Table 1.

Competing weighted phylogenetic generalized least squares models predicting haemoplasma infection prevalence (logit‐transformed) across the Belize bat community

Model structure	k	ΔAICc	wi	R 2
Log body mass	2	0.00	.40	.24
Maximum colony size	2	1.71	.17	.20
Roost type	2	2.82	.10	.18
Foraging strata	3	2.88	.09	.24
Roost flexibility	2	3.56	.07	.16
Per cent plants in diet	2	4.30	.05	.14
Dietary guild	3	5.46	.03	.17
Log evolutionary distinctiveness	2	5.50	.02	.11
Log aspect ratio	2	5.61	.02	.10
Log annual fecundity	2	6.13	.02	.09
Square‐root geographical range size	2	6.27	.02	.08
1 (intercept only)	1	6.77	.01	.00
Sample size	2	8.38	.01	.02

Models are ranked by ΔAICc with the number of coefficients (k), Akaike weights (w_i ) and a likelihood ratio test pseudo‐R ².