Showing posts with label odour. Show all posts
Showing posts with label odour. Show all posts

Wednesday, 4 January 2017

Ferret smell could help protect New Zealand birds

3 January 2017

Researchers in New Zealand say that the stench of ferrets could be a useful tool to protect the country's birds, as the smell helps to attract non-native predators.

An experiment at a farm in the northern Hawke's Bay region found that lacing rabbit meat with ferret odour led to boom in the number of stoats, rats and hedgehogs detected at monitored sites, the New Zealand Herald reports. The creatures are all considered pests because of the damage they can do native flora and fauna.

"There were very dramatic increases, both in the time the animals spent around the odour and also in the number of detections," Dr Patrick Garvey of Landcare Research tells the paper. "We were told that if we could increase detection or trapping rates by 50%, we'd be doing amazingly well - and we got a 300% increase in stoat detections over the month."

The fact that ferrets are apex predators doesn't seem to put off creatures lower down the food chain, as getting a whiff of a potential threat could help them to stay safe. Dr Garvey likens it to humans smelling smoke: "Instead of running away from it, we'll investigate the source and will try to find out more about it to make things safer for us," he says.

In 2016, New Zealand's government set a target of wiping out non-native predators by 2050 in order to protect the country's wildlife, particularly its birds. Ferret odour isn't the only smelly tool being trialled as part of the efforts. Another company has been testing the effectiveness of traps that use a particularly potent substance to attract stoats - an oil made from the animals' anal glands.



source

Monday, 14 July 2014

Odor communication in wild gorillas: Wild gorillas signal using odor

Date:
July 9, 2014

Source:
PLOS

Summary:
Silverback gorillas appear to use odor as a form of communication to other gorillas. Mammals communicate socially through visual, auditory, and chemical signals. The chemical sense is in fact the oldest sense, shared by all organisms including bacteria, and mounting evidence suggests that humans also participate in social chemical signaling. However, not much is known about this type of signaling in closely related hominoids, like wild apes.


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