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In this visual resource about the carbon cycle, students are presented with an animation and accompanying text that focus on carbon and plants. The text addresses how plants fit into the larger carbon cycle, including how carbon enters and leaves the biosphere, and it explains what students are viewing in the animation. The animation shows false color images on a flat map of the world. When the viewer clicks on the image (or the play button), the animation plays, and color patterns reveal changes in plant growth on land and water over a 3-year period. Movie controls allow students to pause the animation, to replay the animation, or to move backward or forward through the images 1 month at a time. Copyright 2005 Eisenhower National Clearinghouse

Summary

Subject keyword(s)Biogeochemical cycles, Cycles, Earth and space science
Grade levelHigh School, Informal Education
Intended audienceLearner
Resource typeAudio/Visual, Instructional Material
Resource formattext, text/html
RightsSee site for guidelines governing the use, restrictions and reproduction of these materials.

Found in collection(s)

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MSP2: Math and Science Pathways

Content contained within the resource

Visualization ES0106  Observe an animation showing evidence of the carbon cycle.   !   Click the image to see the animation. Click and drag the slider button, or click the next and back arrows on the animation control bar to examine specific frames. These images show evidence of just one part of the global carbon cycle, the process that moves carbon from the atmosphere to the biosphere. Colors in the images indicate plant growth on land and in the ocean over a period of three years. As plants grow, they take in carbon dioxide from the atmosphere. Through photosynthesis, the carbon becomes part of the living plant. Thus, plant growth shows the transfer of carbon from the atmosphere to the biosphere. Seasonal changes in the animation can be viewed as the "pulse" of the global carbon cycle. Images provided by ORBIMAGE © Orbital Imaging Corporation. Processing by NASA Goddard Space Flight Center. The carbon cycle doesn’t stop when carbon becomes part of a plant. If the plant material is burned, the carbon is released back into the atmosphere. If the plant is eaten, the carbon remains in the biosphere, but moves to a higher level in the food chain. If the plant material is buried (eventually becoming coal, for example), the carbon becomes part of the geosphere.