On June 6, 2026, the University of Georgia Aquarium on Skidaway Island became a vibrant hub of scientific discovery and community engagement as over a thousand visitors immersed themselves in NASA’s cutting-edge sea level science during a special World Ocean Day event. This free, impactful occasion, made possible through the generous support of NASA’s Science Activation program via the Sea Level Education, Awareness, and Literacy (SEAL) project, underscored a critical national effort to bridge the gap between complex scientific data and the coastal communities most vulnerable to the escalating impacts of sea level rise. The event served as a powerful testament to the project’s mission of connecting educators and historically underserved populations with actionable, real-world climate information.
A Deep Dive into World Ocean Day 2026: Engaging the Public with Critical Science
The annual World Ocean Day celebration at the UGA Aquarium, a cherished tradition for the institution, reached unprecedented levels of engagement this year. The decision to offer free admission, facilitated by NASA’s support, proved instrumental in drawing a diverse audience, including many who might not typically participate in such events. This inclusivity is a cornerstone of the SEAL project’s philosophy, aiming to democratize access to vital scientific understanding.
Visitors of all ages were treated to a suite of interactive, hands-on activities meticulously designed by SEAL partners at Marine Extension and Georgia Sea Grant, alongside the innovative Coastal Equity and Resiliency Hub at Georgia Tech. These activities transformed abstract scientific concepts into tangible, memorable experiences. One popular station featured the "Tumbling Tower" game, a creative adaptation of a classic block-stacking challenge. Each removed block represented a different community impact resulting from rising sea levels, such as saltwater intrusion, increased flooding, or habitat loss. This intuitive game provided a visceral understanding of the cascading effects of sea level rise and the delicate balance of coastal ecosystems and infrastructure.
Another engaging activity involved crafting "sea level friendship bracelets." Participants used an assortment of colored glass beads, each representing a specific increment of observed sea level rise along local coastlines. This personalized approach allowed individuals to visualize the historical changes in sea levels in their own region, fostering a deeper, more personal connection to the scientific data. It transformed data points into a wearable, conversational piece, encouraging further discussion and reflection on the issue.
A highlight of the day was the eagerly anticipated debut of a new augmented reality (AR) sandbox, a groundbreaking educational tool developed specifically through the SEAL project. Guests were invited to sculpt miniature coastal landscapes using sand, then watch in real-time as NASA-informed sea level rise projections dynamically transformed their creations. The AR technology overlaid digital water levels onto the physical sand, visually demonstrating how different coastal topographies would be affected by varying degrees of sea level rise. Beyond mere observation, the sandbox allowed participants to actively experiment with resilience strategies. By adding physical "dunes" or symbolically "relocating homes" within their sand models, they could immediately observe how such adaptations might mitigate future impacts, empowering them with a sense of agency in confronting climate change. This innovative blend of physical and digital interaction provided a powerful, immersive learning experience that illustrated complex hydrological and geographical principles.
The Genesis and Mission of the SEAL Project: Connecting NASA Science with Communities
The Sea Level Education, Awareness, and Literacy (SEAL) project is a strategic national initiative, born from a cooperative agreement (award number NNH21ZDA001N-SCIACT) under NASA’s expansive Science Activation Program. This program is dedicated to making authentic NASA science experiences accessible to a broad public through collaborations with educators and community organizations. Launched with the explicit goal of translating NASA’s vast repository of sea level rise data into digestible and actionable knowledge, SEAL represents a critical link in the chain of climate literacy.
At its core, SEAL is a robust partnership between NASA and four prominent NOAA Sea Grant programs across the United States. This multi-agency collaboration is designed to leverage the distinct strengths of both organizations: NASA’s unparalleled capabilities in Earth observation and climate modeling, and NOAA Sea Grant’s deep roots in coastal community engagement, marine extension services, and educational outreach. Together, they work to expand understanding of sea level rise across diverse U.S. coastal regions, with a particular emphasis on communities that are historically underserved and already grappling with the immediate effects of rising waters.
The project’s methodology revolves around co-developing innovative educational resources. These include comprehensive lesson plans suitable for both formal classroom settings and informal learning environments, interactive activities like those showcased at World Ocean Day, and critically, place-based learning experiences. Place-based education is a pedagogical approach that connects learning to local communities and environments, making the scientific concepts more relevant and impactful for students. By grounding lessons in the specific realities of their local coastlines, SEAL helps educators engage learners with real NASA observations, sophisticated models, and future projections, thereby strengthening community resilience to the pervasive challenges of climate change. The project recognizes that understanding local impacts is key to fostering local solutions.
