Behavioural Adaptations in Climate

Overview

In this lesson, students investigate how changes in temperature and climate can lead to behavioural adaptations in animals and plants. They practise explaining cause-and-effect relationships and using scientific language to communicate findings from a short investigation and discussion.

Learning intentions

• Students will describe how temperature and climate change can influence living things.
• Students will identify examples of behavioural adaptations (such as sheltering, migration, changing activity times).
• Students will explain how these behaviours help organisms survive and meet their needs.
• Students will use scientific vocabulary to communicate a small investigation or model.

Success criteria

• I can give at least two examples of behavioural changes in response to temperature or climate.
• I can explain how the change helps the organism survive (for example, finding food, avoiding heat/cold, finding safer habitat).
• I can use key terms correctly: habitat, climate, temperature, adaptation, survival.
• I can communicate my ideas clearly using a labelled drawing, sentences, or a short paragraph.

Curriculum links

• Science: explain roles and interactions of consumers, producers and decomposers within a habitat and how food chains represent feeding relationships — students connect behavioural changes to survival and habitat interactions.
• Science: write and create texts to communicate findings and ideas, using scientific vocabulary — students create a brief report or science caption set.
• HASS: propose actions or responses to an environmental issue, considering possible effects — students reflect on what actions could reduce harm from climate impacts in habitats.
• HASS: the importance of environments, including natural vegetation and water sources, to people and animals — students link habitat features to behavioural needs during climate change.

Lesson structure (45 minutes)

1. 0–5 min · Hook (Think–Pair–Share). Teacher shows a simple scenario: “It’s getting hotter and drier in the wetland—what might animals do differently?” Students think, then pair-share one possible behaviour change.

2. 5–12 min · Direct teach (Cause → Effect). Teacher introduces the idea of behavioural adaptations using age-appropriate examples (e.g. animals becoming more active at cooler times, seeking shade, moving to water, staying hidden, changing where they find food). Students record a “cause/effect” table in their books: Temperature/climate change → possible behaviour → survival benefit.

3. 12–20 min · Quick investigation (Behaviour model). Teacher sets up two “activity zones” on the floor (paper “shade” area and paper “open sun” area). Students roll a die or read a prompt card showing a “temperature” change (cool, warm, very hot). Students then choose what behaviour fits the prompt (move to shade, stay quiet/low-energy, “seek water” zone). Teacher listens for cause-and-effect explanations and correct use of vocabulary.

4. 20–27 min · Habitat link (Discussion). Teacher prompts: “How might behavioural changes affect other living things in the same habitat?” Students discuss in small groups and add one idea to their table about food relationships (for example, if an animal changes when it hunts, it may affect which consumers/producers are involved in feeding relationships).

5. 27–36 min · Build a behaviour adaptation explanation (Mini-text). Students choose one local habitat example (wetland animals, plants, insects) and create a short “science message” (3–5 sentences or a labelled drawing with captions) describing: the climate/temperature change, the behaviour change, and the survival benefit. Teacher provides sentence starters if needed (see Differentiation).

6. 36–42 min · Gallery share (Feedback). Students do a quick gallery walk or teacher-led sampling: each group shares one key behaviour and one survival reason. Teacher gives immediate verbal feedback focused on scientific vocabulary and clarity of cause-and-effect.

7. 42–45 min · Exit ticket (Check understanding). Students write: “One behavioural adaptation I learned is ___ because ___, which helps survival by ___.”

Resources

• Scenario cards showing temperature/climate prompts (cool, warm, very hot, drier)
• Two floor areas labelled “shade” and “water”, plus a third “open” zone
• Die or spinner for choosing prompt scenarios
• Student science notebook paper or worksheets (cause/effect table)
• Sentence starters (optional): “When the temperature…”, “The organism will…”, “This helps it…”
• Coloured pencils for labelled drawings
• Timer/clock for each timed step

Assessment

• Teacher observation during the investigation model: students’ choices and whether they justify them with cause-and-effect language.
• Checking completed cause/effect tables for correct vocabulary and survival reasoning.
• Exit ticket responses for individual understanding and clarity of explanation.

Differentiation

• Support: provide sentence starters and a word bank (habitat, climate, temperature, adaptation, survival, shelter) and allow students to draw first then add captions.
• Support: pre-teach one or two example behaviours with a class anchor chart; allow students to mirror the structure in their mini-text.
• Extension: ask students to compare two habitats (wetland vs garden) and predict how behavioural adaptations might differ; or include a simple explanation of how food chains could be affected when animals change when/where they feed.
• EAL/SEN: use visuals for prompts and allow oral rehearsal with a partner before writing; accept short bullet explanations for the exit ticket if needed.