Planning Guide

Creating Learner-Focused
Schools

* Madison-Oneida BOCES- This document may not be reproduced in any form without the expressed written consent of the District Superintendent or his designee.

 

LU Title: Bugs and Creepy Crawlies

Author(s): Linda J. Puleo

Grade Level: Developmental First

School Address: General Herkimer School, 420 Keyes Road, Utica, New York 13502

Subject Area: Science/Language Arts

School Phone/Fax: 315-792-2160

 

CONTENT KNOWLEDGE

Declarative

Procedural

  • Even little things on the earth are important and have a reason for living.
  • Writing a statement/statements of information.
  • There are living and non-living things in our environment.
  • Keeping a journal about observations.
  • Human activities can affect the purpose of living things in the environment.
  • Using the Internet to research information.
  • Bugs and creepy crawlies are alike and different from each other and from humans.
  • Using a microscope and magnifying lenses.
  • Bugs and creepy crawlies grow and develop.

 

 

 

 

 

 

ESSENTIAL QUESTIONS

 

 

INITIATING ACTIVITY

 The main purpose of the initiating activity is to help students to develop a reason for studying bugs and creepy crawlies. The key concepts that will be pointed out are: We share the earth with bugs and creepy crawlies. Even little things on earth are important and have a reason for living. Insects and bugs are everywhere. Use the think/pair/share collaboration technique to discuss the question-Why should we study about bugs and creepy crawlies? Share the reasons discussed as a whole group. List the reasons on the blackboard. Play the theme song: Tiny Things from the tape "Insects, Bugs, and Squiggly Things" by Jane Murphy. Add to the reasons listed on the board using the ideas in the theme song.

 

Connection to State Learning Standards

Content Area: Science and Language Arts

Level: Primary

Benchmarks: 4.1 Living things are both si8milar to and different from each other and non-living things. 4.4 The continuity of life is sustained through reproduction and development. 4.6 Plants and animals depend on each other and their physical environment. 4.7 Human decisions and activities have had a profound impact on the physical and living environment.

 

Benchmarks: 1.2 Students will speak and write to acquire, transmit, and present information.

 

Standard: MST 4 Science-The Living Environment Students will understand and apply scientific concepts, principles, and theories to the living environment and recognize the historical development of ideas in science.

 

Standard: ELA 1 Students will read, write, listen, and speak for information and understanding.

 

Unit Theme:

Bugs and Creepy Crawlies

Standard: MST Standard 5-Engineering Design

 

Standard:

 

Benchmarks: 1.4 Plan and build, under supervision, a model of the solution using familiar materials, processes, and hand tools.

 

Benchmarks:

Learning Experiences

Declarative Knowledge

What declarative knowledge should e in the process of acquiring & integrating? As a result of the unit, the student will know or understand…

What experiences or activities will be used to help students acquire & integrate this knowledge?

What strategies will be used to help students construct meaning, organize and/or store the knowledge?

Describe what will be done.

 Even little things on the earth are important and have a reason for living.

Students will compare living and non-living things in the environment.

Humans can affect the purpose of living things in the environment. Key Points: Many insects are pests in the United States. Most of these insects were not harmful in their own country. When they moved to the United States, there were no natural enemies to keep them from spreading and multiplying.

Bugs and creepy crawlies are alike and different from each other and from human beings. Key Points: Arthropods are a group of animals that have jointed feet, bodies and legs are made up of sections, and they have an outside shell (exoskeleton). Scientists sort bugs and creepy crawlies into like categories. Insects have 3 body parts, 2 feelers, 6 legs, and most have wings.

How bugs and creepy crawlies grow and develop.

Watch the videos: V3379 Wonders In Your Backyard V4470 The Unloveables: Creepy Crawly Creatures Make a class book about bugs. Make an edible insect.

Find places on the globe where people eat insects. Color these places on a world map.

