The growing knowledge about the influence of transposable elements (TE s) on (a) long‐
term genome and transcriptome evolution;(b) genomic, transcriptomic and epigenetic …

Duplication events are regarded as sources of evolutionary novelty, but our understanding
of general trends for the long-term trajectory of additional genomic material is still lacking …

Understanding how plants adapt to changing environments and the potential contribution of
transposable elements (TEs) to this process is a key question in evolutionary genomics …

Understanding what factors influence plastic and genetic variation is valuable for predicting
how organisms respond to changes in the selective environment. Here, using gene …

Transposable elements (TE) are selfish genetic elements that can cause harmful mutations.
In Drosophila, it has been estimated that half of all spontaneous visible marker phenotypes …

Transposable elements (TEs) make up a significant portion of eukaryotic genomes and are
important drivers of genome evolution. However, the extent to which TEs affect gene …

The evolutionary dynamics of the conflict between transposable elements (TE s) and their
host genome remain elusive. This conflict will be intense in stress‐adapted plants as stress …

Many plants harbor complex mechanisms that promote outcrossing and efficient pollen
transfer. These include floral adaptations as well as genetic mechanisms, such as molecular …

Transposable elements (TEs) have been seen as selfish genetic elements that can
propagate in a host genome. Their propagation success is however hindered by a …

Recognition of the important role of transposable elements (TEs) in eukaryotic genomes
quickly led to a burgeoning literature modeling and estimating the effects of selection on …