Non-Confidential Research Projects

For more information and images from our recent non-confidential research projects, please also check out the Wildlife Marine Twitter and Facebook pages. Please note, although we receive many requests, due to OH&S and confidentiality reasons we are unable to take on interns or volunteers for our projects


Dr Robbins being interviewed

Documenting coral reef dynamics


Once again in collaboration with our friends at the Khaled bin Sultan Living Oceans Foundation, Wildlife Marine's research has been the focus of a documentary detailing the interactions and vulnerabilities of tropical coral reefs. The film will be released soon, allowing us to showcase the science which lets us tease out the behaviours and responses of large mesopredators to both human-induced and natural environmental factors. With coral reefs under increasing pressure, determining their likely responses is becoming more and more important.




Fisheries workshop photo

International fish management workshop


Wildlife Marine was invited by our Flinders University colleague, Dr Charlie Huveneers, to co-host a week-long international fisheries course for visiting Indian fisheries managers. Our course discussed the management of multiple fish, shark and invertebrate fisheries, and involved us preparing and delivering a series of lectures, practicals and tutorials at a senior manager level. We provided and discussed many examples based on our experiences in South Australia, Queensland, New South Wales and Western Australia.




Dr William Robbins talking

Minimizing human-shark interactions


Minimizing the likelihood of shark interactions is one of the goals of governments, lifesavers and the beach-going public. The fewer interactions between these two groups means less harm to people, sharks and the environment. The New Caledonia Southern Province has shown great forethought with its rapid and proactive response to developing a range of complementary non-lethal initiatives to minimize shark risk at its beaches, and Wildlife Marine is pleased to be advising them on the development and implementation of these programs.




Grey reef shark

Shark movements on coral reefs


Wildlife Marine continues its highly successful collaboration with the international APEX consortium of researchers. With multiple fieldtrips completed, keen postgraduate students, and literally millions of shark detections, this project allows us to determine coral reef shark movements around the New Caledonian coast and remote atolls. Already our data has revealed some very exciting grey reef shark and silvertip shark behaviours, and we're now looking "behind the scenes" to unravel what environmental and anthropogenic factors drive these patterns.




White shark

White shark dynamics


Wildlife Marine is proud to announce our latest honours student, Ms Leila Nazimi (Flinders University), received a well-deserved first class honours for her research into the long-term population dynamics and residency of white sharks at the Neptune Islands Marine Park (South Australia). Leila identified shark individuals through photographic and cage operator records, and characterised the social structure and behaviours of individuals using the area. Her work provides recommendations into the future monitoring of these populations.




Grey reef shark

Reef shark feeding behaviour


Thanks to the support of the Khaled bin Sultan Living Oceans Foundation, Wildlife Marine conducted a series of highly successful field trips examining shark and fish behaviours and interactions on French Polynesian coral reefs. Our ground-breaking research identified and quantified previously-undocumented behaviours of reef sharks feeding in the wild. This work was the focus of the Emmy award-winning documentary Sharks of the Coral Canyon, with the results have published in the internationally peer-reviewed Coral Reefs journal.




White shark

White shark movements


Wildlife Marine collaborated with researchers from the Rodney Fox Research Foundation and the CSIRO to examine white shark movements at multiple locations in South Australia. Our project involved acoustically tagging animals, deploying and retrieving VR2W underwater listening stations, and identifying individual movement patterns. This work has identified a likely second South Australian white shark aggregation area, and been published as an open-access scientific paper.




Risk assessment

Spencer Gulf risk assessment


Together with Dr Charlie Huveneers, Wildlife Marine's Dr William Robbins led the development and implementation of an anthropogenic risk assessment on threatened, endangered, protected and iconic marine-associated species in Spencer Gulf (South Australia). Based out of Flinders University, this large-scale project examined 27 different threats against 38 species of cetaceans, pinnipeds, sharks, seabirds, fish and invertebrates. Its findings will help shape future developments and determine research priorities in the region.




Shark Share Global logo

Support of Shark Share Global


Wildlife Marine is now a Research Ally of Shark Share Global. These guys are an international foundation developing a novel online database linking scientists seeking shark tissue samples around the world. It's a great idea, and one which can easily maximize the information taken from individual sharks. Wildlife Marine is glad to support these guys, so check out their website, and contribute to the cause if you can.






