%0 Figure %A Kellenberger, Roman T. %A M. Schlüter, Philipp %A P. Schiestl, Florian %D 2016 %T Effect of DNA demethylation on plant morphology, floral volatiles, and pollinator choice Fig 3a: Plots showing treatment × genotype interactions on morphological traits and floral volatiles (VOC). %U https://plos.figshare.com/articles/figure/Effect_of_DNA_demethylation_on_plant_morphology_floral_volatiles_and_pollinator_choice_Fig_3a_Plots_showing_treatment_genotype_interactions_on_morphological_traits_and_floral_volatiles_VOC_/4248584 %R 10.1371/journal.pone.0166646.g003 %2 https://plos.figshare.com/ndownloader/files/6927617 %K rapa full-sib groups %K MSAP %K Brassica rapa Plants %K fragment length polymorphism %K Standardised genome-wide demethylation %K model crop plant Brassica rapa %K genome-wide methylation changes %K herbivore-induced DNA methylation changes %K DNA methylation %K caterpillar Pieris brassicae %K pollinator bee Bombus terrestris %K Herbivore-Induced DNA Demethylation Changes Floral Signalling %K jasmonic acid-induced defence %X

A comparison of trait divergence between treatment (left points in each line plot) and control group (right points) across all plant genotypes shows pronounced treatment × genotype interactions for all traits (lines connecting both points; e.g. stronger treatment effects in genotype C, and weaker effects in genotype D). Significant treatment effects are indicated in S3 and S4 Tables. Fig 3b: Barplot showing the choice of B. terrestris in the two-choice assays between control and 5-azaC treatment (percentage and total choices) for all plants as well as for individual genotypes. In total, control plants were favoured over 5-azaC-treated plants with 66.4% to 33.6% landings (top bar with significance asterisks, α = 0.05). The preference for control plants was dependent on plant genotype and very pronounced in genotype C (bars below).

%I PLOS ONE