Skip to main content
Grant/Contract Program

Gulf Sea Level Variation and Rise Grants

The Gulf Research Program's Gulf Sea Level Variation and Rise Grants aim to invest in research that significantly advances understanding of the regional components of Gulf sea-level variation and rise and then incorporates this understanding into improved forecast models and projections of relative sea level rise for end-users.

Not accepting applications

Under review

June 7, 2025 - TBD

Description

The National Academies of Sciences, Engineering, and Medicine’s Gulf Research Program (GRP) is committed to advancing scientific understanding of sea level variation and rise in the Gulf of America in order to support more accurate, actionable, and regionally relevant projections. Through this effort, GRP aims to improve the capacity of communities, agencies, and decision makers across the Gulf to prepare for and respond to the impacts of sea level rise. The GSLVR Research Grant Program builds on prior GRP investments in sea level science and continues GRP’s commitment to supporting research that informs long-term coastal resilience and environmental stewardship.

This funding opportunity follows the first cycle of the Gulf Sea Level Variation and Rise (GSLVR) grant program (2022 – 2026). In GSLVR Cycle I, GRP has supported three collaborative research teams focused on advancing the scientific understanding of relative sea level change and enhancing projection capabilities for the Gulf coast. These teams have worked in partnership with federal end users such as the NASA’s Sea Level Change Team and NOAA’s Center for Operational Oceanographic Products and Services (CO-OPS). Their work has contributed to national sea level forecasting efforts and regional and local planning efforts. To learn more about the initial GSLVR program, visit the Awards tab above.

With Cycle II of the GSLVR Grant Program, GRP is funded interdisciplinary research projects that will refine projections of relative sea level rise in the Gulf region by improving the understanding of key physical processes and translating that knowledge into usable tools and information products. This includes emissions-dependent probabilistic projections, forecasting tools, and scenario-based products that account for gravitational, rotational, and deformational changes, vertical land motion, ocean dynamics, and/or other region-specific factors. Projects are relevant to a range of end users (federal agencies, state and local planners, resource managers, etc.) and will work to improve long-term planning, preparedness, and resilience to sea level hazards across the Gulf region.

Funding announcements have been made. Please see the press release here or the Awarded projects tab.

Contributors

Staff

Stephanie Houser

Lead

Grant Voirol

Subscribe to Email from the National Academies
Keep up with all of the activities, publications, and events by subscribing to free updates by email.