… correlates with reduced seed longevity. Here, we study natural variation for seed longevity
in order to reveal its genetic regulators and their possible association with seed dormancy. …

… Natural variation in longevity among populations of the same … In the present paper, we
measure the variation in seed longevity … The study aims to examine the variation in seed longevity …

… anyone handling seeds. We therefore set out to determine the relative seed longevity of diverse
… Since antioxidants are purported to play a role in seed storability, the antioxidant activity …

… Although we have not been able to explain some of the variation in p 50 and we have not
considered intra-specific variation in seed longevity resulting from genetic or environmental …

… There are also significant variations in seed longevity in relation to the climate or … , Asia
and Australia, genotypic variation in seed longevity was independent of the geographical origin …

… Seed longevity has been related to various seed properties … , phenotypic variation is expected
to reflect the genetic variation … Seed longevity and seed vigor are traits of complex nature …

… Cytoplasmic genomes are an additional source of natural variation in seed longevity [72].
Cytoplasmic genomes include chloroplast and mitochondrial genomes, which differ from the …

… in ABA-mediated seed dormancy and longevity. Seed longevity largely relies on the viability
of embryos. Nevertheless, characterization of mutants with altered seed coat structure and …

… F-statistics (fixed term) and estimated variance component (random term) values indicate
the absence of phylogeny signal in the variation of our alpine seed longevity. …

… Seed longevity, a fundamental plant trait for ex situ conservation and persistence in the soil
of many species, varies … the extent to which differences in seed longevity are due to genetic …