SeaCras CEO and Co-founder Mario Špadina, PhD, presented SeaCras’ scientific work on Space–Ocean Integration methodology at Adriatic Mariculture 2026, held on 20 March 2026 in Ston as part of the Dani malostonske kamenice event.
The scientific and professional gathering brought together leading researchers, experts, institutional representatives, and producers from Croatia and other Adriatic countries. The focus was on the future of Adriatic mariculture, with special attention given to the preservation of the European flat oyster (Ostrea edulis) as an autochthonous species and one of the most recognizable symbols of the Malostonski Bay.
Mario presented the study Multisensor Satellite Analysis and In Situ Measurements for Assessing the Spatial Heterogeneity of Phytoplankton Blooms in the Northern Adriatic. The research highlights the importance of combining multiple satellite data sources, from medium and high to very high spatial and temporal resolution, with field measurements such as oceanographic buoys and other in situ devices.
This integrated approach enables a clearer understanding of marine dynamics, especially during abnormal environmental events. For mariculture producers, this means better visibility of the conditions that directly affect production, health status, food safety, and long-term operational planning.
The study was conducted in collaboration with the Center for Marine Research of the Ruđer Bošković Institute, reinforcing the importance of connecting scientific research, advanced technology, and practical needs in the field.
From Monitoring to Early Warning: Why Data Intelligence Matters for Mariculture
The conclusions of Adriatic Mariculture 2026 pointed to several key challenges facing the sector: climate change, environmental stressors, disease risks, predators, infrastructure limitations, market conditions, and administrative barriers.
Participants also emphasized the need for stronger biosecurity, stricter control of live organism imports, sanitary measures, veterinary supervision, and early-warning systems for disease and environmental risks. The introduction of non-native species, especially in sensitive protected areas such as Malostonski Bay, was recognised as a high-risk scenario that requires careful management rather than experimentation.
This is exactly where Space–Ocean Integration can create practical value.
By combining satellite monitoring with in situ measurements, mariculture stakeholders can move from fragmented observation to more systematic, data-driven decision-making. Instead of reacting only after visible damage occurs, producers and authorities can gain earlier insight into changing sea conditions, phytoplankton bloom development, pollution pressure, and other environmental indicators that may affect shellfish and fish production.
For SeaCras, the message is clear: the future of Adriatic mariculture depends on better cooperation between science, producers, and public institutions, but also on better intelligence from the marine environment itself.
Malostonski Bay remains a unique and sensitive ecosystem where tradition, nature, and economic activity meet. Protecting that balance requires modern tools, responsible management, and timely information.
Through satellite data, AI-powered analysis, and field-based validation, SeaCras continues to support a more resilient, informed, and sustainable future for mariculture in the Adriatic.