Read from the following sections from: Eyewitness Books: Insects p. 60, 61 The How and Why Book of Insects p. 12, 13 Insects That Eat Plants p. 16, 17 Insects That Keep Cows p. 20, 21 Insects That Pollinate Flowers p. 32, 33 Insects That Harm Us p. 44, 45 Bees Wax p. 46, 47 Insects For Varnish/Dye/Silk

On the Internet: go to Yahooligans. Type in Insects As Food!?! From the University of Kentucky Entomology For Kids: Bugfood II and/or Insects As Food and Bugfood III Insect Snacks From Around the World (share the information as a whole class).

Pair up with a partner. Give the pairs the worksheet for this strategy. direct them to think of and list (with teacher help, if necessary) what comes to mind when they think of the words-living things. Direct them to think of things that make something a living thing, not samples of living things.

Teacher made big book from the folk song "The Boll Weevil". Insects and Plants by Irving and Ruth Adler p. 36-39 (Japanese Beetle, gypsy moth from France, corn borer from Europe and Asis, boll weevil from Mexico)

A world map puzzle will be in the puzzle center.

Each student will be given a world map to color in the section that each bug comes from.

Discuss how you would stop harmful insects from entering the United States.

Introduce the concept of arthropods as compared to other animals. Display a labeled chart showing what makes an animal an arthropod. Read about arthropods from Childcraft Encyclopedia #5 p. 110.

Video: V506 Backyard Bugs

Draw a mystery animal activity. Flannel board bug scene; Insect words and pictures to match; Insect pictures with words with one letter missing-letter tiles to fill in the missing letter; Listening Library-Over In the Meadow book and tape; Writing Center-pictures of bugs and insects to write about; Insect stickers and blank books to make your own insect book.

Art Center: make insect puppets, build a bug cut and paste activity, bug part stamps to make a bug garden scene; Computer Center: Book and CD ROM Bugs Factfinder Interactive Multimedia Book.

A chart picturing an insect and its parts.

Answer the question-How do you grow?

Center Activities: Writing-picture booklets of insect and human growth to write sentences about Art-make the stages of growth for a butterfly with playdoh; Puzzled-block puzzles to sequence the stages of growth.

Resources: Childcraft Encyclopedia #5: About Animals p. 120-123; Bugs by Gerald Legg Internet connection-Entomology for Beginners: Insect Anatomy and Metamorphosis bijlmake@citechco.net.

Book: I Know An Old Lady Who Swallowed a Fly with flannel board pieces.

 

Mind map where bugs are found.

Complete a KWL chart about ways that bugs can help or harm us.

Physical representation

Note-taking strategies employing graphic representations.

Use the Five Words/Three Words Strategy.

Post a chart listing and illustrating the characteristics of a living thing in the classroom.

Add a science center to the classroom in which students identify and sort living and non-living things. Include several bugs and creepy crawlies in the pictures of living things.

A bulletin board will depict the insects and bugs read about on a map of the united States. The caption for the bulletin board will read: "I Want To Go Home!" The bug's original country will be represented on the outskirts of the United States map with a piece of yarn going from it to the insect that originated there. (Pictorial Representations)

Use the Think/Pair/Share collaboration technique. Complete a problem-solving graphic organizer together.

Use the concept/attainment strategy.

Pictorial Representations.

The chart showing the steps taken for sorting and classifying will be posted and reviewed.

Pictorial Representations.

Physical Representations.

Pictorial Representation.

Use the Think/Pair/Share collaborative technique.

KWL chart: A comparison chart for the sequence of growth on humans, molters, and developers.

Pictographic Representations.

KWL chart for how a fly grows; Observe the actual growth and development to find out more.

Act out the stage of development to music.

After viewing several videos about bugs, the students will complete the close sentence: Bugs are in the _________. The students will also illustrate their sentence for a class book about bugs.

The class will continually add to the KWL chart as the teacher shares new reading material about the ways that insects and bugs can help or harm us.

A worksheet will be given to the students in which they find and color the helpful or the harmful insects.

Make an edible caterpillar by twisting a piece of licorice to make a head and stringing fruit loops on it for the rest of the body. Let them eat their creation! Ask the students if they would have eaten it if it were a real caterpillar? Do they think that anyone in the world eats real insects or bugs? Share the material from the Internet. Read and find the places on the globe as you discuss them. Be sure to discuss safety-some insects are poisonous and you should never taste insects unless you are with an adult who knows that they are safe to eat.

