Year 7
Term 1 – Geography Skills
This topic introduces Year 7 students to essential geographical skills, forming the foundation for future learning. It covers map reading, navigation, and interpretation of physical and human features. Students learn to use OS maps, grid references, compass directions, and scales, alongside understanding latitude, longitude, and relief. Lessons also explore types of geography (human, physical, environmental), site and situation of settlements, and Geographical Information Systems (GIS). These skills support spatial awareness, problem-solving, and critical thinking, preparing learners for advanced topics like climate zones and case studies. The unit emphasizes practical application through mapping exercises and orienteering activities.
Key Geographical Concepts
Location and Place – Understanding how to describe and interpret the position of features using latitude, longitude, and grid references.
Spatial Representation – Using maps, symbols, and GIS to represent physical and human geography accurately.
Keywords and Definitions
Latitude: Imaginary lines running east-west, used to measure distance north or south of the equator.
Longitude: Imaginary lines running north-south, used to measure distance east or west of the prime meridian.
Hemisphere: Half of the Earth, divided into northern and southern by the equator.
Human Geography: Study of human activities and their impact on the environment.
Physical Geography: Study of natural features like mountains, rivers, and climate.
Settlement: A place where people live, such as a village or town.
Site: The exact location of a settlement and its physical characteristics.
Situation: The location of a settlement in relation to surrounding features.
OS Map: Ordnance Survey map showing detailed physical and human features.
Relief: The variation in elevation and landforms on the Earth’s surface.
How Parents Can Support Learning
Practice Map Skills – Encourage children to use an atlas or online maps to locate places and practice grid references.
Explore Outdoors – Go on walks using OS maps or apps to identify physical and human features, reinforcing classroom learning.
Helpful Weblinks
BBC Bitesize – Geography Skills: https://www.bbc.co.uk/bitesize
Ordnance Survey Mapzone: https://www.ordnancesurvey.co.uk/mapzone
Calculating mean, median, mode and range: https://www.bbc.co.uk/bitesize/articles/zj6nb7h
Terms 2 and 3 – Understanding Global Superpowers
This topic explores global geographical superpowers—countries with significant influence worldwide due to economic strength, military capability, political stability, cultural impact, and resource wealth. Students learn how power is categorised, who the current superpowers are, and how the balance of power has shifted historically. Lessons cover hard and soft power, trade, transnational corporations (TNCs), military and political strength, and the role of physical geography. Case studies include the USA, Russia, China, and Antarctica, alongside China’s investment in Africa. The unit develops locational knowledge, critical thinking, and understanding of global interconnections and inequalities.
Key Geographical Concepts
Global Interdependence – How countries rely on each other through trade, diplomacy, and cultural exchange.
Spatial Distribution – The uneven global spread of power and resources, influencing development and geopolitics.
Keywords and Definitions
Superpower: A country strong in economy, military, politics, resources, culture, and demography, able to project global influence.
Uni-polar Power: One country dominates globally (e.g., British Empire).
Multi-polar Power: Several countries share global influence.
Hard Power: Using force (military, sanctions) to achieve objectives.
Soft Power: Using persuasion (culture, diplomacy) to influence others.
TNC (Transnational Corporation): A company operating in multiple countries.
Infrastructure: Systems enabling a country to function (roads, internet).
Economy: Wealth and trade of a country.
Diplomacy: Peaceful negotiation between countries.
Treaty: A formal agreement between countries.
How Parents Can Support Learning
Discussion and Current Affairs – Talk about news stories involving global powers (e.g., trade deals, military alliances) to link classroom learning to real-world events.
Map Skills Practice – Use an atlas or online maps to locate superpowers and their trade partners, reinforcing spatial awareness.
Helpful Weblinks
US News – Power Rankings: https://www.usnews.com/news/best-countries/rankings/power
BBC Bitesize – Globalisation and Interdependence: https://www.bbc.co.uk/bitesize
National Geographic – Global Power and Politics: https://www.nationalgeographic.com
Year 8
Term 1 – Rivers
This topic focuses on rivers and their role in shaping landscapes. Students learn about the water cycle, drainage basins, and processes such as weathering, erosion, transportation, and deposition. The unit explores river landforms (e.g., V-shaped valleys, meanders, oxbow lakes, floodplains), factors influencing flooding, and river management strategies (hard and soft engineering). It also includes interpreting hydrographs and understanding human and physical impacts on river systems. Case studies, such as flooding in Bangladesh, provide real-world context. These lessons develop map skills, data interpretation, and critical thinking, forming a foundation for advanced topics like coasts and the water cycle.
