A "Shore" Solution

A WebQuest for 1st and 2nd Grade (Tide pools)

Designed by Nicole Fieschel and Amanda Miller

Nicole_Fieschel@westport.k12.ct.us
amiller2379@aol.com

Introduction | Learners | Standards | Process | Resources | Evaluation | Credits | Student Page

Introduction

This two-week tide pool webquest addresses the science curriculum regarding the animal, habitat and ecology standards. Students are asked to research, navigate the internet and compile information into a design to recreate a tide pool. They will research all aspects of a tide pool, (animals, plants and environment) in order to create their own design. Students will work cooperatively in a group and will be assigned a specific role within this group. They will be asked to present their final product and share their learning with the class.


Learners

This is a science based webquest designed for 1st and 2nd grade and is designed to cover what is needed for animals and plants to survive in a tide pool. Students will need to know prior to this webquest that marine animals survive in different habitats, dependent on their physical characteristics. They will have knowledge of the characteristics of a tide pool and how it is formed. They will identify marinelife found in a tide pool. They will also be aware of the disruption of an ecosystem caused by water pollution.


Curriculum Standards

Ecology Knowledge

  • Problems created by pollution can be reversed with human solutions.
  • Water Pollution can disrupt the balance of an ecosystem.
Habitats Knowledge
 
  • Animals and plants in tide pools have special adaptations to survive.
  • There is a wide variety of life in a tide pool including mollusks, fish, arthropods, and algae.
Habitats Skills
 
  • Take notes and sketch tide pool plant and animal life.
  • Use hand lenses to investigate tide pool plant and animal life at local shores.
Animal Study Skills
 
  • Engage in independent, inquiry-based research for the purpose of sharing scientific information about marine animals.


Animal Study Knowledge

  • Marine animals survive in different habitats dependent on their physical characteristics.


INTEGRATED SKILLS

Gathering Information

  •  listening
  • observing data from pictures
  •  learning directional words through movement and the arts
  •  observing
 Using Information
  •   speaking in an effective way to the topic
  •    using relational vocabulary for locating objects
  Generalizing from data
  •  classifying data by ideas
  •   classifying data by identifying similarities and differences
  Presenting Information
  •  talking in complete sentences
  •  keeping to the topic
  •  listing data from discussion and pictures
  •  recognizing and using verbal and nonverbal communication
  •  using visuals for presenting ideas by constructing maps
Participating in Interpersonal and Group Relations
  • assuming responsibility for carrying out a task
  • recognizing that others may have a different point of view
  • participating in discussion
  • initiating ideas
 Self-Management
  •  developing constructive strategies for dealing with change
  •  developing constructive outlook
  •  growing in the capacity to recognize conflict and seek solutions

Process


1.On the first day, review the student's tasks and assign heterogeneous groups of 4 students. Allow the students to discuss their prior knowledge of tide pools and answer the brainstorming questions. Be sure to review the process guides for brainstorming with your students before they begin.
 You will each be assigned to a group and you will take on a role within your group.  These roles will tell you what part of a tide pool  you will be studying, where you can find the information to share with your group, and what to look for.

2. Brainstorm with your group what you know about tide pools. Try to answer these questions: What is a tide pool? How are tide pools formed? What would you see if you went to the shore of your local beach? What would happen to the marine life if the ocean was polluted?

3. The teacher should review the rubric with the students and set expectations for the project. The teacher may decide to assign roles or allow students to choose their roles. You will each be assigned to one of these roles.The teacher should meet with students according to their role and review the specifics of each role. Click on the name of your role to find out what you need to do. *Teacher should provide clear guidelines on role of the environmentalist.  The environmentalist should not be focusing on animal or plant life, rather the habitat(water, temperature, ground, etc.) of the tide pool. 

     
    Environmentalist
    Animal Detective #1 and #2
    Plant Detective

     
4. The teacher should now remind students that each of their jobs were equally important and must now share their information  and work together cooperatively to create their design. Now that you have finished your research, meet with you group members to look over all that you have learned to save the animals at the tide pool. Each of you should share your notes with the other group members (Be sure to be a good listener to each other!). Have one person sketch and write about what your tide pool will include as the group is sharing with each other.