Reef fish specialization


Following from his previous fish research at James Cook University, Wildlife Marine founder, Dr William Robbins assisted Dr Simon Brandl in his examination of surgeonfish ecological specializations on tropical coral reefs. The study specifically quantified the relationships between surgeonfish morphological and behavioral adaptations across several ecological niche axes. Simon did a fantastic job, and produced an exciting paradigm-questioning paper published by the Royal Society of London.




Aerial white shark image

Remote aerial shark detection


For many years now, Wildlife Marine has vocally supported research into the use of unmanned aerial vehicles to detect and identify large sharks in coastal waters. Such detections could provide a cost-effective early warning system for the general public, and eliminate the current use of shark nets and drums. Wildlife Marine is very excited that Australian trials are underway using commercially-available systems such as the DJI phantom, available from Sydney-based Rise Above Aerials.




Grey reef shark populations

Grey reef shark population structure


Wildlife Marine has co-authored important research into the genetic connectivity of grey reef shark populations on the Australian Great Barrier Reef. The project first identified the spatial patterns of shark population structure, then applied multiple genetic models to determine the levels of migration occurring to produce these patterns. The findings of this study are essential for the sustainable management of this important mesopredator in Australia and elsewhere, and have been published in the prestigious Scientific Reports journal.





Turtle tagging and monitoring


Wildlife Marine founder, Dr William Robbins spent many months investigating turtle biology in Port Hedland, NW Western Australia. Working for Care for Hedland Environmental Association Inc., Will was responsible for the tagging, monitoring and data analysis of all females nesting on Cemetery Beach. Flatback turtles, the primary species at Port Hedland, only nest in Australia, and with little known about the status of this population, this data will aid their effective management and long term survival.




Fishes on reef

Investigating fisheries management strategies


Once again Wildlife Marine teamed up again with the Living Oceans Foundation to further investigations into coral reef dynamics. Using a combination of underwater visual censuses and stereo cameras we quantified large predator and herbivore densities managed under different fishing regimes (i.e. no entry, no take and open to fishing zones) on the Great Barrier Reef. This research allowed us to determine the effectiveness of long-term fisheries management, and see how management affects different ecological groups.




Otolith being viewed

Whiting age and demography research


In collaboration with leading Australian fisheries biologists, Wildlife Marine helped unravel the biology of eastern Australian whiting. We led the growth component of the project, as accurate age and reproductive data are essential for the long-term sustainability of these commercially-important stocks. Our consortium has now produced peer-reviewed scientific publications on both general whiting ecology, and a specific paper on school whiting demography.




Diver photographing shark

Species at the intersection


Together with Dr Charlie Huveneers from Flinders University, Wildlife Marine co-authored its first book chapter. Entitled Species at the intersection, we examined the potential effects of commercial and recreational fisheries against wildlife tourism across a range of shark and ray species. We also explored the various management regulations employed by different countries, contrasting their economic status against the role which their wildlife tourism plays.




Grey reef shark

Grey reef shark behaviours around humans


Wildlife Marine's first honours student completed his project quantifying the interactions of grey reef sharks with divers on coral reefs. This project remotely assessed shark behaviours through underwater cameras, and directly assessed the effects which humans have on reef shark behaviours and local abundances. The finding from this research will directly contribute to our understanding and management of sharks on coral reef ecosystems. The initial publication has already been published in Coral Reefs.




Helicopter photo

Aerial shark sighting assessment


Wildlife Marine's Dr William Robbins led a ground-breaking study which determined the efficacy of aerial beach patrols to detect large (2.5 m) sharks at beaches. This work was conducted while at Cronulla Fisheries Research Centre of Excellence, with follow-up analysis and writing through Wildlife Marine. The findings are quite damning, and have received considerable press, including the front page of the Sydney Morning Herald. The Government report can be downloaded here or the full peer-reviewed publication here.




Grey reef shark genetics

Grey reef shark microsatellites


Wildlife Marine's Dr William Robbins contributed over 150 tissue samples from the Great Barrier Reef, Coral Sea and Indian Ocean in a project characterising polymorphic microsatellite loci in grey reef sharks. Led by Paolo Momigliano of Macquarie University, this is the first step in a bigger study to determine grey reef shark population structure and connectivity to aid future management. The loci identified also cross-amplified in other whaler shark species, allowing their future use across these species too. Check out our scientific paper for more details.




