Resources for Teachers - Finding and verifying information

Recognizing Emotional Appeals

This is the third lesson in the Critical Thinking Across the Curriculum series, though it can also be delivered independently. In it, students learn how we can be persuaded by emotional appeals as well as by arguments. After identifying emotionally charged words, they find them in an article and analyze their persuasive effect. Students study a public service announcement to examine how images and story can be emotionally persuasive, then watch a pair of videos to compare how they use emotional persuasion. They then conduct a red teaming exercise to identify the possible risks or drawbacks of using emotional appeals and ways of mitigating those. Finally, they create their own persuasive work using emotionally charged languages, images and music.

Beyond Media Messages: Media Portrayal of Global Development

In this three-day unit, students assess media coverage of natural disasters and their aftermath. Students explore how sensationalism plays a role in determining what is newsworthy, and how that can distort our perception of issues in developing nations.

Deconstructing Web Pages - Lesson

In this lesson, students apply the "5Ws of Cyberspace" to sources of information they find online. Assuming the role of a student researching a science project, students must authenticate the information in an online article about the artificial sweetener, aspartame.

Reality Check: Authentication 101

Level: Grades 9 to 12
About the Author: Matthew Johnson, Director of Education, MediaSmarts
Duration: 1 ½ to 2 hours, plus time for the assessment/evaluation activity

Getting the Goods on Science and Health – Tip Sheet

Here are three tips to help you find good information about health and science topics.

  1. Check credentials

If the source is a person, start by checking that they really exist and that they are a genuine expert on that topic. Both doctors and scientists are usually specialists, so make sure that the source has credentials in the right field. A surgeon won’t necessarily be an expert in physics, for instance, and vice versa.