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Disciplinary Literacy in Science Classes

  1. Types of questions:
    1. Research Based, Current/Relevant, Observable/Measurable, Logical
      1. Research Based – an initial question that set the tone for the lesson but does not give all of the information to the students 
      2. Current/Relevant – questions that appropriate because they are closely connected to the lesson and impact today’s society 
      3. Observable/Measurable – the solution can be seen or quantified by the students
      4. Logical – a question that is precise and clear 
    2. Examples of such questions 
      1. How does the mass of a person affect how far they would travel out of a car when it crashes? (Robb, 2019)
      2. Will the more expensive brand of diaper hold more liquid than the store brand? (Foster-Wilhelm, 2019)
  2. Methods of inquiry:
    1. Scientists are required to have evidence to support claims.  Must conduct extensive empirical and experimental research.
    2. Scientific Method
    3. The Culture of Science: Scientific Ethics from Vision Learning
  3. Types of texts:
    1. Different disciplines value and engage with different types of texts
      1. Characteristics of texts in this discipline: well researched, and supported by valid evidence
        1. Includes examples and studies of the material for class
      2. Forms: Textbooks, hypotheses, studies, diagrams, dictionary, notecards
    2. The amount of research that the students will do to produce the evidence that they were looking for. By using the different types of sources, textbooks, hypotheses and diagrams, some will be visibly accessible to the data and focal points in the discipline
    3.  Citations: 
      1. CC.3.6.6-8: Write informative/explanatory texts, including the narration of historical events, scientific procedures/ experiments, or technical processes. (Standards)
      2. Mrs. Mercier, 2019. 
  4. Disciplinary literacy practices:
    1. Scientists evaluate and analyze different texts for meaning and to d
  1. develop their own theories and inform their research. Scientists can be broken down even further into specific disciplines like marine biology, anatomy, or chemistry where even more specific research is conducted.  
  2. Analyzing graphs, tables, equations, pictures, scientific studies, theories, textbooks, journals, experiments. Reading textbooks in a linear fashion (i.e., concepts build on each other), using analogies to make connections, interpreting and analyzing research 
  3. Citations: 

  1. Engaging Students in Cycles of Inquiry

What specific ways can teachers engage students in authentic disciplinary cycles of inquiry (think back to the videos you’ve watched)

  1. Use a variety of science texts 
    1. Teachers should give their students access to multiple forms of information, “such as handbooks, field guides, and graphic representations of data” (Cervetti & Pearson, 2012).  This will provide students with the opportunity to observe multiple scientists’ perspectives.  
  2. Constructivist Learning Theory (Levitt, 2001) 
    1. Focus – “explore and ask for clarification of the ideas that children already have about the topic” 
    2. Explore – “enable children to engage in hands-on explorations” and “in direct, meaningful activities/explorations of the science concepts being investigated”
    3. Reflect – “encourage discussion of observations and to reconcile student ideas”
    4. Apply – “apply the learned concept to a new situation” (Levitt, 2001)
  3. What are the benefits and limitations of the specific examples you provide? 
    1. Benefits: 
      1. Students are more engaged in their learning because they are investigating the topic.  
      2. Student learning is taken to the next level because the learning does not stop in that specific lesson — the skills and knowledge can be transferred and applied elsewhere.
    2. Limitations: 
      1. Schools might have limited access to a variety of science texts. 
      2. Schools might require that teachers use specific resources to teach the topics.  
  4. Engineering and Scaffolding Success
    1. Five E’s: Before anything else, the students must be Engaged. The teacher provides a learning target for the day, reviews material that the students need to understand the day’s material, and provides a method of self-assessment. The the activity is assigned. Next, the students Explore by working through the activity and identifying concepts and processes throughout the activity. They then Explain with a small or large group discussion about what was observed. The teacher guides the students toward the content and fills in the blanks. The students then return to the activity or are given a new activity to Elaborate on what they’ve learned. They use the knowledge they’ve gained throughout the lesson to improve their own understanding and the understanding of their peers. Finally, they Evaluate by assessing their understanding and revisiting the learning target. 
      1. Example: Karen Levitt’s Constructivist Learning Cycle
    2. Benefits: Step by Step process that organizes information very well and, being a cycle, allows for re-evaluation

