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Students will understand the following:
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For this lesson, you will need:
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Adaptation for younger students After discussing the geography of Niagara Falls, tell the class that a new tourist center has opened at Niagara Falls that focuses on the geology of the area. Hand out a poster board to each student and ask them to create a tourism poster to be distributed to travel agents around the country. Encourage them to include important information about the area's geology as well as vibrant images and catchy language to encourage tourists to visit the falls. |
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The storyboards can be evaluated by peers using a rubric that addresses accuracy, neatness and clarity, and creativity. Do the storyboards clearly explain the geological history of Niagara Falls? Are they engaging, with exciting language and appealing images? Could the storyboard actually be developed into a Web site? If the technology is available, encourage your students to transfer their storyboards to the computer using PowerPoint or a similar program. |
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The Trip of a Drip Have your students follow the "trip of a drip" from one of the Great Lakes through Niagara Falls. Gather the information and develop a sequence of events chart. Then have your students create a board game that explains how water journeys into Niagara Falls. |
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Niagara A history of the Falls Berton, Pierre, New York: Kodansha International, 1997 Not only does Niagara Falls have a interesting geologic history it shares and equally absorbing human history from Hennepin's fascination and descriptions of the falls to the horror of Love Canal. Berton's book is well written and worth the time devoted to reading it. Fresh Water Pielou, E.C., Chicago: The University of Chicago Press, 1998 This book examines fresh water: ground and underground water, rivers and streams, lakes, reservoirs, wetlands, and water in the atmosphere, a resource that plants and animals depend on. |
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USGS Water Science for Schools Offers a wealth of information on "water", including web links, searchable database, activity center, pictures, data, and maps. Niagara Falls Convention & Visitors Bureau, New York Includes information about Niagara Falls and a search function. Niagara Falls: The Magic of Niagara A variety of information about Niagara Falls, including history and additional web links. Old Fort Niagara History and information on the fort. Links to other historical sites and Niagara sites. |
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Click on any of the vocabulary words below to hear them pronounced and used in a sentence.
Context: If you drag the bottom of a river with a bucket, you will obtain alluvium.
Context: Over many years, the beach has been drastically altered by erosion.
Context: The geologist determined that the changes in the land were caused by glaciations.
Context: The runoff was very high this year and threatened to flood local areas.
Context: The sides of the canyon have changed dramatically because of recent weathering. |
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This lesson plan may be used to address the academic standards listed below. These standards are drawn from Content Knowledge: A Compendium of Standards and Benchmarks for K-12 Education: 2nd Edition and have been provided courtesy of theMid-continent Research for Education and Learningin Aurora, Colorado. Grade level: 9-12 Subject area: Geography Standard: Understands how human actions modify the physical environment. Benchmarks: Understands the global impact of changes made by humans in the physical environment (e.g., increases in runoff and sediment, tropical soil degradation, habitat destruction, and air pollution; alterations in the hydrologic cycle; increases in world temperatures; and groundwater reduction). Benchmark: Knows how people's changing attitudes toward the environment have led to landscape changes (e.g., pressure to replace farmlands with wetlands in flood-plain areas, interest in preserving wilderness areas, and support for the concept of historic preservation). Grade level: 9-12 Subject area: Science Standard: Understands basic Earth processes. Benchmarks: Knows methods used to estimate geologic time (e.g., observing rock sequences and using fossils to correlate the sequences at various locations and using the known decay rates of radioactive isotopes present in rock to measure the time since the rock was formed). |
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Wendy Goldfein, teacher and freelance educational writer. |
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