Bridging Science and Community: The Role of Key Partners
The success of initiatives like the World Ocean Day event is a direct reflection of the synergistic efforts of SEAL’s diverse partners. Marine Extension and Georgia Sea Grant, a key regional arm of the national NOAA Sea Grant network, played a pivotal role in organizing and executing the event. Their long-standing expertise in marine education and public outreach, coupled with their deep understanding of Georgia’s coastal communities, ensured that the activities were not only scientifically accurate but also culturally relevant and engaging for local audiences. Their educators are adept at translating complex scientific information into accessible formats for various age groups.
Complementing this, the Coastal Equity and Resiliency Hub at Georgia Tech brought a unique blend of technological innovation and a focus on social equity to the partnership. Their involvement in developing the augmented reality sand box exemplifies their commitment to leveraging cutting-edge tools to enhance scientific understanding and promote resilient planning, particularly for vulnerable populations. The Hub’s emphasis on equity ensures that the benefits of scientific knowledge and adaptive strategies are distributed fairly, addressing historical disparities in access to resources and information.
Together, these partners exemplify the collaborative spirit essential for addressing global challenges at a local level. By pooling their resources, expertise, and community networks, they create a formidable force for climate literacy and resilience building. The co-development model ensures that educational materials are not just scientifically sound but also practical, culturally appropriate, and directly applicable to the needs of the communities they serve.
Understanding the Urgency: Global and Regional Sea Level Rise
The imperative behind the SEAL project and the World Ocean Day event stems from the undeniable and accelerating reality of global sea level rise. Scientific consensus, underpinned by decades of meticulous research and observations from organizations like NASA and NOAA, confirms that global mean sea level has been rising at an increasing rate since the late 19th century. The primary drivers are thermal expansion of ocean water as it warms, and the melting of glaciers and ice sheets worldwide. Data from satellite altimetry missions, pioneered by NASA and its international partners, show that the rate of global mean sea level rise has more than doubled, from 1.4 millimeters per year during most of the 20th century to 3.6 millimeters per year from 2006-2018, and has since continued to accelerate.
For coastal regions like Georgia and the broader U.S. Southeast, the implications are particularly dire. This region is experiencing some of the highest rates of relative sea level rise in the nation due to a combination of global rise and localized factors such as land subsidence and changes in ocean currents. Projections from the Intergovernmental Panel on Climate Change (IPCC) and U.S. national assessments indicate that sea levels along the Southeast coast could rise by an additional 1 to 2 feet by mid-century and potentially 3 to 7 feet by 2100 under various emissions scenarios.
These changes are not merely abstract scientific figures; they translate into tangible, severe impacts on human communities and natural ecosystems. Increased frequency and intensity of coastal flooding, often referred to as "nuisance flooding" or "sunny day flooding," disrupt daily life, damage infrastructure, and compromise public health. Saltwater intrusion threatens freshwater aquifers, impacting drinking water supplies and agricultural lands. Coastal erosion accelerates, leading to loss of valuable land and critical habitats like salt marshes, which serve as natural buffers against storms and nurseries for marine life. The economic consequences are profound, affecting tourism, fisheries, real estate values, and insurance markets. Underserved communities, often situated in low-lying areas with less access to resources for adaptation, are disproportionately affected, exacerbating existing social inequities.
NASA’s Commitment to Earth Science and Public Engagement
NASA’s involvement in projects like SEAL is a testament to its broader, foundational commitment to understanding Earth as an integrated system, particularly in the face of climate change. While widely known for space exploration, a significant portion of NASA’s mission is dedicated to Earth science, using its unique capabilities in space to observe our planet from above. Satellites like the GRACE (Gravity Recovery and Climate Experiment) missions track changes in ice sheets and groundwater, while the Jason series and Sentinel-6 Michael Freilich missions precisely measure global sea surface height, providing the most accurate and continuous record of sea level change available. This invaluable data forms the bedrock of climate models and projections that inform global and regional adaptation strategies.
The Science Activation Program is the agency’s primary vehicle for ensuring that this critical scientific output doesn’t remain confined to scientific journals but reaches the widest possible audience. By fostering partnerships with educators, museums, aquariums, and community organizations, NASA aims to inspire the next generation of scientists, inform public discourse, and empower communities with the knowledge needed to make informed decisions about their future. The SEAL project perfectly embodies this ethos, taking highly technical satellite data and transforming it into engaging educational experiences that resonate with individuals and communities grappling with the direct consequences of a changing climate. It’s about translating the view from space into actionable insights on the ground.
