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Architecture of the FindFISH Platform - A Service for Fishermen and More

Year: 2025
Type: article
Abstract: The Knowledge Transfer Platform FindFISH represents a response to the primary issue diagnosed within the fisheries sector, namely the diminishing profitability of fishing endeavors. Additional challenges encompass escalating operational costs borne by fishermen, the necessity for fishermen to embark on longer and more distant voyages in search of fish, the capture of low-value or limited quantities of fish, the tenuous operation at the precipice of profitability due to escalating costs, the imposition of fishing limits and the concomitant difficulties thereof. The construction of the FindFISH Knowledge Transfer Platform through the employment of the Numerical System for Forecasting Marine Environmental Conditions in the Gdańsk Bay for Fisheries is predicated upon in-situ research, environmental data (physicochemical and hydrometeorological), quantitative and qualitative fishing data, as well as numerical modeling of hydrodynamic, physicochemical, and biological parameters within the Gdańsk Bay region. The visualization of data in the form of tables, charts, and maps has been executed and presented via the FindFISH platform, which was established under the auspices of the project. This study presents a comprehensive depiction of the architecture of the system responsible for the dissemination of measurement and model data within the framework of the FindFISH Knowledge Transfer Platform. The principal tenets underpinning the architecture of the implemented system encompass the utilization of contemporary internet technologies within a complex, multi-module application grounded in solutions freely available under open-source licenses. The system has been realized in the form of several independently operable modules, each entrusted with distinct sets of requisite functionalities. The system modules are either founded upon existing solutions or have been wholly conceived and executed by the project team. The entirety of the system is accessible to users via a graphical user interface operative through a web browser (www.findfish.pl).
DOI: 10.34808/0v8n-z844
Language: English
Subfield: Geology
Open Access status: green
OpenAlex ID: W6908852117
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