Limitations: if the students aren’t engaged, the rest of the lesson falls flat

  1. Examining Words and Ways with Words
    1. Students are given vocabulary worksheets, dictionaries, science textbooks, classroom discussion, experiments, etc.
    2. For some students, the definitions may not be as clear and could use a more detailed explanation on the text/words used in the classroom. Benefits for the students can be working to come up with answers to the text/ vocabulary to increase their knowledge of the lesson. But the limitations could consist of those students who have trouble comprehending and need to go into more details of the context whether that be from teacher explanation or extra practice of the material.  
  2. Evaluating Claims and ways with words
    1. “ a student who appreciates why people approach controversial issues in her discipline from different perspectives is more likely to see and appreciate the reasons people approach social controversies from different perspectives. By the same token, a student who evaluates knowledge claims in his major by reference to the strength of the evidence in support of conflicting hypotheses would also be more inclined to evaluate contradictory claims about current moral issues by reference to the weight of available evidence”  (King 2000)
      1. “To achieve this and related objectives, instruction must incorporate intellectual challenge and activity; opportunities for creative or original work; finding and using information and translating that information into coherent communication; and opportunities to produce original work rather than simply recalling information. This is supported by IDEA research finding that instructors stressing this objective frequently stimulate students to intellectual effort (#8), introduce stimulating ideas about the subject (#13), ask students to share ideas (#16), and assign work that requires original or creative thinking (#19).”

References:

Anderson, Kevin. “Text Complexity in Science – Resources for Teachers.” Wisconsin Department of Public Instruction, Wisconsin DPI , 4 May 2018, dpi.wi.gov/science/disciplinary-literacy/text-complexity.

Iding, M. K. (1997). How analogies foster learning from science texts.    Instructional Science, 25(4), 233–253. doi: 10.1023/a:1002987126719

Diep, Francie. “Reading Techniques Help Students Master Science.” Scientific American, 11 June 2014, http://www.scientificamerican.com/article/reading-techniques-help-students-master-science/.

Levitt, Karen. (2001). “The Learning Cycle and Constructivist Learning.” Duquesne University.

Cervetti, G., & Pearson, P. D. (2012). Reading, writing, and thinking like a scientist. Journal of Adolescent and Adult Literacy.

King, P. (2000). Learning to make reflective judgments. In Baxter-Magolda, M. B. Ed.), “Teaching to promote intellectual and personal maturity.” New Directions for Teaching and Learning, 82. San Francisco: Jossey-Bass.

IDEA Item #8 “Stimulated students to intellectual effort beyond that required by most courses,” Nancy McClure

IDEA Item #13 “Introduced stimulating ideas about the subject,” Michael Theall

IDEA Item #16 “Asked students to share ideas and experiences with others whose backgrounds and viewpoints differ from their own,” Jeff King

IDEA Item #19 “Gave projects, tests, or assignments that required original or creative thinking,” Cynthia Desrochers

Disciplinary Literacy

As a middle level educator, the focal point for our 7th and 8th grade classes is English. At the beginning of the class, I had no idea what disciplinary literacy was. Getting more in depth with it, I realized how disciplinary literacy can be helpful in these English classes. In order to be able to give your students their fullest potential of learning, it forces them to reach to levels they previously were not at. In english class, a lot of the times students will read something and just read it to read it. They do not take away anything that the author or teacher wants them to grasp from it.

Because not all students learn the same way, through different types of disciplinary literacy the students can adjust to find their groove to learn. When they learn something, that information can be used down the line and develop their skills even more. One thing in English class that students will do is understanding pieces of literature. Going deeper into the text and its meaning takes the students into a deeper understanding of the purpose. By using prior knowledge, they are able to develop their own way of thinking and to interpret the literature pieces.

