Ocean Prediction: Present Status and State of the Art.......
The OceanPrediction DCC has unveiled a major new special issue in the Copernicus State of the Planet Journal. Entitled “Ocean Prediction: Present Status and State of the Art”, it features 26 peer-reviewed papers by top researchers worldwide, mapping the current landscape of ocean forecasting from core capabilities to new artificial intelligence and cloud-based tools, and its role in several socio-economic sectors, such as marine safety, coastal management, and disaster risk reduction. This milestone, two years in the making, was made possible by the contributions of 68 authors from around the world, including 12 from MOi, the Entrusted Entity for the Copernicus Marine Service
Ocean Prediction DCC and Copernicus Marine....The Copernicus Marine Service and its product catalogue were referenced several times throughout the issue, with the authors using Copernicus Marine as a benchmark in discussions surrounding regional forecasting systems and numerical models, and as a data source for existing operational ocean forecasting services and applications across the globe. This collection, which was developed by the OceanPrediction DCC’s “Ocean Forecasting Co-Design Team” in collaboration with Ocean Decade programmes (Foresea, DITTO, and Ocean Practices), underscores both the progress and the hurdles facing ocean prediction. A second volume tackling future directions and knowledge gaps is already under development.
Abstract......Operational ocean forecasting systems (OOFSs) have proven to be immensely valuable today. Numerous successful and inspiring services are operating in various regions of the world, contributing to cutting-edge applications within the marine community. This success lays a strong foundation for building a global community around ocean forecasting. However, the development and enhancement of existing forecasting systems remain challenging due to the absence of best practices, standards, and community-endorsed architectures. The OceanPrediction Decade Collaborative Center (DCC) and its associated Decade actions aim to address these challenges by leveraging the UN Decade of Ocean Science for Sustainable Development (2021–2030) and the concept of digital twinning. This paper introduces the OceanPrediction DCC and outlines the forward-looking strategies to achieve these ambitious goals. The special issue introduced by this paper is part of this broader effort.
The United Nations Decade of Ocean Science for Sustainable Development (2021–2030), also referred to as “the Decade”, was proclaimed by the 72nd session of the UN General Assembly on 5 December 2017. Coordinated by the IOC-UNESCO, the Decade seeks to promote large-scale, transformative change to shift from the “ocean we have” to the “ocean we want”. The Decade supports the development of ocean data, information, and knowledge systems, driving them toward higher levels of readiness, accessibility, and interoperability. The scale of this effort must be exponentially greater than anything previously undertaken. To guide the Decade's implementation, the IOC (Intergovernmental Oceanographic Commission) has developed an Implementation Plan (IOC-UNESCO, 2021), supported by contributions from member states, UN agencies, intergovernmental organizations, nongovernmental organizations, and relevant stakeholders. The OceanPrediction Decade Collaborative Center (DCC) is a cross-cutting structure within this plan that operates globally, fostering collaboration among the Decade actions related to ocean prediction. Mercator Ocean International has been entrusted by the IOC-UNESCO to coordinate the OceanPrediction DCC, with the mission “to achieve a predicted ocean through a shared and coordinated global effort within the framework of the UN Ocean Decade.” The center implements a community-driven agenda that allows the ocean prediction community to collaborate on activities such as communication, outreach, training, cost sharing, joint workshops, and the standardization of language and outputs. Additionally, it facilitates the co-design of an architecture necessary for developing a global ocean prediction system.The center acts as a global convener of multidisciplinary ocean prediction expertise, collaborating with intergovernmental programs (e.g., GOOS, ETOOFS, IODE, OBPS) to establish agreements on operational infrastructure, terminology, and standards needed to deliver unified services from multiple geographic and thematic nodes
Promoting operational ocean forecasting systems (OOFSs) as a crucial tool for the blue economy and ocean policy.ZTo develop a global technical and organizational structure centered on the following.........
Co-designing, in collaboration with Ocean Decade actions and other key stakeholders, a new scenario for ocean forecasting that facilitates data sharing and interoperability while leveraging digital twin technologies. Identifying needs and coordinating the development of new tools, standards, and best practices for the implementation and improvement of Ocean Forecasting Services and its applications, with a focus on a science-to-service framework and promoting interoperability and integration. Aligning Decade actions with the objectives of ocean forecasting and fostering collaboration between Decade initiatives and other relevant actors To support the Decade Coordination Unit (head of the Decade) by collaborating with other Decade collaborative centers and coordination offices, ensuring alignment and monitoring of Decade actions to secure their long-term legacy.