AQA · A-Level
Your journey to excellence inGeography
By Revision Genie
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AQA A-Level Geography explores the physical and human processes shaping our world. You'll study topics like ecosystems, hazards, globalisation, and resource security, while developing skills in fieldwork, data analysis, and critical thinking. This course encourages you to consider your role as a global citizen and prepares you for further study or careers in areas like urban planning, environmental management, and geopolitics.
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Start with the first Geography lesson.
Systems in Physical Geography
1Systems in Physical GeographyRead next2Inputs and Outputs in SystemsRead next3Energy in SystemsRead next4Stores and Components in SystemsRead next5Flows and Transfers in SystemsRead next6Positive and Negative FeedbackRead next7Dynamic Equilibrium in SystemsRead next8Global Water Stores and DistributionRead next9Water Stores in the LithosphereRead next10Water Stores in the HydrosphereRead next11Water Stores in the CryosphereRead next12Water Stores in the AtmosphereRead next13Evaporation ProcessesRead next14Condensation ProcessesRead next15Cloud Formation MechanismsRead next16Causes of PrecipitationRead next17Cryospheric Processes and ChangesRead next18Hill Slope Processes in Water CyclesRead next19Drainage Basin ProcessesRead next20Global Water Cycle ProcessesRead next21Drainage Basins as Open SystemsRead next22Inputs and Outputs in Drainage BasinsRead next23Precipitation in Drainage BasinsRead next24Evapotranspiration in Drainage BasinsRead next25Runoff in Drainage BasinsRead next26Water Stores in Drainage BasinsRead next27Flows in Drainage BasinsRead next28Interception and StemflowRead next29Infiltration and Overland FlowRead next30Channel Flow ProcessesRead next31Water Balance ConceptRead next32Runoff Variation FactorsRead next33Flood Hydrograph AnalysisRead next34Natural Variation in the Water CycleRead next35Storm Events and Water Cycle ChangesRead next36Seasonal Changes in Water CyclesRead next37Human Impacts on Water CyclesRead next38Farming Practices and Water CyclesRead next39Land Use Change Effects on Water CyclesRead next40Water Abstraction ImpactsRead next41Global Carbon Stores and DistributionRead next42Carbon Stores in the LithosphereRead next43Carbon Stores in the HydrosphereRead next44Carbon Stores in the CryosphereRead next45Carbon Stores in the BiosphereRead next46Carbon Stores in the AtmosphereRead next47Photosynthesis in the Carbon CycleRead next48Respiration in the Carbon CycleRead next49Decomposition ProcessesRead next50Combustion ProcessesRead next51Carbon Sequestration in OceansRead next52Carbon Sequestration in SedimentsRead next53Weathering in the Carbon CycleRead next54Natural Variation in the Carbon CycleRead next55Wildfires and Carbon Cycle ChangesRead next56Volcanic Activity and Carbon CyclesRead next57Human Impacts on Carbon CyclesRead next58Hydrocarbon Fuel Extraction EffectsRead next59Farming Practices and Carbon CyclesRead next60Deforestation Impacts on Carbon CyclesRead next61Land Use Change Effects on Carbon CyclesRead next62The Carbon Budget ConceptRead next63Carbon Cycle Impacts on LandRead next64Carbon Cycle Impacts on OceansRead next65Carbon Cycle Impacts on the AtmosphereRead next66Global Climate Impacts of Carbon CyclesRead next67Water and Carbon Cycles Supporting LifeRead next68Atmospheric Relationships Between CyclesRead next69Feedbacks Between Water and Carbon CyclesRead next70Feedbacks and Climate ChangeRead next71Human Interventions in the Carbon CycleRead next72Carbon Transfers and Climate MitigationRead next73Simple Mass Balance CalculationsRead next74Unit Conversions in GeographyRead next75Field Data Analysis and PresentationRead next76Tropical Rainforest Case StudyRead next77Rainforest Water and Carbon CyclesRead next78Environmental Change in RainforestsRead next79Human Activity in Rainforest CyclesRead next80River Catchment Case StudyRead next81Precipitation Impacts on Drainage BasinsRead next82Sustainable Water Supply in CatchmentsRead next83Flooding Implications in CatchmentsRead next
