… populations from intermediate sites exhibit variation in dormancy levels, both … , seed
dormancy loss can be successfully modelled using hydrothermal time Dormancy loss for a seed …

… understand and predict seed dormancy loss and germinafor each of four collections, seeds
… y are, respectreasonably effective in describing dormancy loss during ively, temperature and …

… dormancy loss in response to a change in the environment. In summary, seed dormancy is
an innate seed … the seed can germinate. The intrinsic molecular mechanisms that determine …

… , we show that dormancy loss is a common phenomenon in ex … We suggest that effective
dormancy breaking and temporal … in seed traits. Furthermore, we caution against the use of …

… This paper examines the pattern of transcript accumulation in dry seeds associated with
increased seed dormancy and dormancy loss in the GA-insensitive sly1-2 (sleepy1-2) mutant of …

… to predict dormancy loss under very dry seed-zone conditions… dormancy loss in field seed
zones with widely fluctuating water potentials, and tested this model with data from a field seed …

… Seed dormancy is an innate seed property that defines the environmental conditions in which
the seed is able … Changes in ABA metabolism during dormancy loss resulting in a low ABA …

… Seed dormancy provides a mechanism for plants to delay germination until conditions are
optimal for survival of the next generation. Dormancy … gaining or losing dormancy until they …

… of seed dormancy is to consider that dormant seeds have base water potentials above 0MPa,
the water potential of free water. As the seed population loses dormancy … dormancy loss. …

… , dormancy can also be lost through scarification of the seed … of physiological seed dormancy
and dormancy loss are not … dormancy whereas the hormone gibberellin A (GA) promotes …