Extended Data Fig. 4: Species phenological synchrony across suites of interactions when simulated for terrestrial and aquatic interactions separately.
From: Phenology varies with phylogeny but not by trophic level with climate change
Species phenological synchrony across a, pollination (n = 47), b, predation (n = 24), c, herbivory (n = 10), and d, competitive (n = 18) interactions amongst terrestrial species (a–c), in comparison to e, predation (n = 13), f, herbivory (n = 10), and g, competitive (n = 54) interactions amongst aquatic species (e–g), showed no differences in the distributions of posterior estimates of consumer or resource species phenological shifts for pairs of known interacting species (in blue) and randomly paired species (in red) for any of the four types of interactions. Plots are normalized by counts, with the x-axis spanning the total density distribution. Above the figures, the two lines depict the 90% uncertainty intervals (thinner line) and 50% interval (thicker line), and the point the median.
