Table 1.
Summary of Root Hydroponic and Leaf Hydroponic Experiments.
Table 2.
Summary of Soil Leaf 1 and Soil Leaf 2 Experiments.
Table 3.
Summary of Soil Seed Experiment.
Figure 1.
Coefficiant of variation (C.V., standard deviation(line averages)/mean( line averages)).
BaySha Large, BaySha Small, CviLer and ColLer are RIL populations analyzed in [24].
Table 4.
Significant (p<0.001) Correlations between Tissues for each Element.
Figure 2.
Correlations wheels showing significant correlations between elements within an experiment.
Correlations were calculated from line averages and only significant correlations (p<0.001 and R2>0.32) are displayed on each wheel. Positive correlations are denoted by solid lines, negative correlations are denoted by dashed lines. Thick lines indicate R2>0.5, thin lines indicate 0.32<R2<0.5. Ions not measured in a given experiment are colored in grey.
Figure 3.
Correlations wheels showing significant correlations between elements within an experiment.
A–F are from Prinzenberg et al. [17], with correlations calculated from the original data. G–J are taken from Ghandilyan 2009, [27], Table 3. Only significant correlations (p<0.001 and R2>0.32) are displayed on each wheel. Positive correlations are denoted by solid lines, negative correlations are denoted by dashed lines. Thick lines indicate R2>0.5, thin lines indicate 0.32<R2<0.5. Ions not measured in a given experiment are colored in grey.
Figure 4.
Correlations wheels showing significant correlations between elements within an experiment.
A–B are taken from Ghandilyan 2009, [26], Figure 5. C is taken from Ghandilyan 2009, [27], Table 2. D–H taken from Buescher et al. [24] Figure 1. Only significant correlations (p<0.001 and R2>0.32) are displayed on each wheel. Positive correlations are denoted by solid lines, negative correlations are denoted by dashed lines. Thick lines indicate R2>0.5, thin lines indicate 0.32<R2<0.5. Ions not measured in a given experiment are colored in grey.
Figure 5.
Correlations wheels showing significant correlations between elements within an experiment.
A–D from Sankaran et al. [30] Tables 1 & 2 for the Medicago Truncatula Jemalong-6×DZA315.16 population. E–H from Klein et al. [28] Table 2. For the Lotus Japonicus Miyakojima MG-20×Gifu B-129 population. I–L from Ding et al. [25] Table 2 for the Brassica Napus B104-2Eyou Changjia population. Mn from Liu et al. 29 table 2 for the Brassica Napus TapidorNingyou 7 population. Only significant correlations (p<0.001 and R2>0.32) are displayed on each wheel. Positive correlations are denoted by solid lines, negative correlations are denoted by dashed lines. Thick lines indicate R2>0.5, thin lines indicate 0.32<R2<0.5. Ions not measured in a given experiment are colored in grey.
Figure 6.
Z-score values of Wa-1 for K and Fab-2 for Zn across the ionomicshub.org database.
Z-scores ([Line average – Control Average]/Control S.D.) compared to Col-0 in each tray for all instances where Wa-1 K (black triangle) or Fab-2 Zn (blue squares) were measured. Grey lines denote zscores of −2, 0, and 2.