Table 2.
Plants families composition in each community extracted from third-quartile-based graph by modularity (BL) algorithm, and the corresponding amount of species belonging to that families for each community.
| cluster 1 | cluster 2 | cluster 3 | cluster 4 | ||||
|---|---|---|---|---|---|---|---|
| Rosaceae | 4 | Asteraceae | 5 | Brassicaceae | 4 | Polygonaceae | 3 |
| Asteraceae | 3 | Apiaceae | 3 | Actinidiaceae | 1 | Rosaceae | 3 |
| Fabaceae | 3 | Cannabaceae | 3 | Fabaceae | 1 | Solanaceae | 3 |
| Ebenaceae | 2 | Lamiaceae | 3 | Araceae | 2 | ||
| Plantaginaceae | 2 | Cupressaceae | 2 | Fabaceae | 2 | ||
| Solanaceae | 2 | Magnoliaceae | 2 | Apocynaceae | 1 | ||
| Amaranthaceae | 1 | Martyniaceae | 2 | Aquifoliaceae | 1 | ||
| Asparagaceae | 1 | Myrtaceae | 2 | Asteraceae | 1 | ||
| Betulaceae | 1 | Rutaceae | 2 | Crassulaceae | 1 | ||
| Cyperaceae | 1 | Sapindaceae | 2 | Faboideae | 1 | ||
| Ericaceae | 1 | Solanaceae | 2 | Hydrangeaceae | 1 | ||
| Fagaceae | 1 | Araliaceae | 1 | Iridaceae | 1 | ||
| Iridoideae | 1 | Brassicaceae | 1 | Lauraceae | 1 | ||
| Malvaceae | 1 | Calycanthaceae | 1 | Lythraceae | 1 | ||
| Moraceae | 1 | Caricaceae | 1 | Malvaceae | 1 | ||
| Oleaceae | 1 | Composite | 1 | Moraceae | 1 | ||
| Paulowniaceae | 1 | Convolvulaceae | 1 | Oleaceae | 1 | ||
| Platanaceae | 1 | Fagaceae | 1 | Poaceae | 1 | ||
| Rhamnaceae | 1 | Hamamelidaceae | 1 | Portulacaceae | 1 | ||
| Salicaceae | 1 | Lauraceae | 1 | Vitaceae | 1 | ||
| Sapindaceae | 1 | Pinaceae | 1 | ||||
| Polygonaceae | 1 | ||||||
| Rutacee | 1 | ||||||
| Turneraceae | 1 | ||||||
| Urticaceae | 1 | ||||||
| Xanthorrhoeaceae | 1 | ||||||
| Zingiberaceae | 1 | ||||||
| Fam. | # Spec. | Fam. | # Spec. | Fam. | # Spec. | Fam. | # Spec. |
Exception made for cluster 3 (violet), a huge families heterogeneity characterises all the other communities.