Pokémon Field Study

Overview

This final lesson brings together the student’s research, mapping, data analysis, creative design and communication from the unit. The student will present an integrated field-study portfolio answering: How could a Pokémon and its habitat thrive responsibly?

Learning intentions

• WALT synthesise scientific research, mapping, data, art and communication.
• WALT explain how a Pokémon’s features and habitat are connected.
• WALT use evidence to suggest responsible ways people could protect the habitat.
• WALT present conclusions clearly and respond thoughtfully to questions.
• WALT reflect on how learning has developed across the unit.

Success criteria

• I can include accurate scientific research about my Pokémon and its habitat.
• I can use a map, analysed data and creative design to support my ideas.
• I can explain my conclusions clearly using appropriate scientific and language features.
• I can answer questions and identify one strength and one next step.

Curriculum links

• Scientific enquiry: asking questions, gathering and interpreting evidence, and communicating findings.
• Living things and their environments: describing habitats, adaptations, interdependence and human impacts.
• Scientific literacy: using tables, graphs, maps, labelled diagrams and precise vocabulary.
• Cambridge-style transferable skills: observing, recording, analysing, evaluating, presenting and reflecting.

Lesson structure (60 minutes)

1. 0–5 minutes – Revisit the mission Open the opening challenge and presentation goals and reread the question: How could a Pokémon and its habitat thrive responsibly? Invite the student to explain what “thrive responsibly” means, linking this to care, stewardship and wise use of resources.

2. 5–15 minutes – Assemble the field-study portfolio Gather completed unit work, display materials and presentation equipment. Use the field-study portfolio organiser to check that the portfolio contains research notes, a habitat map, data and analysis, creative design, language work and a conclusion. The teacher supports the student to select the strongest evidence rather than adding unnecessary decoration.

3. 15–25 minutes – Prepare the presentation The student arranges the portfolio, model or map in a logical order and rehearses a short explanation using the portfolio checklist and presentation sequence. The suggested sequence is: introduce the Pokémon, describe its habitat and adaptation, explain the map, interpret the data, propose responsible actions, and state the conclusion.

4. 25–40 minutes – Present the integrated field study The student presents to the teacher or family member, using the model, map and portfolio as evidence. The audience listens for accurate science, clear links between evidence and conclusions, and responsible environmental thinking. Record brief notes against the rubric in the field-study portfolio organiser.

5. 40–48 minutes – Defend conclusions through questions Ask two or three questions from the audience question prompts, such as: “Which evidence best supports your conclusion?”, “What might threaten this habitat?”, and “How could people help without causing further harm?” Encourage the student to refer to data, maps or research rather than guessing. If appropriate, the student may ask the audience one question about the presentation.

6. 48–55 minutes – Give feedback and improve one element Discuss one successful feature and one improvement. The student makes a small, meaningful revision, such as adding a map label, clarifying a data statement, improving a spoken explanation or strengthening the responsible-action recommendation.

7. 55–60 minutes – Final reflection Complete the reflection section of the field-study portfolio organiser. Return to the reflection and celebration slide and discuss: “What can I now do as a scientist that I could not do at the beginning of the unit?” Celebrate persistence, creativity, careful observation and responsible decision-making.

Resources

• the integrated field-study presentation deck
• the field-study portfolio organiser
• Completed research notes and written work from the unit
• Student’s habitat map, data table or graph, model and artwork
• Coloured pencils, paper, glue and display materials
• Optional tablet, camera or presentation screen
• Simple timer
• Teacher or family audience

Assessment

• Use the portfolio organiser as a formative rubric: accurate science, map quality, data analysis, creative design, language and spoken explanation.
• During questioning, assess whether the student can justify conclusions using evidence and explain responsible choices.
• Review the final self-assessment for honest reflection, identified strengths and a realistic next step.

Differentiation

• Support: allow the student to use presentation cue cards, labelled visuals, sentence starters and rehearsal pauses. Accept oral explanations alongside written evidence.
• Support for EAL or literacy needs: pre-teach and display words such as habitat, adaptation, evidence, resource, impact and responsibly; permit drawing, pointing and key words before full sentences.
• Support for attention, memory or motor needs: present the portfolio in short sections, use a visible timer, and allow the student to stand, sit or handle one item at a time.
• Extension: ask the student to compare two possible habitat-management choices, identify a trade-off, and explain which option is most sustainable and why.