Seed dormancy varies greatly between species, clades, communities, and regions. We
propose that fireprone ecosystems create ideal conditions for the selection of seed …

Many internal (inherent) and environmental (imposed) factors control seed dormancy and
germination that we divide into three basic dormancy‐release pathways: Maternal structures …

Seed germination and dormancy are vital components of seed quality; hence,
understanding these processes is essential for a sound seed production system. The two …

Seed dormancy maximizes plant recruitment in habitats with variation in environmental
suitability for seedling establishment. Yet, we still lack a comprehensive synthesis of the …

Accelerated global warming is leading to the loss of plant species diversity, and ex situ
preservation of seeds is becoming an increasingly important aspect of species conservation …

For a successful germination and plant growth, seeds must germinate at the right time.
Seeds must become nondormant and must fulfill the seed germination requirements. These …

Physiological dormancy (PD) is the most common class of seed dormancy on earth. It is
highly variable and is an important part of the adaptation of many species to their habitat …

Context In ecosystems where rainfall is episodic or highly seasonal, plant recruitment from a
soil-stored seed bank occurs during periods of elevated soil moisture conducive to …

Many weeds produce dormant seeds that are unable to complete germination under
favourable conditions. There are two types of seed dormancy: primary dormancy (innate …

Symplocos paniculata is a highly desirable oil species for biodiesel and premium edible oil
feedstock. While germplasm preservation and breeding are crucial, the severity of seed …