At present, knowledge about the (eco-)evolutionary effects of polyploidy is largely based on either the comparison of contemporary polyploids with their diploid ancestors' descendants, or based on signatures of Whole Genome Duplications (WGDs) in present-day plant genomes. These comparative methods, although informative, suffer from potential biases introduced by evolution of both the polyploid and the descendants of its ancestors after establishment.

Alongside studying the evolution of duplicated genomes through experimental evolution, we also investigate the evolution of polyploid genomes using computer-based in-silico simulations. These simulations involve tracking the evolution of (duplicated) artificial genomes that encode gene regulatory networks, providing valuable insights into the dynamics and adaptation of polyploid systems.

Seagrasses are unique flowering plants, adapted to a fully submerged existence in the highly saline environment of the ocean, where they must root in reducing sediments, endure chronic light limitation and withstand considerable hydrodynamic forces. In spite of these obstacles, the 80 or so species are among the most widely distributed flowering plants with recently measured estimates of coverage ranging from 600,000 km² to a modeled value of 1.6 million km².

The African Orphan Crops Consortium (AOCC) aims to sequence, assemble and annotate the genomes of more than 100 traditional neglected or under-utilized African crops, as well as to re-sequence hundred lines for each species. 

ORCAE - AOCC

 These reference genomes are made available through our online genome annotation system ORCAE at http://bioinformatics.psb.ugent.be/orcae/aocc