The National Marine Sanctuary Webinar Series provides educators with educational and scientific expertise, resources and training to support ocean and climate literacy in the classroom. This series targets formal and informal educators that are engaging students (elementary through college) in formal classroom settings, as well as members of the community in informal educational venues (e.g. after school programs, science centers, aquariums, etc.).
Managing National Marine Sanctuaries in a Changing Ocean
January 14, 2020 at 3 pm Pacific / 6 pm Eastern
Zachary J. Cannizzo, Ph.D., National Marine Protected Areas Center and NOAA Office of National Marine Sanctuaries Fellow through the Sea Grant John A. Knauss Marine Policy Fellowship Program
As a system of nationally significant places managed by NOAA, national marine sanctuaries are directly experiencing climate impacts, and serve as important assets for climate-informed management, science and education. Learn more about how the NOAA Office of National Marine Sanctuaries is actively incorporating climate into site management plans, facilities management, science and assessment, and education and outreach. This presentation will discuss how sanctuaries work with partners to use NOAA climate information in management, our role as climate educators, building a network of sentinel sites, and challenges in managing sanctuaries in a changing ocean.
Passive Acoustic Monitoring in California’s National Marine Sanctuaries
February 19, 2020 at 2 pm Pacific / 5 pm Eastern
Samara Haver, Ph.D candidate at Oregon State University; Angela R. Szesciorka and Vanessa ZoBell, Ph.D. candidates at Scripps Institution of Oceanography
Acoustic signals travel quickly and efficiently over long distances in the aquatic environment; thus, sound has become the principal sensory modality used by many marine animal species. This is particularly true for acoustically oriented marine mammals that rely on sound to communicate, perceive their environment, detect and avoid predators, forage for food, and navigate. Passive acoustic monitoring (PAM) is used to measure, monitor, and determine the sources of sound in underwater environments, enabling scientists to eavesdrop on the acoustic behavior of marine animals (e.g., whale song, fish chorusing, snapping shrimp), natural abiotic sounds (e.g., wind, earthquakes), and human generated sounds (e.g., cargo vessels). By utilizing PAM tools in national marine sanctuaries, researchers are able to collect data to answer questions about these valuable marine habitats and provide important condition information to managers and policymakers. In this webinar, three Ph.D. candidates that are NOAA Dr. Nancy Foster Scholars will discuss current PAM research efforts taking place in some of California’s national marine sanctuaries.
Ocean Guardian Schools: Learn how to get involved
March 26, 2020 at 3 pm Pacific / 6 pm Eastern
Naomi Pollack, Ocean Guardian School Program Coordinator
What do 134 schools with over 61,000 students from around the country have in common? They have all made a commitment to protect the health of their local watersheds, one ocean and special ocean areas like national marine sanctuaries. Since 2009, NOAA's Ocean Guardian School program has supported K-12 schools to conduct hands-on watershed/ocean stewardship projects on campuses and in local communities. Please join Naomi Pollack for a program overview and learn how your school can participate and become recognized by NOAA as an Ocean Guardian School.
Gardening Corals for Reef Restoration
April 23, 2020 at 3 pm Pacific / 6 pm Eastern
Katie Lohr, Conservation Science Fellow for the NOAA Office of National Marine Sanctuaries through the Sea Grant John A. Knauss Marine Policy Fellowship Program
As coral reefs decline globally, interest in using coral gardening techniques for reef restoration is increasing. This webinar presentation will review well-established and cutting-edge techniques for propagating and restoring corals, as well as experimental work focused on identifying corals that can survive future ocean conditions.