Skip to content Skip to footer
TPSP logo

Description of Unit

In this task, fifth-grade students will create a story that links to scientific concepts (e.g., human usage of natural resources). The students will create scenarios in which characters make critical decisions that will alter the events of the story. The stories can either be digital or physical copies of a book. Scenarios may also be created with online resources (e.g., Scratch, Twine). Books will be based off the Choose Your Own Adventure format.

This guide links the A World of Uncertainty unit to the Texas Essential Knowledge and Skills (TEKS) for fifth graders. A World of Uncertainty is an interdisciplinary unit that incorporates science, English language arts, and reading (other disciplines could be incorporated as needed). The unit allows students to analyze how human interactions with natural resources could change the world in a variety of ways. These changes can potentially change life on Earth as we know it. The project culminates with the student imagining and developing the story of a world that is forever changed by humans. The student will explore how reality can change based on our own actions. The following document includes the applicable TEKS and the details of the A World of Uncertainty unit. The final section of this document presents the applicable Texas College and Career Readiness Standards adopted by the Texas Higher Education Coordinating Board (THECB) on January 24, 2008.

Phase I. Learning Experiences

  1. Introduce the students to fossil fuels. Ask your students the following questions to begin a discussion on fossil fuels:
    • What are fossil fuels?
    • Where do fossil fuels come from?
    • What are fossil fuels used for?
    • What are the different types of fossil fuels?
  2. The following activity will begin after students have been introduced to fossil fuels. The goal of this activity is for students to understand the formation of fossil fuels and the amount of time it takes for the fuels to be produced. Make sure the students understand that the environment has changed drastically over the years.

    Students will create a visual presentation that describes and illustrates the processes that result in the formation of fossil fuels. The presentation will also show how sedimentary rock is formed during these processes.

    Every presentation must focus on the following guiding questions (depth and complexity options are in parenthesis):
    • How are sedimentary rocks formed (details, language of the discipline, change over time, patterns)?
    • In what ways are the formation of sedimentary rock and fossil fuels related (multiple perspectives, change over time, parallels)?
    • How do the formation processes of oil, natural gas, and coal differ (parallels)?

    You may enrich this process by having the students utilize a frame to begin analyzing fossil fuels through the Depth and Complexity Model. An example of what this can look like is presented in “Handout 1.” Please feel free to adjust the iconic prompts and provide the question stems if necessary.

    The presentation can be done in many formats (e.g., posters, flip books, mini-books, https://www.canva.com/, http://www.storyboardthat.com/, https://www.powtoon.com/). Students can also present their presentations to younger students in the school (possibly during a reading awareness program).

    Rubrics can be created based on your preferences and student levels (http://rubistar.4teachers.org/index.php).
  3. Students will form teams and play the Fossil Fuels Charades Challenge. Between one and three students from each team will create mini-presentations where they silently act out the formation processes of a fossil fuel. Their partners must guess what fossil fuel they are representing. Each team has only one final guess for each type of fossil fuel based on the mini-round. This will be repeated until each team has had an opportunity to guess in the three rounds.

    The teacher will document the main processes and discuss the formation of each fossil fuel. Students will complete an exit ticket on “Handout 2.” They will discuss the formation of the fossil fuel and predict how that fossil fuel will be used.
  4. Students will predict how the usage of fossil fuels will affect the Earth in terms of pollution and scarcity. Consider having students document their predictions using a collaborative application (e.g., https://padlet.com/) or having them brainstorm as a whole group. Brainstorming can also be accomplished by giving groups of four a sheet of chart paper and having them write ideas on the document at the same time with different colored pens. A variant of this activity would be to have the groups of four brainstorm on their own sheet of paper. At a predetermined amount of time, you can have the students pass the paper to the right and continue brainstorming. Repeat the process until the papers have been returned to their owners.

    You can have the students use resources and videos to analyze their predictions (http://www.watchknowlearn.org/Category.aspx?CategoryID=2484). Students may take notes using “Handout 3.” This handout is a frame where students may draw in the iconic prompts of depth and complexity or choose elements of focus that will guide their research. Examples of depth and complexity prompts are found in this Continuum of Learning Experiences Framework (COLEF) Chart (https://www.texaspsp.org/assets/uploads/docs/COLEF-Depth-Complexity.pdf). Students can select the iconic prompts that apply the most to their research.
  5. Students will brainstorm the basic energy needs that people have. The goal is for students to provide answers like natural food, electricity, water, or light. Once the students have brainstormed this list, they will brainstorm alternative types of energy that can fulfill these needs.

    Students will brainstorm through a Snowball Share (or any other manner of sharing ideas). Examples of what students may enter are: processed foods, sodas, batteries to provide electricity, or solar power. Once you have given students an opportunity to brainstorm different types of energy, students will share by crumbling up their papers and tossing them around the room until they each have another person’s ideas. Students will document any new ideas, and you may continue the process if you would like. Conduct a whole class discussion where you talk about the pros and cons of the different types of energy resources that they wrote down (e.g., water is free, soda is not free).

    The teacher may want to search online for interdisciplinary ideas to expand on the conversation of renewable energy and provide possible extensions for students (e.g., https://www.originenergy.com.au/about/community/energy-for-schools/teachers.html).
  6. After students understand alternative energy resources, they will create a chart or poster that includes a list of the available alternative energy resources and the identifying characteristics of each. This can be done using chart paper or through web resources (e.g., https://padlet.com/, https://www.popplet.com/).

    Provide students with pictures from various environments and provide characteristics of each picture. Students will identify the type of alternative energy resource that would work best for each type of environment and explain why. Students will also discuss why the other resources would not work as well. Students can also discuss if fossil fuels could be used. Students can also hypothesize about how they can utilize the various landforms in the area (or create artificial structures) to enhance the efficiency of the fuels. Students can also use landscapes from some of their favorite movies to discuss what type of energy resource would be best.
  7. Invite a speaker from the nearest energy company to discuss the usage of energy resources in the community. If this is not possible, research the type of energy that is primarily used in your community. Students will create a poster, comic strip, or personal narrative that discusses how energy goes from the energy source to their home. Students will focus specifically on energy conversions that take place. They will complete a second product that replaces the energy source with an alternative source or a fossil fuel. Students will note if they will have to modify the landforms in the area to make it more efficient. Students will predict how their community will be impacted in positive or negative ways in each example.

    Alternative activity: Students will assume the role of executives of a type of renewable energy. They will pitch a plan to investors (i.e., the rest of the class) explaining why their type of energy is the best for the school. They will also explain what changes can be made in the school by using of this type of energy. Students must discuss two negatives aspects of using their energy, but they will explain how the benefits will outweigh the negatives. Students will vote on which energy resource team has the best argument.

    Alternative activity: Students will create a PSA, meme, or poster that discusses the need for conservation or the importance of a certain type of alternative energy resource.
  8. Students will brainstorm about how the planet and their community can be affected by the usage of various energy resources.
  9. Create a survey that analyzes the energy usage habits of the community. What types of behaviors can the community adopt to reduce their energy consumption? Students can create their survey on “Handout 4.” Alternatively, they can consider using free online software (e.g., Google Forms). Have students consider including an icon of depth and complexity after questions to add more depth to conversation in the survey. Sample questions include the following:
    • Do you have a television in your room?
    • How often do you use your cell phone?
    • Do you have lights on in your house during the daytime?
    • Do you have alternative energy resources in your home?
    • Do you enjoy riding your bike or skateboarding when traveling to places?
    • How many minutes a day do you spend using technology (on average)?

Phase II. Independent Research

Upon completion of Phase I: Learning Experiences, students will begin to synthesize the analysis of their usage of natural resources. This will begin the creation of their interactive story on how the usage of fossil fuels and energy resources can affect the Earth. Students may choose to respond in a variety of ways (e.g., comic strips, skits, interactive stories). The end goal will be for students to see their role in the usage of energy resources and their impact on Earth.

A. Research process

  1. Selecting a topic. Students will select several types of energy used in their community and investigate the decisions that were made to come to this choice.
  2. Asking guiding questions. Examples of guiding questions include the following:
    • What are the defining characteristics of alternative energy resources?
    • Why are some alternative energy resources suitable for particular environments while others are not?
    • How will our usage of fossil fuels affect the Earth when considering pollution? Availability of resources? Energy production?
    • Can we reverse the negative impact of resources on the Earth?
    • Has society changed the way it has used resources? How will this change over time?
    • How can we use the power of influence to help our community use the most appropriate type of energy resource and utilize effective conservation practices?
  3. Creating a research proposal. The student will analyze his or her own energy practices and document behavior modifications that he or she will implement. After the teacher has reviewed the student’s analysis, the student will select the environment that will serve as the background for his or her story. This environment will transform based on the decisions of people and their use of energy resources. The student will brainstorm four to five significant events based on the origin and frequency of energy consumption that will happen in the story.
  4. Conducting the research. The student will research how the usage of these energy resources can impact the Earth in positive and negative ways. He or she will use the graphic organizer on “Handout 5” to collect information for each significant event.
  5. Drawing conclusions. The student will select two different options that can take place and determine what the consequence would be for each decision.

    The following is an example: You have been given the decision to build a new mall in your community. You can either decide to power it solely with fossil fuels or power it with solar power. The student will document what could potentially happen with each decision (good and bad). These decisions will form the root of what will become a Choose Your Own Adventure book. The decisions the protagonist of the story makes will impact the world in different ways. The four to five significant events could be laid out on a sheet of chart paper to frame the story. The student will create a flow chart that describes how the different decisions can impact the story.

B. The product

  1. Students will write a Choose Your Own Adventure book in which the character will make important decisions to drive the story. The student will use the template from “Handout 5” to complete their story, but they may use other examples as appropriate. As the character makes decisions, the story will go in different directions based on those decisions and the effects of the energy resource on the environment. An example of a Choose Your Own Adventure story is found on “Handout 6.” Students could use online technology to create their stories digitally (e.g., https://www.educatorstechnology.com/2012/06/list-of-best-free-digital-storytelling.html https://scratch.mit.edu/projects/96741560/). You may want to have the students create one story to practice the format. An engaging story could be: “The Worst/Best Day of My Life.” The events in the story could be decisions that lead up to the student having a great or bad day.
  2. Students can create two comic strips that describe the path a community takes based on the decisions of two different fictional characters.
  3. Students create a skit in which they discuss how the decisions that a character makes affect the community in positive and negative ways.

C. Communication

Students may present their books to younger or older grade levels to communicate their thinking on the impact of decisions around energy sources and usage.

Students can showcase their work in a class showcase where they analyze the decisions that they would have made based upon their stories and how their imagined worlds would be impacted by their decisions.

D. A completed project consists of:

  1. The six completed handouts
  2. A supporting document that discusses the pivotal decisions that their character will make in their story
  3. Prewriting documents
  4. A research proposal
  5. A research log with all notes and handouts
  6. A Works Cited page
  7. A final presentation
Back to top.