Appendix D. Logistic regression results for the effect of phylogenetic distance (My), joint relative abundance (JRA), or the interaction (MyxJRA) on the probability that two plant species shared epifoliar fungal symbionts, from radial transects at San Lorenzo, Panama, and Cape Tribulation, Australia.

Logistic regression results for the effect of phylogenetic distance (My), joint relative abundance (JRA), or the interaction (MyxJRA) on the probability that two plant species shared epifoliar fungal symbionts, from radial transects at San Lorenzo, Panama, and Cape Tribulation, Australia

Appendix B. Indentification and frequency of collection of epifoliar fungi in canopy or understory radial transects from Cape Tribulation, Australia, or San Lorenzo, Panama.

Indentification and frequency of collection of epifoliar fungi in canopy or understory radial transects from Cape Tribulation, Australia, or San Lorenzo, Panama

Appendix A. Canopy openness as a measure of microclimate at canopy and understory sample sites for radial transects in Cape Tribulation, Australia.

Canopy openness as a measure of microclimate at canopy and understory sample sites for radial transects in Cape Tribulation, Australia

Appendix E. Logistic regression results for the effect of canopy fungi (presence/absence of fungi on nearest mature conspecific), juvenile density (number of juveniles in 3-m radius around adult), and percentage of canopy openness on the proportion of juvenile Cleistanthus myrianthus colonized by epifoliar fungi at Cape Tribulation, Australia.

Logistic regression results for the effect of canopy fungi (presence/absence of fungi on nearest mature conspecific), juvenile density (number of juveniles in 3-m radius around adult), and percentage of canopy openness on the proportion of juvenile Cleistanthus myrianthus colonized by epifoliar fungi at Cape Tribulation, Australia