Patterns of floral resources and pollination interactions along dry grassland succession

Figure 3.

Association between the probability of absence of pollinator species and the number of flowers (ln-transformed), the probability of absence of pollination contacts and the number of flowers (ln-transformed), the richness of pollinator species and the richness of animal-pollinated plants in bloom (ln-transformed) and the number of pollination contacts and the richness of animal-pollinated plants in bloom (ln-transformed). For each covariate, the probability of absence was estimated as function of the selected covariate, setting the other covariates equal to their mean values.

	Figure 3. Association between the probability of absence of pollinator species and the number of flowers (ln-transformed), the probability of absence of pollination contacts and the number of flowers (ln-transformed), the richness of pollinator species and the richness of animal-pollinated plants in bloom (ln-transformed) and the number of pollination contacts and the richness of animal-pollinated plants in bloom (ln-transformed). For each covariate, the probability of absence was estimated as function of the selected covariate, setting the other covariates equal to their mean values.
	Part of: Fantinato E, Lorenzato L, Buffa G (2023) Patterns of floral resources and pollination interactions along dry grassland succession. Plant Sociology 60(2): 93-103. https://doi.org/10.3897/pls2023602/06