Mapping Landforms

Overview

In this lesson, students investigate how Australia’s major landforms are spatially distributed across different regions. Using technology, they build digital slideshows that communicate patterns found through research and simple spatial representations.

Learning intentions

• Students will describe spatial patterns in Australian landforms (location, distribution and relationships).
• Students will use geographic data and basic map skills to interpret where landforms are found.
• Students will communicate findings using a digital slideshow with clear explanations and evidence.
• Students will collaborate to check accuracy and relevance of information.

Success criteria

• I can identify key landform types and state where they are found across Australia.
• I can explain a distribution pattern using map or data evidence.
• I can create slideshow slides that include a map/graphic, a short explanation, and accurate facts.
• I can use appropriate sources and describe how my information was found.

Curriculum links

• Students develop geographic inquiry skills by collecting, sorting and interpreting information about places and environments.
• Students apply map and spatial reasoning to explain where features are located and how they are distributed.
• Students use digital technologies to represent and communicate geographical information.
• Students demonstrate understanding of Australia’s landscapes and how physical processes shape them over time.

Lesson structure (60 minutes)

1. 0–5 min | Hook + lesson purpose

• Show two contrasting Australian landform images (for example, desert dunes and mountain ranges) without labels. Students quickly suggest what part of Australia each might be found in and why.
• Explain that today they will examine spatial distribution and create slideshow slides.

2. 5–15 min | Mini-lesson: spatial distribution language

• Model a short “spatial reasoning checklist” on the board: location (where), spread (how widely), clustering vs scattered, and relationships to other features (such as coast vs inland or highlands vs plains).
• Provide a worked example: “I see mountains clustered near the east and parts of the south, while extensive plains dominate central and western inland areas.” Emphasise using evidence from a map or dataset.

3. 15–25 min | Technology setup + research focus

• In pairs, students open their shared slideshow draft from Lesson 3 and choose one landform category (mountains, plateaus, plains, deserts/dunes, coastal landforms).
• Each pair locates at least two reliable sources (teacher-approved books, encyclopedias, school library resources, or government/education websites). They record source details for later referencing in notes.

4. 25–40 min | Build spatial representations

• Students create a simple spatial visual for their chosen landform category:
• Option A: mark locations on a blank outline map (digital or printed then scanned).
• Option B: add a map image and annotate with 3–5 key labels (region/state, coastal/inland, main examples).
• Students write 3 short statements that explain the distribution pattern using spatial language and evidence (for example, “These landforms are concentrated in…”).

5. 40–52 min | Draft slideshow slide(s)

• Students design 1–2 slides:
• Slide 1: title + map/graphic + brief location summary.
• Slide 2 (optional if ready): “What it looks like” + 2–3 key facts + evidence sentence (“This is supported by…”).
• Teacher circulates, checking for clear evidence links (map/graphic used in explanation) and factual accuracy.

6. 52–57 min | Peer check (accuracy + clarity)

• Students swap slideshows or exchange screenshots with another pair. They use a short feedback routine: “One thing that is clear, one question, one suggestion to strengthen evidence.”
• Teacher prompts groups to improve wording to include distribution evidence rather than only descriptions.

7. 57–60 min | Exit ticket + save

• Students submit one short response: “My landform category is distributed mainly in… because the map/data shows…”
• Ensure slides are saved and ready for the final assembly in the next lesson.

Resources

• Laptops/tablets with slideshow software (or offline slideshow template)
• Access to Australia outline maps (digital or printable)
• Teacher-approved research materials (library books, school database, curriculum-aligned sources)
• Annotation tools (text boxes, markers, shapes)
• Headphones (optional) for audio/text-to-speech while reading sources
• Student research note template (landform, regions, evidence, sources)
• Checklist for spatial distribution statements
• Projector/interactive display for modelling
• Pair collaboration roles (Researcher, Mapper, Writer) to support organisation

Assessment

• Formative assessment: teacher observation of students using spatial language and linking explanations to maps/data during circulation.
• Product assessment: quality of slideshow slide(s) including location/distribution explanation, accuracy of facts, and presence of a map/graphic.
• Exit ticket: determines whether students can articulate a distribution pattern using evidence.

Differentiation

• Support:
• Provide a sentence starter bank for spatial explanations (for example, “The map shows that…” “This landform is found mainly in…”).
• Offer a partially completed outline map with regions pre-printed for easier annotation.
• Allow students to choose from a smaller set of landform categories to reduce cognitive load.
• Extension:
• Challenge students to add one “relationship” statement (for example, how distribution relates to coastlines, plateaus, rainfall patterns, or plate boundaries).
• Ask students to compare two landform categories: “Where are they similar/different in distribution and why might that be?”
• EAL/SEN:
• Provide simplified source texts at varied reading levels and allow audio support.
• Use visual vocabulary cards for location, cluster/scatter, coastal/inland, north/south/east/west.
• Break tasks into clear roles and time checkpoints with quick teacher feedback.
• Gifted/high-achieving:
• Encourage adding a second map graphic or data point (for example, a regional inset) and include a more precise explanation.