Kshitij Tandon, University of Melbourne, Australia
Claudia Pogoreutz, École polytechnique fédérale de Lausanne, Switzerland
Ryan McMinds, University of South Florida, USA
Helena D. Villela, King Abdullah University of Science and Technology, Saudi Arabia
Neus Garcias Bonet, King Abdullah University of Science and Technology, Saudi Arabia
Anna Roik, University of Oldenburg, Germany
Microbiome-based interventions have been successfully applied in clinical and in food production applications, ranging from treatment of human disease to increasing crop productivity and stress tolerance. Also, in terrestrial ecosystems, first emerging microbiome-based strategies are underway to mitigate major ecosystem disruptions. Most recently, such strategies have been suggested as an effective solution to the coral reef crisis aiming to help corals to endure the consequences of ocean warming. Reef-building corals are complex holobionts consisting of the animal host, algal symbionts, and a diversity of prokaryotic and micro-eukaryotic microbes. A thorough understanding of microbial roles will be the centrepiece of successful microbiome-based interventions. While our understanding of the diversity and dynamics of the microbiome in health, stress, and disease has been steadily growing, we have barely scraped the surface of functions and inter-kingdom interactions. In this workshop, we anticipate forming a cross-disciplinary team of authors, brainstorming innovative, cutting-edge ideas for future microbiome manipulation experiments, and drafting an outline for a perspective paper, “Using direct microbiome manipulation to understand causal roles of microbes in the health and stress resistance of corals”, in which we will synthesise and suggest powerful approaches to tackle this mission. The workshop will be offered in hybrid format and we welcome online participation to accomodate participants in the case of travel limitations. (Up to 30 participants; estimated 3.5 hours)