<p>Scatter plots showing (structure corrected) SNP frequencies against predicted flowering time, summer day length and latitude, for 478 accessions without phenotypic observations. In case of predicted flowering time, the prediction method yielding the highest significance is shown for each gene (from top to bottom: RF, CCA, LM, RF). Estimates of SNP frequency were obtained using the program <i>SCAT</i> [<a href="http://www.plosgenetics.org/article/info:doi/10.1371/journal.pgen.1005594#pgen.1005594.ref043" target="_blank">43</a>].</p
Premise of the study: Assortative mating by flowering time can cause temporal genetic structure in s...
<p>Numbers indicate the rank for each gene (1 being the gene with lowest associated p-value). un: un...
Premise of the study: Assortative mating by flowering time can cause temporal genetic structure in s...
<p>The best prediction model for each environment in the data set is in bold. The performance was ev...
<p>A. GWAS results for flowering time (days to silking) in the 282 association panel using genotypin...
<p>(A) Allele frequency change at each of the ∼1750 seasonal SNPs. Allele frequencies are polarized ...
<p>For flowering time (A), four different statistical methods were used (described in Materials and ...
<p>Correlation coefficients between the transcript abundance of the <i>E1</i> (A) or <i>e1-as</i> (B...
In our project we want to determine a set of single nucleotide polymorphisms (SNPs), which have a ma...
<p>Manhattan plot of the log<sub>10</sub>P-values for 43,963 SNPs along the chromosomes (Y-axis) for...
Shown are local distributions of the–log10(P-value) of SNPs associated with MPHABS or parental means...
<div><p>(A) Correlation of <i>FLC</i> RNA levels and DTF in 149 accessions, as measured by qRT-PCR. ...
<p>Left panel: number of known flowering genes recovered, as a function of total number of genes con...
Premise of the study: Assortative mating by flowering time can cause temporal genetic structure in s...
Premise of the study: Assortative mating by flowering time can cause temporal genetic structure in s...
Premise of the study: Assortative mating by flowering time can cause temporal genetic structure in s...
<p>Numbers indicate the rank for each gene (1 being the gene with lowest associated p-value). un: un...
Premise of the study: Assortative mating by flowering time can cause temporal genetic structure in s...
<p>The best prediction model for each environment in the data set is in bold. The performance was ev...
<p>A. GWAS results for flowering time (days to silking) in the 282 association panel using genotypin...
<p>(A) Allele frequency change at each of the ∼1750 seasonal SNPs. Allele frequencies are polarized ...
<p>For flowering time (A), four different statistical methods were used (described in Materials and ...
<p>Correlation coefficients between the transcript abundance of the <i>E1</i> (A) or <i>e1-as</i> (B...
In our project we want to determine a set of single nucleotide polymorphisms (SNPs), which have a ma...
<p>Manhattan plot of the log<sub>10</sub>P-values for 43,963 SNPs along the chromosomes (Y-axis) for...
Shown are local distributions of the–log10(P-value) of SNPs associated with MPHABS or parental means...
<div><p>(A) Correlation of <i>FLC</i> RNA levels and DTF in 149 accessions, as measured by qRT-PCR. ...
<p>Left panel: number of known flowering genes recovered, as a function of total number of genes con...
Premise of the study: Assortative mating by flowering time can cause temporal genetic structure in s...
Premise of the study: Assortative mating by flowering time can cause temporal genetic structure in s...
Premise of the study: Assortative mating by flowering time can cause temporal genetic structure in s...
<p>Numbers indicate the rank for each gene (1 being the gene with lowest associated p-value). un: un...
Premise of the study: Assortative mating by flowering time can cause temporal genetic structure in s...