SUBJECT - APPLICATIONS
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Globe Toss - Lawrence Hall of Science, COSEE Coastal Trends
Summary
Students use inflatable globes to demonstrate that approximately 70% of the Earth is covered by water.
Designing Tools for Ocean Exploration - NOAA Ocean Exploration
Summary
Students design instruments that could potentially collect water, sediments, and infauna from the deep ocean, demonstrating the concept that new technologies allow us to learn more about the ocean.
New technologies are expanding our ability to explore the ocean.
Education Standards
Aquatic Model Mania - COSEE Coastal Trends
Summary
Using a simulated model, students observe and manipulate the interactions of the components of an aquatic food web based upon the availability of nutrients.
Mathematical models are an essential tool for understanding ocean sciences.
Education Standards
Case Study: Upwelling - Monterey Bay Aquarium Research Institute
Summary
Students correlate sardine populations changes with upwelling events using mathematical model output and wind and water circulation data from the Monterey Bay.
Mathematical models are an essential tool for understanding ocean sciences.
Education Standards
Where is My Bot? Dead Reckoning and Navigation with Nautical Charts - NOAA Ocean Explorer
Summary
Students interpret authentic data to establish the position of an underwater robot conducting a survey of coral reefs off the coast of Bonaire. The activity demonstrates how technology (GPS), mathematics (geometry), and geography are all used to investigate a biological system (coral reefs).
Sea Level Rise and Storm Surge - COSEE Coastal Trends
Summary
Students use topographic maps and tide data to predict coastline flooding associated with sea level rise. In a companion exercise students predict the extent of flooding due to storm surge.
The height of the ocean water (sea level) is affected by various physical forces and, in turn, affects coast lines.
Education Standards
Understanding Sea Level Using Real Data - The NOAA Ocean Education Project
Summary
Using real-time data, students learn how to access and interpret sea surface height and tide data through a series of five lessons.
The height of the ocean water (sea level) is affected by various physical forces and, in turn, affects coast lines.
Education Standards
History's Thermometers - NOAA Ocean Explorer
Summary
Students track climate changes through changes in oxygen isotopes using data from deep-sea corals.
Ocean processes have major effects on global climate change; global climate change could have major impacts on the ocean.
Education Standards
Top to Bottom - NOAA Ocean Explorer
Summary
Students explore the possible impacts on deep sea ecosystems associated with changes in thermohaline circulation resulting from climate change.
Ocean processes have major effects on global climate change; global climate change could have major impacts on the ocean.
Education Standards
Culturing Bacteria - COSEE Coastal Trends
Summary
Students collect water samples, plate the samples on suitable agar, and count bacteria colonies present in each sample to compare and contrast the types of bacteria living in a variety of aquatic environments.