<p>Leaf litter, R∶FR treatment, and population were fixed effects, with genotype nested within population a random effect. Only traits significantly affected by leaf litter or R∶FR manipulation are shown. Interaction terms with p>0.20 were removed from the models.</p
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
<p>Analyses of litter mixing effects for litter mass loss and nutrient release were performed by mix...
The interacting effects of different environmental cues in determining a plant's phenotype and perfo...
<p>Leaf litter, R∶FR treatment, and population were fixed effects, with genotype nested within popul...
<p>Plasticity to leaf litter was calculated from measurements made before the imposition of the shad...
<p>Values before and after the imposition of the shade treatment are shown. We present means across ...
<p>Calculations were performed separately for two populations, with r-values for the CT and RI shown...
<p>Values before and after the imposition of the shade treatment are shown. We present means across ...
<p>The model includes only introduced-range populations (JPB excluded). Adjusted model <i>R<sup>2</s...
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
<p>Contrasts for main effects are highlighted with colors corresponding to treatments, except when a...
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
<p>* stands for the changes of litter chemical traits, including both the amount and the concentrati...
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
<p>Analyses of litter mixing effects for litter mass loss and nutrient release were performed by mix...
The interacting effects of different environmental cues in determining a plant's phenotype and perfo...
<p>Leaf litter, R∶FR treatment, and population were fixed effects, with genotype nested within popul...
<p>Plasticity to leaf litter was calculated from measurements made before the imposition of the shad...
<p>Values before and after the imposition of the shade treatment are shown. We present means across ...
<p>Calculations were performed separately for two populations, with r-values for the CT and RI shown...
<p>Values before and after the imposition of the shade treatment are shown. We present means across ...
<p>The model includes only introduced-range populations (JPB excluded). Adjusted model <i>R<sup>2</s...
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
<p>Contrasts for main effects are highlighted with colors corresponding to treatments, except when a...
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
<p>* stands for the changes of litter chemical traits, including both the amount and the concentrati...
Correlations between developmentally plastic traits may constrain the joint evolution of traits. In ...
<p>Analyses of litter mixing effects for litter mass loss and nutrient release were performed by mix...
The interacting effects of different environmental cues in determining a plant's phenotype and perfo...
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