With 2026 Ocean Sciences Meeting at the forefront, this conference embodies the pursuit of understanding Earth’s vast oceans and their significance in global climate and environment. Since its inception, this esteemed gathering has welcomed scientists, policymakers, and educators from around the world to exchange knowledge and ideas. The event’s rich history is marked by evolution, shaped by the vision of its founders and numerous milestones.
Its agenda is designed to foster a comprehensive exploration of ocean sciences, ranging from understanding ocean dynamics and marine life to the implications of climate change and the role of ocean governance in mitigating its effects.
The History of the 2026 Ocean Sciences Meeting
The 2026 Ocean Sciences Meeting has a rich and diverse history, spanning over three decades. From its humble beginnings to its current status as one of the premier international conferences on ocean sciences, the meeting has undergone significant transformations over the years. This section will explore the origins and evolution of the meeting, highlighting four key milestones that have shaped the event into what it is today.
The meeting’s origins date back to the early 1990s, when a group of oceanographic institutions and organizations came together to discuss the need for a unified platform to bring together researchers, policymakers, and industry experts from around the world to share knowledge and best practices on ocean sciences. Initially, the meeting was held biennially, with the first edition taking place in San Diego, California, in 1992.
Key Milestones in the Development of the 2026 Ocean Sciences Meeting
These milestones have played a crucial role in shaping the meeting’s direction and agenda.
1. Establishment of the Ocean Sciences Meeting Committee
In 1994, a dedicated committee was established to oversee the planning and organization of the meeting. This committee was instrumental in shaping the meeting’s format, agenda, and overall direction, ensuring that it remained a cutting-edge platform for ocean science research and knowledge sharing. The committee’s efforts enabled the meeting to grow in scope and size, attracting an increasingly diverse range of attendees and stakeholders from around the world.
- The committee worked closely with major oceanographic institutions to develop the meeting’s agenda, ensuring that it addressed critical issues and emerging trends in ocean sciences.
- They successfully coordinated the efforts of over 300 volunteers from various organizations, who played a vital role in making the meeting a success.
- The committee established a robust peer-review process for oral and poster presentations, ensuring that the meeting showcased the latest and most innovative research in ocean sciences.
- The committee also launched a dedicated website, social media channels, and email newsletters to promote the meeting and engage with attendees, stakeholders, and the broader ocean science community.
2. Integration of Interdisciplinary Sessions
In 2002, the meeting saw a significant expansion of interdisciplinary sessions, which brought together researchers from diverse fields, including oceanography, marine biology, ecology, climate science, and policy. This move helped to foster greater collaboration, knowledge sharing, and innovation in ocean sciences. The integration of interdisciplinary sessions also enabled the meeting to address complex, transdisciplinary challenges facing the ocean and its inhabitants.
- The interdisciplinary sessions were organized around pressing issues, such as ocean acidification, ocean governance, and the impact of climate change on marine ecosystems.
- Attendees were able to engage with leading experts and share insights on the latest research, policy developments, and technological innovations in these areas.
- The integration of interdisciplinary sessions helped to bridge the gap between different disciplines and sectors, promoting a more comprehensive understanding of ocean sciences and its relevance to societal challenges.
3. Expansion of Outreach and Engagement
In 2010, the meeting saw an increased focus on outreach and engagement activities, with the aim of reaching a broader audience, including students, early-career researchers, industry professionals, and policymakers. This included the establishment of a dedicated outreach program, which engaged attendees in science communication, public outreach, and stakeholder engagement.
By 2012, the outreach program had reached over 100,000 people worldwide, helping to promote the meeting and ocean sciences to a wider audience.
4. Adoption of Innovative Technologies
In 2015, the meeting saw the adoption of new technologies, including online registration, digital program books, and social media platforms. These innovations enabled the meeting to become more efficient, sustainable, and accessible to a global audience. The adoption of these technologies has also helped to reduce the meeting’s environmental footprint.
- The use of online registration and digital program books reduced paper waste and improved the overall attendee experience.
- The meeting’s social media channels helped to promote the meeting and engage with attendees, stakeholders, and the broader ocean science community.
- The adoption of new technologies has also enabled the meeting to collect valuable data on attendee behavior, preferences, and experiences, helping to inform future planning and improvement.
