A/Prof. Sasi Nayar
Biography
Dr Nayar leads the Aquaculture program and manages the Algal Production Group. He has for over two decades led an applied, industry focused, research program developing micro- and macroalgal production systems for high value applications of the sustainably cultivated biomass. Using a multidisciplinary and collaborative approach, Dr. Nayar and his team tackle significant scientific and societal challenges.
These include bioremediation of wastewater, bio assimilation of nitrogen, carbon and phosphorus, valorisation of aquaculture waste streams, alongside advancing algal aquaculture for novel marine bioproducts. Their efforts are closely integrated with government and industry partners to ensure alignment with practical needs and sustainability goals.
Dr Nayar has a deep commitment to advancing scientific knowledge and its practical applications in addressing pressing environmental and economic challenges. His leadership in algal biology and aquaculture underscores his pivotal role in driving innovation and sustainable development within these fields with the ultimate focus on advancing the South Australian Aquaculture industry.
Research Interests
- Land-based and at-sea Integrated Multitrophic Aquaculture.
- Algal biotechnology.
- Aquatic environmental remediation.
- Bioactive compounds from marine organisms.
- Seagrass and algal physiology.
- Circular economy and valorisation in the aquaculture industry.
Qualifications:
- BFSc, 1995, Konkan Agriculture University, India; MFsc (Aquatic Biology), 1998, University of Agriculture Sciences, India; PhD (Marine Ecotoxicology), 2003, National University of Singapore, Singapore
Research Affiliations:
- Affiliate Associate Professor, Flinders University; Affiliate Senior Lecturer, The University of Adelaide
Professional Affiliations:
- Steering Committee Member, National Seaweed Hatchery Network; Member, Australian Marine Science Association; Member, International Society for Applied Phycology; Member, World Seagrass Association
Keywords:
- Algal Production, Integrated Multitrophic Aquaculture, Aquaculture, Seaweeds, Microalgae, Bioactives, Algal Physiology, Sustainability, Value adding, Circular economy
