 14% to 3% MC. In addition, during subsequent hermetic storage at constant temperatures of 20 to –20°C in F. sylvatica and 10 to –20°C in F. crenata seeds, viability was lost more rapidly with reduction in MC below about 7.6–11.5% (40–71%relative humidity at 20°C). Thus, Fagus sylvatica and F. crenata exhibited intermediate seed storage behaviour. Survival at –20°C with 7.8–11.5% ( F. sylvatica ) and 7.6% MC ( F. crenata ) was comparatively good, with 64–84% of seeds remaining able to germinate normally after 2 years of hermetic storage, although this was neither appreciably better nor worse than at 0–10°C. Optimum seed storage environments, within the range investigated, were provided by combining temperatures of –10 to –20°C with 7.8–11.5% ( F. sylvatica ) or 7.6–9.5%( F. crenata ) MC.
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Predicting the storage life of seeds
Ε. H. Roberts · Seed Science and Technology · 1973 · 1.2K citations
An Intermediate Category of Seed Storage Behaviour?
R. H. Ellis, T. D. HONG, Ε. H. Roberts · Journal of Experimental Botany · 1990 · 428 citations
Agriculture, Botany, Plant Sciences +17
Seed storage behaviour in <i>Elaeis guineensis</i>
R. H. Ellis, T. D. HONG, Ε. H. Roberts et al. · Seed Science Research · 1991 · 97 citations