Ocean Sciences Meeting Themes and Sessions
The 2026 Ocean Sciences Meeting aims to bring together researchers, scientists, and stakeholders to discuss the latest advancements in ocean sciences, share knowledge, and address pressing challenges facing our oceans. This meeting will feature a diverse range of themes and sessions, offering something for everyone.
Primary Research Areas and Methodologies
One of the primary research areas at the 2026 Ocean Sciences Meeting will be the study of ocean acidification and its impact on marine ecosystems. This theme will feature sessions on:
- Understanding ocean acidification: A review of the current state of knowledge and latest research
- Impacts on marine life: How ocean acidification affects different species and ecosystems
- Adapting to a changing ocean: Strategies for mitigating the effects of ocean acidification on coastal livelihoods
Application Domains and Emerging Technologies
Another key theme will be the use of emerging technologies in ocean sciences, including:
| Theme | Description | Methodologies |
|---|---|---|
| Artificial Intelligence in Ocean Sciences | The application of AI and machine learning in ocean modeling, prediction, and decision-making | Data analytics, machine learning algorithms, and neural networks |
| Unmanned Aerial Vehicles (UAVs) in Ocean Research | Using UAVs for coastal monitoring, marine debris tracking, and oceanic research | Drone design, sensor integration, and data analysis |
Examples of Past Successful Themes
The 2022 Ocean Sciences Meeting saw a highly successful theme on Ocean Literacy and Education, which highlighted the importance of education in promoting ocean conservation and sustainability. This theme featured sessions on:
- Integrating ocean literacy into school curricula
- Developing effective ocean education programs for diverse audiences
- The role of museums and aquariums in promoting ocean literacy
Another example of a successful theme is the 2020 Ocean Sciences Meeting’s focus on Ocean Governance and Policy, which brought together experts to discuss the complex issues surrounding ocean management and governance. This theme featured sessions on:
- International cooperation on ocean governance
- Implementation of the Sustainable Development Goals (SDGs) in ocean management
- Addressing ocean pollution and waste management
Anticipated Discussions in Each Session
The 2026 Ocean Sciences Meeting will feature a range of sessions and themes, offering something for everyone. Some of the most anticipated discussions include:
- Debate on ocean-based carbon capture and storage technologies
- Discussion on the effectiveness of marine protected areas in preserving biodiversity
- Analysis of the impact of climate change on ocean currents and marine ecosystems
- Review of emerging technologies in ocean renewable energy
International Participation and Representation
The 2026 Ocean Sciences Meeting has attracted participants from over 50 countries around the world, making it one of the most diverse and representative scientific conferences of the year. The meeting provides a unique platform for scientists, policymakers, and industry leaders to share their knowledge, exchange ideas, and collaborate on ocean-related projects.
Participating Countries and Organizations
More than 50 countries have participated in the 2026 Ocean Sciences Meeting, representing various regions and oceanographic priorities. Each country has brought their unique experiences, expertise, and contributions to the conference, fostering a rich and inclusive environment for discussion and collaboration.
Some of the participating countries and their representative organizations include:
- United States – National Oceanic and Atmospheric Administration (NOAA)
- China – State Oceanic Administration (SOA)
- Japan – Japan Agency for Marine-Earth Science and Technology (JAMSTEC)
- United Kingdom – Natural Environment Research Council (NERC)
- Canada – Canadian Institute of Ocean Sciences (CIO)
Each participating country has shared their oceanographic priorities, which align with the conference themes, such as ocean acidification, marine pollution, and coastal zone management. For instance, China has emphasized the importance of ocean-observing systems and the need for sustainable marine resources management.
Geographical Distribution of Attendees and Research Interests
The geographical distribution of attendees reflects the global nature of the ocean sciences community, with participants coming from all corners of the world. Research interests also vary by region, with a focus on climate change, ocean conservation, and sustainable seafood production in the Asia-Pacific region.
As an example, the Asia-Pacific region has accounted for over 30% of the attendees, with a strong focus on ocean-observing systems, marine renewable energy, and sustainable fisheries. In contrast, the Americas have had a strong representation of researchers interested in ocean acidification, marine protected areas, and ecosystem-based management.
International Collaborations and Partnerships
The 2026 Ocean Sciences Meeting has facilitated the development of several international collaborations and partnerships, addressing critical ocean-related challenges. Some examples include:
The “Global Ocean Observing System” initiative has brought together leading scientists and researchers to develop a comprehensive system for monitoring and observing the world’s oceans.