Grey nurse shark

Grey nurse shark research published


Dr Will Robbins led a comprehensive investigation of wild grey nurse shark (sand tiger) interactions with common recreational fishing gears. This work was conducted while at Cronulla Fisheries Research Centre of Excellence, with follow-up analysis and publishing through Wildlife Marine. This research was directly responsible for the positive legislative changes to NSW Critical Habitats in September 2012. The resulting scientific paper is open-access, meaning anyone can download it from Endangered Species Research




Shark lecure photo

Teaching fisheries science


Wildlife Marine has once again presented a series of lectures and practicals to third year university students at Flinders and Curtin Universities. The topics covered included the background, implementation and specifics of fisheries stock models, with examples taken from fish and shark fisheries. The lectures and practicals devised by Wildlife Marine were well received, and will aid students in their understanding of the synergies between science, stakeholders and management.




Grey nurse shark

National shark sustainability workshop


Wildlife Marine was happy to travel to Hobart to help determine conservation priorities and sustainable harvest strategies for Australian sharks and rays. This federally-funded workshop brought together the major scientists and managers from around the country to balance conservation with resource use. Wildlife Marine led discussions on the state of knowledge of species such as the grey nurse shark, Carcharias taurus.





Sony logo

Sony support of shark research


Wildlife Marine has just received sponsorship of its shark projects by Sony Australia. We are extremely grateful to Sony for their generosity, and look forward to employing their cameras to further our research program. To check out what we'll be using, go to www.sony.com.au/actioncam





Bonito fish growth

Bonito fish growth


Bonito are an important commercial fish species in Eastern Australia. Wildlife Marine has collaborated with researchers from the Cronulla Fisheries Research Centre (New South Wales Primary Industries) to calculate the growth rate and longevity of Eastern Australian bonito stocks. This work is the first to use a novel set of comparative techniques and is now published in Marine and Freshwater Research





ICIC logo

Associate with IC Independent Consulting


Wildlife Marine has become a collaborate associate with IC Independent Consulting. IC Independent Consulting is an exciting new firm with expert experience in institutional governance, and a particular focus on science, policy and regulation. This collaborative association will expand the expertise base of both organisations, and continue the successful research collaborations which Wildlife Marine has with ICIC's founding partner, Prof. Steve Kennelly.




Shark workshop photo

International shark management workshop


Wildlife Marine is proud to have hosted a week-long shark management course for the Environment Agency of Abu Dhabi, United Arab Emirates. This international workshop taught participants the practical and theoretical skills to assess and manage their national shark fisheries. A wide variety of fisheries and demographic fundamentals were explored in detail, with emphasis given to both practical and theoretical training and interpretation.





Whitetip reef shark genetics

Whitetip reef shark genetics


The stock structure of whitetip reef shark populations has just been genetically determined across the tropical Indo-Pacific. Wildlife Marine's collaboration with researchers from the University of Hawaii has established the level of both small- and large-scale connectivity in whitetip reef shark populations, and has proposed an answer to the riddle of how the most sedentary of the whaler sharks is also the most widespread. This work is now available from the Journal of Biogeography




Shark assessment photo

Australian shark management review


Wildlife Marine conducted an independent review of the shark management plans and strategies of one of Australia's fisheries agencies. The review from Wildlife Marine examined the biological and industry components of the fishery, commenting on the effectiveness of current management strategies. This work is a requirement to ensure that management plans provide both long-term sustainability of the industry, and the continued viability of coastal Australian shark stocks.




Shark IDing photo

Confirmation of shark identity


Dr William Robbins from Wildlife Marine has again aided state fisheries agencies in the identification of suspicious shark carcasses taken from commercial fish markets. Issues of identity are extremely important, especially when carcasses are suspected to be protected species. Identification down to species level was successfully performed each time by using key morphological traits.





Shark growth

Mortality rates of sharks


As a follow-up to his PhD work, Wildlife Marine founder, Dr William Robbins, collaborated with James Cook University colleagues to quantify the differences found in shark population mortality models. Mortality estimates are a vital parameter in determining demographic models, and this work will allow future shark management plans to be based on quality-assured mathematical models. This work is freely available from the Public Library of Science.