29 August 2018
Finding and monitoring rare and broadly dispersed animals like the beautiful and endangered Gouldian Finch can be a challenge in remote, data-poor areas like much of northern Australia.
A new Hub project led by Professor Karen Gibb at Charles Darwin University and Dr Alaric Fisher of the Northern Territory Government is developing eDNA (environmental DNA) methods to detect the Gouldian Finch, and comparing these methods with traditional monitoring to assess their usefulness for regional surveys.
Determining the presence of animals such as birds by detecting their DNA in water where they drink and bathe is a relatively new application of eDNA techniques which until recently have focussed on aquatic species.
Such cost-effective methods to detect animals supports development planning, effective land and water management and impact assessment. See the project webpage for more information.
Gouldian Finch DNA may be detected in waterholes where they drink or bathe. Photo by Minden Pictures/Alamy Stock Photo.
Queensland’s Mitchell River flows west from its headwaters in the rainforests of the Wet Tropics to its mouth in the […]
The Mitchell, Gilbert and Flinders rivers flow into the south-eastern Gulf of Carpentaria, supporting healthy ecosystems and nationally significant wetlands […]
A First Nations-led project focusing on drone use guided by Traditional Owners in Kakadu National Park has developed protocols for […]
Our Northern Hub Newsletter highlights what's going on in our research projects across northern Australia. It includes latest findings, what's coming up and what this all means for sustainable development and land and water management in the region.
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