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Key messageThe variation ofQuercus variabilisleaf δ13C along latitude resulted primarily from phenotypic acclimation to climate. Abstract The determination of relative contribution by genetic adaptation and phenotypic acclimation to leaf δ13C variation helps the...
The leaf vein traits of plants result partially from adaptations to environmental factors during the long-term evolution. However, no general conclusion on the variation trend of the vein density along a climate gradient or the response of such vein density–climate relationship pattern to climate changes has been made. We examined the variations in leaf vein density and other leaf traits of oriental...
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