Education

Activity or Mini-Lesson

Activity or Mini-Lesson:

At-Home Nautilus Activity Book

Dive into math activities, mazes, coloring pages, writing prompts, and buildable-models to learn about the seafloor and tools of ocean exploration.

Paperback, 32 pages.

Activity or Mini-Lesson:

Ocean Exploration Course for Middle School

This guide shares the sequence of suggested activities, lessons & learning modules for a 9 week-long Ocean Exploration class (quarter-long elective), designed for middle school students. It can easily be adapted for an after-school club, a summer program, or a segment of a middle school science course. Lessons can be completed as outlined below, but can also be broken up to accommodate class schedules. The activities are designed for hands-on learning and to facilitate a greater understanding of the need for continued ocean exploration.

Activity or Mini-Lesson:

Painting Rainbows On The Seafloor

In this hands-on STEAM activity, students will learn about modern multibeam mapping SONAR technology and the data products created using maps from a 2017 E/V Nautilus expedition to the Revillagigedo Archipelago in Mexico. After examining and interpreting different bathymetric maps produced by the Corps of Exploration, students will paint their own watercolor bathymetry in this art integration activity.

Activity or Mini-Lesson:

Explore More Acrostic Poem

Create an acrostic poem, using the phrase ‘Explore More’, as a pathway to building a foundation of understanding about ocean exploration. In an acrostic poem, the letters in a word (or phrase) to start every line of the poem. Together, the lines of the poem describe the main topic of the acrostic and combine to form a message. Lines don’t need to rhyme or have a specific length as long as they all connect back to the primary phrase – in this case, ‘Explore More’.

Activity or Mini-Lesson:

Surviving & Thriving in Cold Water

Anywhere in the world, the temperature of most water in the deep ocean is only 39 degrees F. Most seafloor creatures live at that temperature at all times. Most animals ROV Hercules encounters on the seafloor are invertebrates, which do not regulate body temperature like mammals. However, animals that infrequently visit the deep sea, like deep-diving whales, must have adaptations to handle the cold temperatures.

Activity or Mini-Lesson:

Ocean Zone Home

In this multi-day lesson, students will explore the variety of habitats in the ocean.  Using the ocean zone slides, learners will compare new species and organize their thinking using different organizational charts and documents. Students will work though an ocean zone slideshow, each day is a new comparison of species! Using different strategies, students will have the opportunity to study multiple sea creatures and their unique characteristics. 

Activity or Mini-Lesson:

Migration of Blacktip Sharks

As keystone species, sharks are vital to the ocean ecosystem. With this lesson, using the 5E method (Engage, Explore, Explain, Extend, Evaluate) students explore animal migration, specifically using the example of Blacktip sharks. Students will dive into an ongoing research mystery examining where Blacktip sharks go and how their numbers are changing, and why blacktips are important to the Gulf of Mexicos ecosystem, and what they can do to try to increase the species declining numbers. 

Activity or Mini-Lesson:

Adaptations Of Octopuses

This lesson uses the 5E method (Engage, Explore, Explain, Extend, Evaluate) to dive into the lives of octopuses and how this animal group has evolved over time to adapt to their environments. With a hands-on demonstration, students will mock up octopus ink and examine how octopus use camouflage on the seafloor. 

Activity or Mini-Lesson:

Oviparous Ocean Animals (Babies in Eggs)

When E/V Nautilus visited the Monterey Bay National Marine Sanctuary in 2018, the team discovered miles and miles of octopus brooding, or protecting their eggs, along cliff edges. In 2019, the Corps of Exploration returned to see if this amazing discovery was still happening and to gather data on why they were there. Using the 5E method (Engage, Explore, Explain, Extend, Evaluate) this lesson, looks at the life history strategy of egg-laying organisms, like octopus. 

Activity or Mini-Lesson:

Coral Reefs in the Dark

Deep-sea corals are vastly different from shallow water corals that are typically shown when students are introduced to coral reefs. Deep-sea corals do not gather their energy from the sun using photosynthesis and the relationship with zooxanthellae. Instead, deep water corals capture all of their food from sinking "marine snow", dead organisms, organic matter, other nutrients falling from higher in the water column. This lesson, using the 5E method of teaching (Engage, Explore, Explain, Extend, Evaluate), looks at deep-sea corals of the Channel Islands National Marine Sanctuary.