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K–12 teaching and learning · from the UNC School of Education

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Learning outcomes

Through the use of their acquired knowledge of insects, the students will create a text innovation.

Teacher planning

Time required for lesson

5 days

Materials/resources

  • How Many Bugs in a Box? by David A. Carter
  • individual student books (with pre-typed sentence pattern)
  • crayons
  • pencils
  • chart paper
  • markers
  • number word chart
  • dry erase board

Technology resources

A computer with Kid Pix software

Pre-activities

  1. Read the story How Many Bugs in a Box? to the students.
  2. Read the story a second time encouraging the students to read along. Review information that has been studied in science about insects. Review number words: one, two, three, four, five, six, seven, eight, nine, and ten. (I use a number word chart.)

Activities

  1. The students and teacher will read the story How Many Bugs in a Box? together.
  2. The class will take a nature walk around the school searching for places where insects could be living.
  3. Students will help the teacher develop a circle map focusing on places around the school where they could find insects.
  4. The teacher will create the circle map on the dry erase board.
  5. Students will create their own circle maps on the computer focusing on places around the school where they could find insects.
  6. Students will draw a circle map on the computer using Kid Pix.
  7. Students will stamp pictures of areas of the school where insects could live in the circle map.
  8. Students will label the pictures that they stamped; typing the text.
  9. Print each student’s circle map and give to him or her.
  10. Students will dictate to the teacher the names of insects that they have studied during the science unit on insects. The teacher will list these insects on large chart paper. (The teacher may illustrate each insect; looking at parts of insects: three body parts, six legs, etc.)
  11. Students will help the teacher create a bubble map using descriptive words for insects on large chart paper.
  12. Students and teacher will create a class book innovation of the story using the pattern found in the book. The teacher will model writing from dictation by the students using information from the circle map, insect chart, and bubble map.
  13. Student volunteers will illustrate the pages of the class book.
  14. The class big book How Many Insects Are On the Playground? will be published in class.
  15. The teacher will give each student a book with the story pattern written for them: How many insects are on the ________? ____________ ___________ __________.
  16. Students will create their own books using the information from the charts, maps, and class book.
  17. Students will prepare their books using pages with pre-typed pattern. They will use the information from the class book, circle map, insect chart, bubble map, and number word chart. Students will use this information to complete the pattern: How many insects are on the____? (number word) (describing word) (insect).
  18. Students will illustrate pages and write the words to complete the story.
  19. Students will design a cover, write a title, and publish their books in class.
  20. Students will read their books to class members and student buddies from a fourth grade class.

Assessment

  • teacher observation
  • monitoring students as they write their innovation
  • listening to students read their books
  • oral responses to questions during discussion
  • student drawings of insects
  • observation of students during computer lab
  • circle maps created by students on the computer

Supplemental information

Attachments:

Comments

I usually spend about two weeks on insect activities. This activity serves as a culminating lesson for the unit. We work on this lesson several times a day integrating writing, math, art, science, and technology.

North Carolina Curriculum Alignment

Computer Technology Skills (2005)

Grade 1

  • Goal 2: The learner will demonstrate knowledge and skills in the use of computer and other technologies.
    • Objective 2.05: Locate and use letters, numbers, and special keys (e.g., arrow keys, space bar, insert Enter/Return, Backspace, Delete) on the keyboard. Strand - Keyboard Utilization/Word Processing/Desk Top Publishing

English Language Arts (2004)

Grade 1

  • Goal 2: The learner will develop and apply strategies and skills to comprehend text that is read, heard, and viewed.
    • Objective 2.03: Read and comprehend both fiction and nonfiction text appropriate for grade one using:
      • prior knowledge.
      • summary.
      • questions.
      • graphic organizers.
    • Objective 2.08: Discuss and explain response to how, why, and what if questions in sharing narrative and expository texts.
  • Goal 4: The learner will apply strategies and skills to create oral, written, and visual texts.
    • Objective 4.03: Use specific words to name and tell action in oral and written language (e.g., using words such as frog and toad when discussing an expository text).
    • Objective 4.05: Write and/or participate in writing by using an author's model of language and extending the model (e.g., writing different ending for a story, composing an innovation of a poem).

Mathematics (2004)

Grade 1

  • Goal 1: Number and Operations - The learner will read, write, and model whole numbers through 99 and compute with whole numbers.
    • Objective 1.01: Develop number sense for whole numbers through 99.
      • Connect the model, number word, and number using a variety of representations.
      • Use efficient strategies to count the number of objects in a set.
      • Read and write numbers.
      • Compare and order sets and numbers.
      • Build understanding of place value (ones, tens).
      • Estimate quantities fewer than or equal to 100.
      • Recognize equivalence in sets and numbers 1-99.

Science (2005)

Grade 1

  • Goal 1: The learner will conduct investigations and make observations to build an understanding of the needs of living organisms.
    • Objective 1.04: Identify local environments that support the needs of common North Carolina plants and animals.