Ecological Archives C006-043-A2
Matteo Garbelotto, Gianni Della Roca, Todd Osmundson, Vincenzo di Lonardo, and Roberto Danti. 2015. An increase in transmission-related traits and in phenotypic plasticity is documented during a fungal invasion. Ecosphere 6:180. http://dx.doi.org/10.1890/es14-00426.1
Appendix B. Three boxplots comparing phenotypic trait measures between populations;comparisons correspond to tests 1–3 as shown in Fig. 1 in text.
Fig. B1. Boxplots comparing phenotypic traits including between populations designated by b-tubulin haplotypes found within California.: traits measured were: acervulus production at 1 month (count), canker area (mm²), conidial germination percentage, number of germ tubes per 100 conidia, conidial length (microns), growth rate at 15C (colony diameter in mm at 14 days), growth rate at 20C (colony diameter in mm at 14 days), and growth rate at 30C (colony diameter in mm at 14 days).
Fig. B2. Boxplots comparing phenotypic traits between the “source” California population A1 and the initial Mediterranean invasive population A1: traits measured included acervulus production at 1 month (count), canker area (mm²), conidial germination percentage, number of germ tubes per 100 conidia, conidial length (microns), growth rate at 15C (colony diameter in mm at 14 days), growth rate at 20C (colony diameter in mm at 14 days), and growth rate at 30C (colony diameter in mm at 14 days).
Fig. B3. Boxplots comparing phenotypic trait measures between Mediterranean population A1 and the secondarily derived Mediterranean population A2: traits measured included acervulus production at 1 month (count), canker area (mm²), conidial germination percentage, number of germ tubes per 100 conidia, conidial length (microns), growth rate at 15C (colony diameter in mm at 14 days), growth rate at 20C (colony diameter in mm at 14 days), and growth rate at 30C (colony diameter in mm at 14 days).
