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For frog’s sake: residents asked to eavesdrop to help save local species

A male Wallum sedgefrog.

 

For frog’s sake: residents asked to eavesdrop to help save local species

Sunshine Coast residents are being asked to tune in to the sounds of a local threatened frog population to help preserve the local biodiversity.

A joint University of Queensland and QUT project will arm locals from a new housing development near Caloundra with smart acoustic devices to monitor the native frog species including the wallum sedgefrog, which is listed as vulnerable.

UQ School of Biological Sciences Dr Berndt Janse van Rensburg and the research group are working closely with Stockland Development, Sunshine Coast Council and community stakeholders to address how to maintain biodiversity as urbanisation expands.

“The project focuses on threatened acid frog populations living in the Aura community environs, which will have 20,000 new residential dwellings, and more than 700 hectares of conservation and park areas at Bells Creek on the Sunshine Coast,” he said.

An artifical pond as part of the mitigation efforts to conserve the acid frog

 

“Stockland has contributed $133,000 to the project and has already undertaken a huge mitigation effort to create habitats to conserve frog species living in the acid soils in this region.”

Stockland Senior Environment and Community Development Manager Mark Stephens said the research program will engage with local schools, stakeholder groups and the broader community.

“It will provide insights on how communities can be developed in ways that are sustainable, and protect and improve biodiversity values in our catchment regions,” Mr Stephens said.

The project will use non-intrusive battery and solar-powered bioacoustic monitors to reliably measure multi-species population processes – dispersal and species co-occurrence – and how these drive patterns in species composition and population sizes in newly-created habitat.

This will act as a model for future amphibian surveys which are extremely difficult to undertake and require extensive survey efforts.

Dr van Rensburg said the project information would support any future decision-making to protect natural environments while balancing the expansion of urban development.

“Policies to protect, restore and create habitats have increased worldwide, but whether they work isn’t understood because they’re rarely evaluated,” he said.

Stockland Senior Environment and Community Development Manager Mark Stephens said the research program will engage with local schools, stakeholder groups and the broader community.

“It will provide insights on how communities can be developed in ways that are sustainable, and protect and improve biodiversity values in our catchment regions,” Mr Stephens said.

Researchers working in the field.

 

The project will use non-intrusive battery and solar-powered bioacoustic monitors to reliably measure multi-species population processes – dispersal and species co-occurrence – and how these drive patterns in species composition and population sizes in newly-created habitat.

This will act as a model for future amphibian surveys which are extremely difficult to undertake and require extensive survey efforts.

Dr van Rensburg said the project information would support any future decision-making to protect natural environments while balancing the expansion of urban development.

“Policies to protect, restore and create habitats have increased worldwide, but whether they work isn’t understood because they’re rarely evaluated,” he said.

source: The University of Queensland

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