Key Geographical Concepts
Processes and Landforms – How physical processes (erosion, transportation, deposition) shape river landscapes.
Human-Environment Interaction – How human activities and management strategies influence flooding and river systems.
Keywords and Definitions
Discharge: The volume of water flowing in a river per second.
Velocity: The speed of water flow in a river.
Lag Time: The delay between peak rainfall and peak discharge in a river.
Drainage Basin: The area of land drained by a river and its tributaries.
Source: The starting point of a river.
Mouth: Where a river flows into a sea or lake.
Weathering: The breakdown of rocks by physical, chemical, or biological processes.
Erosion: The wearing away of land by water, wind, or ice.
Transportation: The movement of eroded material by a river.
Deposition: The laying down of material carried by a river when energy decreases.
How Parents Can Support Learning
· Explore Local Rivers – Visit a nearby river to observe features like meanders or floodplains and discuss their formation.
· Practice Map Skills – Use OS maps or online tools to locate rivers and identify landforms using grid references.
Helpful Weblinks
BBC Bitesize – Rivers: https://www.bbc.co.uk/bitesize/topics/zs7n92p
National Geographic – Rivers: https://www.nationalgeographic.com/environment/freshwater/rivers
Ordnance Survey Mapzone: https://www.ordnancesurvey.co.uk/mapzone
Term 2 – Global Resources
This topic explores global resources and their role in development and sustainability. Students learn about fossil fuels, renewable energy sources, and the environmental, social, and economic impacts of resource use. Key concepts include the greenhouse effect, climate change responses, and the relationship between physical geography and rainfall. The unit also examines how access to resources influences development in countries like the UAE. Students develop an understanding of natural resources, energy alternatives, and water consumption patterns, preparing them to evaluate global challenges and solutions for sustainable living.
Key Geographical Concepts
Resource Management – How countries use and manage natural resources to meet human needs sustainably.
Human-Environment Interaction – The impact of resource exploitation on societies and ecosystems globally.
Keywords and Definitions
Natural Resource: Materials from the Earth used to support life and economies.
Renewable: Resources that can replenish naturally (e.g., wind, solar).
Non-renewable: Resources that cannot be replaced once used (e.g., oil, coal).
Ecological Footprint: Measure of human demand on Earth’s ecosystems.
Middle East: A region often associated with oil resources and geopolitical significance.
Direct Water Consumption: Water used directly for drinking, washing, etc.
Virtual Water Consumption: Water embedded in goods and services consumed.
How Parents Can Support Learning
Discuss Energy Choices – Talk about renewable vs non-renewable energy and their impacts on climate change.
Explore Water Use – Calculate household water consumption and discuss ways to reduce waste.
Helpful Weblinks
BBC Bitesize – Global Resources: https://www.bbc.co.uk/bitesize
National Geographic – Energy Resources: https://www.nationalgeographic.com
Water Footprint Network: https://waterfootprint.org
Term 3 – Climate Change
This topic examines climate change, its causes, impacts, and solutions. Students learn how past climate changes are measured and explore physical causes such as sunspots, orbital changes, and volcanic activity, alongside anthropogenic factors like greenhouse gas emissions. The unit covers the greenhouse effect, enhanced greenhouse effect, and the consequences of climate change in both advanced countries (UK) and lower-income developing countries (Maldives). Students also study mitigation strategies to reduce impacts. Skills include interpreting graphs, calculating averages, and using maps. This topic builds global awareness and critical thinking about sustainability and environmental responsibility.
Key Geographical Concepts
Climate Systems – How natural and human processes interact to influence global climate patterns.
Mitigation and Adaptation – Strategies to reduce or cope with the impacts of climate change globally.
Keywords and Definitions
Quaternary Period: The most recent geological time period, spanning the last 2.6 million years.
