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Description of Unit

In this science and arts task, second-grade students will explore the physical traits of animals, develop an understanding of animal adaptations, and explore how these adaptations relate to an animal’s survival in their environment. Students will analyze different kinds of adaptations to determine which are most effective. Finally, students will use their new knowledge to design their own animal, illustrate the animal’s adaptations, and explain how their animal benefits from each adaptation.

This guide links the Amazing Animal Adaptations unit to the Texas Essential Knowledge and Skills (TEKS) for second graders. Amazing Animal Adaptations is a science unit that allows students to explore animals and how they adapt to survive. Amazing Animal Adaptations also teaches skills in the subject areas of English language arts, mathematics, social studies, and art. For example, students will use writing as a tool for learning and research, as covered by the English Language Arts and Reading TEKS. They will also use critical thinking skills, as covered by the Social Studies TEKS. Students will practice creative expression while challenging the imagination, as covered in the Art TEKS. The following document includes the applicable TEKS and the details of the Amazing Animal Adaptations 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. Read the book What Do You Do with a Tail Like This? by Steve Jenkins and Robin Page to the class. As you read, make a class chart of all the animals with different noses, ears, tails, eyes, feet, and mouths found in the book.

  2. Nose Ears Tail Eyes Feet Mouth
    alligator bat giraffe bush baby

    blue-footed booby

    anteater
    elephant cricket lizard eagle chimpanzee archerfish
    hyena hippopotamus monkey chameleon gecko mosquito
    mole humpback scorpion fish mountain goat pelican
    platypus jackrabbit skunk horned lizard water strider snake

     

    Explain that there are two basic ways that animals adapt to their habitats. One way is by changing the way that they look. These are called physical adaptations and they make the animals well suited to their environment. For example, a deer can camouflage itself (i.e., blend in) with its brown forest surroundings. Ask students to share some other physical adaptations that they already know. Add them to the chart.

    Another way animals adapt to their habitat is by changing the way they act. These are called behavioral adaptations. For example, a bear hibernates in the winter. Geese fly south for the winter. Have student share any behavioral adaptations that they know about and add them to the chart.

  3. Students will work with a partner or in a small group to select three physical and behavioral animal adaptations from the compiled list. Students will combine their chosen adaptations to create a new creature. The student pairs or groups will draw a picture of the creature they created and decide on a creative animal name. Students will fill out the “Adaptations Planning Page” worksheet, listing the animal name, habitat, adaptations, and how the adaptations help the animal survive.
  4. Based on the combined adaptations, students will determine what environment best suits their new creature and add visual aspects of the environment to their picture.
  5. Assign each group of students a biome (e.g., desert, ocean, rainforest, savanna, tundra). The students will research what animals thrive in their assigned habitat because of adaptations specific to that climate. The following questions can guide their research:
    • What are the animal’s survival needs?
    • What are the animal’s strengths and weaknesses?
    • What could happen to the animal if it doesn’t adapt?
    • What are the animal’s habitat-specific adaptions?
    • How does the animal benefit from its adaptations?
    • How do the adaptations help the animal survive in its habitat?

Phase II. Independent Research

A. Research process

  1. Selecting a topic. Students will choose one of the biomes discussed in Phase I and research at least three animals that can survive in that environment.
  2. Asking guiding questions. Once students have selected a biome, they should think of three to five guiding questions, such as the following:
    • What makes this biome unique?
    • What are the challenges to survival in this biome?
    • How do animals survive in this biome?
    • What would happen if this biome disappeared?
  3. Creating a research proposal. Students will use the “Research Proposal” worksheet as a study aid. The students should follow the scientific research process:
    • Identify the biome
    • List the guiding questions
    • Describe the hypotheses
    • Discuss the steps in the research process used to find answers to the guiding questions
  4. Conducting the research. Students will use books and the Internet to gather the necessary information on their animals. Students will need to take notes on their findings in order to create their biome/animal report.
  5. Sharing findings. As part of their research, students can create a “Who Am I?” game to show what they have learned about the animals in their biome. Provide students with 10 note cards each, and have them write 10 facts (one per card) about the animals found in their biome. Students can present their facts to the class or to peers in small groups. Encourage other students to guess the animal based on the facts.
  6. Students can use the answers to these questions to supply facts in their “Who Am I?” game:

    • Where does your animal live?
    • What does your animal eat?
    • What is unique about your animal?
    • Does your animal depend on other animals?
    • What are threats to your animal?
    • What noises does your animal make?
    • How would the world be different if your animal didn’t exist?

B. The product

Each student will create a report on his or her biome and the researched animals. The report should detail the pros and cons of the environment, list three animals that live there, and explain why these animals can survive. Included in the report will be drawings of the animals, explanations of their strengths and adaptations, descriptions of how they survive in the habitat, explanations of how their needs are met, and predictions of what will happen to the animals in the future.

C. Communication

Each student will present what he or she has learned to the class through the completed biome/animal report. The audience should be given time for questions and answers. The Q&A session should be impromptu and unscripted in order to reflect student learning accurately.

D. A completed project consists of:

  1. A drawing of an animal created from the list of adaptations
  2. A research proposal
  3. A research log, planning page, note cards, or resource process sheet
  4. The biome/animal report, including pictures of animals and references or works cited
  5. A final presentation
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