Forest Genetics Section


Overview

Concerted reforestation efforts in British Columbia began in the 1950s and at that time there was the realization that, like our crop species, forest trees could benefit from some selection of the more desirable individuals from the wild. A tree breeding and improvement program began to reduce plantation failures and realize economic gains in tree growth and quality. Today, managing and conserving forest genetic resources is an essential component of forest stewardship and of a globally competitive forest industry. The Ministry of Forests and Range (MoFR) Forest Genetics research program has broadened its scope to include activities related to gene conservation management and climate-change impacts.

The MoFR research program in forest genetics and tree breeding is significant in Canada, and attracts national and international interest due to its long history and multitude of species under development and management. The Forest Genetics program is structured into four areas:

 
  1. Tree Breeding and Genetic Improvement—Traditional selection, testing and breeding of native tree species.
  2. Gene Conservation—Undertaking both theoretical research and practical applications to maintain adaptive genetic variation in various types of forest tree populations.
  3. Seed Transfer and Climate Change—Conducting genecology research—the study of the relationships between patterns of adaptive genetic variation and ecological variation—to help refine Seed Transfer Guidelines, and assess and adapt to the impacts of climate change.
  4. Supporting research projects—These projects assist with the delivery and application of genetically improved material (e.g., physiology, genetic worth, and timber supply), better testing approaches (e.g., improving efficiency), technical developments in the area (e.g., biotechnology), and other important issues (e.g., seed and cone pest concerns).

The Forest Genetics Section operates two Research Stations located at Cowichan Lake (Vancouver Island) and Kalamalka Lake (Vernon), and a Research Laboratory at Victoria. Forest Genetics staff currently consists of a team of 13 research scientists, a research station manager, and 21 technical and administrative staff based at Research Branch Victoria headquarters, the Laboratory, and the two Research Stations.

Forest genetics research is supporting MoFR initiatives such as: developing climate models for analyzing gene conservation strategies and seed planting zones across space and time under future climate-change scenarios in support of the Future Forest Ecosystems Initiative; implementing the Forest and Range Practices Act through development of the Chief Forester’s Standards for Seed Use; improving the accuracy of Timber Supply Analysis by building genetic worth into stand development models; and assessing potential resistance breeding to various pests and diseases.Top

New and Notable

  • Established a provincially mandated cone and seed pest research program, including an office, laboratory, and five research projects. These projects are highly collaborative in nature, and represent the first dedicated seed and cone pest research program in British Columbia. More
  • Forest Tree Genetic Resource Conservation and Management Challenge Dialogue, Co-chair—Facilitating a dialogue with stakeholders to create a collective vision and strategy for genetic resource conservation and management to support sustainable forest management in British Columbia, congruent to the range of values outlined in the Provincial Chief Forester’s Sustainable Forest Management framework. More
  • Initiated a new study to develop western redcedar seedlings that are more resistant to deer browsing. Plant secondary metabolites, such as monoterpenes, have been demonstrated to affect deer preference. This research has significant reforestation implications, perhaps leading to the prevention of delayed regeneration, reduced plantation failures and reduced economic and environmental costs of protection.
  • Recent work has shown there is significant genetic variation of traits related to resistance to the mountain pine beetle.Top

Collaboration

We play an active role in the Forest Genetics Council of B.C. (FGC) and collaborate with various agencies such as the MoFR, Tree Improvement Branch, the agency responsible for seed use related policy, planning and registration, and the Provincial Tree Seed Centre at Surrey, B.C. The FGC facilitates communication and co-ordination among the various activities and agencies involved in tree breeding, gene conservation, seed orchard development, and policy development in British Columbia. Our primary means of delivering improved planting stock for reforestation is via seed orchards currently owned and operated by several industry co-operators and by the MoFR, Tree Improvement Branch.

Ministry contact: Alvin Yanchuk
Please direct questions regarding webpage to For.Prodres@gov.bc.ca

Updated October 2007