Sunspots: Dark spots on the sun’s surface that affect solar energy output.
Orbital Changes: Variations in Earth’s orbit influencing climate over long timescales.
Volcanic Activity: Eruptions releasing gases and ash that can cool or warm the climate.
Anthropogenic: Human-caused changes, especially relating to climate.
Greenhouse Gases: Gases like CO₂ and methane that trap heat in the atmosphere.
Greenhouse Effect: Natural process keeping Earth warm by trapping heat.
Enhanced Greenhouse Effect: Increased warming due to human activities.
Mitigation: Actions to reduce the severity of climate change impacts.
Adaptation: Adjusting to minimize harm from climate change effects.
How Parents Can Support Learning
Discuss Climate News – Talk about current events related to climate change and renewable energy.
Carbon Footprint Challenge – Work together to reduce household energy use and waste.
Helpful Weblinks
BBC Bitesize – Climate Change: https://www.bbc.co.uk/bitesize
NASA Climate Kids: https://climatekids.nasa.gov
Met Office – Climate Change: https://www.metoffice.gov.uk/weather/climate-change
Year 9
Term 1 – Atmospheric Systems
These lessons introduce Year 9 students to atmospheric systems. Students learn where global climate zones are found and how factors such as latitude, altitude, distance from the sea, ocean currents and prevailing winds shape regional climates, including the UK. The booklet then explains global atmospheric circulation (Hadley, Ferrel and Polar cells and the ITCZ) and links this to weather hazards. It focuses on drought (types, causes, impacts and responses) through contrasting case studies of California and the Horn of Africa, before exploring how tropical cyclones form and why impacts vary between countries with different levels of development.
Key Geographical Concepts
Global atmospheric circulation and the redistribution of heat and moisture (how air pressure belts and cells create climate patterns).
Weather hazards and vulnerability/resilience (why droughts and tropical cyclones have different impacts and require different responses).
Keywords and Definitions
Climate zone: A broad area with similar long-term patterns of temperature and rainfall (climate).
Latitude: Distance north or south of the Equator, affecting the angle and intensity of solar radiation received.
Altitude: Height above sea level; temperatures usually decrease with height as air pressure falls.
Ocean current: A large-scale movement of seawater that transfers heat, influencing coastal temperatures and rainfall.
Prevailing wind: The most common wind direction in an area, which influences air mass characteristics and rainfall.
Global atmospheric circulation: The large-scale movement of air around the planet in circulation cells that redistribute heat.
Hadley cell: A circulation cell between the Equator and about 30° latitude where warm air rises then sinks in the subtropics.
ITCZ: Intertropical Convergence Zone: a belt of low pressure near the Equator where rising air produces heavy rainfall.
Drought: A prolonged period of abnormally low rainfall leading to water shortages and impacts on people and ecosystems.
Tropical cyclone: A rotating low-pressure storm system forming over warm oceans, bringing strong winds, heavy rain and storm surge
How Parents Can Support Learning
Use short daily retrieval: ask your child to explain one factor that affects climate and give a real-world example (e.g., North Atlantic Drift and the UK).
Practise case-study talk: use a news clip on drought or hurricanes and ask your child to identify social, economic and environmental impacts and one response.
Helpful Weblinks
Met Office – Climate zones — https://weather.metoffice.gov.uk/climate/climate-explained/climate-zones
Drought.gov – Drought basics — https://www.drought.gov/what-is-drought/drought-basics
NOAA – Hurricanes education collection — https://www.noaa.gov/education/resource-collections/weather-atmosphere/hurricanes
Term 2 – Terrestrial Systems
Beginning with global large-scale ecosystems (biomes), explaining their distribution and characteristics and why climate and local factors (e.g., soils and altitude) matter. It then develops key case studies such as tropical rainforests and temperate deciduous woodlands, exploring ecosystem structure, functioning and nutrient cycling, plus the goods and services ecosystems provide. Students examine threats including deforestation and climate change and evaluate sustainable management strategies. This topic also covers distinctive UK terrestrial ecosystems (moorlands, heaths, woodlands and wetlands) and the importance of balancing resource use, conservation and human wellbeing.
