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. 2018 May 7;11(8):1425–1436. doi: 10.1111/eva.12637

Table 1.

Summary of ANOVAs testing for the effects of temperature, nZnO and subpopulation on life history and physiology of D. magna

df Temperature (T) nZnO (Zn) Subpopulation (S) T × Zn T × S Zn × S T × Zn × S
F p F p F p F p F p F p F p
Zn concentration 1, 36 0.00 .956 147.13 <.0001 1.49 .230 36.98 <.0001 0.69 .411 13.36 <.01 4.86 <.05
Intrinsic growth rate 1, 36 0.40 .532 24.78 <.0001 0.04 .845 3.19 .083 11.17 <.01 0.52 .474 3.75 .061
RNA:DNA 1, 36 28.01 <.0001 2.63 .114 0.84 .364 12.84 <.01 5.12 <.05 10.20 <.01 8.29 <.05
Sugar content 1, 36 4.24 <.05 5.11 <.05 3.62 .065 4.18 <.05 1.09 .302 0.42 .523 0.39 .537
Fat content 1, 36 1.95 .171 3.65 .064 0.20 .657 4.40 <.05 0.07 .786 0.00 .997 0.07 .791
Protein content 1, 36 1.97 .169 0.44 .513 4.62 <.05 0.37 .548 7.73 <.05 0.71 .403 4.91 <.05
MT‐a 1, 36 0.89 .767 0.68 .415 0.12 .736 1.80 .188 2.91 .097 0.66 .423 2.01 .165
MT‐b 1, 36 0.42 .522 41.10 <.0001 0.12 .729 6.11 <.05 1.11 .293 1.76 .193 1.37 .249

Significant p‐values are marked in bold. Significance levels are not corrected for multiple testing. Of the 56 p‐values (across eight ANOVAs), one would expect to erroneously assign significance in 2.8 cases by chance alone (assuming α = 0.05).