区块链技术在乌克兰水产养殖领域的应用前景

IF 0.6 Q4 BUSINESS Economics Ecology Socium Pub Date : 2022-06-30 DOI:10.31520/2616-7107/2022.6.2-3
O. Iermakova, I. Sedikova, Artem Dashian
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引用次数: 0

摘要

介绍。以可持续的方式发展水产养殖中的鱼类养殖确保了渔业的可持续性,这与每个地区的当地问题有关。在过去的30年里,乌克兰的鱼类产量急剧下降,与1990年相比,2021年的降幅超过87%。在乌克兰水产养殖部门,存在高度的官僚主义和腐败风险,需要解决这些问题,以便为经济和商人找到解决办法。世界报告显示,乌克兰是世界上非法捕鱼的领导者之一。因此,非常有必要实施部门可追溯性和透明度技术,即区块链。目标和任务。本文的主要目的是研究乌克兰水生生物资源透明高效利用制度的可能实施机制。第二个目标是实现有关在水产养殖部门使用区块链技术的信息。结果。这项研究表明,乌克兰的水产养殖部门正在经历一场危机,这是由严重的腐败和偷猎引起的。提出了以区块链技术为动力的水产养殖供应链数字化。区块链技术的作用通过证据、防篡改、透明和去中心化等功能来揭示。调查了区块链技术对水产养殖业务的积极影响,例如减少官僚主义,质量保证,改善信息交换,降低交易成本,提高审计绩效,简化召回流程,产品来源验证以及降低欺诈活动的可能性。这将大大减少收集工作和报告所必需的所有文件所需的时间。区块链实施路线图已经制定,包括以下几个阶段:概念、立法合规、有限原型、最终愿景、进一步研究和优化。结论。从长远来看,区块链技术符合乌克兰的经济目标,例如该国的持续数字化。由于区块链技术,水产养殖产品只有在统一的系统中注册才能进入市场。这将影响该部门“非正规经济”的减少和市场机制的增加。它还将对人口的粮食安全以及生产者的经济安全产生积极影响。这将是一个完全透明和数字化的经济领域的先例。
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Prospects of Implementation of Blockchain Technology into Aquaculture Sector of Ukraine
Introduction. The development of fish farming in aquaculture in a sustainable way ensures the sustainability of fisheries, which is associated with local problems in each region. Ukraine’s fish production has been falling sharply over the last 30 years, and in 2021 the decline was more than 87 percent in comparison with 1990. In the Ukrainian aquaculture sector, there is a high degree of bureaucracy and risks of corruption, which need to be addressed in order to find a solution for the economy and businessmen. World reports show that Ukraine is among the world's leaders in illegal fishing. Thus, it is highly necessary to implement technologies for sector traceability and transparency, i.e., blockchain. Aim and tasks. The main aim of this article is to research the possible mechanism of implementation of the transparent and efficient system of using the aquatic bioresources of Ukraine. A secondary aim would be to actualize the information regarding the use of blockchain technology in the aquaculture sector. Results. This research shows that Ukraine’s aquacultural sector is going through a crisis, which is being induced by the high level of corruption and poaching. The digitization of the aquaculture supply chain powered by blockchain technology has been proposed. The role of blockchain technologies is revealed through functions such as evidence, tamper-proof, transparency, and decentralization. It was investigated the positive impact of blockchain technology on aquaculture business, such as reduction in bureaucracy, quality assurance, improvement in information exchange, low cost of transactions, improvement in audit performance, easy recall process, product origin verification, and low probability of fraudulent activity. It would greatly reduce the time needed to gather all the documentation essential for work and reporting. The blockchain implementation roadmap has been developed, including the following stages: concept, legislation compliance, limited prototype, final vision, further research and optimization. Conclusions. Blockchain technology fits Ukraine’s economic goals in the long term perspective, such as continued digitalization of the country. Due to the blockchain technology, products of aquaculture would not enter the market unless registered in the unified system. That will influence the reduction of "informal economy" in the sector and the increase of market mechanisms. It will also have a positive influence on food security for the population and economic security for the producers. It will be a precedent for a fully transparent and digitalized field of economy.
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