In a ground-breaking study, tiny sound recorders will be set up near the nests of south-eastern red-tailed black-cockatoos to monitor the nesting habits of the endangered species.
University of Queensland researchers, working alongside the (DELWP), will begin research this week placing sound recorders near nests across farmland between Portland and Edenhope in Victoria.
Â鶹´«Ã½Ó³» researcher said when the sound recorders are collected later this year, each device will have more than 150 gigabytes of audio to analyse.
“The project’s main aim is to develop semi-automated methods for detecting key breeding-related bird calls from the massive volumes of audio,” she said.
“If that is achieved, this project will provide conservation managers with a reliable and cost-effective method for monitoring these birds over vast areas and for long periods of time.
“That information could be used to make decisions about habitat protection in relation to nesting habitat, fire planning and the placement of artificial nests.”
DELWP Senior Biodiversity Officer Richard Hill said the south-eastern red-tailed black-cockatoo is one of Australia's rarest cockatoos and is only found in south-west Victoria and lower south-east South Australia.
“It’s believed a lack of success with nesting is a key reason for their low population, and we’re hoping to find out what’s causing this,” Mr Hill said.
“Bird calls will be recorded across the breeding season, with the devices programmed to record at certain times of day.
“The audio will be used to determine the success of particular nests, by identifying specific calls from parent birds and their chicks.
“This research comes at a critical time, in light of recent flock counts which suggest disappointing breeding results over the last few seasons.”
This study is being undertaken by the , which undertakes research to support the recovery of Australia’s threatened species.
The Hub is a collaboration of ten of Australia’s leading universities and the , and receives support from the Australian Government’s .
The at the will also be involved in research aspects relating to sound data handling and processing.
Media: Â鶹´«Ã½Ó³» Communications, communications@uq.edu.au, +61 7 3365 1120.
