Labo D'Orangeville
Notre vision Les scientifiques et les acteurs du secteur forestier sont de plus en plus préoccupés par la capacité de nos forêts à résister à la hausse des températures et au stress hydrique. Dans mon laboratoire, nous utilisons des méthodes expérimentales et observationnelles novatrices pour documenter la sensibilité et améliorer la capacité d’adaptation des forêts de l’est du Canada aux changements climatiques.
Acadian Phenocam Network Project
Tracking climate change impacts to forest growth and phenology
Project Overview
Climate change has caused leaves to come out earlier in the spring and fall later in the autumn. This extended leafing period is thought to increase tree woody growth over time, promoting increased stable carbon sequestration, though there is limited evidence to support this assumption. In addition, extreme weather related to climate change may impede forest growth.
We established the Acadian Phenocam Network to examine the link between leafing and woody growth cycles of tree species across Nova Scotia. This network will also serve as a long-term warning system for climate change impacts on forests and help us to identify resilient species. Stay tuned for a live website of phenology and growth status of trees across Nova Scotia!







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