Forest Investment Account (FIA) - Forest Science Program
FIA Project Y061148

    Regeneration and stand structure following mountain pine beetle infestation in the sub-boreal spruce zone
Contributing Authors: Coates, K. David; Budhwa, Rick
Imprint: Smithers, B.C. : BC Forest Service, 2006
Subject: Forest Investment Account (FIA), Pinus Contorta, Diseases and Pests, Dendroctonus Ponderosae, British Columbia, Forest management
Series: Forest Investment Account (FIA) - Forest Science Program
This project will prepare a comprehensive data set that describes stand structures and regeneration found following pine beetle attack, across diverse site types, from one to ten years following attack, and across several biogeoclimatic subzones in the north-central Interior. The data from this project will have immediate application through the analysis and description of relationships between ecosystems, stand structure, and regeneration. The data will also have long-term benefits because it will allow researchers to improve models of regeneration, growth and yield, and timber supply. Those models are widely applied in forest management, so the impact of improved data is widespread. The data will be collected so that it can specifically be used in models that are currently being applied in the study area. Models used for Sustainable Forest Management Plans in the Lakes and Morice IFPA area can be updated with the data that is collected, with a focus on successional pathways and growth and yield. Further development of SORTIE-ND will be enabled through the use of this dataset to refine tree recruitment models. The project will show forest managers which stands will have the highest success of regenerating naturally. Based on anecdotal information, some ecosystems may regenerate very quickly and fully following MPB, while others will not. If these differences are significant, then allowing certain stands to regenerate naturally will have significantly larger timber supply impacts than other stands. Knowing which stands have the best chance of successful regeneration will allow forest managers to prioritise stands for harvest in a way that will reduce the size of the anticipated fall-down to the AAC. Even a small reduction in the long-term fall-down will have large benefits by reducing the impact on communities, reducing the social costs of transition, and ensuring that long-term revenues from the forest remain stable.
Dave Coates, Erin Hall and Rick Budhwa.
Related projects:  FSP_Y072148
Contact: Coates, Dave, (250) 847-6386,


Executive Summary (78Kb)

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Updated August 16, 2010 

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