Abstract

Since OceanObs'09, the Global Ocean Observing System (GOOS) has evolved from its traditional focus on the ocean's role in global climate. GOOS now also encompasses operational services and marine ecosystem health, from the open ocean into coastal environments where much of the world's population resides. This has opened a field of opportunity for new collaborations-across regions, communities, and technologies-facilitating enhanced engagement in the global ocean observing enterprise to benefit all nations. Enhancement of collaboration is considered from the perspectives of regional alliances, global networks, national systems, in situ observing, remote sensing, oceanography, and meteorology. Reinvigoration of GOOS Regional Alliances has been important in connecting the power of this expanded remit to the needs of coastal populations and the capabilities of regional and national marine science communities. An assessment of progress is provided, including issues/challenges with the current structure, and opportunities to increase participation and impact. Meeting the expanded requirements of GOOS will entail new system networks. The Joint Technical Commission for Oceanography and Marine Meteorology Observations Coordination Group has been working with some communities to help assess their readiness, including high frequency radars, ocean gliders, and animal tracking. Much more needs to be done, with a range of strategies considered. Other opportunities include partnering with programs such as the Global Ocean Acidification Observing Network, engaging with mature and emerging national ocean observing programs, and learning from multinational projects such as Tropical Pacific Observing System 2020 and AtlantOS, which are bringing renewed rigor to the design and operation of regional observing systems. Consideration is given to the expansion and advancement that is coming in both in situ and remote sensing ocean observation platforms over the next decade. In combination they provide the potential to measure new Essential Ocean Variables routinely at global scale. Opportunities provided by the World Meteorological Organization Integrated Global Observing System (WIGOS) in fostering a comprehensive and integrated approach across meteorology and oceanography are also considered. The focus of WIGOS on providing accurate, reliable and timely weather, climate, and related environmental observations and products sits well with the expanded requirements of GOOS, in climate, operational services, and marine ecosystem health.

Highlights

  • Reviewed by: Tong Lee, NASA Jet Propulsion Laboratory (JPL), United States Kentaro Ando, Japan Agency for Marine-Earth Science and Technology, Japan

  • The assessments dispelled the notion that GOOS Regional Alliance (GRA) supported only the coastal component of Global Ocean Observing System (GOOS), highlighting that several GRAs had evolved to meet a wide range of societal challenges related to both the coastal and open ocean observations

  • Stakeholder feedback suggests that GOOS needs to become more inclusive of ocean observing efforts relevant to its expanded vision

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Summary

What Are GRAs?

GOOS Regional Alliances identify, enable, and develop sustained GOOS ocean monitoring and services to meet regional and national priorities, aligning the global goals of GOOS with the need for services and products satisfying local requirements (IOC-UNESCO, 2013). The GRAs were introduced as a way to integrate national needs into a regional system and to deliver the benefits of GOOS strategy, structure, and programs at a regional and national level. For more information on the function and structure of the GRAs, please see the GOOS Regional Policy (IOC-UNESCO, 20131). The leads of each GRA come together to form a GRA Council, which elects a Chair for a 2-year term, with a second term allowed. A GOOS Regional Forum is held every 2 years, organized by the Chair with support from the GOOS Project Office. The GRA Council Chair is an ex officio member of the GOOS Steering Committee

Governance structure
Concluding Remarks and Recommendations
Bringing New Observing Technologies and Networks Into GOOS
HARNESSING THE POWER OF NATIONAL CAPABILITIES AND MULTINATIONAL COLLABORATIONS
National Capabilities and Regional Alliances
Alliances of the Future
Satellite Oceanographic Observations and Product Development and Services
In situ Oceanographic Observations and Product Development and Service
Community and International Collaborations
Blended Satellite and in situ Products and Services
INTEGRATING MARINE AND OCEAN OBSERVATIONS INTO THE GLOBAL OBSERVING SYSTEM
THE WAY AHEAD
Findings
AUTHOR CONTRIBUTIONS
Full Text
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