Sociology

Submitted by Elisa Acosta on July 18th, 2018
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Short Description: 

Environmental science students critically analyzed the Environmental Protection Agency’s (EPA) website and its treatment of climate change during the Trump, Obama, and Bush presidencies. This library “warm-up” activity was designed to raise awareness of data fragility and the long-term accessibility of government websites. As future science professionals, it’s important to think about how this impacts scientists and their work. Students were introduced to several tools including: The Internet Archive’s Wayback Machine, End of Term Archive, and Data Refuge. What happens when government web pages are hidden, moved, or deleted?

Attachments: 
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Discussion Aid (PowerPoint with screenshots)displayed 1328 times5.16 MB
Additional Resourcesdisplayed 1633 times17.57 KB
Worksheetdisplayed 914 times544.39 KB
Learning Outcomes: 

1.Students will begin to discuss how social, economic, and power structures influence the production and dissemination of climate change information on the EPA website. 2.Students will recognize how government priorities impact federal websites and data accessibility. 3.Students will be able to search the Internet Archive’s Wayback Machine in order to find missing or deleted government web pages.

Information Literacy concepts:

Individual or Group:

Course Context (e.g. how it was implemented or integrated): 

This was a library "warm-up" activity and discussion for a traditional one-shot library instruction session for upper-division environmental science and health & human science students. It was a 75 minute class (warm-up 20-30 minutes). The students needed to find articles and data for their climate change topics. The professor also asked if I could show them how to locate climate change information that had recently disappeared from several federal government websites.

I gave each student a worksheet with directions. In groups of two, students navigated the websites, shared their thoughts with a partner and answered the worksheet questions in writing. Then we had a class discussion and I collected the worksheets.

This activity can be modified for a communication studies, journalism or English class. Students can analyze the language of the new EPA website and compare it to earlier archived versions via the WayBack Machine. The term "climate change" was erased and replaced by terms like "extreme weather" and "resilience."

Assessment or Criteria for Success
Assessment Short Description: 
I collected their worksheets and read the student responses. This gave me the opportunity to hear from the quiet students who didn’t speak up during the discussion. I also saw where students struggled with the activity.
Potential Pitfalls and Teaching Tips: 

Instead of counting how many times “climate change” is mentioned on the EPA home page, some students used the search box and received 10,000+ results.

Suggested Citation: 
Acosta, Elisa. "Missing Information Has Value: Climate Change and the EPA website." CORA (Community of Online Research Assignments), 2018. https://projectcora.org/assignment/missing-information-has-value-climate-change-and-epa-website.

Teaching Resource

This website provides several subject-specific guides to ICT literacy resources (bibliographies, websites, articles, learning activity ideas) to help faculty incorporate ICT literacy into their curriculum.

Submitted by Kirsten Hansen on December 19th, 2017
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Short Description: 

During this activity, students work in small groups to explore assigned databases and then share back what they learn in a Google Doc projected at the front of the classroom.

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Database_Exploration_with_Google_docs.docxdisplayed 1944 times287.4 KB
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Sample_Lesson_Plan_databases and google docs.docdisplayed 1512 times120.5 KB
Learning Outcomes: 

• Students will construct a search using their keywords in a designated database in order to find three articles are superficially relevant to their research topic.
• Students will analyze one database in order to articulate one useful feature of the database for their research assignment, and explain why or how the feature might be useful to their assignment.

Individual or Group:

Course Context (e.g. how it was implemented or integrated): 

I frequently use this activity for first year research classes across a wide variety of disciplines when the faculty member teaching the class has asked me to demo databases. I have also used it with great success in higher-level discipline specific classes including biology and my colleagues have used it with graduate students. This activity works best for classes with a research assignment and when students have received the research assignment and are starting to think about their research topic prior to the IL session. However, I've also had classes where students have not yet received their research assignment and working with a single research question as a whole class works just fine. In that case, I usually have a research question that I've created that we can work with but with discipline specific classes we've also created research questions together at the beginning of class.

Additional Instructor Resources (e.g. in-class activities, worksheets, scaffolding applications, supplemental modules, further readings, etc.): 

To see how this activity fits into my somewhat-typical first year instruction session, see the sample lesson plan below. Please note: This is a real lesson plan and thus refers to class activities not explained here. The lesson plan is mostly meant to show how the google doc exercise can fit into a larger class session. If you have questions about the other activities mentioned in the lesson plan, please ask!

