<p>DAT represents days after transplanting into soil. All data are presented as the mean ± SE (n = 8).</p
Estimated values of the coefficients of Eq 4 for sowing date (SD) and water availability (IT) treatm...
<p>Arithmetic mean values ± SD of leaf N<sub>mass</sub> across different plant functional groups (di...
<p>Mean (SE) aboveground biomass (g DW/plant) and proportional change in the number of leaves, lengt...
<p>DAT represents days after transplanting into soil. All data are presented as the mean ± SE (n = 8...
<p>DAT represents days after transplanting into soil. All data are presented as the mean ± SE (n = 3...
<p>DAT represents days after transplanting into soil. All data are presented as the mean ± SE (n = 5...
<p>DAT represents days after transplanting into soil. All data are presented as the mean ± SE (n = 3...
<p>Measured plant biomass was obtained after weighing all the plants of the collection. Measured pla...
<p>The data are the mean value ± SD. Different small letters in each group indicate significant diff...
<p>Plants heights and leaf areas were measured using Mean±SD (standard deviation).</p><p>Natural hei...
<p>The relationship of baseline biomass and leaf area as a function of seed mass in the daily wateri...
Mean specific leaf area was fitted with a linear mixed model using the normal distribution, with plo...
<p>“X axis” represents time (DAT: day after transplanting), “Y axis” represents red (R), the “Z axis...
Data collected at the Michigan State University greenhouse on serpentine "Serp" or sandstone "Sand" ...
<p>Mean values of the number of leaves per plant, fresh mass, dry mass, productivity, and percentage...
Estimated values of the coefficients of Eq 4 for sowing date (SD) and water availability (IT) treatm...
<p>Arithmetic mean values ± SD of leaf N<sub>mass</sub> across different plant functional groups (di...
<p>Mean (SE) aboveground biomass (g DW/plant) and proportional change in the number of leaves, lengt...
<p>DAT represents days after transplanting into soil. All data are presented as the mean ± SE (n = 8...
<p>DAT represents days after transplanting into soil. All data are presented as the mean ± SE (n = 3...
<p>DAT represents days after transplanting into soil. All data are presented as the mean ± SE (n = 5...
<p>DAT represents days after transplanting into soil. All data are presented as the mean ± SE (n = 3...
<p>Measured plant biomass was obtained after weighing all the plants of the collection. Measured pla...
<p>The data are the mean value ± SD. Different small letters in each group indicate significant diff...
<p>Plants heights and leaf areas were measured using Mean±SD (standard deviation).</p><p>Natural hei...
<p>The relationship of baseline biomass and leaf area as a function of seed mass in the daily wateri...
Mean specific leaf area was fitted with a linear mixed model using the normal distribution, with plo...
<p>“X axis” represents time (DAT: day after transplanting), “Y axis” represents red (R), the “Z axis...
Data collected at the Michigan State University greenhouse on serpentine "Serp" or sandstone "Sand" ...
<p>Mean values of the number of leaves per plant, fresh mass, dry mass, productivity, and percentage...
Estimated values of the coefficients of Eq 4 for sowing date (SD) and water availability (IT) treatm...
<p>Arithmetic mean values ± SD of leaf N<sub>mass</sub> across different plant functional groups (di...
<p>Mean (SE) aboveground biomass (g DW/plant) and proportional change in the number of leaves, lengt...
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