The ATAP covers thousands of kilometres of the Southern African coast. Scientists are able to use this collaborative array to paint a picture of how fish and shark species behave along the coastline to better manage and protect them in the future.
As a child, I never knew what I wanted to do when I grew up, but a researcher in the academic world most certainly wasn’t it, let alone a researcher studying fish. However, in 2007 a friend suggested I take ichthyology as my third subject in my second year of university. I knew nothing about fish other than that they lived underwater, but I decided I had nothing to lose and started something that turned out to be my absolute passion. Throughout my university years, I jumped between subjects that ranged from working out how much illegal fishing...
As a youngster I always knew that I wanted to study fish and become an ichthyologist. My love for fish stemmed from my passion for fishing and trying to understand more about the mysterious underwater lives of these biologically diverse creatures. Not knowing what fish were doing when I couldn’t catch them led me to take a particular interest in studying their behaviour and movement ecology.
As an undergraduate I never missed an opportunity to participate in research field trips and help postgraduate students with their projects. I always looked for vacation jobs that would keep me close to nature and,...
To assist researchers who are investigating the movements and migrations of marine and estuarine fish, mammals and birds using acoustic telemetry. The platform comprises a network of strategically placed acoustic receivers (listening stations) to detect acoustically tagged animals and enable researchers to monitor their movements and migrations.
South Africa is a biodiversity hotspot boasting a high degree of endemic marine species that are biogeographically restricted by the presence of two contrasting boundary currents. The Acoustic Tracking Array Platform (ATAP) provides a fantastic opportunity to study multiple-year migration patterns and shed light of the possible effects of climate change.
The ATAP will significantly enhance the collection of data – both presence and absence data – from all acoustically tagged animals. Several significant projects are currently underway and include a suite of species, ranging from small estuarine resident fish (e.g., Cape stumpnose) to important migratory fish species (e.g., leervis) and large apex predators (e.g., white sharks). Most of these studies have been spatially restricted due to poor acoustic coverage at a regional and national level.
The main habitats that will be covered by the ATAP receiver network include estuaries (20 permanently open systems) spanning approximately 2,000 kilometres of coastline, major embayments (False Bay, Mossel Bay and Algoa Bay) and other key monitoring sites within the inshore coastal environment along the eastern seaboard of South Africa (e.g., Port Alfred, Port St Johns, Umkomaas and Kosi Bay). The research questions being addressed are diverse and include studies of fish migration, movement behaviour, spatial use patterns, physiology, fisheries management and conservation.
The aims and objectives of this project are to:
Managing sawshark populations requires good information on where they move and what their relative abundance. Jane and Paddy are using a variety of methods to improve our understanding of the conservation status and management of sawsharks threatened by fishing in south-eastern Australia.