Here are three tips to help you find good information about health and science topics.
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.
The following fact-checking videos have been produced by teens for teens. The viral claims they chose to fact-check touch on a range of topics from the environment, health, science and food to beauty products, social media trends and even presumed “weird” local bylaws that caught their attention.
The following fact-checking videos have been produced by teens for teens. The viral claims they chose to fact-check touch on a range of topics from the environment, health, science and food to beauty products, social media trends and even presumed “weird” local bylaws that caught their attention.
MediaSmarts designed the Motives and Methods research project to better understand how Canadians check and share information online. This study, which included a survey of 5,000 Canadians and interactive focus groups, builds on MediaSmarts' successful Break the Fake (BTF) program. It looks at changes in participants’ fact-checking after watching a BTF video, along with their sharing habits, frequency of fact-checking, and confidence in their skills. Based on our study findings, we provide recommendations for designing effective video interventions that build citizen resilience to misinformation in Canada. This research shows that digital media literacy education works and encourages a wide range of people to check the accuracy of online content, especially before sharing it.
Ottawa, February 10, 2009 – Media Awareness Network (MNet) today launched the classroom resource Cyber Bullying: Encouraging Ethical Online Behaviour to meet the growing need for educational materials that address the issue of cyber bullying in Canadian schools. The launch coincides with Safer Internet Day—an international event to promote safe and responsible use of online technology and mobile phones among children and young people.
This outcome chart contains media-related learning outcomes from the Alberta, Art Level 2 (Grades 3-4) curriculum, with links to supporting resources on the MediaSmarts site.
This lesson package is designed to be modular, allowing teachers to choose activities that are most relevant to their students. The lesson includes: an opening “minds on” activity that introduces essential concepts of election-related misinformation, helps students retrieve prior knowledge, and shows the relevance of the topic; several activities which teachers can choose from based on the needs and context of their classes; a closing activity that introduces students to different strategies for verifying election-related information, including the idea of turning to a best single source (in this case, Elections BC). They then learn and practice engaging in active citizenship by responding to election-related disinformation.
This outcome chart contains media-related learning outcomes from the Manitoba Senior 2 (Grade 10) Physical Education/Health Education curriculum, with links to supporting resources on the MediaSmarts site.
This outcome chart contains media-related learning outcomes from the Manitoba, Grade 3 Physical Education/ Health Education Grade 3 curriculum, with links to supporting resources on the MediaSmarts site.
Strands in the Technological Education curriculum
The overall and specific expectations for each course in the technological education curriculum are typically organized in three distinct but related strands. The strands are Fundamentals; Skills; Technology, the Environment, and Society; and Professional Practice and Career Opportunities.
The Grade Eleven and Twelve curriculum document Technological Educationincludes information on how media literacy is relevant to the content of these courses: