Ocean Literacy Principle #1:"The Earth has one big ocean
with many features."
These activities teach concepts related to this Ocean Literacy Principle
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A Hurricane’s
Storm Surge Affects Our Estuaries
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Students construct a coastal landmass from
sand and add features such as tidal creeks and barrier islands. They then add varying amounts of water
to see the effects of storm surge on coastal land masses. |
Subject: Ocean Geology, Human Impact |
Grade: 5 - adult |
Duration: 20 - 60 min |
Ocean Literacy Principle: #1, #3, #6, #7 |
Beach Buckets
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Visitors explore a bucket of sand and beach drift and debris, sort the items using observable
characteristics and use a model to show how sand could be composed of items found on a beach.
They also infer how the beach drift might have traveled to the beach. |
Subject: Ocean Physics, Ocean Geology |
Grade: K to adult |
Duration: 30 - 45 min |
Ocean Literacy Principle: #1, #2 |
Causes and Effects of Melting Ice
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This activity introduces the concept of density-driven currents (thermohaline circulation) and
how they are affected by climate change. Participants use colored ice cubes, water, and salt
to explore density as it relates to salinity, leading to an understanding of the impact of glacial
melt on sea level rise. |
Subject: Ocean Physics |
Grade: 5 to adult |
Duration: 30 - 120 min |
Ocean Literacy Principle: #1, #2, #6 |
Improving Oil
Spill Response: Plotting the Currents in Prince William Sound
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Students find and use data from the Alaska Ocean Observing System (AOOS) to plot the tracks of
drifters used by scientists as real-time data to compare with computer predictions during a field
experiment to test a circulation model for Prince William Sound, Alaska. They apply their knowledge
to predicting the path of an oil spill and search & rescue. |
Subject: Ocean Physics, Ocean Chemistry, Human Impact |
Grade: 6 - 8 |
Duration: 3 x 45 mins |
Ocean Literacy Principle: #1, #7 |
Introduction to Ocean Zones
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Students will learn to identify and describe different zones of the ocean and the organisms
that live in each zone. |
Subject: Ocean Physics, Ocean Biology |
Grade: K - 12 |
Duration: 55 min |
Ocean Literacy Principle: #1, #2, #4, #5, #7 |
Litter Matching Game
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By matching descriptions to images, students identify marine debris items, leading to discussion
about the effects of marine debris and how it can be reduced. |
Subject: Ocean Biology, Ocean Chemistry, Human Impact |
Grade: 5 - adult |
Duration: 20 - 30 min |
Ocean Literacy Principle: #1, #6, #7 |
Melting Ice
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This activity explores density, convection, stratification, and by inference the melting of ice
bergs. Students are allowed an opportunity to make a hypothesis, test their hypothesis, and explain
their observations. |
Subject: Ocean Physics, Inquiry |
Grade: 6 - 12 |
Duration: 30 - 45 mins |
Ocean Literacy Principle: #1, #6 |
My Place in Puget Sound
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In this investigative questions curriculum, students explore the relationship between their
everyday practices and chemicals in the local waters. |
Subject: Ocean Chemistry, Human Impact |
Grade: 7 - 8 |
Duration: 2 x 50 min |
Ocean Literacy Principle: #1, #6 |
The Great Plankton Race
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Participants are challenged to design a planktonic organism that will neither float like a cork
nor sink like a stone. This exercise is designed to give students an opportunity to apply
observations and concepts in an engaging way. It is not a biomechanics exercise, and thus
Reynolds Number issues are ignored. |
Subject: Ocean Physics, Ocean Biology |
Grade: 1 - 12 |
Duration: 40 min |
Ocean Literacy Principle: #1, #4, #5, #6 |
What is in the Water?
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Students will use open inquiry to learn about
the process of science as well as gain experience regarding the Law of Conservation of Mass, dissolution,
and density. |
Subject: Ocean Physics, Ocean Chemistry, Inquiry |
Grade: 4 - 8 |
Duration: 45 - 90 min |
Ocean Literacy Principle: #1, #6 |