DISCUSS (1 of 2):
What do you think is wrong with the fish?
DISCUSS (2 of 2):
What would you do to try to help the fish?
DISCUSS:
How can fish survive in a pond if waste doesn’t get filtered out of the water?
DISCUSS:
Can you think of anything that could help LOWER the amount of carbon dioxide in a pond?
Hint:
What living things NEED carbon dioxide?
1. DRAW: Sketch a model of the interactions in a pond ecosystem. To get started, write plants, decomposers, and pond animals on a piece of paper. (Don’t write them too close to each other, you’ll be adding things in between them). Then draw arrows and add labels to show all the things that connect them.
2. CHECK: Did you include waste, nutrients, carbon dioxide, and oxygen arrows in your model? If not, add arrows in for those too.
3. HERE’S WHAT WE DID: Here’s what our model ecosystem looked like, but there are many ways to draw this and yours might look different.
Teachers: If you are short on time, this is a good stopping point. You can play the Big Fish ecosystem game in a future session.
If you’ll be playing another day, have each pair of students clip their cards, their Fish-o-meter, their pointer and their worksheets together with a binder clip.
If you’re continuing right now, advance to the next slide.
Action Cards printout | 1 per group |
Big Fish Ecosystem Cards printout | 1 per pair |
Check the Pond printout | 1 per student |
Fish-O-Meter printout | 1 per student |
Pick-a-Card/Discard Pile/How to Play printout | 1 per group |
Scissors
|
1 pair per student |
In Part 1 of this activity, students will work in pairs. In Part 2 of this activity, students will work in groups of four to play the Big Fish game. Homeschool students can work on their own for Part 1, but will need a few friends in order to play the game.
Part 1 (building an ecosystem) takes 10 to 15 minutes. Part 2 (playing the game) takes at least 20 minutes.
You may want to divide this lesson into two sessions, stopping after Part 1 and continuing with the game at a later point. If you plan to do the activity in two sessions, the group game begins at Step 12.
Divide your materials into two piles.
For Part 1, you’ll need:
For Part 2, you’ll need:
If you want to do Part 1 and Part 2 on different days, you can keep materials organized by having each pair of students clip their cards, their Fish-O-Meter, their pointer, and their worksheets together with a binder clip at the end of Part 1.
When you are doing Part 2, start by giving each pair of students their materials from Part 1. Then have pairs get together to make groups of four and distribute the additional worksheets.
Student slideshow: English | Spanish
Teacher printout: English & Spanish
In this reading, students learn simple steps they can take to help protect the environment.
Set up a cold-water aquarium for your classroom: A fish tank can be a great source of learning and pleasure. If you have the opportunity to add one to your classroom, these videos will help guide you. They show how to prepare a simple, cold-water tank, suitable for keeping a community of goldfish. Instructions on maintaining the tank, as well as choosing and caring for both the fish and their environment, are included.
How to prepare a cold-water fish tank (3:55)
How to choose and care for goldfish (3:40)
How to add new fish to your fish tank (3:10)
How to clean and maintain your fish tank (3:33)
Make a seaweed salad! Fish eat algae…and people do, too. Give your students a chance to get to know edible algae.
Did you know there were algae in your chocolate milk? This lesson, from the Smithsonian], lets students discover what common foods contain algae.
For a more in-depth exploration of edible algae, check out this website, from the California Academy of Sciences, with everything from lesson plans to recipes for seaweed salads.
For even more on different kinds of edible algae and how healthy they can be, check out this site.
You can elaborate student learning and engagement with Mystery Science mini-lessons.
If you are in an NGSS state, this mini-lesson supports the DCI LS2.A: Interdependent Relationships in Ecosystems
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