Students will write and illustrate the following: I would/would not try to eat an insect. Write why or why not.

Evaluation: Make a page for a class book named: Why We Should Study About Bugs. Draw a picture and write a sentence about one of the things that we have learned about bugs that make them important for us to know about them.

Share the information form Five Words/Three words as a whole group. List the reasons that the class brainstormed. Add to the list, if necessary.

Post pictures of things found in your backyard on the blackboard. (ex. Swings, a tree, an ant, a butterfly, rocks, grass, a ladybug, a worm, dirt, a caterpillar, a sidewalk) Sort the living and non-living things as a class using the reasons listed as the criteria on the classroom chart list that we have developed together.

Go out to the playground. Look for living and non-living things in the playground. (stress that we are looking and not touching the living things that may bite or sting) Come in to the classroom and draw something that you saw that was living along with something that was non-living.

Parent Involvement: Send a homework assignment which asks the student and the parent to find five living things and five non-living things in and around their home.

Evaluation: The students will be given a worksheet that asks them to color the living things in and around their home.

Evaluation: The students will be given a worksheet that asks them to color the living things in the picture.

Teach the students "The Boll Weevil" song. Use the big book for several shared readings. Discuss why the boll weevil wants to go home and where his home is. Find and color Mexico on the world map. Read the sections listed from Insects and Plants. As you read, find and color the section of the world that each insect came from.

Read to find out what is already being done in our country to solve this problem. (Insects and Plants p. 40, 41) Go on the Internet together as a whole class to search laws that keep insects from other countries out of the United States. E-Mail to the United States Environmental Department asking for information on this problem. (as a class) **

 **Evaluation: Teacher Observation of above activities. Buddy Project: Present the following situation to the classroom. A grown frog can eat up to 50 mosquitoes in one minute! How might our environment change if all of the frogs where we live died from a chemical that human beings used to make their lawns grow greener? Discuss the situation with a partner. Draw a picture of what you think might happen and write a sentence explaining your answer. Work cooperatively on your answer.

Write a list of bugs on one side of the blackboard and a list of mammals, birds, and reptiles on the other side of the blackboard. Facilitate in helping the students to develop the idea that one of the lists is a list of bugs. Add more names to this list. Ask the students how they know that these animals belong in this list. Read from the encyclopedia listed to find out about arthropods. Define arthropods as a group. Explain that there are so many arthropods in the world that scientists have divided this group into even smaller groups.

View the video together. Tell the class that they will see a variety of arthropods in this video. List some of the bugs (arthropods) seen in the video. Split into groups of four. Give each groups a set of bug pictures to sort. Discuss the ways that they might be able to sort the bugs. (color, shape, body parts, what they do, wings, no wings) Share the methods of sorting as a whole group. Place the pictures in the science center for further observation and practice in sorting.

From: "Bugs": MacMillan Early Science Activities; 1993 Newbridge Communications, Inc.

Supply paper and pencils. Ready/set/draw. Tell the students that they are going to draw a mystery animal. You will give them hints. Your pictures will not look the same. Draw a circle in the middle of the page. Draw another circle on one side of the first circle. Draw a third circle on the other side of the first circle. Choose one of the side circles to be the animal's head. Draw two big eyes on the head. Draw two feelers coming out of the head. Now make six legs attached to the middle circle-three legs on each side of the circle. Make two or four wings coming out of the top circle. Now color your picture. You have drawn an insect! Explain that each of their insects will look a little different, but there will be some things about each of them that are the same. Each of them has 3 body parts, 2 feelers, 6 legs, and most have wings. That is what makes an insect and insect. Challenge them to label the parts of their insect.

Read the teacher created mini booklet Adam the Ant together. (a short booklet describing an insect and its parts)

Evaluation: Insect or Not worksheet-look at the arthropods, decide which are insects and which are not, color the insects.

