Skip to main content
. 2024 Oct 3;71(4):432–439. doi: 10.1093/cz/zoae061

Table 2.

Post-hoc comparisons for significant effects of the light type (darkness, HPS, and LED) and predation cue (present/absent) on food consumption (A and B) and movement (C and D) of amphipods. The main models are shown in Table 1

Response variable Comparison: Predation cue absent vs. present Comparisons between light conditions
Predation cue
Absent Present
A Consumption
(cue × light interaction)
Darkness 0.004* Darkness vs. HPS 0.001* 0.140
HPS 0.036 Darkness vs. LED 0.007* 0.746
LED 0.546 HPS vs. LED 0.374 0.087
B Handling time
(cue × light interaction)
Darkness 0.099 Darkness vs. HPS 0.437 0.456
HPS 0.096 Darkness vs. LED <0.001* 0.475
LED 0.009* HPS vs. LED <0.001* 0.992
C Movement time
(cue × light interaction)
Darkness 0.048 Darkness vs. HPS <0.001* 0.019*
HPS 0.587 Darkness vs. LED <0.001* 0.105
LED 0.044 HPS vs. LED 0.460 0.450
D Time in shelter
(cue × light interaction)
Darkness 0.873 Darkness vs. HPS 0.023* 0.706
HPS 0.080 Darkness vs. LED <0.001* 0.766
LED <0.001* HPS vs. LED 0.012* 0.935

Asterisks indicate significant differences taking sequential Bonferroni corrections into account (3 comparisons for different light types and 3 comparisons between light types within each predation cue treatment).