Over the next two years, researchers from the Department of Anthropology will be listening to birds to find out how their songs, calls and cries become a part of our lives.
The project 'Listening to birds: an anthropological approach to bird sounds' has received £200,000 of funding from the Arts and Humanities Research Council.
"We are interested in understanding how people come to focus on particular sounds and how they develop the skill of identifying songs and calls," said Dr Andrew Whitehouse, the project's lead researcher. "We also intend to explore how bird sounds evoke time, place and season and how people experience and draw upon bird sounds in science, art, music and their everyday lives."
A number of research methods will be used by the Aberdeen anthropologists, who are keen to hear from anyone interested in birds across Britain and throughout the world.
"One thing I'll be exploring is how technology shapes the way we hear," added Dr Whitehouse. "For most people hearing is an activity we do unaided, but new digital technologies are making it much easier for people to record sounds. I'm interested in the effects this has on our interactions with birds.
"We want to hear from anyone with an interest in bird sounds or who has a story to tell about them. It could be a recent or distant memory; it could be about how you learnt to recognise a bird from the sounds it makes or a story associated with hearing a particular bird. You don't have to be a bird expert and you don't even have to know what sort of birds you heard."
The research team is also looking for volunteers in the Aberdeen area to take part in lessons during the spring in how to identify bird sounds. However, anyone who wants to submit details of a bird sound experience can do so on the project website -
http://www.abdn.ac.uk/birdsong/
Dr Whitehouse will write a blog throughout the project charting the group's work and encouraging people to contribute.
"This is research that can really help us to understand how people experience their world through sound", added the project's director, Professor Tim Ingold. "It will show just how important birds are to people."
Source: University of Aberdeen
Related stories:
Researchers survey for rare birds among Mayan ruins
(PhysOrg.com) -- During a trip to the forests of northern Guatemala earlier this year, Cornell natural sounds expert Greg Budney and his cohorts captured the first recording of a Caribbean dove in Guatemala and one of only a handful of known recordings of the bare-throated tiger heron, which emits a "spectacular low-deep" croon.
'Perfect Pitch' in Humans Far More Prevalent than Expected
Researchers at the University of Rochester's Eastman School of Music and Department of Brain and Cognitive Sciences have developed a unique test for perfect pitch, and have found surprising results.
Tuning in to a new language on the fly: Effects of context and seasonality on songbird brain
Research conducted at Rutgers University has shown that exposure to a changed acoustic and social environment can rewire the way the brain processes sounds. Beginning in the cochlea of the inner ear, nerve cells of the auditory system parse incoming sounds into their different components. Study of the responses of individual brain cells has shown that they respond best to a particular frequency (pitch) of sound, less well to nearby frequencies, and poorly to distant sound frequencies. The range of effective frequencies can be measured as the "tuning width." Cells with similar tuning are found together, producing an orderly map of all the possible frequencies spread out across the auditory part of the brain.
Birdsong not just for the birds
Switch on the mike, start the recording, the stage is set for the local fauna! Computer scientists from the University of Bonn, in conjunction with the birdsong archives of Berlin's Humboldt University, have developed a kind of 'Big Brother' for birds.
Ornithologists announce discovery of new bird species
The announcement of the discovery of a new bird comes with a twist: It’s a white-eye, but its eye isn’t white. Still, what this new bird lacks in literal qualities it makes up for as one of the surprises that nature still has tucked away in little-explored corners of the world.
Bird brains suggest how vocal learning evolved
Though they perch far apart on the avian family tree, birds with the ability to learn songs use similar brain structures to sing their tunes. Neurobiologists at Duke University Medical Center now have an explanation for this puzzling likeness.
Anna's hummingbird chirps with its tail during display dives
The beeps, chirps and whistles made by some hummingbirds and thought to be vocal are actually created by the birds' tail feathers, according to a study by two students at the University of California, Berkeley.
Rare parakeets to populate gulf islands
An ambitious plan to translocate 100 kakariki (red-crowned parakeets) from Little Barrier Island to two other Hauraki Gulf islands as well as a mainland site means more people will be able to see the rare birds.