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Deserts as Natural Systems
1Deserts as Natural SystemsRead next2Inputs and Outputs in Desert SystemsRead next3Energy Flows in Desert SystemsRead next4Stores and Components in Desert SystemsRead next5Positive and Negative Feedback in DesertsRead next6Dynamic Equilibrium in Desert SystemsRead next7Landforms and Landscapes in DesertsRead next8Global Distribution of Hot DesertsRead next9Arid and Semi-Arid MarginsRead next10Climate Characteristics of Hot DesertsRead next11Soil Characteristics in Hot DesertsRead next12Vegetation Interactions in Hot DesertsRead next13Water Balance in Desert EnvironmentsRead next14The Aridity IndexRead next15Atmospheric Causes of AridityRead next16Pressure and Wind Patterns in DesertsRead next17Continentality and Relief in Desert FormationRead next18Cold Ocean Currents and Desert FormationRead next19Sources of Energy in DesertsRead next20Role of Insolation in Desert SystemsRead next21Wind Energy in Desert EnvironmentsRead next22Runoff as an Energy Source in DesertsRead next23Sediment Sources in Desert SystemsRead next24Sediment Cells and BudgetsRead next25Weathering Processes in DesertsRead next26Mass Movement in Desert SystemsRead next27Erosion Processes in DesertsRead next28Transportation of Sediments in DesertsRead next29Deposition Processes in Desert SystemsRead next30Thermal Fracture in Desert WeatheringRead next31Exfoliation in Desert WeatheringRead next32Chemical Weathering in DesertsRead next33Block and Granular DisintegrationRead next34Deflation and Abrasion by WindRead next35Wind Transportation ProcessesRead next36Suspension, Saltation, and Surface CreepRead next37Wind Deposition ProcessesRead next38Exogenous Water Sources in DesertsRead next39Endoreic and Ephemeral Water SourcesRead next40The Episodic Role of Water in DesertsRead next41Sheet Flooding in Desert SystemsRead next42Flash Flooding in Desert ChannelsRead next43Aeolian Landforms: Deflation HollowsRead next44Desert Pavements and VentifactsRead next45Yardangs and Zeugen FormationRead next46Barchans and Seif DunesRead next47Water Landforms: Wadis and BahadasRead next48Pediments and PlayasRead next49Inselbergs in Desert LandscapesRead next50Processes, Time, and Landscapes in DesertsRead next51Characteristic Desert LandscapesRead next52Changing Extent of Deserts Over 10,000 YearsRead next53Climate Change and DesertificationRead next54Human Impact on DesertificationRead next55Areas at Risk of DesertificationRead next56Impact of Desertification on EcosystemsRead next57Impact of Desertification on LandscapesRead next58Impact of Desertification on PopulationsRead next59Predicted Climate Change Impacts on DesertsRead next60Alternative Futures for Desert PopulationsRead next61Quantitative Skills in Desert StudiesRead next62Qualitative Skills in Desert StudiesRead next63Observation and Measurement SkillsRead next64Geospatial Mapping in Desert StudiesRead next65Data Manipulation and Statistics in DesertsRead next66Case Study of a Hot Desert EnvironmentRead next67Field Data in Desert Case StudiesRead next68Case Study of Desertification at Local ScaleRead next69Causes and Impacts of DesertificationRead next70Sustainable Development in DesertificationRead next71Human Responses to DesertificationRead next
