NOAA
It's a Roughy Life
Scientists recently discovered several previously unknown species at the Bear Seamount off the coast of New England. Scholars research these new species — benthopelagic, benthic, and seamount fish — and find out what makes them unique....
NOAA
Climate, Corals and Change
Global warming isn't just an issue on land; deep ocean waters are also showing troubling signs. Young scientists learn more about deep water corals and the many recent discoveries researchers have made. Then they examine data related to...
Curated OER
Hudson Canyon Expedition; Fishy Deep Sea Designs!
Students explore the physical location of deep water habitats along the Hudson Shelf Valley and in Hudson Canyon. They study the basic characteristics of the mesopelagic and bathypelagic zones with regard to depth, temperature, pres
NOAA
What's New?
Biodiversity in some areas is more diverse than one might think. Using a two-day lesson, pupils consider the biodiversity of the Hudson Canyon and the characteristics of one organism. They begin with an analysis of the common earthworm...
Curated OER
Big Fleas Have Little Fleas
A benthic habitat hosts a vast collection of organisms and its structure influences the biodiversity. Middle-school marine biology explorers will discuss how corals impact structure, and therefore diversity, on the ocean floor. They draw...
Curated OER
History's Thermometers
Ancient coral beds give scientists clues to past ocean temperatures in much the same way that tree rings indicate historical weather conditions. High school scientists examine coral oxygen isotope ratios and plot the data as a function...
Curated OER
Animals of the Lost City
Begin with a demonstration of exothermic reactions and discussion of chemosynthesis. Your aspiring oceanographers research vent communities and then craft a mural of a vent community. This is a terrific method of introducing learners to...
Curated OER
Friend, Foe, or . . .
As a result of this lesson, upper elementary ocean explorers will be able to describe several interrelationships: symbiosis, mutualism, commensalism, and parasitism. They learn that the biological richness is increased near seamounts and...
Curated OER
Tracking Narwhals in Greenland The Ocean Unicorn
Learners study the ecology, habitats, geographic range and feeding habits of narwhals. They determine at least three reasons for the decline in the narwhal populations and complete the accompanying worksheets.
Curated OER
So, What's it Doing Today?
Students describe short-term variations in oceanographic parameters in the Gulf Stream. In this ocean habitats lesson students use satellite imagery to obtain information in the Gulf Stream.
Curated OER
Ocean Exploration
Students explore a simulated ocean floor. In this environmental lesson plan, students take on roles of an ocean dive team exploring the ocean floor. Dive logs will be created and the students will explore their sections of simulated...
Curated OER
How can deep-water corals be used to determine long-term patterns of climate change?
Students explore the concept of paleoclimatological proxies. In this paleoclimatological proxies lesson, students explain isotope ratios in deep water coral samples. Students write a paragraph about global climate change as it effects...
Curated OER
Feeding in the Flow
The National Oceanic and Atmospheric Administration (NOAA) has developed a tremendous library of ocean-themed lessons that can be used in a variety of science settings. "Feeding in the Flow" is one of those activities; Its focus is on...
NOAA
A Matter of Density
Larvae transportation on the New England seamounts is based on the density of the water. Scholars calculate density and graph salinity versus temperature to better understand the distribution of organisms in a water column. Discussions...
NOAA
Calling All Explorers
Let's get moving! The second installment of a 2-part series of six adventures helps learners take part in individual explorations by sea and by land. After navigating the waters in an informative WebQuest, groups create and hide their...
Curated OER
Monsters of the Deep
Students describe major features of cold seep communities and list the organisms that are typical in these communities. In this deep sea environment lesson students work in groups and research their given cold seep group.
Curated OER
Ocean Microstructure Lesson Plan
Learners explore the microstructure of the ocean by analyzing graphs created by Dr. Mike Gregg of the University of Washington Applied Physics Laboratory during the EPIC 2001 research cruise on the Ronald H. Brown NOAA vessel.
Curated OER
Salt Marsh in a Pan
Students create a model of a salt marsh to discover the impact of pollution and human activities on water-based habitats including bays and the ocean. They recognize the relationship between natural and developed areas. Students impact...
Curated OER
No Escape
Via four student handouts, marine biology learners examine the topography and circulation cell of the Fieberilng guyot. Then they examine the number of individual hydroids counted at each depth. Pupils use the information to relate water...
Ocean Explorer
Easy as Pi
Seamounts are large, extinct volcanoes that rise up from the bottom of the ocean floor. They are a relatively new landform in the scientific community, and this instructional activity invites students to learn about the amazing diversity...
Curated OER
Designing an Underwater Habitat for Humans
Students consider the limitations of deep water oceanography and design an underwater habitat to support scientists while they complete long term studies under the ocean. For this engineering lesson, students are introduced to the...
Curated OER
What's in that Cake?
Students discover the methods scientists use to investigate Oceanic habitats. In this oceanography lesson, students utilize the Internet to identify deep sea submersibles and how they help scientists study the Charleston Bump. Students...
Curated OER
Food Web Mystery
Pupils describe typical marine food webs, and explain why food is generally scarce in the deep-ocean environment. They discuss reasons that seamounts may support a higher density of biological organisms than would appear to be possible.