Researchers use GPS trackers to determine how far domestic cats roam

Researchers use GPS trackers to determine how far domestic cats roam
Timba reluctantly models a Birdsbesafe cover and GPS tracker. Credit: Catherine Hall

While flashy collar covers saved wildlife from the clutches of Perth's domestic cats it seems the same neck attire can't stop local felines from venturing outside to rock their fashion statements.

Murdoch University scientists dressed 30 Perth in either a large bib or a collar cover and used GPS trackers to determine how far they roamed and whether the fashion addition stopped them from wandering as far.

They found there was no difference in terms of how far the cats strayed between when they were wearing their new accessory and when they weren't.

Cat owners often perceived that the CatBib and Birdsbesafe caused their pets to stay closer to home, lead researcher Catherine Hall says.

Instead, it was more likely cats roamed just as far with bibs and collars but came home when they were hungry because the devices reduced their ability to catch and eat wildlife, she says.

"It's not that they're staying closer to home but they're coming home earlier, so their owners feel like they're around a bit more," Ms Hall says.

The study follows on from previous research which determined the devices effectively curtailed the amount of wildlife that cats caught.

"The Birdsbesafe is only effective on animals with good colour vision because it's a colour warning—so that's the lizards and birds—but the CatBib is effective more broadly...and reduces the frequency of cats catching mammals, birds and lizards," she says.

Researchers use GPS trackers to determine how far domestic cats roam
Two cats chilling in their new cat collar covers. Credit: Morgan Riley

The strongest predictor of how far from home cats roamed was housing density, with cats in the study staying closer to home in built-up areas.

"One in three homes in Australia, approximately, has a cat," Ms Hall says.

"It's assumed that [lower] housing density means that there's less cats around, so there's less territorial behaviour, so they're not being restricted as much by other cats in the neighbourhood.

Researchers use GPS trackers to determine how far domestic cats roam
Timba wearing a CatBib. Credit: Catherine Hall

"In suburbia, cats don't go as far as on rural properties."

The research suggests cat owners who want to reduce their cats' hunting without curtailing their range can be confident the Birdsbesafe and CatBib can help.

But hoping to use embarrassing fashions to keep their animals at home, to prevent them being hit by cars crossing busy roads, fighting with other cats or ending up in neighbours' gardens, should look to another option.

The study claims confinement, although unpopular, remains the most effective solution to the problems associated with roaming cats.


Explore further

Rainbow cat collars may save birds

More information: Catherine M. Hall et al. Do collar-mounted predation deterrents restrict wandering in pet domestic cats?, Applied Animal Behaviour Science (2016). DOI: 10.1016/j.applanim.2015.12.006
Journal information: Applied Animal Behaviour Science

Provided by Science Network WA

This article first appeared on ScienceNetwork Western Australia a science news website based at Scitech.

Citation: Researchers use GPS trackers to determine how far domestic cats roam (2016, February 2) retrieved 11 December 2019 from https://phys.org/news/2016-02-gps-trackers-domestic-cats-roam.html
This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only.
12 shares

Feedback to editors

User comments