Unit 1: Changing Populations
ποΈ Physical factors: climate, water, soil, natural hazards
ποΈ Human factors: jobs, infrastructure, history, politics
π€ Low-income countries (LICs)
π‘ Middle-income and emerging economies (MICs/NEEs)
π΅ High-income countries (HICs)
π§³ Voluntary internal migration β people moving within their country for work/lifestyle
π Coreβperiphery patterns β rich βcoreβ vs. poorer βperipheryβ
π Megacities β massive cities growing fast (10 million+)
2 contrasting examples of uneven population distribution (e.g. sparse vs dense areas)
Compare why people live where they do
Look at different scales β local to global
Analyze interactions between population and economy
See how populations change over time β and how places respond.
β Natural increase (births β deaths)
πΆ Fertility rate
π Life expectancy
π§ Age structure (youthful/ageing)
βοΈ Dependency ratio β how many people rely on others
2 or more contrasting countries with different population changes
What happens when megacities grow too fast?
βͺοΈ Housing problems
βͺοΈ Informal jobs
βͺοΈ Inequality
π Case study: One fast-growing megacity (e.g. Lagos, Jakarta)
Why are people forced to move (e.g. war, disaster, persecution)?
βͺοΈ Push factors: reasons to leave
βͺοΈ Consequences: for individuals and host countries
π Case study: Two examples of forced migration or internal displacement
Analyze how population changes affect people and places
Understand spatial links between origin and destination
Explore population problems β and the solutions being tried.
π¨βπ©βπ§βπ¦ Family size changes
βοΈ Sex ratio imbalances
π΄ Ageing and greying populations
βͺοΈ Seen more in Europe, Japan, etc.
π§· Ageing population strategies
πΆ Pro-natalist policies (e.g. France wants more babies!)
π« Anti-natalist policies (e.g. Chinaβs One Child Policy)
π©β𦱠Gender equality & π‘οΈ anti-trafficking policies
When a country has lots of working-age people, it can grow economically β if used well
π Case study: One country benefiting from its demographic dividend (e.g. India, Vietnam)
Explore how population changes shift global power
βͺοΈ e.g. youthful Africa, ageing Europe
Compare local vs national vs international consequences
Unit 2: Global Climate - Vulnerability and Resilience
Explore whatβs causing Earth to heat up β naturally and through human activity.
π€οΈ Natural greenhouse effect: keeps Earth warm and life-friendly
βοΈ Energy in = Energy out: if that balance is disturbed, climate changes
π Volcanoes: dust blocks sunlight β short-term cooling (global dimming)
βοΈ Solar radiation: changes over time (sunspot cycles)
π§ Albedo: white ice reflects sun β melts β less reflection β more warming (feedback loop!)
π Methane: released from melting permafrost, cows, rice farming β traps heat
βͺοΈ More warming = more methane = more warming (positive feedback)
π» More COβ, CHβ, and NβO from:
Transport π
Industry π
Deforestation π³
Global trade & consumption π
π΅ Rich countries emit more historically
π± Some emerging economies now emit more per capita (e.g. Qatar, USA)
π Globalisation spreads pollution and responsibility
Understand how Earthβs systems are connected: atmosphere, ice, oceans, land
Learn how feedback loops accelerate change
Think spatially β where emissions come from, and where effects are felt
Understand whatβs already happening β and what could happen next.
π§ Ice melts β rising sea levels
π Ocean warming β coral bleaching, stronger storms
π«οΈ Extreme weather: more droughts, floods, hurricanes
πΏ Biomes shift: animals migrate, forests change location
πΎ Agriculture changes:
Some crops fail
Some areas get longer growing seasons
Soil erosion gets worse
βοΈ Health risks (e.g. heatstroke, disease spread)
πΆββοΈ Climate migration (e.g. island nations, desertification zones)
π’ Ocean transport routes change β melting Arctic opens new trade paths
πΊοΈ Climate impacts are not felt equally β poorer places hit harder
π There is uncertainty: not sure exactly when or how bad, but risks are growing
What are governments, businesses, and communities doing about it?
ποΈ Low-lying areas (e.g. Maldives) = high exposure
πΈ Wealth = more ways to adapt (e.g. sea walls, insurance)
πΆ Age, education, and gender affect vulnerability
π Case study: Two places with very different vulnerability
π Global cooperation (e.g. Paris Agreement)
π° Carbon trading/offsetting
π°οΈ Technology: geo-engineering, renewable energy, carbon capture
π§ Youth movements (e.g. Fridays for Future)
π’ Eco-friendly companies
π§βπΎ Community projects (e.g. tree planting, local adaptation)
π Case study: One country where non-government actors lead climate action
Ask:
Who should act? π
Is it fair to expect poor countries to do more? βοΈ
Which solutions are realistic or urgent?
Unit 3:Β Global Resource Consumption and Security
π± Development = more resource use
π° The New Global Middle Class = rising incomes, rising demand
π¦Ά Ecological footprints: show human demand vs Earth's capacity
Measured at:
βͺοΈ π§ Individual
βͺοΈ ποΈ National
βͺοΈ π Global
π§ Water
πΎ In food production (especially meat)
π§΄ In products (e.g. cotton, plastic)
π Embedded water = "virtual" water use
πΎ Land/Food
π Diets are changing: more meat, processed food
π± Demand for farmland and sustainable sources grows
β‘ Energy
π’οΈ Fossil fuels (coal, oil, gas)
β’οΈ Nuclear
π Renewables (solar, wind, hydro)
π¬ New tech (e.g. hydrogen fuel cells)
See how places connect through trade and consumption
Spot trends across regions (e.g. Asia vs Europe)
What happens when demand exceeds supply?
π§ Water scarcity
πΎ Food shortages
π Energy dependence (especially on fossil fuels)
All are interconnected β problems in one affect the others
Examples:
π° Water security = clean, accessible water
π Food security = enough food to meet dietary needs
π Energy security = reliable supply at affordable prices
βοΈ Droughts, floods affect water & crops
βοΈ Melting glaciers reduce water storage
π Disruption of global energy and food trade routes
2 contrasting countries with different resource security (e.g. Norway vs Chad)
β»οΈ Global trade in waste (e.g. e-waste to Asia/Africa)
π Uneven systems for recycling and reuse
Explore perspectives on whatβs βsecureβ
Look at different scales β household to global
How do we manage resources fairly and sustainably?
π¨ββοΈ Governments
π Corporations
π₯ Civil society (NGOs, communities)
β Pessimists (e.g. Neo-Malthusians): weβll run out!
β
Optimists (e.g. Boserup): innovation will save us
βοΈ Stewardship views: careful, balanced use
π Circular economy
Reduce, reuse, recycle
Design waste out of the system
E.g. clothes made from recycled plastics
π Sustainable Development Goals (SDGs)
17 UN targets to improve life and protect the planet
ποΈ Aim: balance people, planet, prosperity
Evaluate which strategies work best
Assess who benefits most or least
Think locally and globally