Consequently, there was no correlation between predator and prey size when the entire dataset was considered ( r 2 = 0.016), while the analysis of the subset of events involving small prey only (<20 mm) hinted at a possible trend for larger predators to capture larger prey ( r 2 = 0.178; Fig. 5B ).
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Complexity of the prey spectrum of <i>Agaronia propatula</i> (Caenogastropoda: Olividae), a dominant predator in sandy beach ecosystems of Pacific Central America.
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