… In the present paper, we measure the variation in seed longevity of wild populations of …
different locations. The study aims to examine the variation in seed longevity among different …

… with the other populations. Although a number of significant differences between populations
were seen … The most striking finding of this study is the large difference in variation between …

… Most have been QTL studies using biparental mapping populations, leading to the identification
of large chromosome regions rather than candidate genes. The marker interval of the …

… , plant, habitat, or environmental trait will explain a significant proportion of the variation in
seed longevity between species, this study has identified traits that, taken together, allow for …

… We performed integrated QTL analyses on natural variation that exists for seed longevity
after natural aging. We used six RIL populations that were stored between 4 and 7 years at …

… maintain high levels of viability to avoid loss of genotypes from the population while storing
… of the variation in p 50 and we have not considered intra-specific variation in seed longevity …

… variation in the longevity of seeds of different species, but at the same time, relatively little
variation in the longevity of seeds from different seed … seed longevity can vary across diverse …

… plant trait databases, whatever the population characteristics and the selection … seed
longevity and dormancy are different or not according to putative genetic differences of populations…

… for determining seed persistence would … , seed longevity is defined as the inherent life
span of seeds, as studied ex situ. Seed longevity is a component of field persistence, as seeds …

… Seed longevity has been related to various seed properties … various seed stresses we
expected, and found evidence for, colocations for CDT QTLs and QTLs for tolerance to other seed …