The importance of insect biodiversity for vertebrates
Rob Cooke · Eliza M. Grames · Jeff Ollerton · Laura H. Antão · James R. Bell · Matthew W. Bulbert · Yuval Cohen · Julia E. Earl · Luke C. Evans · Will L. Hawkes · Suyeon Jang · Brynn L. Johnson · Sami M. Kivelä · Thomas Merckx · Muneeb M. Musthafa · Desirée L. Narango · James S. Pryke · Lindsey Swierk · Morgan W. Tingley · Julianna R. Yager · Chris S. Elphick
期刊Nature Reviews Biodiversity / Nat. Rev. Biodivers.
类型Review
发表2026-09-30 (online)
收录2026-10-10
被浏览…
关键词insect diversityvertebratesinsect-vertebrate interactionsecosystem servicespollinationinsect herbivorypredatory insectsbiodiversity loss
标签—
Insects are central to ecosystem functioning, including the persistence of many vertebrate species. In this Review, we discuss the range of positive, negative and indirect effects of insects on vertebrates and evaluate the extent to which insect declines could affect vertebrate populations. Insects provide food, structures, sanitation, protection and engineering of ecosystem features that vertebrates depend on. At times, they also cause harm, especially through disease and predation. Almost three-quarters of terrestrial and freshwater vertebrates with available data eat invertebrates — over two-fifths exclusively so — with insects frequently comprising a majority of the diet. Literature on non-trophic interactions is scattered and lacks a common currency for comparison, hampering the capacity to assess the importance of interactions. Taxonomic and geographic biases also hinder comparisons for both trophic and non-trophic interactions. Despite these limitations of the literature and the paucity of strong tests of causal links between insect and vertebrate abundance, the ubiquity of interactions makes clear that widespread insect declines are likely to seriously affect many vertebrate populations. To better understand the implications of changing insect abundance, researchers need improved means for systematically collecting and organizing data about insect–vertebrate interactions as well as better quantification of the importance of these links. Changes in insect diversity and abundance can affect vertebrates but understanding these consequences relies on having rich information about vertebrate–insect interactions. This Review summarizes the positive, negative and indirect ways that insects affect vertebrates, and discusses data gaps that hinder understanding of these relationships and the consequences of insect declines.

@article{cooke2026,
author = {Rob Cooke and Eliza M. Grames and Jeff Ollerton and Laura H. Antão and James R. Bell and Matthew W. Bulbert and Yuval Cohen and Julia E. Earl and Luke C. Evans and Will L. Hawkes and Suyeon Jang and Brynn L. Johnson and Sami M. Kivelä and Thomas Merckx and Muneeb M. Musthafa and Desirée L. Narango and James S. Pryke and Lindsey Swierk and Morgan W. Tingley and Julianna R. Yager and Chris S. Elphick},
title = {The importance of insect biodiversity for vertebrates},
journal = {Nature Reviews Biodiversity},
year = {2026},
doi = {10.1038/s44358-026-00201-w},
publisher = {Springer Science and Business Media LLC},
}· END ·