A new scientific study by the University of Queensland and BirdLife Australia has shown that volunteer bird watchers have the opportunity to affect better policy to protect threatened birds and their habitats.
The study looked to understand the motivations of bird watchers, and how they could maximise their influence by capturing data that will most assist scientists to measure changes to bird use of different systems and allow decision and policy makers to design better protective measures for threatened species.
The project’s lead researcher, Ms Ayesha Tulloch from the School of Biological Sciences said volunteer bird watchers' preferences for certain species or habitats meant the data they collected was not always even in space or time. To have greater impact volunteers needed to modify their collection habits of bird surveys so they could be of most use to further conservation efforts.
“Aided by the internet, the popularity and scope of citizen science appears almost limitless, with more than 400 volunteer survey schemes around the world for birds alone, equating to an average of US $8 million per scheme in volunteer time investment," Ms Tulloch said.
“For citizens the motivation is to contribute to “real” science, public information and conservation. For scientists, citizen science offers a way to collect information that would otherwise not be affordable.”
Local conservation, natural resource management groups and land managers faced with limited funding for conservation can use volunteers in different ways, depending on what they want to achieve.
“Different volunteer types have different conservation objectives. ‘Site-faithful’ volunteers want to measure changes over time so visit the same site repeatedly, usually close to home, whereas ‘roaming’ volunteers want to find rare and threatened birds so travel on average more than 200km each time to find them.”
“If site-faithful volunteers can be encouraged to select one or more specific habitats within their preferred range to monitor trends over consecutive seasons and years, they might be the first to detect change or serendipitous events like the onset of disease, invasive organisms, or catastrophic environmental change," Ms Tulloch said.
“Roaming volunteers, who tend to be tourists, can view maps of data gaps. They have the chance of filling gaps and finding threatened and rare species, and they can benefit by being the first person to complete a survey in one of the many areas that remain unsampled."
About the School of Biological Sciences
Through research undertaken in the School, UQ has been ranked in the top 5 universities globally for research in ecology and environmental biology and in the top 18 universities globally for plant and animal biology, attracting researchers of world standing in a range of disciplines, with international leaders in many diverse fields. Our work spans the scales of biological organisation, from molecules and cells to organisms, populations, species and communities.
With more than 150 researchers working in evolution, global change biology, ecology, aquaculture, animal behaviour, physiology, entomology, zoology, botany, genomics, development and conservation biology, our researchers and graduate scientists are well-equipped to make a real difference in contributing to solving global problems.
Media: Ayesha Tulloch, UQ School of Biological Sciences, 0420 897 584, a.tulloch@uq.edu.au or Tracey Franchi, UQ School of Biological Sciences Communications Manager, 07 3365 4831, t.franchi@uq.edu.au
