The Design and Development of CATCHFISH System: A Collaborative ICT-Based Tool for an Optimize Fishing Repository and Catch Efficiency

Abstract

The fishing industry is vital to the global economy, supporting food security and livelihoods, particularly in coastal and island nations. However, the sector faces severe challenges leading to declining fish stocks and ecosystem degradation. In the Philippines, Lagonoy Gulf is a critical marine area with rich biodiversity, essential for local communities who rely on fishing for their income and sustenance. Yet, the Gulf faces significant challenges that threaten this vital resource. To address these challenges, there has been a growing recognition of the need for more sustainable fishing practices. Hence, the CATCHFISH System—Collaborative Access to Tracking Community Handling of Fisheries Information, Science, and Harvest—was developed. This innovative digital repository aims to enhance fisheries management by providing a centralized platform for real-time data collection, analysis, and collaboration among stakeholders. The system supports sustainable practices by optimizing fishing operations, and minimizing environmental impacts. The system's functionalities are integral to its main objective. It enables users to create and manage content efficiently, retrieve vital information, and perform detailed descriptive analytics. Specifically, the system facilitates the creation and maintenance of data related to fisher folks' profiles, fishing gear, vessel, and fish catches. It also allows users to retrieve this information, with data categorized by various parameter. Descriptive analytics further enrich the user experience by providing in-depth reports on fishery data, which are segmented similarly for ease of analysis. The system was rigorously evaluated, achieving high usability, high acceptability and high reliability ratings of 96.30% 95.07% and 93.83%, respectively. These ratings reflect its effectiveness in meeting user needs and performing consistently. The CATCHFISH System may significantly improve fishing practices by delivering real-time data and fostering collaboration among various stakeholders. By offering comprehensive insights and facilitating effective communication, it supports sustainable development practices that ensure the long-term viability of marine resources. This collaborative approach not only optimizes fishing operations but also enhances the management and preservation of marine ecosystems, thereby promoting a more responsible and resilient fishing industry for future generations.