Genetics of wood traits in Salix

Last changed: 05 February 2024
A hand with a measuring tool measures the diameter of a twig, photo.

Here, we are developing markers in key genes for wood traits that make early selection possible. This makes breeding more efficient and increase the potential genetic gain.

In order to develop and breed willow varieties that are better suited for use as biofuel crops, we need to improve our understanding of the structure and chemistry of willow wood. We also need to know more about the genetic variation in different wood traits that will provide for improved lignocellulose disruption and subsequent enzymatic saccharification.

Almost half a century of pre-breeding research and commercial breeding of Salix in Sweden gives access to a wide range of well defined Salix material. In this project we will utilize this unique material to assess the aims below.

These are our aims for this project:

  • Identify variation in wood/chemical properties in Salix clones and estimate their correlation with production of biogas, bioethanol and biodiesel
  • Identify associations between genetic markers and wood/chemical traits
  • Estimate the effect of these markers on the phenotype and find possibilities for breeding

Involved in the project

Ann-Christin Rönnberg Wästljung

Associate Professor at the Department of Plant Biology
Telephone: 018-673316
E-mail: anki.wastljung@slu.se

Geoffrey Daniel

Professor at the Department of Forest Products
Telephone:
018-672489, 070-6832062

E-mail: geoffrey.daniel@slu.se

Nasko Terziev

Professor at the Department of Forest Products; Division of Wood Science
Telephone: 018-672589, 070-6672589
E-mail: nasko.terziev@slu.se

Martin Weih

Professor at the Department of Crop Protection Ecology
Telephone: 018-672543
E-mail: martin.weih@slu.se

Nils-Erik Nordh

Research Engineer at the Department of Crop Production
Telephone: 018-672561
E-mail: nils-erik.nordh@slu.se


Contact

Geoffrey Daniel

Researcher at the Department of Forest Products, SLU
Telephone:
018-672489, 070-6832062

E-mail: geoffrey.daniel@slu.se