Collaborators: 
Suggested Citation: 
Hansen, Kirsten. "Exploring Databases with Google Docs." CORA (Community of Online Research Assignments), 2017. https://projectcora.org/assignment/exploring-databases-google-docs.
Submitted by Steve Gerstle on November 24th, 2017
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Short Description: 

Students often struggle developing good research questions. This rubric is used to assess research questions. Students are given a brief lesson on developing a research question that includes a video produced by the University of Cincinnati.
https://www.youtube.com/watch?v=8aYA1ooRce8&index=5&list=PLSWTn4sCw1ZN1B...

Attachments: 
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Rubric for assessing research questionsdisplayed 7692 times13.79 KB
Learning Outcomes: 

Assessment of research questions

Individual or Group:

Tags:

Course Context (e.g. how it was implemented or integrated): 

Students were asked to write either their preliminary or final research questions on a sheet of paper. Questions were then assessed using the rubric.

Suggested Citation: 
Gerstle, Steve. "Rubric for assessing research questions." CORA (Community of Online Research Assignments), 2017. https://projectcora.org/assignment/rubric-assessing-research-questions.
Submitted by Krista Bowers Sharpe on November 20th, 2017
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Short Description: 

This lesson is intended as a single session within a major’s research methods course. Rather than using a shorter “scholarly vs. non-scholarly” comparison worksheet, this activity asks students to work in groups to systematically examine a scholarly article in depth, identify and evaluate its various components visually and in writing, and then compare it to a non-scholarly article on the same topic. Groups then report back to the entire class. Discussion is guided so as to touch on the processes by which sources are created, what these methods say about their authority, and to consider contextually appropriate uses for them.

Attachments: 
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Worksheet displayed 2303 times140.94 KB
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BowersSharpe_AutopsyLessonPlan2017.docxdisplayed 1575 times18.64 KB
Learning Outcomes: 

● The student will be able to identify the standard elements of scholarly writing.
● The student will be able to distinguish scholarly from non-scholarly literature.
● The student will be able to select the appropriate type of source to use in various contexts.

Individual or Group:

Course Context (e.g. how it was implemented or integrated): 

Although the activity was developed for students taking two social science majors' research methods courses (SOC 323 and ANTH 305), it could be adapted to any setting that lends itself to in-depth examination of information creation processes, the construction of authority, and the contextual appropriateness of sources.

Additional Instructor Resources (e.g. in-class activities, worksheets, scaffolding applications, supplemental modules, further readings, etc.): 

Lesson plan with tips for guided discussion.

Assessment or Criteria for Success
Assessment Short Description: 
The librarian and the teacher of record will evaluate students’ learning based on the verbal reports of their article comparisons and the resulting discussion between groups. Additional assessment will take place after the session by examining the written worksheets and marked-up articles.
Potential Pitfalls and Teaching Tips: 

Unless seating allows for sitting in circles, pairs work better than groups of three for this activity; Some groups/students will spend too much time on some questions, so time-keeping and pacing are necessary; it is difficult to fit this activity into a 50-minutes session.

Suggested Citation: 
Bowers Sharpe, Krista. "Scholarly Article Autopsy." CORA (Community of Online Research Assignments), 2017. https://projectcora.org/assignment/scholarly-article-autopsy.
Submitted by Sarah Ralston on November 15th, 2017
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Short Description: 

This activity/assignment was designed for a first year composition course in collaboration with an English/Writing instructor. It could be used in an information literacy credit course, First Year Experience course, or in another discipline-specific context. The purpose of the lesson is to lay the foundation for students to be able to read scholarly work more effectively and critically.
Students are given instruction on reading a scholarly article and directed to look for key pieces of information such as research question or hypothesis, methods, participants or data sources, key findings, and limitations of the study. The instructor then shows an infographic (prepared in advance) showing those key pieces of information in a concise, visual format. Students are introduced to an online infographic maker such as easel.ly or piktochart, and directed to create their own infographic on the article as practice.
The graded assignment is for students to create an infographic on a scholarly article of their choosing, relevant to a larger research assignment in the composition (or other) course (e.g. an annotated bibliography).

Attachments: 
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Lesson plan, background prep, and assignment instructionsdisplayed 1973 times18.43 KB
"Parts of a Scholarly Article" Handout and Sample Infographicdisplayed 2770 times703.54 KB
Handout&Sample.pptxdisplayed 1941 times703.54 KB
Learning Outcomes: 

1. Students will be able to identify the components of a scholarly journal article in order to become familiar with common structures of research articles.
2. Students will be able to locate the key pieces of information (hypothesis or research question, methodology, participants or data sources, findings, and limitations) in a scholarly journal article in order to read for understanding.
3. Students will be able to present the key pieces of information from a scholarly article in a visual format using infographic or other online creation tools.

