Introduction
Essential Question: How do scientists use physical characteristics and life cycles to sort living things into groups?
Emergency at the City Zoo!
A giant thunderstorm rolled through the area last night, blowing down fences and scrambling all the digital signs outside. The animal exhibits. The animals are safe, but they are all mixed up in the wrong habitats, and the signs are completely blank! The zoo opens to the public very soon, and visitors won't know what animals they're looking at or how they survive.
The zoo director has called in a team of junior zoologists to solve this crisis. Your mission is to research a specific class of animals, discover the unique clues that prove which group they belong to, and help the zoo safely organize them before the gates open.
Task
Your team of Zoologists will work in groups of three to investigate one specific animal group (Mammals, Birds, Reptiles, Amphibians, or Fish).
Together, you will gather evidence on your group's traits and use Canva to design a brand-new, digital "Zoo Exhibit Sign."
Your digital exhibit sign must include:
1. The Trait Checklist: Clear descriptions of the physical traits that define your animal class (skin covering, body temperature, etc.).
2. The Life Cycle Map: A visual timeline showing how these animals are born and how they grow.
3. The Habitat Highlight: An explanation of what your animal group needs from their environment to survive.
Process
Once your team picks an animal group, choose one animal from the official zoo research list below to focus your exhibit sign on.
Mammals
- Florida Panther
- Bottlenose Dolphin
- Brown Bear
Birds
- Bald Eagle
- Flamingo
- Emperor Penguin
Reptiles
- American Alligator
- Bearded Dragon
- Green Sea Turtle
Amphibians
- American Bullfrog
- Red-Eyed Tree Frog
- Spotted Salamander
Fish
- Clownfish
- Great White Shark
- Largemouth Bass
Step 1: Form Your Research Team
Join a group of three and choose the animal class you want to save. Then, assign one specialized zoologist role to each person:
The Anatomy Specialist: You are in charge of looking at the physical clues. Investigate what covers their skin (fur, feathers, scales), whether they are warm-blooded or cold-blooded, and how they breathe (lungs or gills).
The Life Cycle Reporter: You are in charge of tracking how they grow. Investigate how these animals are born (do they hatch from eggs or have live births?) and what they look like as they grow up.
The Habitat Expert: You are in charge of finding their home. Investigate where these animals live, what they eat, and what special adaptations they have to survive in their environment.
Step 2: Gather the Scientific Evidence
Use the approved educational links below to research your animal class and take notes in your science journals:
Step 3: Design the Exhibit Sign
Log into your team's shared Canva account. Pick an eye-catching poster template. Work together to combine your anatomy clues, life cycle maps, and habitat facts into a beautiful, easy-to-read sign for the zoo visitors.
Evaluation
| Criteria | Excellent (4) | Good (3) | Developing (2) |
| Scientific accuracy | All physical traits and life cycle steps are completely accurate with scientific details. | Traits and life cycles are mostly accurate with minor details missing. | Information contains multiple scientific errors or is missing key traits. |
| Canva Design | The exhibit sign is highly creative, visually organized, and uses pictures and text. | The sign is clean and easy to read with basic use of design elements. | The sign is cluttered, incomplete, or are too difficult for a zoo visitor to read. |
| Teamwork | The team collaborated perfectly; all three roles are clearly visible on the final product. | All members contributed, but the final product seems like separate pieces put together. | One or two students did all the work to create the sign. |
Conclusion
Mission Accomplished!
Incredible job, Zoologists! The new digital exhibit signs are up, the animals are safely back in their correct homes, and the zoo gates are officially open to the public. Because of your hard work, visitors are learning exactly how traits help animals survive. By completing this mission, you have mastered the basics of animal classification just like real scientists!
Enrichment Activity:
Want to show off your expertise? Click the link below to go to Flip. Record a 1-minute video acting out your favorite animal from your research group, and see if your classmates can guess what class it belongs to based on your clues!
Teacher Page
1. Mammals (Fur/Hair, Warm-blooded, Live Birth)
- Florida Panther: A perfect choice for a local Florida connection!
- Bottlenose Dolphin: Great for showing that even some ocean animals are mammals (breathe air, have live babies).
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Brown Bear: A classic choice with clear fur, distinct diet habits, and hibernation behaviors.
2. Birds (Feathers, Warm-blooded, Lay Eggs)
- Bald Eagle: Highly recognizable with clear physical traits and a distinct nesting lifecycle.
- Flamingo: Fun and visually engaging, with a unique diet that dictates its color.
-
Emperor Penguin: Excellent for showing a bird that swims instead of flies, demonstrating unique adaptations.
3. Reptiles (Scales, Cold-blooded, Lays Eggs)
- American Alligator: Another amazing local Florida animal that kids love to research.
- Bearded Dragon: A fantastic, highly popular example of a land reptile with distinct scales, claw maintenance, and basking behaviors.
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Green Sea Turtle: Perfect for exploring a marine reptile that has to return to land to lay its eggs.
4. Amphibians (Smooth/Moist Skin, Cold-blooded, Metamorphosis)
- American Bullfrog: The ultimate classic example for teaching metamorphosis (tadpole to frog).
- Red-Eyed Tree Frog: Bright, colorful, and excellent for researching unique rainforest adaptations.
- Spotted Salamander: Great for highlighting the difference between smooth-skinned amphibians and scaly lizards.
5. Fish (Scales/Slime, Gills, Cold-blooded, Water Habitats)
- Clownfish: Highly popular and recognizable for kids, making it easy to research its habitat (anemones).
- Great White Shark: Keeps students highly engaged while exploring a fish made of cartilage instead of bone.
- Largemouth Bass: A very common freshwater fish native to Florida lakes and rivers.