Share thoughts about how we grow together. Chart the sequence of our growth. Do a KWL chart on how insects grow. Use the listed resources to find out more. Add to the KWL chart.

Make a paper funnel to fit the mouth of a clear jar. Put a very ripe banana in the jar. Leave a 1/2-inch opening at the bottom of the funnel. Put it in a warm place-but not in direct sunlight. When you see 5 or 6 fruit flies in a jar; remove the funnel, cover the jar with cheesecloth secured by a rubber band. After three days, release the flies outside. The flies will have laid eggs that we cannot see. After one or two days more the eggs will hatch. Students will be able to see wormlike larvae on the fruit or on the paper towel. The larvae will eat the fruit for the next three to four days. Then they will go into the pupa stage. This is an inactive stage. They will look like little ovals. After a few more days the adult fruit flies will appear. Release them outside and the whole process will begin again! The above is from "Bugs": Macmillan Early Science Activities; 1993 Newbridge Communications, Inc. (use hand magnifying lenses to observe) Keep a class log of the ch anges. Draw and keep a journal of the changes that you see each day.

From: "Bugs": MacMillan Early Science Activities: 1993 Newbridge Communications, Inc. Complete Metamorphosis: (molting) Make a circle. The circle represents a beetle egg. Make a circle. The circle represents a beetle egg. Have a child lie in the middle of the circle to represent the mealworm or the larva. Play ballet music. As the music begins, have the larva crawl out of the egg and wriggle around. Next, have the class wrap the larva in an old sheet. At the teacher's signal, the pupa will jump out of the sheet as an adult beetle. Incomplete Metamorphosis: Act out grasshoppers growing. Form a circle to make the egg. A child should sit in the center to represent the grasshopper nymph or baby. Tie a scarf around the nymph's shoulders like a cape. As the music begins, the nymph will jump out of the egg and hop about with its hands behind its back to shown that it doesn't have any wings. the nymph can also pretend to eat grass and leaves. At your signal, the nymph will remove its cape, throw it into the air, and let if fall. Then it will jump up and down and flap its arms to show that it has grown wings and is now an adult grasshopper.

Evaluation: Cut and past sequence worksheets for human and insect growth.

 

Learning Experiences

Procedural Knowledge

What procedural knowledge will students be in the process of acquiring & integrating? As a result of this unit, students will be able to:

What will be done to help students construct models, shape & internalize the knowledge?

Describe what will be done.

 Students will write a statement/statements of information about bugs and creepy crawlies.

Students will keep a journal about bug and creepy crawly observations.

Students will use the Internet to research information about bugs and creepy crawlies with a sixth grade buddy.

Students will use a microscope and magnifying lenses to observe bugs and creepy crawlies.

Think Aloud Strategy; Written Set of Steps for writing sentences. Web Organizer Format; QAD practice; Numerous opportunities to web and write sentences together along with individually; Webs will be left up for use during center writing time to write more sentences. A writing checklist chart will be posted.

Think Aloud; Teacher Modeling; A sample journal model chart showing the steps to follow. Several practice sessions as a whole group. A journal checklist modeled after the rubric for writing journals will be posted.

Think Aloud and Teacher Modeling; A written set of steps with pictures.

Teacher Modeling; Numerous opportunities for practice. Read: Greg's Microscope by Milicent E. Selsam. Define-magnified.

The teacher will model the thinking and organizing process involved in filling in a QAD for what bugs do in the winter. Sample questions are: What changes Occur in the environment in the winter? What do bugs need to live? Does winter make it easier or harder for bugs to live? (Read from several sources for information for the next question) What do bugs do in the winter to survive? Model using the QAD to write several sentences about the topic. Model using the writing checklist to check my writing. The teacher will model using a web organizer to brainstorm and organize information on several different bugs or insects. Use the Internet or library sources to get information. Web: What the insect looks like, what it eats, where it lives, how it moves. Model writing sentences of information about the insect using the web organizer. Model checking your work with the writing checklist. The checklist will consist of a simplified version of the items that will be on the rubric for writing statements of information.**

 **Evaluation: After at least three or four group modeling and writing sessions, the group will research and web information about a new insect. This time the students will be instructed to use the web to write their own statements of information about the insect and illustrate it. They should check their work using the writing checklist and read their work to a partner before completing the project.