Individual or Group:

Course Context (e.g. how it was implemented or integrated): 

This assignment was created for a first year composition course in collaboration with the instructor. She wanted to use infographics as a method for teaching multimodal writing, and I wanted a strategy for showing how to read scholarly articles. This activity was conducted on my second visit to class, so students already had instruction on source types and characteristics of scholarly articles. We'd also had a discussion about the concept Scholarship as a Conversation. I spent the class time following the lesson plan as written, and the following class day the students had time in the computer lab with their instructor to create their own infographics. The final essay for the class is an argumentative essay, requiring 5 sources, 2 of which must be scholarly. An infographic summarizing one of the scholarly articles is required as an attachment to the essay.

Suggested Citation: 
Ralston, Sarah. "Scholarly Articles: Reading for Understanding." CORA (Community of Online Research Assignments), 2017. https://projectcora.org/assignment/scholarly-articles-reading-understanding.

Teaching Resource

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Submitted by Carolyn Caffrey on February 15th, 2017
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Short Description: 

An introductory lesson to finding and understanding data in social sciences.

Learning Outcomes: 

*Identify appropriate data sources and locate data using disciplinary data repositories
*Recognize that data has value beyond its original purpose including to validate research or reuse by others
*Track a scholarly conversation within sociology through data sources

Individual or Group:

Course Context (e.g. how it was implemented or integrated): 

This lesson took place in a sociology research methods course (created with Mary-Michelle Moore). Students were familiar with basic database searching techniques and were getting ready to do their own literature reviews on a sociology topic of their choosing followed by some assignments using SPSS to analyze existing data sets.

After a quick review on finding peer-reviewed journal articles, the librarian asks students "Where does data come from?" to talk about data sources.
Then students split into small groups to explore an article and its accompanying data set in Google Forms. (We have access to ICPSR so the questions ask students about an article that uses a dataset from ICPSR but FigShare or freely available sources could also be used).
After students complete the Google form the librarian pulls the class back together to discuss the answers.
The librarian also pulls up the codebook, questionnaire, and talks about the ways different researchers approach the same data set to answer their research questions.

Students struggle most with "what makes a data set trustworthy." They tended to focus on external indicators such as it's used in peer-reviewed articles, funders, and who the authors are. We also tried to emphasize the quality of the data itself as an indicator (completeness, sample size, questions asked, documentation, etc.).

Then students search for data sets on their research topics as well as other peer-reviewed articles through citation chaining in ICPSR.

Additional Instructor Resources (e.g. in-class activities, worksheets, scaffolding applications, supplemental modules, further readings, etc.): 

"Good Data Examples" from Love Your Data Week were provided as supplemental reading in the learning management system

Potential Pitfalls and Teaching Tips: 

It can be adapted for other disciplines that use data sets.

Students struggle most with the question, "What makes this data set trustworthy," so we provided some followup up resources on analyzing data sets to the class through the learning management system.

Suggested Citation: 
Caffrey, Carolyn . "Where does data come from?." CORA (Community of Online Research Assignments), 2017. https://projectcora.org/assignment/where-does-data-come.
Submitted by Laura Massa on January 5th, 2017
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Short Description: 

In small groups students give a presentation examining how the popular media reports scientific findings.

Attachments: 
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Science in the Media presentations assignment & rubricdisplayed 1595 times19.28 KB
Learning Outcomes: 

• Discriminate between scholarly and popular modes of knowledge through an understanding of the peer review process. • Engage critically and reflectively in scholarly discourse. • Exercise critical thinking in oral discussion and writing.

Individual or Group:

Additional Instructor Resources (e.g. in-class activities, worksheets, scaffolding applications, supplemental modules, further readings, etc.): 

Before I introduce the assignment I ask students to rate how accurately they believe that the popular media reports scientific findings. After all of the presentations have been given, I ask them to rate this again, and engage in a bit of reflective writing. I ask them explain why their rating has stayed the same or changed, how they will approach science in the media moving forward, and what they think the main take-aways from this assignment have been. We then discuss those take-away messages-- which usually results in a much broader and deeper understanding of information sources.

Suggested Citation: 
Massa, Laura. "Science in the Media." CORA (Community of Online Research Assignments), 2017. https://projectcora.org/assignment/science-media.

Teaching Resource

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