5. Make sure students are able to answer these questions allow extra time if needed. Let's Get Ready to Design Our Tide Pool! You should be able to answer these questions before your group begins building your tide pool:

    • What animals will you include in your tide pool?
    • How much water will you put in your tide pool?
    • What kind of water would be in your tide pool?
    • What plants will you include in your tide pool?
    • What do the living things in your tide pool need to live? 
6. As the children begin to decide on their design, you may want to review the process guide on building consensus with them.Once everyone in your group agrees on what should be in your tidepool, you must next talk about how your group should go about making the design. Teachers, be sure to have various supplies to support the creation of any of these design methods. You may want to ask children to bring in some needed suppliesfrom home. Will it be a 3-D design using a shoe box, a paper mache model, a drawing with art supplies, or a design created using hyperstudio? You can also create your own  idea for a design, but please check with your teacher first.  Here are some examples of other children's projects:  Drawing and Model

7. Now that you have decided on your design, make a list of the materials that you will need.  Ask your teacher for help getting your materials and find a comfortable spot to work.   Be sure that everyone helps!

8.  Teachers should review the oral presentation dimension of the rubric before the students present their designs. When your group has finished, get ready to share! Make sure you are able to tell what you included in your project, why you included it, and tell how your design is a healthy tide pool environment.  Each group member should be able to talk about what they included in the design and what they learned from their research. 
 
 

Variations

If you would like, it would be beneficial to bring students to a local tide pool to supplement their research and provide a hands-on experience.  Students may also want to supplement their research with books in addition to the preselected websites.
I

Resources Needed

  • Class set of computers with internet access
  • Various appropriate books on tidepools such as... 
                             A Tidal Pool by  Philip Steele
                             Tide Pools   by Carmen Bredeson
                             What's in the Tide Pool? by Anne Hunter 
                               Let's Take a Field Trip to a Tide Pool by Kathy Furgang
                            Exploring an Ocean Tide Pool (A Redfeather Book) by Jeanne Bendick
  • Depending on the designs chosen by the students, you may need the following materials: Hyperstudio Software, construction paper, clay, paper mache, markers, crayons, glue, scissors, shoeboxes, and paint.
  • Journals to record research
  • Possible aid or parent volunteers to assist in the creation of the design


Evaluation

Review these rubrics with your students before each group begins this project. 
 
Beginning

1

Developing

2

Accomplished

3

Exemplary

4

Score
Researches and gathers information. Does not collect any information relating to the topic.  Collects little information and some relates to the topic. Collects some information that relates to the topic. 
Collects a great deal of information- all relates to the topic.

Tide Pool Design
Design includes few animals, few plants and an underdeveloped tide pool environment with many inaccuracies. Design includes some animals, some plants and fairly developed tide pool environment with some inaccuracies. Accurate design of some animals, some plants and a developed tide pool environment.  Accurate design of many animals, many plants and a developed tide pool environment.

 Cooperative Group Work

 

Cannot work with others in most situations or share decisions or responsibilities. Some difficulty in communicating ideas and taking responsibility. Communicates ideas and takes responsibility in the group.  Communicates ideas with enthusiasm and takes a leadership role.

Oral Presentation
Student is unprepared and/or speaks unclearly during presentation.  Communicates with little clarity or accuracy some of the information in their design. Communicates clearly and accurately some of the information in their design.  Communicates clearly; accurately and enthusiastically all of the information
in their design.

Student Rubric

I did my best research.
Always
Sometimes
Never
I worked well with my group.
Always
Sometimes
Never
I shared all my information and spoke clearly during my presentation.
Always
Sometimes
Never

Credits & References

Thank you to "Tide Pools" for the use of their pics. 

This webquest was completed following the design on The WebQuest Page and the Design Patterns page.

"We all benefit by being generous with our work. Permission is hereby granted for other educators to copy this WebQuest, update or otherwise modify it, and post it elsewhere provided that the original author's name is retained along with a link back to the original URL of this WebQuest. On the line after the original author's name, you may add Modified by (your name) on (date). If you do modify it, please let me know and provide the new URL."


Last updated on August 16, 2002. Based on a template from The WebQuest Page