|Applied Marine Ecology|
|Aquatic Species Ecology|
|Food Webs and Invertebrates Community Dynamics|
|Invasive Species (Wetlands)|
|Platypus Conservation Initiative|
|River Red Gum Dynamics and Management|
|Wetland Ecology and Stable Isotopes|
|Invasive Species (Terrestrial)|
|Spatial Analyses and GIS|
|Vegetation Survey and Mapping|
Position: Doctoral Candidate
Office: Room 456, D26 Building UNSW, Kensington 2052
The aim of my project is to: Evaluate how history of predator exposure influences predator recognition by the greater bilby, Macrotis lagotis. An understanding of how bilby populations’ history of predator exposure influences their anti-predator responses is vital for developing strategies to re-establish populations back into areas where they formerly existed, beyond feral proof fences.
The greater bilby population has decline drastically since European settlement. The greater bilby now occupies only 20% of its former range. Australia has the highest contemporary mammal extinction rate in the world. Substantial evidence indicates that predation from exotic mammalian predators (feral cat and red fox) is the main cause of reintroduction failure during attempts to re-establish mammal species back into areas of their former range. Animals isolatecd from predators either evolutionary or throughout their lifetime may fail to recognise and respond appropriately to a novel predator, such as a feral cat and fox. Thus by compromising individuals' capacity to detect and subsequently avoid predators, complete isolation from predators may make it impossible to successfully translocate endangered Australian mammals from predator-free exclosures into environments where mammalian predators are present.
The results of this project will advance understanding of prey naïveté to introduced predators and assist wildlife managers to evaluate whether it is viable to re-establish populations of endangered wildlife beyond feral free fenced reserves and islands. This project aims to establish whether native mammals, such as the greater bilby recognise native and exotic predators. This project will determine if reintroducing native fauna into feral free fenced areas and islands facilitates prey naïveté by comparing population level predator recognition in populations isolated from predators (feral free fenced reserves and islands), compared to those who exist under low level predation pressure. It is possible that by reintroducing native mammals into feral free areas we are reducing species capacity to develop appropriate predator awareness. If results from this project indicate that it is essential to expose island and predator free populations to low level predation pressure to ensure they retain predator recognition of native species and learn to recognise novel predators, then conservation organisations can use this information to make informed decisions regarding future translocation projects beyond feral free fenced reserves.
Tel: +61 2 9385 8296 | email: email@example.com | Address: Room 508, Building D26, School of Biological, Earth and Environmental Sciences, University of NSW
Authorised by Professor Richard Kingsford, Director | CRICOS Provider Code 00098G | ABN 57 195 873 179