MixSIAR modelling results showing general patterns of pest consumption and intraguild predation as depicted by Isospace plot of overall predator-prey association densities (A and C), and by Posterior density plots for the predators (B and D).

MixSIAR modelling results showing general patterns of pest consumption and intraguild predation as depicted by Isospace plot of overall predator-prey association densities (A and C), and by Posterior density plots for the predators (B and D).

<p>Plots indicate 95% credible interval overlaps in estimated proportions of food source contributions to consumer diets. <i><i>PhytoBettlles</i></i> = Phytophagoues beetles; <i>PhytoBugs = </i>Phytophagous bugs.</p>

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Bibliographic Details
Main Author:	Nickson Erick Otieno (7410285) (author)
Other Authors:	James Stephen Pryke (5774939) (author), Jonathan Mukasi (16682721) (author)
Published:	2025
Subjects:	Microbiology Biotechnology Ecology Science Policy Infectious Diseases Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified sources nearly proportionately quantitatively compare multiple environmentally sustainable alternative three pest taxa intraguild diet carbon especially lepidoptera contribution predatory bug diets field structural management field structural complexity 15 </ sup 13 </ sup taxa pest consumption mediating intraguild predation div >< p bug pest consumption predatory beetles showed crop farming landscapes transgenic maize fields pest consumption intraguild predation predatory beetles lepidoptera pests intraguild predators predatory bugs predatory beetle free farming farming system strongest connection spiders exhibited seldom investigated regarding influence patterns relate maximize top level maize intercropped compared increasingly recognized cropping options cropping method cereal crops ants incorporated also associated
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