The Woods Hole Oceanographic Institution (WHOI) website has a wealth of ocean resources but was previously difficult to search and use. We cataloged the content based on alignment with NGSS and Ocean Literacy Principles as well as topic and type of media and created a searchable database. This “Ocean Learning Hub” is now a searchable database that provides easy and fast access to the content as well as a bookmarking system so you can collate your resources for future reference. We will walk you through this updated website as well as provide an overview and demonstration of one of our available lesson plans developed with a WHOI researcher that explores ocean currents and specifically “underwater waterfalls”, i.e., overflows in the North Atlantic. I will share editable slides that include a quiz, instructions for a hands-on experiment, and two videos. The slides are annotated with teacher notes to help with narration, background information, and conduction of the experiment.

TAKEAWAYS:
Educators will learn how to navigate the new standards based, educator-friendly WHOI Ocean Learning Hub website, gain ocean resources to use in their classroom and for outreach use, and all ages will understand the ocean’s role in our planet’s future.

SPEAKERS:
Grace Simpkins

The Global Ocean Biogeochemical Array (https://www.go-bgc.org/) provides researchers and educators access to over 400 floats that are profiling the water column from 2000 meters to the surface collecting biogeochemical data (pH, oxygen, temperature, nitrate, CO2, fluorescence, Chl, and salinity). Educators also have the option to adopt a float (https://www.go-bgc.org/outreach/adopt-a-float) providing a sense of ownership and pride in the float and the data being gathered. Tutorials and lesson plans are available on the website but this presentation will demonstrate and enable educators to see how easy it is to access the data. Lesson plans are linked with both the Ocean Literacy Principles and the Next Generation Science Standards.

TAKEAWAYS:
Educators will learn how to utilize real data being gathered by scientific instruments around the world. Hands-on investigation will empower educators with the ability to locate and analyze biogeochemical data and correlate it to biological and physical oceanography.

SPEAKERS:
Jennifer Magnusson, George Matsumoto

Through hands-on investigations and activities developed by NOAA Ocean Exploration, participants will experience how students can think and work like ocean scientists. Educators will engage in lessons that use mapping technology, water column investigations, and underwater robotics to gather and analyze data, revealing the patterns scientists use to locate hydrothermal vents. These classroom-ready experiences show how students, no matter where they live, can explore the ocean and contribute to understanding new habitats and species. The session will also highlight a recent real-world example from researchers and educators at the University of Delaware and collaborators aboard the R/V Atlantis, who captured the first-ever observations of an underwater volcanic eruption in progress.

TAKEAWAYS:
Educators will learn how modern technology helps students explore the ocean from wherever they live. Hands-on investigations model the work ocean scientists and explorers use every day to gather new data and find new habitats and species.

SPEAKERS:
David Christopher, Tami Lunsford