Real-time ocean control

实时海洋控制

• 批准号: 10075831
• 金额: $ 6.37万
• 依托单位: SENSFISH LTD
• 依托单位国家: 英国
• 项目类别: Grant for R&D
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=10075831
• 关键词: Real; time; ocean; control

SensFish taps into the issue of increasingly prevalent sustainability issue of overfishing, by providing a technical solution consisting of a range of adequate digital technologies to support decision-making. The solution enables real-time data related to the quantity, location and types of fish in the ocean.Overfishing has become a major and significant problem in Scotland, the UK and globally. Scottish Government, for example, is often bound to make closures of certain areas of the ocean in order to protect its fish species from extinction (e.g., cod). Following this, the Scottish government expresses the need for fisheries management improvement to be able to exercise more accurate and effective decision-making within the Scottish blue economy, in line with the SDGs introduced by the UN (especially, goals 8 and 14). This is to transform the economy and society to thrive within the planet's sustainable limits in Scotland and around the globe.With Scotland being one of the worst countries in Europe for overfishing, it is essential to tap into the problem starting in that location. Scottish sea area is six times bigger than its land mass, while the coastline runs for 18.000 km, where 5 km of that, inhabits over 40% of all the Scottish population. This massively contributes to the countries' economy -- for example in 2020 alone, the fish export amounts to over 30 million tonnes. These activities secure 75.500 jobs in the blue Scottish economy. From this research we can see that to protect both the ocean biodiversity, but also fishing as an economic activity, it is absolutely crucial to provide and enable better, real-time understanding of the situation of the ocean.SensFish provides a satellite-imagery-based solution that generates data through a combination of sensors, and other instruments, operating from a satellite in GEO orbit. The collected data feeds into a cloud, where it is stored, processed, analysed and enabled for access through a user-friendly platform in real time.

SensFish通过提供一系列适当的数字技术来支持决策，从而解决了日益普遍的过度捕捞可持续性问题。该解决方案能够实时获取海洋中鱼类的数量、位置和类型的相关数据。过度捕捞已成为苏格兰、英国和全球的一个重大问题。例如，苏格兰政府经常不得不关闭海洋的某些区域，以保护其鱼类物种免于灭绝（例如，鳕鱼）。在此之后，苏格兰政府表示需要改善渔业管理，以便能够根据联合国提出的可持续发展目标（特别是目标8和14），在苏格兰蓝色经济中进行更准确和有效的决策。这是为了改变苏格兰和地球仪的经济和社会，使其在地球可持续发展的限度内蓬勃发展。苏格兰是欧洲过度捕捞最严重的国家之一，必须从这个地方开始解决问题。苏格兰的海域面积是其陆地面积的六倍，海岸线长达18000公里，其中5公里居住着苏格兰40%以上的人口。这对各国的经济做出了巨大贡献-例如，仅在2020年，鱼类出口量就超过3000万吨。这些活动为苏格兰蓝色经济提供了75，500个工作岗位。从这项研究中我们可以看出，为了保护海洋生物多样性，同时也为了保护作为经济活动的渔业，提供并实现对海洋状况的更好、实时的了解是绝对至关重要的。SensFish提供了一种基于卫星图像的解决方案，该解决方案通过传感器和其他仪器的组合生成数据，这些数据来自GEO轨道上的卫星。收集的数据输入到云，在那里进行存储、处理、分析并通过用户友好的平台进行真实的实时访问。