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Grant: Engage Grants for Universities

Anand, Madhur (University of Guelph)

$25,000.00

Climate change resilience in temperate hardwood forests: Implications for forest management

EF 2017-18 · 2017-07-12

Résumé
Temperate hardwood stands are of particular importance to the Shareholder Mills in the Northshore Forest due_x000D_ to their high-value products and global demand. When managed properly, they can produce high veneer grade_x000D_ wood, which carries considerable global market value. If managed improperly, they produce low-grade wood_x000D_ (e.g., firewood) and forestry companies, like Northshore Forest Inc., make minimal, or negative return on_x000D_ investments. However, there is a growing understanding that species' responses under changing climate can be_x000D_ complex and unexpected. As such, in order to properly manage the inherent risks of harvest policies / plans,_x000D_ managers must evaluate the potential for threshold or surprise effects that result from climatic change outside_x000D_ the range of historical conditions._x000D_ In the summer of 2016 we sampled five pure sugar maple stands in the Sault Ste. Marie area, Elliot Lake area_x000D_ and Haliburton forest. Tree cores from these stands were used to estimate long term growth trajectories._x000D_ Further isotopic analysis of these tree cores will help determine the roles of carbon fertilization and_x000D_ environmental variation on growth trends in sugar maple stands. The information gained from analysis will_x000D_ help (1) identify whether forests are likely to be stressed directly by climate (water, temperature) or if some_x000D_ other stressor may be present and (2) present recommendations for future management to increase productivity_x000D_ under climate change scenarios._x000D_ It is well understood that management decisions regarding hardwood selection treatments, i.e. intensity and_x000D_ frequency, have effects on wood quality and value. As such, economic, social and environmental benefits can_x000D_ be expected through improved forest management strategies in the face of climate change. Further, due to the_x000D_ vast importance of forests to Canada and the severe realities of climate changes impacts, even an incremental_x000D_ insight has the potential to have noticeable improvements in the coming decades.
Programme
Engage Grants for Universities
Emplacement
Ontario, Canada
Type de bénéficiaire
Academia
Type
Grant
Source
Proactive Disclosure - Grants and Contributions

Tel que publié

Additional Information
Grant or Award spanning more than one fiscal year (2017-2018 to 2018-2019).
Additional Information (French)
Subvention ou bourse octroyée s'appliquant à plus d'un exercice financier (2017-2018 à 2018-2019).
Agreement Number
EGP
Agreement Start Date
2017-07-12
Agreement Title
Climate change resilience in temperate hardwood forests: Implications for forest management
Agreement Title (French)
Climate change resilience in temperate hardwood forests: Implications for forest management
Agreement Type
Grant
Agreement Value
$25,000.00
Amendment Number
0
Organization Code
nserc-crsng
Organization
Natural Sciences and Engineering Research Council of Canada | Conseil de recherches en sciences naturelles et en génie du Canada
Program Name
Engage Grants for Universities
Program Name (French)
Subventions d'engagement partenarial pour les universités
Program Purpose
Temperate hardwood stands are of particular importance to the Shareholder Mills in the Northshore Forest due_x000D_ to their high-value products and global demand. When managed properly, they can produce high veneer grade_x000D_ wood, which carries considerable global market value. If managed improperly, they produce low-grade wood_x000D_ (e.g., firewood) and forestry companies, like Northshore Forest Inc., make minimal, or negative return on_x000D_ investments. However, there is a growing understanding that species' responses under changing climate can be_x000D_ complex and unexpected. As such, in order to properly manage the inherent risks of harvest policies / plans,_x000D_ managers must evaluate the potential for threshold or surprise effects that result from climatic change outside_x000D_ the range of historical conditions._x000D_ In the summer of 2016 we sampled five pure sugar maple stands in the Sault Ste. Marie area, Elliot Lake area_x000D_ and Haliburton forest. Tree cores from these stands were used to estimate long term growth trajectories._x000D_ Further isotopic analysis of these tree cores will help determine the roles of carbon fertilization and_x000D_ environmental variation on growth trends in sugar maple stands. The information gained from analysis will_x000D_ help (1) identify whether forests are likely to be stressed directly by climate (water, temperature) or if some_x000D_ other stressor may be present and (2) present recommendations for future management to increase productivity_x000D_ under climate change scenarios._x000D_ It is well understood that management decisions regarding hardwood selection treatments, i.e. intensity and_x000D_ frequency, have effects on wood quality and value. As such, economic, social and environmental benefits can_x000D_ be expected through improved forest management strategies in the face of climate change. Further, due to the_x000D_ vast importance of forests to Canada and the severe realities of climate changes impacts, even an incremental_x000D_ insight has the potential to have noticeable improvements in the coming decades.
Program Purpose (French)
Temperate hardwood stands are of particular importance to the Shareholder Mills in the Northshore Forest due_x000D_ to their high-value products and global demand. When managed properly, they can produce high veneer grade_x000D_ wood, which carries considerable global market value. If managed improperly, they produce low-grade wood_x000D_ (e.g., firewood) and forestry companies, like Northshore Forest Inc., make minimal, or negative return on_x000D_ investments. However, there is a growing understanding that species' responses under changing climate can be_x000D_ complex and unexpected. As such, in order to properly manage the inherent risks of harvest policies / plans,_x000D_ managers must evaluate the potential for threshold or surprise effects that result from climatic change outside_x000D_ the range of historical conditions._x000D_ In the summer of 2016 we sampled five pure sugar maple stands in the Sault Ste. Marie area, Elliot Lake area_x000D_ and Haliburton forest. Tree cores from these stands were used to estimate long term growth trajectories._x000D_ Further isotopic analysis of these tree cores will help determine the roles of carbon fertilization and_x000D_ environmental variation on growth trends in sugar maple stands. The information gained from analysis will_x000D_ help (1) identify whether forests are likely to be stressed directly by climate (water, temperature) or if some_x000D_ other stressor may be present and (2) present recommendations for future management to increase productivity_x000D_ under climate change scenarios._x000D_ It is well understood that management decisions regarding hardwood selection treatments, i.e. intensity and_x000D_ frequency, have effects on wood quality and value. As such, economic, social and environmental benefits can_x000D_ be expected through improved forest management strategies in the face of climate change. Further, due to the_x000D_ vast importance of forests to Canada and the severe realities of climate changes impacts, even an incremental_x000D_ insight has the potential to have noticeable improvements in the coming decades.
Recipient City
Ontario
Recipient Country
CA
Recipient Legal Name
Anand, Madhur (University of Guelph)
Reference Number
GC-2017-Q2-00097