Genomic selection is the latest technology added to the suite of conventional methods for tree improvement. It provides an analysis of genomic profiles to enable determination at a young age of the future value individual trees obtained through breeding. Such analysis supports the selection of the best individuals for particular traits. Thus, new improved varieties of trees are available for reforestation much sooner. Several years of research have made it possible to develop this method and make it operational in spruce breeding programs in Québec and New Brunswick. The FastTRAC project is the catalyst for this shift from science to practice.
A virtual tour will allow you to learn more about the production of spruce seedlings from genomic selection and the operational gains achieved as well as the research behind the innovation. This tour contains six panoramic stations (360-degree images that can be moved horizontally and vertically), 35 vignettes (tooltips), and 9 video clips. Start the virtual tour of the FastTRAC project at https://visitesvirtuelles.partenariat.qc.ca/fasttrac/en/app/presentation.