A worm compost will be set up in the classroom. (Internet connection-http://www.yucky.com explains how to do this) For this experience, the class will complete the journal pages together. The teacher will use the think aloud strategy and model writing the journal entry each time. The date will be recorded each time along with changes and observations observed. A personal comment or feeling about the observations will be included. Students will copy the information in their own journals and illustrate. Model using the journal checklist to check your work. Evaluation: An ant farm will be set up in the classroom. Students will keep their own journals of observation for several weeks. The teacher will evaluate the journal periodically using the journal checklist. Conference with each student giving positive feedback and suggestions for improvement.

The teacher will have modeled using the Internet to retrieve information numerous times in the unit before this project. Developmental First students will be paired up with a sixth grade partner to make a bug trap, catch a bug, find a picture of the bug, research information about the bug on the Internet, write about the bug, and present the information to the class. They can draw or paint or make a model of the bug for their presentation. The project will be typed on the computer. The Sixth graders will be encouraged to help the younger students to make posters for the project on the computer. Discuss what should be done with the bugs after the completion of the project. What effects will we have on the environment by taking these bugs? Should we put them back? Evaluation: The sixth grader and the Developmental First student will be given a self-evaluation sheet to critique their own project.

The teacher will model the use of a magnifying lens and a microscope. The materials will be used throughout the unit during observation activities and center activities. A large screen microscope. The materials will be used throughout the unit during observation activities and center activities. A large screen microscope will also be used by the teacher for the whole class to observe bugs and creepy crawlies together. Evaluation: (a center activity) Draw a magnified object that you have observed. Write a sentence describing what you did.

 

Learning Experiences

Extending and Refining

What knowledge will students be extending and refining? Specifically, they will be extending and refining their understanding of…

What reasoning process will they be using?

Describe what will be done.

 Comparing human bodies to insect bodies.

Comparing ant cities to our cities.

 Comparing

  • Classifying
  • Inductive Reasoning
  • Deductive Reasoning
  • Error Analysis
  • Analyzing Perspectives
  • Constructing Support
  • Abstracting
  • Other:

 Complete a Venn diagram together to compare insect and human bodies. Read Insects p. 112, 113 from Chilcraft Encyclopedia 5: About Animals. Add to the Venn diagram. Read from The How and Why Wonder Book of Insects by Ronald R. Rood. Internet source-bijlmake@citechco.net Insect Body Parts; Add to the Venn diagram. Do a movement activity: Explain how we have skeletons/bones to keep us from being soft and floppy. Insects have an outside skeleton-exoskeleton (feels like a hard shell). They wear it for protection. Act out how we might look and move if we had no skeleton. Evaluation: Fold a paper in half. Draw a comparison of human and insect bodies. (insect statement on one side-human comparison on the other side) Write a sentence explaining the comparison. A rubric for comparing will be used.

Draw a picture of our city with a small group. Label what you put in your city. Ex. People, workers, vehicles, places to get food, homes, etc. Show the cover of the book Ant Cities by Arthur Dorros. Do you think that ants will have the same things in their city that we have in ours? Begin a KWL chart for what we know about ant cities.**

 **By simplifying typing in ants on Yahooligans on the Internet you will get a wealth of information on this topic. Read the book and add to the chart. Set up a classroom ant farm to observe an ant city. Complete a class compare and contrast chart together. Evaluation: Orally check for similarities and differences.

Learning Experiences

Meaningful Use Tasks

What knowledge will students be using meaningfully? Specifically, they will be demonstrating their understanding of and ability to…

What reasoning process will they be using?

Describe what will be done.

Create a new and better bug catcher to use.