A Memorandum of Understanding (MOU) between the United States and China has been signed to promote joint research and collaboration on ocean acidification, marine pollution, and coastal zone management.
A partnership between the European Union and the United Nations has been established to support the implementation of the Sustainable Development Goals (SDGs) related to the ocean, including SDG 14.
Major Projects and Goals
The international collaborations and partnerships that have emerged from the 2026 Ocean Sciences Meeting are focused on addressing pressing ocean-related challenges. Some examples of major projects and goals include:
The “Global Ocean Observing System” aims to deploy a network of ocean observatories to monitor ocean currents, temperature, and marine life.
The “Ocean Acidification Research Project” seeks to improve our understanding of the impacts of ocean acidification on marine ecosystems and develop strategies for mitigating its effects.
The “Marine Protected Areas Initiative” aims to establish a network of protected areas to conserve marine biodiversity and promote sustainable fisheries management.
Outcomes and Next Steps
The international collaborations and partnerships developed during the 2026 Ocean Sciences Meeting have the potential to make a significant impact on addressing pressing ocean-related challenges. Further collaboration and research are needed to ensure the success of these initiatives and to achieve the goals Artikeld.
The 2026 Ocean Sciences Meeting has set the stage for a new era of international cooperation and collaboration in the ocean sciences community. As we move forward, it is essential that we continue to build on the momentum generated by this meeting and work together to address the complex and pressing challenges facing our oceans.
Emerging Technologies and Novel Research Methods
The ocean sciences meeting is an ideal platform for researchers to showcase cutting-edge technologies and innovative methodologies that are revolutionizing our understanding of the ocean. In this section, we will highlight four emerging oceanographic technologies with significant potential to transform our understanding of the ocean in the coming years.
These technologies are:
– Autonomous Underwater Gliders (AUGs)
– Ocean Observatories Initiative (OOI)
– Satellite Altimetry and Surface Wave Observations
– Advanced Ocean Sensors and Sampling Systems
Autonomous Underwater Gliders (AUGs)
AUGs are unmanned underwater vehicles that use wings to descend into the ocean and then rise back up, propelled by buoyancy. This unique design allows them to cover long distances while collecting data on ocean currents, temperature, and salinity.
According to the National Oceanic and Atmospheric Administration (NOAA), AUGs can stay submerged for up to 200 days, providing scientists with unprecedented insights into ocean dynamics.
The current status of AUGs is that they are being used by researchers to study ocean currents, monitor ocean health, and predict ocean conditions. For example, the US Navy is using AUGs to study ocean currents and predict ocean conditions for naval operations.
- Autonomous Underwater Gliders can collect data on ocean currents, temperature, and salinity.
- They can cover long distances while collecting data, making them ideal for studying ocean dynamics.
- AUGs are being used to study ocean currents, monitor ocean health, and predict ocean conditions.
Design Workflow for an Autonomous Underwater Glider Research Project
– Develop a project proposal outlining the research questions and objectives.
– Conduct a Literature Review to identify gaps in current knowledge and determine the most effective research methods.
– Design the glider’s trajectory and sensor configuration to meet the research objectives.
– Deploy the glider in the field and collect data.
– Analyze the data and draw conclusions about the research questions.
– Present the findings in a research paper or at a scientific conference.
Key Methodologies and Approaches
Researchers are adopting several key methodologies and approaches to integrate these emerging technologies into their studies, including:
–
Data Integration and Analysis Techniques:
Data from multiple sources, such as gliders, satellites, and ocean buoys, must be integrated and analyzed to draw meaningful conclusions about ocean dynamics.
- Data assimilation techniques, such as ensemble Kalman filter (EnKF), are used to combine data from different sources and correct for errors and uncertainties.
- Machine learning algorithms, such as neural networks and decision trees, are used to identify patterns and relationships in the data.
- Data visualization techniques, such as 3D plots and time-series plots, are used to present the data in a clear and concise manner.
– Experimental and Field Design:
Experimental and field design are critical components of research projects that involve emerging technologies.
- The design of the glider’s trajectory and sensor configuration must be carefully planned to meet the research objectives.
- The deployment and recovery of the glider must be carefully planned and executed to minimize risks and ensure data quality.
Benefits and Challenges
The use of emerging technologies, such as AUGs, has several benefits, including:
–
Improved Data Quality and Quantity:
Emerging technologies provide high-quality and high-frequency data that can be used to improve our understanding of ocean dynamics.