We Real Cool

For this week, the article I chose to read was “We Real Cool.” Within the article, there is mention of how literacy is partially determined by culture described as “coolness.” It is not unknown that white culture differs from black culture. Throughout history, African Americans have been close with one another due to the segregation that occurred in our country, while the white culture is said to have had “white privilege.” Because of times being different now, blacks have been, looking through observation, known to show the “coolness” through their dress and language. Within Kirkland and Jackson’s research, they came to the conclusion that there are four possible reasons as to why blacks take on their “coolness.”

Throughout their research, they observed the way that the students of different cultures talk to one another. Being in an interracial relationship myself, I can 100% see the difference in how African Americans talk to one another. When I spend time with my boyfriend’s family, their dialect with each other is different than how my family would talk to each other. In my high school, we had that group of “cool kids” as Kirkland and Jackson described. Even though the different cultures are all speaking the same language, sometimes the way people speak is different than others.

What’s App?

When looking through the list of articles, the one that stuck out to me the most was “Using apps to support disciplinary literacy and science learning” by Beach and Castek. Within the use of the apps, looking past the technological features, the article puts emphasis on affordances of using the apps. Affordances is defined as “those specific disciplinary literacy practices or tools that mediate the relationships between students and learning goals.” The disciplinary literacy for science is more complex than that of a historian literacy or a mathematical literacy. One of the ways that using the apps in the science class can be to have apps that students can take notes and be able to share them to other students. By sharing these note takings with other students, the goal would be for the other students to benefit off of one another and expand their focus. With having the students using apps, they can collaborate with other students on certain work to share ideas with one another. I believe that that using apps is a good way for students to be able to communicate with their peers even if they are not face to face with one another.

Approaches of Disciplinary Literacy

As the reading rocket’s video started, the very first thing that stood out was the depiction of words related from a story. After reading a story about gardening, the students were asked to give some words that was related to gardening. Some of the words used like “soil, water and sunshine” were apart of the list of words. From here the teacher then asked the students to categorize them in any way they wanted but they had to give an explanation on way the words were categorized that way. When the teacher told them that they could match the words up any way but had to have a reason as to why they worked in a group, it teaches the kids to think outside of the box and to be creative with their thinking. By the teacher wanting the children to be creative with their thinking, they can talk amongst each other to come up with ways to combine the words. Because of the students only working with words that they already know, it does not have them branch out to learn something new.

When watching the Tedd video, the math lesson had a similar goal as the reading rocket. While the reading rocket video had them telling why they categorized certain words, the Tedd video has the students determine whether or not the math problem was true or false. Each lesson had a goal to have the students give their explanation as to why they chose what they did. Although the students may have been wrong solving the problem, they had given a detailed explanation as to why they were making the argument. In their explanations, the students pulled vocabulary from the lesson and use it in their explanation. With this form of disciplinary literacy, the students are using their prior knowledge of the words and elaborating them into sentence form. Both of these videos were great and I think i would use both in my classroom. Although the reading rocket’s video was more of small group work than a whole group discussion, each are great examples to have of disciplinary literacy in the classrooms.

Disciplinary Literacy in Elementary School

Back in elementary school, there would be little ways as to how my teachers would teach us disciplinary literacy skills. Although they may not be as enforced in the younger grades than in secondary, the gentle approach will stick in the long run. For example, in science, having the students collecting data is a way to help teach them disciplinary skills. For reading, the students are still learning new words and their meanings. The more that they learn, they are developing skills to prepare to look deeper into texts with the way they are worded. In the elementary level, implying disciplinary literacy is not necessarily a bad thing to do, but being so young and still developing, the students may not fully grasp the concept. If there are some forms that are working with the content to be well absorbed by the students then it may not be a bad thing to keep around.