Decision Making (selecting from seemingly equal alternatives or examining the decisions of others)

Problem Solving (seeking to achieve a goal by over coming constraints or limiting conditions)

Invention** (creating something to meet a need or improve on a situation)

Experimental Inquiry (generating an explanation for a phenomenon and testing the explanation)

Investigation (resolving confusions or contradictions related to a historical event, a hypothetical past or future event, or to the defining characteristics of something)

Systems Analysis (analyzing the parts of a system and how they interact)

Other:

In this unit, the students will have made and used a bug catcher with a sixth grade partner. In the meaningful use activity, the students will pair up with a peer in the classroom. They will discuss what they want to make better on the bug catcher. What needs improving to make it a better bug catcher? A planning web for the invention will be given. It will ask the students to write any problems that they had with the first bug catcher. It will ask them to write the changes that they will make to improve it. It will ask them to list the materials you will need to make the new and improved bug catcher. The students will also be asked to draw a diagram of their invention. The students will check to see what materials they can get a t home. The teacher will obtain any other materials that they need, if possible. the students will be given time to build their new invention. We will go outside to test the bug catchers. The students will name their invention and share the level of success of the invention with the rest of the class. They will be asked if there are any further improvements that they think should be made.

 

Planning Guide

 

Unit:

 

Step 1

Step 2

Step 3

What knowledge will students be using meaningfully? Specifically, they will be demonstrating their understanding of and ability to...........

What reasoning process will they be using?

Describe student's products and performances and the criteria for evaluation.

 

[ ] Decision Making
(selecting from seemingly equal alternatives or examining the decisions of others)
[ ] Problem Solving
(seeking to achieve a goal by overcoming constraints or limiting conditions)
[ ] Invention
(creating something to meet a need or improve on a situation)
[ ] Experimental Inquiry
(generating an explanation for a phenomenon and testing the explanation)
[ ] Investigation
(resolving confusions or contradictions related to a historical event, a hypothetical past or future event, or to the defining characteristics of something)
[ ] Systems Analysis
(analyzing the parts of a system and how they interact)
[ ] Other:

 

 

Products/Performances

Criteria for evaluation

Rubric:

Key Questions:

What are the key elements, traits, or dimensions that will be evaluated?

Are the identified elements of equal importance or will they be weighed differently?

Element #1

Element #2

Element #3

Element #4

Elements


Scale

 The students listed the problems-the need for a new bug catcher.

The students wrote how they will improve the original bug catcher.

The students drew a diagram of their invention.

The students orally evaluated their invention.

Weights

 

 

 

 

4

The students independently thought of a problem and recorded the problem.

The students were able to record improvements and revisions related to the task of the invention.

The students independently and neatly illustrated their invention. It accurately matches their revision statement.

The students clearly and independently stated the success of their invention, and explained why or why not they would make any further changes.

 

3

The students needed help to think of any problems with the bug catcher, but they were able to record the problem on their own after help with the thought process.

The students were able to orally tell what they would do, but needed help recording the information.

The students were able to draw their invention, but it was not easily compared to their revisions without student explanations.

The students clearly stated the success of their invention, and explained why or why not they would make further changes, but they needed teacher prompting.

 

2

 The students needed a significant amount of help in thinking of and recording a problem.

The students needed a significant amount of help developing refisions to the bug catcher.

The students were able to draw their invention, but it was totally unrelated to their revisions.

The students needed maximum teacher help and prompting to describe their success and to discuss further possible changes.

 

1

 The students were unable to think of a problem even with significant help.

The students were unable to think of any revisions, even with significant help.

The students did not illustrate their invention.

The students were unable to tell the class anything about their invention.

 NOTE: Rubric or other performance assessment instruments may be used.

 

Constructing a Holistic
Scoring Tool
(Rubric or Activity Specific Key)

Key Questions:

* How many score points are needed to discriminate among the full range of different degrees of understanding, proficiency, or quality?

This response, product, or performance provides evidence of understanding of concept/principle/generalization or proficiency in skill/process/strategy.

Score Point 4

Score Point 3

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Score Point 2

Score Point 1

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Have You Considered These Yet?

 

Learn to Learn Skills:

 

 

Assessment Modifications:

 

 

Unit Schedule/Time Plan:

 

 

Written Overview: