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Interweaving technology, science, and mathematics in an environmental unit
Table Of Contents
Technology and the Environment: A Middle School Mix
Introduction
Aquatic Environment
Wastewater Treatment
Challenging Pollution
GLOBE Program
National Standards

Challenging Pollution

Although we may not often do it, it's easy to list ways that power plants, automobiles, and handy household products benefit us. But are these and other technology-driven products and services benign—to us, to the environment, and to other living things? Use one or more of the resources in this section to get your students thinking about the causes and effects of pollution and what individuals, communities, and businesses can do to lessen pollution problems.


Acid Rain: Students Site
http://www.epa.gov/acidrain/site_students/index.html
DLESE: Digital Library for Earth System Education

You can't talk about why acid rain exists or what can be done about this environmental problem without addressing humans' use of technology and natural resources. This site from the U.S. Environmental Protection Agency does just that. It walks students through the basics of acid deposition in two complementary tutorials. You may want students to use one or both. The first takes the form of five questions, including What Is Acid Rain?, Why is Acid Rain Harmful? and What Can You Do? It does a truly excellent job of explaining topics like acidity, the environmental and health effects of acid rain, and the fossil fuel connection. If you want to connect the tutorial to an assignment, here are three ideas:

  1. Partner with the social studies teacher and have students learn more about government regulations of air pollution and acid deposition.
  2. Ask students to share what they have learned, just as the last section of the tutorial encourages them to do. They can create a product that communicates about acid rain to an audience of their choice (parents, younger students, government leaders, etc.).
  3. Have students research the technologies used to control emissions from power plants and include a graph illustrating a key idea in their report.

The second tutorial, called the Acid Rain Animation, uses images and less text to convey some of the same information. Games and activities, which may be too young for some middle school students, are also offered on the site. MSP full record


Recycle City
http://www.tnrcc.state.tx.us/air/monops/lessons/templesson.http://www.epa.gov/recyclecity/index.htm
DLESE: Digital Library for Earth System Education

If your city, formerly known as Dumptown, now bears the esteemed name of Recycle City, you must have made some significant and lasting changes! Visit the Activities page for information and ideas for incorporating one or both of this site's two features (an interactive map and a game) into your classes. By clicking around in the quadrants of this fictitious place, students can check out myriad examples of the sound environmental practices that are now the norm in Recycle City. In the Dumptown Game, students become the city manager who needs to transform Dumptown (a name like that can't be good for the citizens or the local economy!). Students choose which programs to implement, and then watch Dumptown change as the programs go into effect. Bar graphs display the resulting reductions in waste, and the total cost of the programs is shown. Like the site suggests, consider giving your students a goal to achieve as manager that corresponds to the particulars of your curriculum. Reading graphs and working with a $200,000 budget to clean up Dumptown are just two examples of the mathematics embedded in this excellent web site. Use it to prompt your students to think about how products and actions can have positive and negative effects on the environment. Ask them to consider how their own family, school, neighborhood, and city are making cumulative changes to their local environment. What's going well, and where do they see room for improvements? Is there an area in which they can influence change? MSP full record


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Copyright May 2007 — The Ohio State University. This material is based upon work supported by the National Science Foundation under Grant No. 0424671. Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.

This work is licensed under a Creative Commons License. Creative Commons License