Our Zoology team is comprised of over 30 consultants who operate throughout NSW and Victoria. The team includes a mix of graduate and mid-level ecologists supported by Senior, Senior Associate, Principal or Technical Director level consultants, ensuring the right mix of skill and experience is available for all our projects.
Our consultants provide considered advice based on a professional scientific understanding of Australia’s fauna and provide a wide range of surveys, monitoring, assessments and desktop studies for our clients.
We also have technical specialists in microbat call detection, wetland bird specialists, wind farm bird and bat impact assessment, bird collision risk modelling as well as two NSW Biodiversity Assessment Method (BAM) accredited consultants.
Our Zoology team works with our clients on impact assessments to support local and state significant developments, wind farm bird and bat utilisation surveys, threatened species monitoring projects, and provides project ecologist services (including pre-clearance surveys, ecological supervision of vegetation clearance, nest box inspections, and dam dewatering services).
We are experienced in a wide range of targeted zoological survey techniques in a variety of ecological environments ranging from urban environments to remote alpine and semi-arid regions across all of Victoria and NSW.
We work across a range of industries including construction, road, renewable energy, residential and industrial development, recreational infrastructure, land and water management, telecommunications and utility services.
More than twenty years ago, in partnership with Symbolix Pty Ltd, Biosis developed a mathematical model designed to provide quantified estimates of collision risk for birds in wind farms. The Biosis Collision Risk Model has continued to be refined and remains the only model developed for this purpose in the southern hemisphere. It has been applied widely in environmental assessments across the Australian wind energy sector. Click here for more information.