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    NONLINEARITIES, SCALE-DEPENDENCE, AND INDIVIDUALISM OF BOREAL FOREST TREES TO CLIMATE FORCING

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    Name:
    WolkenAGUPoster_131202.pptx
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    Format:
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    Author
    Wolken, J. M.
    Mann, D. H.
    Loyd, A. H.
    Rupp, T. Scott
    Hollingsworth, T. N.
    Grant, T. A. III
    Metadata
    Show full item record
    URI
    http://hdl.handle.net/11122/11030
    Abstract
    Changes in climate are affecting tree growth, fire regimes and the geographic ranges of species (Beck et al. 2011; Kelly et al. 2013). Increasing our understanding of how boreal tree species respond to climate warming is critical for predicting the future states of the boreal forest and assessing the global impacts of these changes. Black spruce (Picea mariana [Mill.] B.S.P.) is the most abundant tree species in the Interior Alaskan boreal forest. Although it grows in a variety of community types (Hollingsworth et al. 2006), it is the only tree species found at the coldest, wettest sites on the landscape. Despite its abundance, very little is known about the climate-growth relationships of black spruce, as the majority of dendrochronological studies in Interior Alaska involve white spruce growing at treeline.
    Date
    2014-02
    Type
    Poster
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