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    AuthorInoue, Sahari (1)Tedla, Binyam (1)Subject
    Climate change (2)
    Photoperiod (2)
    Photosynthesis (2)Cavitation resistance (1)Elevated CO2 (1)Leaf senescence (1)Morphology (1)Populus tremuloides Michx (1)Tree migration (1)White birch (1)... View MoreDate Issued
    2019 (2)
    DisciplineNatural Resources Management (2)

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    Phenology, growth and physiological responses to photoperiod and elevated [CO2] of boreal white birch (Betula papyrifera Marsh): implications to climate change-induced northward migration 

    Tedla, Binyam (2019)
    With the increase in average global temperature due to rising atmospheric carbon dioxide concentration ([CO2]), rapid shifts of climate envelopes are expected to lead to norward migration for boreal tree species. As a ...
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    Effects of water availability, longer photoperiod, and elevated [CO2] on the potential of the northward migration in trembling aspen (populus tremuloides michx.) 

    Inoue, Sahari (2019)
    Based on climate envelope models, boreal tree species may migrate to higher latitudes (approximately 10˚N toward the north) in response to rapid climate changes by the end of this century. Multiple factors will likely ...

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