NSF Advances in Biological Informatics

Awesome news! We were just informed that the National Science Foundation will fund our proposal to use pollen, genetic, and distributional data to estimate the spatial dynamics of how trees migrated poleward after the last glacial maximum.  This is a collaborative project with Sean Hoban (Morton Arboretum), Andria Dawson (Mount Royal University), John Robinson (Michigan …
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Phenotypic distribution modeling

Our latest paper in Global Change Biology on modeling intraspecific phenotypic variation has gotten great press!  Combined, the news outlets covering our research reach ~78 million people and included The San Francisco Chronicle, The Seattle Times, US News and World Report, The Topeka Capital Journal, The Manhattan Mercury, and numerous other regional newspapers, radio stations (e.g., KWMU 90.7), TV …
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Weighing the importance of scale

I just finished an exciting read: Schweiger & Beierkuhnlein’s study on how well temperature predicts distribution of 19 vascular plants across 3 spatial scales (ranging from ~<1 m to 1000s of km).  Overall they find regardless of the scale the same optimum temperature is observed (weak scale dependence).  Nonetheless, they also find that the maximum …
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