Captions
Figure 1 : Treemap of total pollen load on non-bee strawberry flower visitors by family (A). Size of the rectangle represents total pollen collectively carried by family members. Treemap of average pollen carried by species visiting strawberry flowers (B). Size of the rectangle represents mean quantity (corresponds to the number given in each box) of pollen carried per individual for that species.
Figure 2 : Plant-flower visitor network matrix (A) at the family level and corresponding bipartite network (B) .Fragaria is included at the genus level for distinction of strawberry pollen. The relative number of reads for each plant family (or genus) per insect family is represented by a gradient from dark blue (1) to white (0).
Figure 3 : Plant-flower visitor network matrix (A) for members of the family Syrphidae and corresponding bipartite network(B) . Fragaria is included at the genus level for distinction of strawberry pollen. The relative number of reads for each plant family (or genus) per flower fly species is represented by a gradient from dark blue (1) to white (0).
Figure 4 : Triplot of redundancy analysis with species scaling(A) includes explanatory environmental variables, time was also included as a continuous variable (blue arrows), temperature, humidity, solar radiation and wind, and temporal variables (blue x’s), date and time (ellipses), and the response variables (black circles) are the insect floral visiting community and their composition (red crosses). Data are Hellinger transformed. Box and whisker plot representation of observed abundance for 8 taxa across 25 dates (B) . In each box the horizontal bar is the median, whilst the lower and upper edges represent the 25% and 75% quartiles respectively. Whiskers indicate the maximum and minimum values that are not outliers, and outliers are represented by filled circles.