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Premise: The size and shape (physiognomy) of woody, dicotyledonous angiosperm leaves are correlated with climate. These relationships are the basis for multiple paleoclimate proxies. Here we test whether Vitis exhibits phenotypic plasticity and whether physiognomy varies along the vine. Methods: We used Digital Leaf Physiognomy (DiLP) to measure...
PREMISE OF THE STUDY: The size and shape (physiognomy) of woody, dicotyledonous angiosperm leaves are correlated with climate and these relationships have been used to develop paleoclimate proxies. These proxies assume that leaf morphology plastically responds to meteorological conditions and that leaf traits change isometrically through developmen...