D.B: Herbivore growth, feeding damage, plant performance

The table provides the following information for each of the Silene latifolia individuals in the experiment: distribution range (range; native: eu, invasive: us), population affiliation (corresponds to population IDs in Fig. S1, and Table S2), maternal family of the mother in the first generation crossing (family_mother, a-e), maternal family of the father in the first generation crossing (family_father, a-e), applied breeding treatment (breeding_tmt; outbreeding: o, inbreeding: i), applied herbivory treatment (herbivory_tmt; control: c, herbivory: h), start weight of the Mamestra brassicae larva (start_weight_larva, in mg, NA for control plants), end weight of the Mamestra brassicae larva (end_weight_larva, in mg, NA for control plants), number of days the larva fed on the plant (no_days_fed, NA for control plants), leaf area removed from the plant by the larva (consumed_leaf_area, in mm², NA for control plants), dry weight per mm² leaf (leaf_density, mg/mm², NA for control plants), dry plant biomass consumed by the larva (consumed_biomass, in mg, NA for control plants), number of leaves at the plant age of 100 d (no_leaves_t3, NA for plants that died after the herbivory treatment), leaf length at the plant age of 100 d (leaf_length_t3, in cm, NA for plants that died after the herbivory treatment), leaf width at the plant age of 100 d (leaf_width_t3, in cm, NA for plants that died after the herbivory treatment), presence of side shoots at the plant age of 100 d (binary variable with two columns: buds_yes_t3 and buds_no_t3, NA for plants that died after the herbivory treatment), presence of flowers at the plant age of 100 d (binary variable with two columns: flower_yes_t3 and flower_no_t3, NA for plants that died after the herbivory treatment) and dry aboveground biomass (plant_biomass_t3, in mg, NA for plants that died after the herbivory treatment).