The hybrid origin hypothesis of cultivated rice (Oryza sativa) explains some of the gaps in its RFLP maps and suggests an efficient mapping population for useful genes and QTLs Plant genome and plastome : their structure and evolution : in commemoration of Professor Hitoshi Kihara's Centennial /Second, Gérard Parco, A. Caiole, A. RIZ PLANTE CULTIVEE EVOLUTION POLYMORPHISME GENETIQUE HYBRIDE GENE CARTOGRAPHIE AMELIORATION DES PLANTES AMELIORATION GENETIQUE PHYLOGENIE DOMESTICATION DES PLANTES ETUDE EXPERIMENTALE MARQUEUR GENETIQUE DIVERSITE GENETIQUE TECHNIQUE RFLP QTL.QUANTITATIVE TRAIT LOCUS Kodansha Scientific Tsunewaki, K. (ed.) 1995 text https://www.documentation.ird.fr/hor/fdi:010035411 fdi:010035411 Second Gérard, Parco A., Caiole A.. The hybrid origin hypothesis of cultivated rice (Oryza sativa) explains some of the gaps in its RFLP maps and suggests an efficient mapping population for useful genes and QTLs. In : Tsunewaki K. (ed.), . Plant genome and plastome : their structure and evolution : in commemoration of Professor Hitoshi Kihara's Centennial Kodansha Scientific, 1995, 129-136 EN