Unlocking the secret lives of marine animals using shells and bones
We use chemical fingerprints locked within the biomineralised tissues of marine animals (shells and bones) to understand how they move around, where they come from, and how the environment changes around them.
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See select papers in Current Biology, J of Experimental Biology, Rev in Fish Biology & Fisheries, Analytical Chemistry
Combatting seafood fraud
This is a major research project funded by the Australian Research Council. Here we blend marine ecology, geochemistry, and proteomics to address the global challenge of seafood provenance & authentication. In doing so, we can help combat seafood fraud and illegal fishing that is reducing the sustainability of our fisheries and their ability produce healthy protein for millions of people.
Towards better management and conservation of octopuses
Zoë Doubleday has over 10 years experience working with octopuses and other cephalopods and is a regular media commentator on all things cephalopod. We have a range of current projects underway supporting the sustainable management of octopus fisheries, as well as understanding how they adapt to environmental change.
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See select papers in Current Biology, Frontiers in Ecology & the Environment, Rev in Fisheries Sci & Aquaculture
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Select media in New York Times, Science, Port Lincoln Time, The Correspondent, Australian Geo
Reimagining science communication for a brighter future
Our mission is to ensure science is not hidden behind closed doors but rather communicated to the media and public. We not only undertake research on how to boost the readability and readership of what scientists write, but challenge the status quo on how science is communicated.
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See select papers and articles in TREE, PNAS, Elife and Nature
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Pictured left: Launch of our new app "Octopus Estate", which was developed by MOD. and inspired by our research on octopus. Download now from Apple store or Google Play.