Water depth‐dependent notonectid predatory impacts across larval mosquito ontogeny

BACKGROUND Context‐dependencies can modulate the strength of predatory interactions and often remain unquantified. In particular, differences in water depth within aquatic systems could influence predator efficiencies towards prey which utilise three‐dimensional space through the water column. Differences in prey size could drive prey size–refuge effects, influencing the efficacy of natural enemies towards vector species. We thus quantify the...