Rachel’s presentation revolved around the introduction of an effective and simple treatment intervention. This intervention, targeting a widespread pathogen or parasite identified through her surveillance, has proven instrumental in improving the health and survival rates of sea lion pups. The efficacy of this simple treatment demonstrates that high-impact conservation results do not always require complex technological solutions, but rather precise identification of the key limiting health factor and dedicated application in the field.
Rachel’s research provides a model for threatened species management globally. By focusing veterinary expertise on wildlife health surveillance, diagnosing the specific threats, and implementing a simple targetted solution, her work offers tangible hope for reversing the endangered status of the Australian sea lion. Her continued leadership in the field is essential for ensuring that future generations have a healthy chance of survival.
Unfortunately there is no video of this presentation. But you can see more on Rachel’s work on this ABC report.
PROMO
Treating parasites to improve survival
Dr Rachael Gray, an Associate Professor at the Sydney School of Veterinary Science, University of Sydney, will introduce us to the Australian sea lion and the key threats impacting the survival of this endangered species. Rachael will also explain how the health and survival of this species can be improved through a simple treatment intervention.
Rachael combines teaching Veterinary Pathology to vet students and supervision of research students, with research on health, disease and toxicants (persistent organic pollutants, PFAS and heavy metals) in Australian sea lions and Australian and long-nosed fur seals. She has worked with pinnipeds since 2000 and has led over 50 field trips to remote islands in South Australia and Victoria, applying her training as a veterinarian to health and disease surveillance.
This meeting will be held in the Oatley Uniting Church Hall at 7.30pm and on-line by ZOOM. The ZOOM link is: https://us02web.zoom.us/j/3742141020?omn=86110187560 or open ZOOM & enter meeting ID: 374 214 1020.