7.2 Patterns of Settlement — Teacher Lesson Plan

At a glance

Topic: People, Patterns and Processes — 7.2 (spatial patterns of settlement)
Duration: ~2 lessons (≈ 2 × 50 min)
Class: Year 11 Geography
Mode: Explicit teaching (deck) + activities + discussion

Companion resources

▸ Teaching slide deck
▸ Student study/review page
▸ Activity materials handout
▸ Topic Study Guide · Teacher index

Syllabus mapping — People, Patterns and Processes (2022)

Content: Spatial patterns of settlement — urbanisation and the growth of cities and mega-cities; the distribution and evolution of settlements; the environmental impact of urban growth (within "Overview of the diversity and extent of human activity").

Outcomes

GE-11-01 spatial patterns & changeGE-11-02 processes across scalesGE-11-07 geographical tools & skillsGE-11-09 communicate geographically

Key concepts

space (uneven distribution of cities), scale (village → mega-city), interconnection (trade & flows), change (urbanisation over time), sustainability (urban environmental footprint), place (why cities sit where they do)

Lesson sequence & timings

Time	Phase	Teacher does / says	Slides
0–8'	Hook	Project two images — an ancient/rural settlement vs a modern mega-city. "How did we get from one to the other, and where do most people live now?" Elicit the ~55% urban fact.	1–2
8–22'	Urbanisation	Teach 7.2.1 with Fig 7.2.1. Stress the trend: ~30% (1950) → ~55% (2018) → UN projects ~68% by 2050. Activity 1 (describe the trend).	3–4
22–35'	Mega-cities	Teach 7.2.2. Definition (>10m), Tokyo ≈37m, Delhi/Shanghai. Activity 2 (define + examples).	5–6
35–50'	Distribution	Teach 7.2.3 with Fig 7.2.3. Physical/economic/historical factors; concentration in Asia. Activity 3 (table).	7–8
L2 0–15'	Footprint	Teach 7.2.4 (~3% land, ~70% CO₂; sustainable urban development). Activity 4 (evaluate).	9–10
L2 15–35'	Evolution & trade	Teach 7.2.5–7.2.6 with Fig 7.2.2 (village → Uruk → industrial → mega-city) and trade as engine. Discussion.	11–14
L2 35–50'	Origins + consolidate	Teach 7.2.7 (Uruk). Activity 5 (key concepts) + exit ticket. Set homework.	15–17

Activities & model answers

Activity 1 — Describe the urbanisation trend

A strong answer

States that the urban share rose steadily while the rural share fell; the two lines cross around 2007–2008 (~50/50); quotes approximate values (≈30% urban in 1950, ≈55% by 2018, UN projection ≈68% by 2050); and notes the change is a long-run upward trend, with most future growth in Asia & Africa.

Activity 2 — Define the mega-city

Key

(1) A mega-city is an urban area/agglomeration with a population of more than 10 million. (2) Any three of Tokyo, Delhi, Shanghai (also e.g. São Paulo, Mexico City, Cairo, Mumbai). (3) They concentrate people, capital, infrastructure and decision-making — major nodes in the global economy.

Activity 3 — Explain the distribution

Look for

Physical: coasts/harbours (New York, Shanghai, Tokyo), rivers/fertile plains. Economic: trade routes, jobs, resources. Historical/political: capitals, colonial ports. Uneven because these advantages are unevenly spread — note the strong concentration in Asia.

Activity 4 — Evaluate the environmental footprint

Model

Agrees cities are heavy consumers (≈3% of land but ≈70% of energy-related CO₂, UN); but argues density enables solutions (green infrastructure, public/active transport, renewables, efficient shared infrastructure) so the footprint can be smaller per person than sprawl. A strong answer reaches a judgement, not just a list.

Activity 5 — Key concepts

Indicative

Space = cities cluster unevenly on coasts/rivers; Scale = settlements range from village to 10m+ mega-city; Interconnection = trade/flows grow cities; Change = the world shifted from ~30% to a projected ~68% urban; Sustainability = urban design determines the environmental footprint.

Key questioning (with answers)

Q: What exactly makes a city a "mega-city"? A population of more than 10 million — e.g. Tokyo (≈37m), Delhi, Shanghai.
Q: Why isn't the distribution of cities even? Cities form where physical, economic and historical advantages coincide (water, harbours, trade routes, capitals); these are unevenly distributed, so cities cluster — strongly in Asia today.
Q: How can cities be part of the environmental solution? Density shortens travel, shares infrastructure and spares surrounding land, so per-person impact can fall — if paired with green infrastructure, transport and renewables.
Q: What first made cities possible? The agricultural (Neolithic) revolution — food surpluses supported larger, non-farming populations, as seen at Uruk in Mesopotamia.

Differentiation

Support: pre-labelled graph axes for Activity 1; sentence starters for the evaluation ("Cities are… however…").
Extension: compare two mega-cities in different regions (e.g. Tokyo vs Lagos) on growth rate and challenges; research a primate city.
EAL/D: visual glossary (urbanisation, mega-city, distribution, footprint, surplus, agglomeration).

Assessment & homework

Exit ticket: define a mega-city + one reason cities cluster where they do.
Homework: the Activity 4 evaluation, written up; research a local urban area's growth. Read ahead to the next chapter.

Useful resources & recent data

UN DESA — World Urbanization Prospects (the ~68%-by-2050 projection; mega-city data): population.un.org/wup
Our World in Data — Urbanization (interactive urban/rural graphs to swap in for Fig 7.2.1): ourworldindata.org/urbanization
UN-Habitat (cities, energy & emissions; sustainable urban development): unhabitat.org
NESA — Geography 11–12 Syllabus (2022): curriculum.nsw.edu.au/learning-areas/hsie/geography-11-12-2022

Teaching note — data currency & accuracy. The source lesson framed the projection as "by 2030"; update this to the current UN framing — the world passed ~55% urban around 2018 and the UN projects ~68% urban by 2050 (UN DESA, World Urbanization Prospects). Present all projections as UN estimates, not certainties. Keep ancient-city dates and populations general (Uruk is an illustrative early example). Figures here are illustrative schematics — use the Our World in Data charts for the live figures.

Provenance: converted from Bill's earlier "Patterns of Settlement" lesson; facts re-verified to public sources (mega-city = >10m; UN ~68% urban by 2050; Tokyo ≈37m; Uruk, Mesopotamia). Outdated "by 2030" projection updated to current UN framing. No textbook images reproduced — figures redrawn as inline SVG.

7.2 — Patterns of Settlement

At a glance

Companion resources

Syllabus mapping — People, Patterns and Processes (2022)

Outcomes

Key concepts

Lesson sequence & timings

Activities & model answers

Activity 1 — Describe the urbanisation trend

Activity 2 — Define the mega-city

Activity 3 — Explain the distribution

Activity 4 — Evaluate the environmental footprint

Activity 5 — Key concepts

Key questioning (with answers)

Differentiation

Assessment & homework

Useful resources & recent data

🎦 Teaching-presentation — answer & discussion guide