Abstract
The article addresses the multifaceted challenges and burgeoning opportunities within the aquaculture sector, especially in the context of environmental disruptions exacerbated by armed conflicts, with a particular focus on the Black Sea basin. It underscores the urgent necessity for innovative solutions to bolster sector resilience and efficiency. The study identifies critical issues pervasive throughout the technological process and proposes a suite of organizational-economic measures to effectively tackle these challenges. Among the key strategies discussed are the introduction of cutting-edge water purification technologies, the implementation of robust resource management systems, and the adoption of novel cultivation techniques. These innovations are designed not only to mitigate environmental pollution and optimize production but also to enhance economic competitiveness through the establishment of collaborative networks and the adoption of sustainable practices. Central to the article's thesis is the advocacy for concerted collaborative efforts among a diverse array of stakeholders to build adaptive capacity and bolster economic competitiveness. By emphasizing a multidimensional approach, the research elucidates the transformative potential of integrated aquaculture systems in promoting ecological sustainability and fostering economic growth across Ukraine's various regions. It highlights the pivotal role that advanced technologies play in making aquaculture a more sustainable and economically viable sector, which is crucial for safeguarding Ukraine's aquatic ecosystems and furthering its overarching economic development goals. The article's emphasis on the strategic integration of innovative technologies and sustainable practices underscores the essential balance between ecological stewardship and economic advancement. It posits that through comprehensive stakeholder collaboration and the adoption of advanced technological solutions, the aquaculture sector can achieve significant strides in environmental protection while simultaneously driving economic growth. Furthermore, the study's focus on the Black Sea basin illustrates a critical geographic locus where these proposed strategies can be implemented and observed, providing a model for broader application across similar ecological and economic contexts. By doing so, it envisions a future where the aquaculture sector not only survives but thrives, contributing to both ecological preservation and economic prosperity.
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