7.5 Patterns of Economic Activity — Industrial Production

At a glance

Topic: People, Patterns and Processes — 7.5 (spatial patterns of industrial production)
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 economic activity — industrial production (the changing spatial pattern of manufacturing; major concentrations; economic restructuring and the new international division of labour).

Outcomes

GE-11-01 spatial patterns & changeGE-11-02 processes across scalesGE-11-03 perspectives & responsesGE-11-05 analyse & synthesise sourcesGE-11-09 communicate geographically

Key concepts

space (where manufacturing concentrates), change (the ~50-year shift), interconnection (global supply chains), scale (local hub → global pattern), sustainability (impacts of industrial change)

Lesson sequence & timings

Time	Phase	Teacher does / says	Slides
0–8'	Hook	Project the world map (7.5.2). "Where is most of the world's manufacturing — and has it always been there?" Elicit that the map has shifted over 50 years.	1–2
8–22'	Pattern & concentrations	Teach 7.5.1–7.5.2 (World Bank framing: ~15–17% of global GDP; China largest by output; four clusters; NW Europe's "Blue Banana"). Activity 1 (factors of the shift).	3–6
22–40'	Evolution	Teach 7.5.3 with the timeline; stress how "how" and "where" change together (containers, automation, supply chains). Link to Standard Graphs skill.	7–8
L2 0–22'	Decline vs rise	Teach 7.5.4 (Rust Belt) & 7.5.5 (Zhengzhou). Activities 2 & 3.	9–12
L2 22–40'	Restructuring & NIDL	Teach 7.5.6 with Fig 7.5.2b; define economic restructuring & the new international division of labour. Activity 4 (compare).	13–14
L2 40–50'	Consolidate	Activity 5 (key concepts) + exit ticket. Set homework.	15

Activities & model answers

Activity 1 — Factors of the shift

A strong answer

Any four of: lower labour costs in emerging economies; cheaper transport (containerisation) and communications enabling globally split production; supportive government policy / special economic zones / infrastructure (e.g. China); automation eroding the advantage of older Western plants; access to fast-growing Asian markets; availability of land and materials. Each factor should be explained, not just named.

Activity 2 — Explain the Rust Belt's decline

Look for

Region named (US north-east / Great Lakes Manufacturing Belt) with cities (Pittsburgh — steel; Detroit — cars; also Cleveland, Buffalo, Chicago); decline from the 1960s–80s = deindustrialisation; the three drivers — overseas competition (Japan, then Korea & China), automation replacing workers, and the decline of steel and coal; consequences (closures, population loss, social/political strain); optional: reinvention around services/high-tech (Pittsburgh).

Activity 3 — Analyse Zhengzhou

Key

Foxconn "iPhone City" = huge assembly employer drawing suppliers & skilled labour; industrial/airport-economy zones = ready land, incentives & utilities for electronics/IT; rail & air logistics incl. Zhengzhou–Europe freight = fast, cheap access to global markets; cross-border e-commerce zone = links manufacturing to online export. "Other side" sentence: Zhengzhou is a destination for the production (and jobs) that left declining Western regions like the Rust Belt — the same global process, opposite outcome.

Activity 4 — Compare rise and decline

Model

Rust Belt: declining; steel/cars/heavy industry; drivers = overseas competition, automation, steel/coal decline; illustrates deindustrialisation / change. Zhengzhou: rising; electronics/IT/e-commerce; drivers = low cost, policy/zones, logistics, FDI; illustrates emergence / the new international division of labour.

Activity 5 — Key concepts

Indicative

Space = manufacturing concentrates in four clusters, not evenly; Change = production has shifted West → emerging economies over ~50 years; Interconnection = global supply chains link factories, materials & markets across countries; Scale = a single hub (Zhengzhou) is part of a global pattern.

Key questioning (with answers)

Q: Roughly what share of global GDP is manufacturing, and who is the largest manufacturer? ≈15–17% of global GDP (World Bank framing); China is the largest manufacturer by output, with manufacturing ≈26–28% of its own GDP.
Q: Where is NW Europe's manufacturing core? The "Blue Banana" arc — from northern England and the Benelux, down the Rhinelands, to northern Italy. (Not "Eastern Russia to the UK".)
Q: What is the new international division of labour? The shift over recent decades of routine production from traditional Western centres to lower-cost emerging economies, while design, finance and management often remain in the West.

Differentiation

Support: pre-labelled world map for Activity 1; sentence starters for the Rust Belt paragraph; a word bank (deindustrialisation, automation, restructuring).
Extension: research a third example (e.g. the German Ruhr's restructuring, or Shenzhen); evaluate whether "reshoring"/automation could reverse the shift.
EAL/D: visual glossary (manufacturing, deindustrialisation, supply chain, division of labour, restructuring).

Assessment & homework

Exit ticket: one factor driving the shift + one driver of Rust Belt decline.
Homework: a paragraph comparing the Rust Belt and Zhengzhou (Activity 4 written up); read ahead to 7.6.

Useful resources & recent data

World Bank — Data (Manufacturing, value added % of GDP): data.worldbank.org
Our World in Data (economic growth, trade & industrialisation): ourworldindata.org
NESA — Geography 11–12 Syllabus (2022): curriculum.nsw.edu.au/learning-areas/hsie/geography-11-12-2022
Skill link-outs: Standard Graphs (reading economic data graphs) · Types of Maps

Teaching note — accuracy & up-to-date figures. Present manufacturing's GDP share as a range (~15–17%, World Bank) and attribute it; discourage students copying a single, precise, out-of-date figure. Emphasise that China is the largest manufacturer by output. The figures here are illustrative schematics — use World Bank / Our World in Data charts for live values.

Provenance: converted from Bill's earlier lesson; facts re-verified to public sources. Two source errors corrected: (1) the old "European belt from Eastern Russia to the UK" is replaced with the correct NW/central European core — the "Blue Banana" (N England / Benelux → Rhinelands → N Italy); (2) the unverified "14.4% of global GDP in 2021" is replaced with the World Bank framing (~15–17% of global GDP; China the largest manufacturer by output; ~26–28% of China's GDP). No textbook images reproduced — figures redrawn.

7.5 — Patterns of Economic Activity: Industrial Production