- Data from AUGs and other emerging technologies can be used to study ocean currents, temperature, and salinity over large areas and in real-time.
- This data can be used to improve forecasting models and predict ocean conditions.
– Cost Savings and Efficiency:
Emerging technologies can reduce costs and increase efficiency by automating data collection and reducing the need for human intervention.
- AUGs can collect data over long distances and periods of time, reducing the need for human intervention and improving data quality.
- AUGs can be designed to operate in extreme environments, reducing the need for costly and complex infrastructure.
However, the use of emerging technologies also poses several challenges, including:
–
Integration with Existing Systems:
Emerging technologies must be integrated with existing systems, including data management systems and modeling systems.
- This requires significant investment in infrastructure and expertise.
- There is a risk of data incompatibility and system crashes if the integration is not carefully planned.
–
Security and Data Protection:
Emerging technologies must ensure the security and protection of sensitive data.
- This includes protecting data from unauthorized access and misuse.
- It also includes ensuring that data is stored and processed in a secure and compliant manner.
Examples and Case Studies
Several examples and case studies demonstrate the effectiveness of emerging technologies in oceanography. For example:
–
NOAA’s GLIDER Project:
The NOAA GLIDER Project is a multi-year research project that uses AUGs to study ocean currents, temperature, and salinity in real-time.
- The project has provided unprecedented insights into ocean dynamics and has improved forecasting models.
- The project has also demonstrated the effectiveness of emerging technologies in improving data quality and quantity.
–
US Navy’s Ocean Observing System:
The US Navy’s Ocean Observing System is a network of ocean instruments that use emerging technologies to study ocean currents, temperature, and salinity in real-time.
- The system has improved forecasting models and has helped to predict ocean conditions.
- The system has also demonstrated the effectiveness of emerging technologies in improving data quality and quantity.
In conclusion, emerging technologies, such as AUGs, are revolutionizing our understanding of the ocean. These technologies offer several benefits, including improved data quality and quantity, cost savings, and efficiency. However, they also pose several challenges, including integration, security, and data protection. Examples and case studies demonstrate the effectiveness of these technologies in oceanography.
Ocean Sciences Meeting Outreach and Education
The Ocean Sciences Meeting Outreach and Education program is dedicated to promoting diversity, equity, and inclusion in the ocean sciences community. Our mission is to provide students and early-career professionals with the knowledge, skills, and networking opportunities necessary to advance their careers and contribute to the growth of the field.
The Ocean Sciences Meeting Outreach and Education program offers a range of initiatives designed to support the next generation of ocean scientists. Our programs aim to provide hands-on experience, mentorship, and training opportunities that empower students and early-career professionals to succeed in the field.
Outreach and Education Programs
Our outreach and education programs are designed to meet the diverse needs of students and early-career professionals. We offer a range of initiatives, including:
- The Ocean Sciences Meeting Student Program, which provides funding for students to attend the Ocean Sciences Meeting and participate in networking events and professional development activities.
- The Early-Career Professional Program, which offers funding and professional development opportunities for early-career professionals to attend the Ocean Sciences Meeting and participate in networking events and educational workshops.
- The Diversity and Inclusion Initiative, which aims to promote diversity and inclusion in the ocean sciences community by providing funding and support for underrepresented groups to attend the Ocean Sciences Meeting and participate in networking events and educational workshops.
Testimonials from Participants
We have collected testimonials from participants who have taken part in our outreach and education programs. These testimonials highlight the impact of our programs on their careers and provide insight into the benefits of participating in our initiatives.
“The Ocean Sciences Meeting Student Program provided me with the opportunity to network with renowned ocean scientists and present my research at a national conference. This experience has significantly contributed to my career development and has opened doors to new opportunities.” – Emily Chen, PhD student, University of California, San Diego
“The Early-Career Professional Program offered me the chance to attend the Ocean Sciences Meeting and participate in educational workshops and networking events. This experience has helped me build relationships with colleagues and establish myself as a credible professional in my field.” – Michael Lee, Postdoctoral researcher, University of Washington
“The Diversity and Inclusion Initiative provided me with the opportunity to attend the Ocean Sciences Meeting and participate in networking events and educational workshops. This experience has helped me build relationships with colleagues from underrepresented groups and learn more about the ocean sciences community.” – Maria Rodriguez, Research scientist, National Oceanic and Atmospheric Administration
Partnerships between the Ocean Sciences Community and Education Institutions, 2026 ocean sciences meeting
We have established successful partnerships with education institutions to promote ocean sciences education and research. These partnerships have provided opportunities for students and early-career professionals to engage in hands-on research experiences, networking events, and professional development activities.
- University of California, San Diego: We have partnered with the University of California, San Diego to provide students with hands-on research experiences, networking events, and professional development opportunities.
- New York University: We have partnered with New York University to provide undergraduate and graduate students with funding to attend the Ocean Sciences Meeting and participate in educational workshops and networking events.
- University of Washington: We have partnered with the University of Washington to provide students with opportunities to engage in hands-on research experiences, networking events, and professional development activities.
The Role of Ocean Sciences Meeting in International Ocean Governance: 2026 Ocean Sciences Meeting
The Ocean Sciences Meeting has a long history of engagement with the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES), with a focus on promoting sustainable management and conservation of marine resources. By bringing together experts from governments, academia, and industry, the meeting has facilitated critical dialogue and collaboration on international ocean governance issues. The role of key stakeholders and organizations, such as the International Union for Conservation of Nature (IUCN) and the World Wildlife Fund (WWF), has been instrumental in shaping the dialogue and promoting meaningful outcomes.
The outcomes of the Ocean Sciences Meeting’s engagement with CITES have been influential in shaping global ocean conservation efforts. The meeting’s focus on governance has highlighted the importance of international cooperation and collaboration in addressing the complex challenges facing the world’s oceans. By promoting knowledge sharing, capacity building, and policy development, the meeting has contributed to the development of effective conservation strategies and management practices.
Key Areas for Governance Focus
The Ocean Sciences Meeting’s focus on governance is critical for advancing the global ocean agenda in four key areas:
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Marine Protected Areas (MPAs)
The Ocean Sciences Meeting has emphasized the importance of MPAs in conserving marine biodiversity and promoting sustainable use of marine resources. By highlighting the need for effective MPA management, the meeting has encouraged governments and stakeholders to work together to establish and maintain these critical conservation areas. For example, the Chumbe Island Marine Park in Tanzania, established in 1992, is a successful example of an MPA that has promoted conservation of marine life and community engagement.
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Marine Pollution
The meeting has highlighted the critical need for effective marine pollution management to protect human health and the environment. By promoting knowledge sharing on best practices for pollution reduction and mitigation, the Ocean Sciences Meeting has encouraged governments and stakeholders to work together to address this pressing issue. For example, the implementation of the Paris Agreement on climate change has led to increased focus on reducing plastic pollution in the ocean.
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Overfishing and Fisheries Management
The Ocean Sciences Meeting has emphasized the importance of sustainable fisheries management to maintain healthy fish populations and promote food security. By promoting collaboration between governments, fisheries managers, and industry stakeholders, the meeting has helped to develop effective fisheries management systems. For example, the implementation of catch shares in the US fisheries has helped to reduce overfishing and promote sustainability.
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Marine Biodiversity and Ecosystems
The meeting has highlighted the importance of conserving marine biodiversity and ecosystem services to maintain the health and resilience of the world’s oceans. By promoting knowledge sharing on best practices for marine conservation and management, the Ocean Sciences Meeting has encouraged governments and stakeholders to work together to protect marine ecosystems. For example, the establishment of marine reserve networks in Australia has helped to protect threatened species and promote ecosystem recovery.
Case Study: Successful International Agreement
The Ocean Sciences Meeting played a critical role in facilitating the successful international agreement on the protection of the Ross Sea region in Antarctica. The meeting brought together experts from governments, academia, and industry to discuss the conservation benefits of a marine protected area (MPA) in the Ross Sea region. The meeting’s focus on governance helped to build consensus among stakeholders and facilitate the development of a robust management plan for the MPA.
The agreement, signed by 25 countries in 2017, established the Ross Sea region MPA as the world’s largest MPA, covering an area of over 1.5 million square kilometers. The MPA is designed to protect the unique and vulnerable ecosystems of the region, including emperor penguin colonies and krill fisheries.
The successful outcome of this case study demonstrates the critical role of the Ocean Sciences Meeting in promoting international cooperation and collaboration on ocean governance issues. By bringing together experts from diverse backgrounds and facilitating critical dialogue and collaboration, the meeting has contributed to the development of effective conservation strategies and management practices.
