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Talisa Doering is currently a PhD student at the University of Melbourne, supervised by Prof. Madeleine J. H. van Oppen and Prof. Linda L. Blackall. She completed her Bachelor of Science degree in Biology at the Free University of Berlin, studying evolution of marine fishes to climate change regimes. She obtained her Master of Science degree in Biological Oceanography at Kiel University and GEOMAR Helmholtz Centre for Ocean Research Kiel, where she conducted a coral microbiome transplant experiment from heat-sensitive to heat-tolerant coral conspecifics in order to build coral climate resilience. Her current PhD research focuses on understanding coral bleaching mechanisms, identifying beneficial coral-associated bacteria and developing successful microbiome-manipulation approaches that can enhance coral bleaching resilience.

Dr Justin Maire is currently a postdoctoral fellow at the University of Melbourne. He obtained his PhD in 2018 from Institut National des Sciences Appliquées de Lyon, France, on symbiotic interactions between insects and bacteria and their impact on host immunity and development. In 2019, he moved to the University of Melbourne, where his research is focused on coral–bacteria associations. He specifically focuses on closely associated symbionts, e.g. intracellular, vertically transmitted symbionts, and their potential use as bacterial probiotics and microbiome engineering as an approach for the mitigation of coral bleaching and coral reef conservation. This includes characterising the taxonomy, localisation and functions of symbionts of interests.

Prof. Madeleine J. H. van Oppen is an ecological geneticist with an interest in microbial symbioses and climate change adaptation of reef corals. Her early career focused on evolutionary and population genetics of algae and fish, and subsequently corals. Currently, her team is using bioengineering approaches aimed at increasing coral climate resilience and the likelihood that coral reefs will survive this century. These interventions include coral host hybridisation and conditioning, directed evolution of microalgal symbionts and bacterial probiotics.

Prof. Linda L. Blackall is an environmental microbial ecologist, who has studied many different complex microbial communities ranging from host associated through to free living in numerous environments. One of her research fields is the microbiota of corals and sponges. The numerous methods she develops and employs in her research allow elucidation of microbial complexity and function in these diverse biomes.