Veresoglou et al. Modelling the environmental and soil factors that shape the niches of the arbuscular mycorrhizal fungal families Gigasporaceae and Acaulosporaceae:
Supplementary File #1
Contents (with a short description):

Fig. S1 A predictive model for Gigasporaceae occurrence

Fig. S2 A predictive model for Acaulosporaceae occurrence

Fig. S3 Sensitivity analysis of bulk density parameter estimates for the Acaulosporaceae model
 Fig. S4 Sensitivity analysis of pH parameter estimates for the Acaulosporaceae model

Fig. S1. Influence of bulk density and precipitation on occurrence probability of Gigasporaceae. Mean values for non-illustrated environmental parameters are assumed and a high sequencing effort ~1500 sequences. Consecutive parallel precipitation lines highlight precipitation differences of 250mm/year; consecutive parallel bulk density lines highlight bulk density differences of 0.1 g/cm
3
.

Fig. S2. Influence of bulk density and pH on occurrence probability of Acaulosporaceae. Mean values for non-illustrated environmental parameters are assumed and a high sequencing effort ~1500 sequences.
Consecutive parallel pH lines highlight pH differences of 0.5 values; consecutive parallel bulk density lines highlight bulk density differences of 0.1 g/cm 3 .

Fig. S3. Sensitivity analysis of bulk density parameter estimates (y-axis – mean ± 95% CIs) for the
Acaulosporaceae model after excluding of a single study (x-axis). Methodology details can be found in
Veresoglou and Rillig 2012 Biology Letters (in Press).

Fig. S4. Sensitivity analysis of pH parameter estimates (y-axis – mean ± 95% CIs) for the Acaulosporaceae model after excluding of a single study (x-axis). Methodology details can be found in Veresoglou and
Rillig (2012).
References
Veresoglou SD, Rillig MC. (2012) Suppression of fungal and nematode plant pathogens through arbuscular mycorrhizal fungi. Biol Lett. 8: 214-217.