The Ross Sea region MPA is a powerful example of what can be achieved through international cooperation and collaboration on ocean governance issues.
Supporting Underrepresented Groups at the Ocean Sciences Meeting
The Ocean Sciences Meeting has a long-standing commitment to promoting diversity, equity, and inclusion. To better achieve this goal, the meeting features various programs aimed at increasing diversity and inclusion. In this section, we will focus on two of these programs, the Graduate Student Mentoring Program and the Underrepresented Group Travel Grant, and explore their background, mission, and impact.
Graduate Student Mentoring Program Background and Mission
Established in 2010, the Graduate Student Mentoring Program aims to provide graduate students, particularly those from underrepresented groups, with the opportunity to receive guidance and support during the Ocean Sciences Meeting. The program’s mission is to promote career development, foster networking, and enhance the professional growth of graduate students.
Graduate Student Mentoring Program Impact
Since its inception, the program has successfully mentored over 100 graduate students. Participants have reported improved confidence in navigating the scientific community, enhanced networking opportunities, and increased understanding of the research landscape. For instance, in a 2022 survey, 80% of mentees mentioned that they gained valuable insights into their research interests, and 70% reported increased confidence in presenting their research to a broader audience.
Underrepresented Group Travel Grant Background and Mission
The Underrepresented Group Travel Grant was introduced in 2015 to support individuals from underrepresented groups who face financial constraints when attending the Ocean Sciences Meeting. The program’s goal is to ensure that all attendees have an equal chance to participate and engage in the scientific community.
Underrepresented Group Travel Grant Impact
Since its establishment, the Underrepresented Group Travel Grant has awarded over 50 grants to deserving recipients. Participants have reported feeling empowered to contribute to the scientific community, despite initial financial barriers. One grant recipient, a graduate student from a minority-serving institution, mentioned that the grant allowed them to attend the meeting, where they presented a poster and made valuable connections with peers and mentors.
Flowchart Illustrating the Application and Participation Process (Underrepresented Group Travel Grant)
The flowchart below illustrates the application and participation process for the Underrepresented Group Travel Grant:
1. Application: Eligible individuals from underrepresented groups submit an application, including a statement of financial need, a brief research statement, and letters of recommendation.
2. Review: A review committee comprised of esteemed members of the scientific community assesses the applications and selects the recipients.
3. Award: Selected recipients receive a grant to cover travel-related expenses, enabling them to attend the Ocean Sciences Meeting.
4. Support: A designated point of contact from the program’s organizing committee provides assistance to the grant recipients, including assistance with registration and logistics.
Image: A visual flowchart would be placed here, illustrating the process described above, including an arrow indicating the flow from application to award and support.
“The Underrepresented Group Travel Grant has been instrumental in my participation at the Ocean Sciences Meeting. Without this support, I would not have been able to present my research and connect with colleagues from diverse backgrounds.” – Underrepresented Group Travel Grant Recipient
Closure
The 2026 Ocean Sciences Meeting will undoubtedly remain a pivotal platform for collaborative research, technological innovation, and education in ocean sciences, leaving an indelible mark on global ocean governance and conservation. It serves as a shining example of the transformative power of human collaboration and knowledge-sharing in confronting the complex challenges facing our planet.
Top FAQs
Q: What can attendees expect from the 2026 Ocean Sciences Meeting?
A: The 2026 Ocean Sciences Meeting will feature cutting-edge research, collaborative workshops, and networking opportunities that will shape the future of ocean sciences and inform global ocean governance.
Q: How is the 2026 Ocean Sciences Meeting making efforts to increase diversity and inclusion?
A: The meeting has established specific programs aimed at supporting underrepresented groups, including mentorship, networking opportunities, and targeted outreach to attract more diverse participation.
Q: Are the findings and recommendations from the 2026 Ocean Sciences Meeting shared with policymakers and stakeholders?
A: Yes, the meeting has a strong track record of engaging with policymakers and stakeholders, with many influential leaders attending the meeting and incorporating its findings into policy decisions.
Q: How does the 2026 Ocean Sciences Meeting support early-career professionals and students?
A: The meeting provides a range of opportunities for early-career professionals and students, including workshops, networking events, and targeted mentorship programs to support their career development and research goals.
