In formation
The National Academies of Sciences, Engineering, and Medicine will hold a workshop designed to explore options for the future of the biogeochemical (or BGC) Argo program. Cross-sector experts will convene at our Irvine offices next spring to dig into the scientific value of the program, operation and technical challenges, and pathways for transitioning BGC Argo to a sustainable long-term operational model.
Description
The National Academies of Sciences, Engineering, and Medicine will convene a two-day workshop in Irvine, California, to explore options for the future of the Biogeochemical (BGC) Argo program. Experts from federal agencies, academia, ocean technology, non-profit organizations, and industry will convene to discuss the following questions:
· Scientific Value
- What scientific progress has the BGC Argo program enabled over the past decade?
- Are the original science questions still relevant, and what new questions should guide the future program?
· Operational and Technical Challenges
- What will be needed to sustain BGC Argo in the long term, beyond the 10-year NSF award (e.g., ship time, instrument/sensor cost, operational logistics, support personnel)?
- How could the BGC Argo design be simplified or changed to allow for easier deployment (e.g., eliminate the need for on-site calibration)?
- How could costs be reduced and what trade-offs should be considered? For example:
· How would changes to float numbers or sensor packages affect program output?
· What are the tradeoffs in time-space coverage that can compensate for quality of individual measurements?
· Are there opportunities to reduce costs along the supply chain (e.g., reduction of shipping costs, simplification of manufacturing, reduction in instrumentation size, and streamline of supply chain)?
Could AI/ML or other emerging technologies compensate for reduced investment in BGC Argo floats?· Pathways to Sustainability
- What are the opportunities for and challenges to transforming BGC Argo into a long-term facility?
- Who are existing or emerging key players or partners, including those that would provide financial support?
- What are the opportunities to increase scientific value through expanded user base and applications (e.g., development of sensors resilient to biofouling in the surface waters)?
- What steps are most critical for the program’s future?
Collaborators
Sponsors
Private: Non Profit
Staff
Kelly Oskvig
Lead
Dominique Jenkins
Major units and sub-units
Center for Health, People, and Places
Lead
Earth Systems and Resources Program Area
Lead