Key Geographical Concepts
Ecosystem services (goods and services) and sustainability: how ecosystems support human wellbeing and how we can manage them responsibly.
Biodiversity, nutrient cycling and interdependence: how species, soils and climate interact to maintain ecosystem functioning.
Keywords and Definitions
Ecosystem: A community of living organisms interacting with each other and with the non-living environment.
Biome: A large-scale ecosystem defined by climate, vegetation and associated animals (e.g., tropical rainforest).
Biodiversity: The variety of life in an area, including species diversity, genetic diversity and habitat diversity.
Nutrient cycle: The movement and storage of nutrients between biomass, litter and soil within an ecosystem.
Interdependence: The idea that organisms and physical conditions depend on each other to maintain ecosystem stability.
Ecosystem services: Benefits people gain from ecosystems, such as food, timber, flood protection and recreation.
Deforestation: The large-scale removal of forest, often to create farmland, extract timber or expand settlements.
Sustainable management: Using resources in a way that meets current needs without damaging ecosystems for the future.
Conservation: Protecting and improving ecosystems and biodiversity through management, laws and education.
Carbon sink: A natural store that absorbs more carbon than it releases (e.g., forests storing carbon in biomass).
How Parents Can Support Learning
Create a ‘biome revision wall’: help your child make a world biome map with climate characteristics and one example country for each biome.
Link learning to everyday choices: look for FSC-certified paper/wood products at home and discuss how sustainable management reduces deforestation.
Helpful Weblinks
UK National Ecosystem Assessment (UK NEA) resources — https://uknea.unep-wcmc.org/Resources/tabid/82/Default.aspx
Woodland Trust – free school and home resources — https://www.woodlandtrust.org.uk/support-us/act/your-school/resources/
WWF – Forests (ecosystem services and threats) — https://www.wwf.org.uk/learn/landscapes/forests
Term 3 – Water Systems
Focusing on coastal and river. Students will learn how weathering, mass movement, erosion, transport and deposition shape landforms, and how geology and wave/river energy influence landscape change. For coasts, the unit covers features such as headlands and bays, caves, arches, stacks, wave-cut platforms, beaches, bars and spits, and evaluates hard and soft engineering. For rivers, it explores changes from upper to lower course, landforms such as waterfalls, meanders, ox-bow lakes and floodplains, storm hydrographs and flood management.
Key Geographical Concepts
Landscape systems and processes (inputs, transfers and outputs) and how erosion/transport/deposition interact with geology to create landforms.
Human-physical interaction and management: how settlement, land use and engineering change coasts/rivers and how risks such as flooding are reduced.
Keywords and Definitions
Hydraulic action: Erosion caused by the force of water and air compressed into cracks in rock, weakening and breaking it apart.
Abrasion: Erosion caused when rocks and sand carried by waves or rivers scrape and grind away surfaces.
Longshore drift: The movement of sediment along a coast by swash and backwash due to waves approaching at an angle.
Concordant coastline: A coastline where rock layers run parallel to the shore, often forming coves where weaker rock is exposed.
Meander: A sinuous bend in a river formed by erosion on the outer bank and deposition on the inner bank.
Oxbow lake: A U-shaped lake formed when a meander is cut off from the main river channel.
Storm hydrograph: A graph showing how river discharge changes over time in response to a rainfall event.
Hard engineering: Man-made structures to reduce erosion or flood risk (e.g., sea walls, dams, channelisation).
Soft engineering: Working with natural processes to reduce risk (e.g., beach nourishment, floodplain zoning, washlands).
How Parents Can Support Learning
Practise key diagrams at home: ask your child to sketch and label one coastal, river and glacial landform (e.g., spit, meander/oxbow lake, corrie).
Use real events to apply learning: when storms/floods appear in the news, talk through the causes (physical and human) and identify where a hydrograph would peak and why.
Helpful Weblinks
Geographical Association – Causes of river floods — https://geography.org.uk/resources/flooding-1-causes-of-river-floods/
GOV.UK – River and floodplain management — https://www.gov.uk/government/publications/natural-flood-management-evidence/river-and-floodplain-management
Ordnance Survey – Map symbols and map skills — https://www.ordnancesurvey.co.uk/mapzone/map-skills/map-symbols/page-one