Empowering Educators: Resources for Continued Learning
A crucial component of the World Ocean Day event, and indeed the SEAL project as a whole, was the emphasis on empowering educators. Formal teachers, informal educators at nature centers, and even home-based educators attending the event were provided with tangible resources: four distinct SEAL lesson plans. These meticulously crafted materials are designed for seamless integration into both traditional classroom curricula and informal learning settings.
The lesson plans delve into various facets of sea level rise, covering fundamental processes, the intricacies of scientific modeling, the natural variation observed in sea levels, and the multifaceted impacts on coastal communities. Each plan incorporates authentic NASA data, allowing students to engage directly with the same information that scientists use to understand our planet. Furthermore, they feature interactive STEM (Science, Technology, Engineering, and Mathematics) activities, encouraging hands-on exploration and critical thinking. For instance, a lesson might guide students through interpreting satellite altimetry data charts, or designing hypothetical coastal protection strategies.
The pedagogical approach embedded in these materials is rooted in inquiry-based learning, encouraging students to ask questions, investigate, and draw conclusions based on evidence. By providing these high-quality, free resources, SEAL aims to equip educators with the tools and confidence to teach about a complex and often sensitive topic. The long-term vision is to make all lesson plans developed through the project widely available online, ensuring that educators across the nation can access and utilize these valuable resources. In the interim, the project encourages direct outreach to Shannon Matzke for digital copies, facilitating immediate dissemination and use. This focus on educator support amplifies the project’s reach, ensuring that the message of sea level literacy extends far beyond single events.
Voices from the Field and Broader Implications
Shannon Matzke, Marine Educator and Public Program Coordinator at UGA Marine Extension and Georgia Sea Grant, encapsulated the profound impact of the event. "World Ocean Day is an annual tradition at the UGA Aquarium," Matzke stated, "With the support of NASA’s Science Activation program, this year’s event was free, which allowed us to reach more people and different audiences than we typically see. Incorporating SEAL activities made the day even more impactful for visitors – many of whom live in coastal communities already experiencing the effects of sea level rise." Her statement underscores the dual success of the event: broadening access and deepening engagement with directly relevant, urgent scientific information.
Officials from NASA’s Science Activation program, while not directly quoted at the event, consistently emphasize the agency’s commitment to public engagement as a critical component of its mission. A spokesperson for the program might reiterate the importance of fostering scientific literacy to build a more informed and resilient society capable of addressing complex global challenges like climate change. Similarly, representatives from NOAA Sea Grant would likely highlight how such educational initiatives are vital for strengthening community preparedness and promoting sustainable coastal management practices. The Georgia Tech Coastal Equity and Resiliency Hub would underscore the innovative approach to education and the imperative of ensuring that climate solutions are equitable and accessible to all segments of the population.
The broader implications of such initiatives are far-reaching. By demystifying complex scientific data and presenting it in accessible, engaging formats, projects like SEAL cultivate a more scientifically literate populace. This literacy is not merely academic; it translates into an increased capacity for informed decision-making at individual, community, and policy levels. When citizens understand the science behind sea level rise, they are better equipped to advocate for effective adaptation policies, participate in community planning efforts, and adopt personal behaviors that contribute to resilience. This fosters a sense of collective responsibility and empowers communities to actively shape their future in the face of environmental change, moving beyond passive observation to proactive engagement.
The Path Forward: Sustaining Engagement and Resilience
The success of World Ocean Day 2026 at the UGA Aquarium, driven by the collaborative efforts of NASA, NOAA Sea Grant, and their partners, marks a significant milestone in the ongoing journey toward greater sea level literacy and coastal resilience. However, the challenges posed by sea level rise are long-term, requiring sustained engagement and continuous innovation in educational outreach.
The SEAL project continues its vital work, developing new resources, forging deeper community connections, and refining its pedagogical approaches. The goal is not just to inform but to inspire action and build lasting capacity within communities to adapt to a changing climate. This involves not only direct public engagement but also the sustained professional development of educators, ensuring that the next generation of students receives accurate, up-to-date, and relevant information.
Continued funding and collaborative partnerships will be crucial for the project’s future success. As scientific understanding evolves and the impacts of climate change become more pronounced, the need for effective science communication and community empowerment will only grow. Through initiatives like the SEAL project, the vision of a more resilient future, built on a foundation of scientific understanding and collective action, moves closer to reality, one engaged visitor and one informed classroom at a time.
