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. 2017 Mar 29;284(1851):20162570. doi: 10.1098/rspb.2016.2570

Table 3.

Results from linear regression models (Gaussian error) for the effects of warming and predation on the body length of two prey species. (The bold values indicate statistically significant effects (p < 0.05). coef. stands for regression coefficients of generalized linear models. The 95% confidence intervals (CIs) that do not overlap zero are statistically significant. Warming is used as a linear term (levels = 0, 1 and 2). HM, Hypoaspis miles; HA, Hypoaspis aculeifer.)

treatments Folsomia candida body length
coef. 95% CI t-value p-value
intercept 2306.90 2165.19, 2448.60 32.51 <0.001
warming (W) −250.35 −366.04, −134.64 −4.32 <0.001
predator (P) 123.73 −47.83, 295.29 1.44 0.15
W × P −54.60 −198.28, 89.08 −0.75 0.45
presence of HM 98.58 −68.90, 266.07 1.17 0.24
presence of HA 11.17 −154.90, 177.24 1.37 0.17
Proisotoma minuta body length
intercept 1095.79 882.67, 1308.89 10.35 <0.001
warming (W) −71.98 −285.64, 141.68 −0.68 0.50
predator (P) 115.40 −156.12, 386.92 0.85 0.39
W × P 17.02 −249.57, 283.61 0.12 0.89
presence of HM −14.93 −291.74, 261.87 −0.10 0.91
presence of HA 181.14 −127.85, 490.14 1.18 0.24