Ned Fetcher Wilkes University, Institute for Environmental Science and Sustainability, 84 W. South St. Wlkes-Barre, PA
James McGraw West Virginia University, Department of Biology, 53 Campus Drive, Morgantown, WV
Reciprocal transplant experiments designed to quantify genetic and environmental effects on phenotype are powerful tools for the study of local adaptation. For long-lived species, especially those in habitats with short growing seasons, however, the cumulative effects of many years in novel environments may be required for fitness differences and phenotypic changes to accrue. We returned to reciprocal transplant experiments thirty years after their initial establishment in interior Alaska to ask whether patterns of differentiation observed in the years immediately following transplant have persisted.
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