
Drs. Maria Stager (UMass Amherst) and Dai Shizuka (University of Nebraska).

Explore the secret lives of nonmigratory winter birds! Use data, games, and simulations to uncover their unique adaptations for surviving the cold and reveal the 'feathered flurries of activity' in the dead of winter.
Play a trivia game to identify adaptations of birds in winter. Participate in a simulation modeling the feeding patterns of Downy Woodpeckers. Analyze data of the actual scientists studying birds overwinter

Students will be able to...
Differentiate between winter survival strategies.
Identify adaptations of birds in winter.
Make predictions about feeding behavior in birds overwinter.
Presentation (Lesson 1)
Need: WiFi, Computer, Projector, Sound
Student Worksheet (Lesson 1)
Print 1 Per Student
Teacher Worksheet (Lesson 1)
Print 1
15 min: Background
What do birds do in the winter?
What do birds do in the winter?
15 min: Connect
What are some adaptations of birds that stay in cold climates for winter?
What are some adaptations of birds that stay in cold climates for winter?
Test your knowledge in a trivia game to match winter time adaptations with the correct bird!
The "Game Slides" are embedded in the Lesson 1 presentation. Students will fill in the missing information for each bird on their student sheet.
This game can be played in small groups, partners, or independently. Choose the option that works best for your learners.
10 min: Hypothesize
What are some possible explanations for feeding patterns of birds overwinter?
What are some possible explanations for feeding patterns of birds overwinter?
5 min: Closure
Exit Ticket
Exit Ticket
Give students the chance to reflect on, and make a claim about which bird in this lesson they think has the coolest adaptation. Encourage students to defend their thinking.
Ideas and resources for deepening learning on this topic.
Dr. Maria Stager (whose work this unit is based on) is the guest on this podcast discussing her work. Check it out!
Students will be able to...
Make connections between winter temperatures and feeding behavior in birds.
Simulate feeding behaviors of Downy Woodpeckers.
Learn how scientists collect data to understand feeding behavior of birds overwinter.
Presentation (Lesson 2)
Need: WiFi, Computer, Projector, Sound
Teacher Handout (Lesson 2)
Print 1
Student Worksheet
Print 1 Per Student
Teacher Worksheet (Lesson 2)
Print 1
Worksheet
5 min: Review
How do birds cope with the cold of winter?
How do birds cope with the cold of winter?
10 min: Background
What are some more adaptations of birds overwinter?
What are some more adaptations of birds overwinter?
Watch [ERROR: CHECK {vid2} REFERENCE. NO LINK FOUND]() to discover… Then learn more about the Downy Woodpecker.
15 min: Simulation
Can you help a Downy Woodpecker survive 4 days in winter by foraging?
Can you help a Downy Woodpecker survive 4 days in winter by foraging?
This simulation parallels the real research of scientists studying these overwinter birds, while students gain experience collecting their own data. The game can be played individually, in pairs, or in small groups, but we recommend small groups so students can discuss strategy.
-Materials Required: dice (1 per student, partnership, or small group) -Optional Materials: Small tokens that can be used to visualize the food points in this simulation. We recommend dried beans (30 per student, partnership, or small group).
10 min: Reflection
Did your bird surivive?
Did your bird surivive?
Facilitate a class discussion about the simulation using the questions on the slides. This is a chance to discover what worked, what didn't, and what could be done differently if given the chance to play again (something we totally encourage!).
5 min: Exit Ticket
How do you think the foraging behavior of Downy Woodpeckers changes with the seasons?
How do you think the foraging behavior of Downy Woodpeckers changes with the seasons?
Continue the class discussion by getting students to share out their thoughts on this question.
Possible responses are included in the speaker notes on the Exit Ticket slide.
Ideas and resources for deepening learning on this topic.
Dr. Maria Stager (whose work this unit is based on) is the guest on this podcast discussing her work. Check it out!
Presentation (Lesson 3)
Need: WiFi, Computer, Projector, Sound
Teacher Worksheet (Lesson 3)
Print 1
Handout
Student Worksheet
Print 1 Per Student
5 min: Review
How does temperature affect foraging behavior in Downy Woodpeckers?
How does temperature affect foraging behavior in Downy Woodpeckers?
15 min: Connect
How does the data from the simulation in Lesson 2 compare to real data?
How does the data from the simulation in Lesson 2 compare to real data?
Students analyze the real-world foraging data. Then they compare data gathered in the simulation from Lesson 2 with the actual foraging behavior of Downy Woodpeckers, and answer guided questions about the data sets.
20 min: Data Analysis
What can we infer from the data about the foraging behavior of another overwintering bird?
What can we infer from the data about the foraging behavior of another overwintering bird?
Scientists are also studying the foraging behavior of White-Breasted Nuthatches. Students will explore this data and use evidence to draw conclusions about another overwintering bird. Then, watch [ERROR: CHECK {vid3} REFERENCE. NO LINK FOUND]() to hear the scientists explain their findings.
Encourage students to recognize that the trend line on the Downy Woodpecker feeder graph is much steeper than the trend line on the WB Nuthatch graph.
5 min: Exit Ticket
How do scientists learn about overwintering bird behaviors?
How do scientists learn about overwintering bird behaviors?
Read the two Exit Ticket questions aloud. Students record their responses on their worksheets.
Ideas and resources for deepening learning on this topic.
Introduce students to scientific controversy with this awesome study in Oecologia demonstrating extended torpor (hibernation?) in a crazy bird.
Dr. Maria Stager (whose work this unit is based on) is the guest on this podcast discussing her work. Check it out!
Challenge students to dive into this recent study on overwintering behavior of hawks in the Journal of Raptor Research
BirdsInWinterAssessmentDigital
Birds in WinterAssessmentPrint (TEACHER KEY)
Birds in WinterAssessmentPrint (STUDENT)
Share your feedback in < 5 min to help us demonstrate impact to funders:
Dimension:Performance Expectation
Students will explore feeding patterns of birds overwinter. They will analyze and interpret data in graphs, make hypotheses about the data, and interact with a variation of the data in a simulation.
Students will use authentic data to draw conclusions about the connection between temperature and feeding behavior of overwintering birds.
Dimension:Measurement, Data, Probability & Statistics
Students will analyze data sets to identify patterns in temperature changes and feeding behaviors of birds overwinter.
Students will analyze data sets to identify patterns in temperature changes and feeding behaviors of birds overwinter.
Students will analyze data sets to identify patterns in temperature changes and feeding behaviors of birds overwinter.
Dimension:Writing
Students will use both qualititative and quantitative data as evidence to support claims.
Students will use both qualititative and quantitative data as evidence to support claims.
Students will use both qualititative and quantitative data as evidence to support claims.
Dimension:Science & Engineering Practices
Students will observe data, images, and videos of birds in winter to develop questions about feeding behaviors.
Students can connect with this content by observing birds where they live. This unit provides an easily accessible way to observe real-world phenomena in populations of birds.
Students will apply concepts of adaptations and feeding patterns of birds in winter from L1 and L2 to develop explanations for new data sets.
Students will interact with authentic data in graphs and simulations, and use this data as evidence to support their thinking.
Students will analyze a new data set, and apply concepts of feeding patterns of birds to draw conclusions.
Dimension:Disciplinary Core ideas
Students will observe adaptations of birds that migrate and overwinter to understand how these characteristics help each bird survive the winter months.
August 11, 2025