The Latitudinal Biotic Interaction Hypothesis revisited: contrasting latitudinal richness gradients in actively vs. passively accumulated interaction partners of honey bees

Table 1 Results for quasi-Poisson regressions of ZOTU per honey sample against absolute latitude and the log of total number of reads

	Absolute latitude			log(Reads)
Group	\(\varvec{\beta }\)	F	p	\(\varvec{\beta }\)	F	p
Plants	\(\varvec{9.78\times 10}^{\varvec{-3}}\)	42.8	\(\varvec{<}\)0.001	\(\varvec{3.03\times 10}^{\varvec{-1}}\)	22.7	\(\varvec{<}\)0.001
Bacteria	\(\varvec{-2.07\times 10}^{\varvec{-2}}\)	61.3	\(\varvec{<}\)0.001	\(\varvec{2.31\times 10}^{\varvec{-1}}\)	7.00	0.009

Shown are coefficients, F-statistics, and p-values for absolute latitude and log(total reads). Regarding coefficients, note that in a quasi-Poisson regression, \(y=e^{intercept + \beta }\). For genera and families, see Appendix S5, Tables S10-11

ISSN: 2730-7182