P0483
Development and use of Genomic Resources to Study Oak Tree Adaptation

Date: Monday, January 14, 2013
Room: Grand Exhibit Hall
Christophe Plomion , INRA Bordeaux, Bordeaux, France
Jean-Marc Aury , CEA - Genoscope, Evry, France
Joelle Amselem , INRA Versailles, VERSAILLES, France
Caroline Belser , CEA - Genoscope, France
Helene Berges , INRA Toulouse, Castanet-Tolosan, France
Catherine Bodénès , INRA Bordeaux, France
Emilie Chancerel , INRA Bordeaux, France
François Ehrenmann , INRA Bordeaux, France
Patricia Faivre Rampant , INRA Evry, Evry, France
Christophe Klopp , INRA Toulouse, France
Antoine Kremer , INRA Bordeaux, France
Karine Labadie , CEA - Genoscope, France
Céline Lalanne , INRA Bordeaux, France
Philippe Leroy , INRA GDEC, France
Isabelle Lesur , INRA Bordeaux, France
Francis Martin , INRA Nancy, France
Céline Noirot , INRA Toulouse, France
Grégoire Le Provost , INRA Bordeaux, France
Hadi Quesneville , INRA - URGI, Versailles, France
Jerome Salse , INRA Clermont-Ferrand, Clermont-Ferrand, France
Corinne DaSilva , CEA - Genoscope, France
Delphine Steinbach , INRA - URGI, Versailles, France
Laure Villate , INRA Bordeaux, France
Due to their biological dominance, their commercial and ecological importance worldwide, an international network was launched recently to develop a coordinated strategy to  sequence several Fagaceae genomes. Among others, these genomic
resources will allow to discover which genes are involved in the adaptation of these organisms to their environments and to study their adaptive potential under current and future climate changes. In Europe, genomic resources are being  developed for sessile, pedunculate, and cork oaks, sweet chestnut  and common beech. With respect to oak, several research units of INRA and the GENOSCOPE join their efforts with three objectives: i/  obtain a reference sequence for the pedunculate oak genome, ii/  annotate the genome and make the data and results available to the scientific community through inter-operable databases, and  iii/  identify genes that matter for tree adaptation through the analysis of adaptive divergence at the transcriptome and genome-wide levels. This poster will recap on that initiative, review major findings and next step to be achieved.