Difference between revisions of "Unit One: Scientific Literacy"

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<u>Go to</u>: [[ETAP 623 Spring 2020 (Zhang)]] | [[Brian Desrochers|Brian's Profile Page]] | [[Unit 2: Using data intensive documents]]
<u>Go to</u>: [[ETAP 623 Spring 2020 (Zhang)]] | [[Brian Desrochers|Brian's Profile Page]] | [[Unit 2: Helping Students Interpret Data Intensive Media]]
[[File:Pie chart.jpg|350px|thumb|right|Pie Graph on Energy Sources ]]
[[File:Pie chart.jpg|350px|thumb|right|Pie Graph on Energy Sources ]]

Revision as of 06:12, 5 May 2020

Return to: Go to: ETAP 623 Spring 2020 (Zhang) | Brian's Profile Page | Unit 2: Helping Students Interpret Data Intensive Media

Pie Graph on Energy Sources

Learning Objectives

  1. Learners will be asked to create their own definition of scientific literacy.
  2. Learners will predict how data intensive documents compliment scientific literacy

Do Now

  • Using your current knowledge of science, come up with a definition of what you believe it means to be scientifically literate. Think about what it means to:
  1. Understand Science
  2. "Do Science"
  3. Communicate in Science
  4. Share ideas in science
  • Watch the following YouTube video and revisit your definition of scientific literacy. After watching the video, re-write your definition of scientific literacy and write down any questions you may have. Write your initial ideas for how data intensive documents play a role in scientific literacy.


Write your definition to science literacy after viewing the materials here https://padlet.com/desrob91/sblv2afgpexf93vx


Read the following article that addresses science literacy and the importance of connecting to students' lives, by Noah Feinstein. https://onlinelibrary.wiley.com/doi/pdf/10.1002/sce.20414

The reading focused on how science literacy cannot be fully achieved until that knowledge is transferred to making meaningful decisions in society. "Research from both science education and public engagement tells us that people selectively integrate scientific ideas with other sources of meaning, connecting those ideas with their lived experience to draw conclusions and make decisions that are personally and socially meaningful" (Feinstein, 2010, p. 180). If this is true then teaching our students to become scientifically literate becomes an important task. People need to have a sound scientific knowledge base if they are going to make informed decisions that guide the future of our country. There is also research that suggests that there is a difference between literacy in science and being scientifically literate. Read through the following website and watch the video embedded in it: https://www.education.vic.gov.au/school/teachers/teachingresources/discipline/english/literacy/Pages/introduction_to_literacy_in_science.aspx

The website and video stated that being able to read and write in scientific ways is literacy in science. The ability to understand how complex systems and phenomena work in science is being scientifically literate. This is an important distinction to make because each discipline has its own specific skills and knowledge that make a person literate in that discipline. The diagram below summarizes their findings and shows the difference between the two types of literacies.

Literacy in Science vs. Scientific Literacy

Work Period

After reading and viewing the previous content, think about and answer the following questions:

  1. How has your definition of Science Literacy evolved throughout this unit?
  2. What is your revised definition of science Literacy after viewing the material?
  3. Predict, how does data intensive media plays a role in scientific literacy?

Write your thoughts to the questions using this link https://padlet.com/desrob91/sblv2afgpexf93vx


Hopefully you now have a better understanding on what it means to be literate in science. The research and readings tell us that science literacy is being able to understand complex science systems and phenomena, and apply them in ways that are beneficial to our everyday lives. Hopefully you are starting to generate ideas on how data intensive media fits into this description. The following unit will focus on how we can select appropriate media, and the best practices for helping students interpret this media.