Curated OER
Writing about the world's fisheries (Calibrated Peer Review)
Students summarize the findings of the Pew Ocean Commission report "America's Living Oceans," contrast it to an opposing viewpoint, and recommend a fisheries policy based on their understanding. It includes a scoresheet that was created...
Curated OER
Ocean Scale Drawing
Students explain how to make pictures larger using a grid system by transferring scales images from 1/2 -1 inch to 6 inches - 1 foot. They create life-size scale drawings of ocean life studied in class using a grid system.
Curated OER
Cetacean or Fish?
Students cut out pictures from magazines of fish and cetaceans. They make a creative bulletin board labeling their pictures and identifying different features.
Curated OER
Water Pressure - Observing Water Flow
Students discover that pressure increases the deeper the ocean becomes. They determine how water pressure differs at various depths by observing water flow.
Curated OER
Create an Underwater Scene
Students apply knowledge of underwater ocean life by creating an ocean life scene with marine animals and plants placed at appropriate ocean depths.
Curated OER
Swim Like a Whale or Fish?
Students recognize the difference between whales and fish by categorizing them according to their method of swimming. They synthesize this information by simulating the swimming patterns of whales and fish and comparing it to their own.
Curated OER
Whale Migrations
Students use whale migration patterns to determine sex and age of whales and determine where these whales can be located during different seasons. They use mapping skills to plot the migration patterns of four unknown whales.
Curated OER
Water Density and Stability Lab
Students observe how different water densities and salinity control the depth at which different water masses occur. Submarines are used as a case study. This is a well-designed with an excellent worksheet.
Curated OER
Beach Zonation
Students identify and separate the different zones of the beach by observation. They investigate beach zonation by gathering and comparing sand samples gathered from different areas of the beach.
Curated OER
Pipeline to the Coral Reefs
High schoolers discuss the relationship of density to stratification. In this marine science lesson, students create a model of upwelling events using cold and warm water. They discuss how water phenomena affect coral reefs.
Curated OER
Measuring Aquatic pH
Young scholars apply the scientific method and safety rules to aquatic pH. They test unknown solutions for pH levels.
Curated OER
Sharks and Fishes
Pupils explain the role of the school of fish as the prey and the shark as the predator, as they participate in the game Sharks and Fishes. They demonstrate quick physical movement, and trickery, by sucessfully staying away from the sharks.
Curated OER
Ocean Animals vs. Humans
Students use critical thinking skills to solve word problems using ratios that allow them to compare humans to ocean animals.
Curated OER
Ocean Morse Code
Students gain knowledge of the maritime importance of Morse code and enjoy applying this information to decipher Morse code messages from other students.
Curated OER
the New Explorers:Into the Depths
Students explore the self preservation mechanism that is inherent in the Great Lakes. They examine how scientists are studying Great Lakes, and what their predictions are for these national treasures.
Curated OER
Health, Pollution, and Safety: Why Should We Care?
Students examine the impact of reducing the carbon dioxide emissions. They identify ways alternative fuels can lessen the effect of emissions on communities. Working in teams they conduct research from various community and Internet...
Curated OER
Head to Foot
Students describe the body form and major anatomical structures of squids and describe some unusual or unique features of newly-discovered deep water squid species. They infer what types of food squids use from their anatomical features.
Science Education Resource Center at Carleton College
Serc: Melting Ice Cubes
This activity helps students understand how the melting of ice cubes floating in water is influenced by the salinity of the water. It will introduce the concept of density and density driven currents and provide practice in using the...
Gulf of Maine Research Institute
Gulf of Maine Aquarium: Comparing Oceans: Warm Up to the Gulf Stream
This site features some background information and a satellite image of the Gulf Stream that you can analyze using information also given at the site. There is a link to an activity about the formation of eddies along the Gulf Stream as...
Other
Digital Library for Earth System Education (Dlese)
This resource provides materials for teachers on a huge array of topics. Search site by topic, grade level, and desired output (such as lesson plan, case study, assessment or tutorial). Site is focused on earth science, geography, and...
Science Education Resource Center at Carleton College
Serc: New Millennium Observatory (Ne Mo) Education
This digital curriculum is an interactive deep-ocean mystery based on daily reports from expeditions at sea and results from NeMO and consists of four parts: Introduction and Background Information, Classroom activities, Movies and...
Science Education Resource Center at Carleton College
Serc: Project Nopp Drifters
Data collected by the National Oceanographic Partnership Program (NOPP) can be used by teachers to integrate ocean science into their science and math instruction.This site offers educational activities, curriculum materials, and lesson...
Science Education Resource Center at Carleton College
Serc: Density Differences
Students investigate differences in ocean water density, and record density data from salt, ice, and hot water samples in their notebooks. Students then simulate ocean water temperature levels in a simulation.
Science Education Resource Center at Carleton College
Serc: Ocean Water: Density
In this lesson students will learn about the stratification of the ocean by using a simulation to show the different densities. The simulation explores how temperature, salinity, and wind affect the development of water stratification.