Integrated Multi-Trophic Aquaculture (IMTA) with filter feeders and detritivores: bioremediation and climate change resilience

The project aims to develop and optimize Integrated Multi-Trophic Aquaculture (IMTA) systems based on the integration of filter-feeding organisms (bivalves, mussels and oysters) and detritivores. Research activities include the design and management of experimental IMTA systems, the evaluation of growth and survival of the cultured species in relation to temperature variations, the analysis of the physiological response to thermal stress and of adaptive capacity, as well as the quantification of bioremediation and organic waste valorization processes performed by filter feeders and detritivores. The project requires proven expertise in the biology and ecology of the target species and in the physiology of thermal stress, as well as direct experience in quantifying bioremediation and waste recycling in IMTA systems. Consolidated skills in the husbandry, manipulation and monitoring of marine invertebrates in the field and under controlled conditions are also required.