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Noise pollution changes biology or behavior in 80% of animal species studied

Noise pollution changes biology or behavior in 80% of animal species studied

phys.org 06.11.2026 19:20 12 views
We live in a noisy world. Whether it is the roar of traffic, the rumble of ships or the hum of heavy industry, there is often no escaping noise unless you are a hermit on a desert island.

This article has been reviewed according to Science X's editorial process and policies. Editors have highlighted the following attributes while ensuring the content's credibility: We live in a noisy world. Whether it is the roar of traffic, the rumble of ships or the hum of heavy industry, there is often no escaping noise unless you are a hermit on a desert island.

Noise pollution is already known as a health risk to humans and has been linked to heart attacks, type 2 diabetes and other conditions. But it is also bad news for the animal kingdom, as a new study published in the journal Science reports. Earlier studies have demonstrated how noise can affect individual animals, causing problems such as stress and changes in communication.

What has been missing, though, is a clear understanding of how it affects entire animal populations and food webs. This is where Hansjoerg P. Kunc and Rouven Schmidt at Queen's University Belfast come into it.

To try and understand the bigger picture, the two researchers gathered data from 214 experimental studies covering 177 species. This included information on how noise affects body functions, development, behavior, survival and reproduction, abundance, and predator-prey interactions. They analyzed studies comparing animals exposed to human-made noise with control groups, while accounting for evolutionary relationships among species.

This was important because closely related animals often react similarly just because they share a family tree. Kunc and Schmidt needed to make sure those shared traits didn't skew the results. They found that in 80% of the species studied, noise affected at least one aspect of body function, development or behavior.

For example, the paper notes that noise can trigger increased cellular stress and elevated stress hormones in animals and alter physical development. But there were some positive findings too. "These responses can create winners and losers among species, reshaping ecosystem dynamics," wrote the researchers in their study.

Extract — continue reading at the source.

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