Using blockchain and AI technologies for sustainable, biodiverse, and transparent fisheries of the future

Naif Alsharabi, Jalel Ktari, Tarek Frikha, Abdulaziz Alayba, Abdullah J. Alzahrani, Amr jadi, Habib Hamam
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Abstract

This paper proposes a total fusion of blockchain and AI tech for tomorrow’s viable, rich in diversity and transparent fisheries. It outlines the main goal of tackling overfishing challenges due to lack of transparency and biodiversity depletion in the fisheries sector. With the use of blockchain technology, we can ensure that all fishery products are safely traced from their harvest up to when they get to the market— at the same time, AI algorithms are used in monitoring fish populations and predicting them plus decision-making processes which should be enhanced thus promoting bio-diversity and ensuring sustainability of fish stocks. Results show promise on using both technologies together: improving sustainability plus transparency in fisheries which would promote more fish biodiversity, while others including using an artificial intelligence system have not been confirmed yet by observations. The conclusion underscores the transformative nature of these technologies as having great implications towards fisheries management; this implies that there is a need for future observational studies aimed at validating such other findings.
利用区块链和人工智能技术实现可持续、生物多样性和透明的未来渔业
本文提出了区块链与人工智能技术的全面融合,以实现未来可行、丰富多样和透明的渔业。它概述了应对渔业领域因缺乏透明度和生物多样性枯竭而造成的过度捕捞挑战的主要目标。通过使用区块链技术,我们可以确保所有渔业产品从收获到进入市场的整个过程都能被安全地追踪;与此同时,人工智能算法可用于监测鱼类种群数量、预测鱼类种群数量以及决策过程,这些过程应得到加强,从而促进生物多样性并确保鱼类种群的可持续性。研究结果表明,将这两种技术结合使用大有可为:提高渔业的可持续性和透明度,从而促进鱼类的生物多样性,而包括使用人工智能系统在内的其他技术尚未得到观察证实。结论强调了这些技术的变革性,认为它们对渔业管理具有重大影响;这意味着今后需要开展观察研究,以验证这些其他发现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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