… , phenotypic variation is expected to reflect the genetic variation … Seed longevity and seed
vigor are traits of complex nature and … A test commonly used to assess seed longevity is a …

… Here, we study natural variation for seed longevity in order to reveal its genetic regulators …
with seed dormancy. We have performed integrated QTL analyses for seed longevity, …

… seed coat removal, gibberellins, and an abscisic acid biosynthesis inhibitor. The role of
the Ler/Cvi allelic variation in … The possible role of this allelic variation in seed dormancy is …

… Light and temperature are key external factors in the control of Arabidopsis thaliana seed …
This natural variation was exploited to identify genetic loci responsible for cold-tolerant, dark …

… naturally aged and artificially aged (after CDT) seeds, which led them to conclude that ASPG1
is an important player in seed longevity, … source of natural variation in seed longevity [72]. …

… of the allelic variation between Cervil and LA0147 identified 88 polymorphisms with two of
them leading to a non-synonymous modification in exon 1 that might explain variation in t50 (…

… Compared with conventional biparental QTL mapping, GWA has several advantages: (1)
it can identify a range of genes with allelic variation among a large number of diverse …

… longevity, which may be partially related to the seed dormancy phenotype of these mutants.
Mutants with seed … of a ‘functional’ seed coat for seed longevity. A specific emphasis was …

… allelic variation in the Rc gene – specifically a bHLH TF that regulates pro-anthocyanidin (PAs)
synthesis – there is variation in seed … stress in seed longevity (viability loss) as PAs are an …

… this interspecific variability of seed longevity variation within a … The accessions investigated
coming from a seed multiplication … 1) must be due to genetic variation in seed longevity. It …