Throughout the years that we are growing up learning back in elementary school, English class was one I would always remember, and now I will be teaching it. There are many things that go into a reading class. When we start out, we have spelling and vocabulary to get the students to understand the concept of the words. As they graduate into being able to read and write sentences, they are able to begin reading stories. Although it may not look like much, but there is disciplinary learning, even in the slightest bit, in the content. By being able to understand the words and meanings, this can lead into interpreting a historical article in the perspective of the historian. Even being able to collect data and writing a scientific paper. Within my future classroom, I plan on trying different approaches as to what tactics may work well with getting my students to understand their content and apply it into their future.

Examples of Disciplinary Literacy

Knowing that there are different styles of disciplinary literacy for different subjects, reading about Mr. Franchi’s history class was interesting. For his classroom, he incorporated the 4-Es, engaging, eliciting and engineering, examining words and language, and evaluating ways with words, into his lessons. By engaging his students into the reading and text, the students had to go through resources in order to make claims about a certain circumstance. For eliciting and engineering, Mr. Franchi was able to create a lesson where the students would put themselves in a historians shoes and debate with classmates. Because of the engineering behind the debate, the students have to do their research to display it in the debate. Knowing in that the historians time was different, he adjusted it to a way that would help adolescence to better understand. Within the article it states, “Historical perspective taking allows for students to consider the human construction of historical accounts and identify ways to assess these accounts for interpreting the past.” (Rainey, Maher, Coupland, Franchi, & Moje 2018) Another way of engineering was by telling the students to not look at him no matter what and to engage with one another. By looking at the different perspectives language of the text, the students were able to look at those different languages to come to a conclusion of their argument. Not only was Franchi giving his students the building blocks to do all of the work, the students take their previous skills of researching and taking it one step further to incorporate the point of view of their historian.

As for the physics class, Mr. Coupland wanted his students to not use the technical term for what they were witnessing but rather to simply say what they are watching. When talking to his students, Coupland said, You’re mixing observations and explanations….Focus on what you’re observing….Try to use regular words…try to separate your understanding, which is considerable, from your observation. It’s actually a barrier in science when you
think you understand something. It’s hard to see anything
but what you think you’ll see.” (Rainey, Maher, Coupland, Franchi, & Moje 2018) By students engaging in creating questions that require data and research, they are deepening the findings in many different ways of data representations. With having there be a scientific paper at the end of their entire lesson, the students need to take all of what they have acquired and had a group discussion with everyone to come to the conclusion.

Thinking of the different ways that my high school teachers gave us lessons, particularly in history class, I felt very ill prepared for the exams that were to follow the lesson. For my future classes, instead of going through a chapter just talking to everyone, engagement within the lessons would be a better way to help the students understand the material. Giving guidelines to help them develop their own style of disciplinary literacy can help the students adjust to any type of work they come across.

Although the different subjects will have different content, the ways to get the information across can tend to be similar. Each students’ disciplinary literacy may vary, but the way that they are able to comprehend different types of texts for each subject in order to strive. No one can ever stop learning and with different types of disciplinary literacy it helps them take their lessons one step further.

Disciplinary Literacy

Until reading these articles, I did not know that content, content area and disciplinary literacy are all important aspects of lessons. Although they all have different meanings, each one all ties back into an important aspect of learning. With content, it is “what” you are learning and reading. For a particular author, they use their own words to express the content for the readers to better understand. But as for content area, this goes beyond the surface of the content itself. For content area reading, it takes the content and how it is implied to help the students “to better understand and remember whatever they read.” (Wosley and Lapp 2017) Disciplinary literacy is not only a way to know the content but how to use reading and writing to implement learning of the content. Metadiscursivity is knowing students engage in many discourses and their understanding of these discourses throughout their life. From personal experiences in high school, I learned different ways to learn that worked for me. Everyone does not learn the same, but the way one can comprehend information on their own makes the learning unique.

In a particular subject or area, Moje believes that knowledge is created differently for each are. For Moje, one of the focuses is to have students take new ways to implement the knowledge given to them into other subjects. Regardless if the language of a subject is different, such as science or math, disciplinary literacy helps develop the skills needed to learn the different “languages.” Although Gee agrees a lot with Moje, he believes that all content is specifically organized for that content such as the words that are used.

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