New technologies for upgrading the selection of teak genotypes and their clonal propagation

Chaix Gilles, Goh Doreen Kim Soh, Baillères Henri, Boutahar Nabila, Monteuuis Olivier. 2007. New technologies for upgrading the selection of teak genotypes and their clonal propagation. In : Processing and marketing of teak wood products of planted forests : regional workshop. KFRI, ITTO, Ministry of Environment and Forests of India, IUFRO. s.l. : s.n., 18 p. Regional workshop on Processing and marketing of teak wood products of planted forests, Peechi, Inde, 25 September 2007/28 September 2007.

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Abstract : The dramatic reduction of high grade teak timber supplies from natural stands and the concomitant worldwide demand increase have accounted for a greater interest in teak plantation establishment, especially from wisely selected clones for ensuring the best yield and quality returns with the shortest delays. Outcomes from fifteen years of collaborative research in Sabah, East Malaysia, between the Sabah Foundation Group and CIRAD on teak genetic improvement including early selection on wood traits, combined with the development of efficient nursery and in vitro propagation methods have led to the availability of superior quality planting stock. Results of this work have enabled the development of a 'package' of technologies for upgrading the clonal selection and delivery, which is now paying off as evidenced by the widespread interest and demands for our clonal materials from buyers in Malaysia and around the world. Quality control of the planting material is essential to guarantee the reliability and the future of teak clonal forestry. The initial selection of candidate trees, traditionally based on their external features only, can now be refined by taking into account at an early stage economically important wood characteristics such as sapwood percentage, specific gravity, shrinkage, figure, natural durability. The purpose is to enhance the ultimate value of the clones planted either in the form of monoculture or agroforestry systems. Reliable DNA markers have been developed both for identifying the genetic background and the possible relatedness of the candidate genotypes for wiser and safer clonal deployment. These molecular analyses are also useful for checking the genotypic conformity of the propagated clones, as well as to ensure that trading practices comply with laws on intellectual property rights. (Résumé d'auteur)

Classification Agris : F30 - Plant genetics and breeding

Auteurs et affiliations

  • Chaix Gilles, CIRAD-BIOS-UPR Génétique forestière (FRA)
  • Goh Doreen Kim Soh, Yayasan Sabah Group (MYS)
  • Baillères Henri, CIRAD-PERSYST-UPR Bois tropicaux (AUS)
  • Boutahar Nabila, CIRAD-PERSYST-UPR Bois tropicaux (FRA)
  • Monteuuis Olivier, CIRAD-BIOS-UPR Génétique forestière (FRA)

Autres liens de la publication

Source : Cirad - Agritrop (

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