Pokémon Expedition Mapping

Overview

Lesson 10 of 17 in Exploring Pokémon: Science and Beyond. The student uses coordinates, grid references, direction, distance and scale to plan a safe Pokémon research expedition, applying environmental evidence to a geographical and scientific decision.

Learning intentions

• WALT use coordinates and grid references to locate places accurately.
• WALT use a map scale to calculate or estimate travel distances.
• WALT compare routes using direction, distance and environmental evidence.
• WALT explain and persuasively justify the safest expedition route.

Success criteria

• I can accurately plot at least eight Pokémon habitats or research locations.
• I can use a ruler, scale and directions to calculate or estimate route distances.
• I can identify environmental hazards and useful natural features.
• I can explain why my chosen route is the safest, using evidence from the map.

Curriculum links

• Scientific enquiry: using observations, evidence and measurements to answer questions and make decisions.
• Earth and environmental science: recognising how physical environments, resources and hazards affect living things.
• Mathematical thinking: reading coordinates, measuring length, using scale and describing direction.
• Geographical skills: interpreting maps, grid references, routes and spatial relationships; communicating a reasoned decision.

Lesson structure (60 minutes)

1. 0–7 minutes – Hook and mission briefing Open with the expedition hook and mission briefing. Present the challenge: “A research team must visit eight Pokémon locations and return to base. Which route is safest for the Pokémon and the researchers?” Discuss what makes a route safe: short distance, stable ground, fresh water, shelter, low hazard and protection of habitats. Explain that Pokémon are fictional, but the environmental reasoning is scientific.

2. 7–15 minutes – Teach coordinates, direction and scale Use the map-skills teaching slides to model reading across first, then up, for example B4. Demonstrate plotting a location, using north, south, east and west, and measuring a straight route with a ruler. Model a scale such as 1 cm = 1 km, including how to estimate a route made of two or more sections. Ask the student to predict which of two routes is shorter before measuring.

3. 15–25 minutes – Plot the expedition locations Distribute the Pokémon expedition map and plotting tasks. The student plots at least eight named locations, such as Base Camp, forest habitat, river crossing, mountain cave, wetland, meadow, rocky shore and observation station. Check each coordinate together after it is plotted. Include a quick coordinate challenge: give three coordinates orally and ask the student to locate and name the corresponding places.

4. 25–38 minutes – Measure and calculate routes The student uses the map, ruler and scale to measure two or three possible routes between the locations. Encourage careful recording of each section and a total distance. Where a route is curved, demonstrate measuring with short straight sections or a strip of paper. Prompt the student to consider whether the mathematically shortest route is always the best scientific choice.

5. 38–51 minutes – Design and justify the safest route Ask the student to choose a route that visits all eight locations, or to explain if a research team should use a small number of linked routes. The student marks the chosen route in colour and annotates hazards and evidence, such as a flooded river, steep mountain, exposed coast, fragile wetland or sheltered forest. The student then gives a short persuasive explanation: “Our team should use this route because…” Require at least two environmental reasons and one distance or direction reason.

6. 51–57 minutes – Coordinate challenge and review Return to the challenge and discussion slides. Give a final coordinate challenge involving a new location, a direction instruction and a scale calculation. Ask the student to explain one mistake they avoided and one mapping skill they can now use outside the lesson, such as reading a park map or planning a walking route.

7. 57–60 minutes – Exit response The student completes the final section of the route explanation and self-check. They write the chosen route, estimated total distance and strongest environmental evidence. Review the response together and record one next step for Lesson 11.

Resources

• the Pokémon expedition map-skills deck
• the Pokémon expedition map and plotting tasks
• Pencil, coloured pencils or felt pens
• Ruler and, if available, string or a strip of paper for curved routes
• Calculator, optional for checking totals
• A clear desk space for working with the map
• Timer
• Notebook for recording verbal explanations

Assessment

• Check whether at least eight locations are plotted accurately and whether coordinates are read in the correct order.
• Observe measuring, scale use and route calculations; ask the student to explain how an answer was obtained rather than relying only on accuracy.
• Assess the final explanation for a clear route choice supported by at least two environmental reasons and one distance or direction reason.

Differentiation

• Support: use a large, uncluttered grid; colour-code the horizontal and vertical axes; model one example before each new task; allow the student to use a direction reference.
• Support: begin with whole-centimetre distances and provide a partially completed route table. Read instructions aloud and break the task into one location or route section at a time.
• EAL/SEN: use icons for hazards and habitats, sentence frames such as “The route is safer because…”, and verbal or labelled-map responses instead of extended writing.
• Extension: require the student to compare two complete routes, calculate the difference in distance, and explain why the longer route may still be more environmentally responsible.