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Coasts as Natural Systems
1Coasts as Natural SystemsRead next2Inputs in Coastal SystemsRead next3Outputs in Coastal SystemsRead next4Energy in Coastal SystemsRead next5Stores and Components in Coastal SystemsRead next6Flows and Transfers in Coastal SystemsRead next7Dynamic Equilibrium in CoastsRead next8Landforms and LandscapesRead next9Sources of Energy in Coastal EnvironmentsRead next10Wind as a Coastal Energy SourceRead next11Constructive and Destructive WavesRead next12Currents and TidesRead next13Low Energy and High Energy CoastsRead next14Sediment Sources in Coastal SystemsRead next15Weathering in Coastal EnvironmentsRead next16Mass Movement ProcessesRead next17Erosion Processes in Coastal SystemsRead next18Transportation in Coastal SystemsRead next19Deposition in Coastal SystemsRead next20Marine Erosion ProcessesRead next21Hydraulic Action and Wave QuarryingRead next22Corrasion/Abrasion in Coastal SystemsRead next23Cavitation and Solution ProcessesRead next24Attrition in Coastal EnvironmentsRead next25Traction and Suspension ProcessesRead next26Longshore DriftRead next27Sub-Aerial WeatheringRead next28Runoff in Coastal SystemsRead next29Cliffs and Wave Cut PlatformsRead next30Caves, Arches, and StacksRead next31Factors in Coastal Erosion Landform DevelopmentRead next32Beaches and SpitsRead next33Tombolos and Offshore BarsRead next34Barrier Beaches and IslandsRead next35Sand Dune FormationRead next36Estuarine Mudflats and SaltmarshesRead next37Eustatic Sea Level ChangeRead next38Isostatic Sea Level ChangeRead next39Tectonic Sea Level ChangeRead next40Coastlines of EmergenceRead next41Coastlines of SubmergenceRead next42Raised Beaches and Marine PlatformsRead next43Rias and FjordsRead next44Dalmatian CoastsRead next45Climatic Change and Coastal ImpactRead next46Process, Time, and Coastal LandscapesRead next47Hard Engineering StrategiesRead next48Soft Engineering StrategiesRead next49Sustainable Coastal ManagementRead next50Shoreline Management PlansRead next51Integrated Coastal Zone ManagementRead next52Quantitative Skills in Coastal StudiesRead next53Qualitative Skills in Coastal StudiesRead next54Geospatial Mapping TechniquesRead next55Statistical Skills in Coastal FieldworkRead next56Local Scale Coastal Case StudyRead next57Challenges in Sustainable ManagementRead next58Contrasting Coastal Landscape Case StudyRead next59Risks and Opportunities in Coastal DevelopmentRead next60Human Responses to Coastal RisksRead next
Glacial Systems as Open Systems
1Glacial Systems as Open SystemsRead next2Inputs in Glacial SystemsRead next3Outputs in Glacial SystemsRead next4Energy in Glacial SystemsRead next5Stores and Components in Glacial SystemsRead next6Flows and Transfers in Glacial SystemsRead next7Positive and Negative Feedback in Glacial SystemsRead next8Dynamic Equilibrium in Glacial SystemsRead next9Landforms and Landscapes in Glaciated AreasRead next10Global Distribution of Cold EnvironmentsRead next11Climate Characteristics of Cold EnvironmentsRead next12Soil Characteristics in Cold EnvironmentsRead next13Vegetation Interactions in Cold EnvironmentsRead next14Past and Present Cold EnvironmentsRead next15Areas Affected by Pleistocene GlaciationsRead next16Glacial BudgetsRead next17Ablation and Accumulation ProcessesRead next18Ice Advance and Retreat PatternsRead next19Warm-Based GlaciersRead next20Cold-Based GlaciersRead next21Frost Action in WeatheringRead next22Nivation ProcessesRead next23Internal Deformation in Ice MovementRead next24Rotational and Compressional FlowRead next25Extensional Flow and Basal SlidingRead next26Plucking and Abrasion in ErosionRead next27Transportation in Glacial SystemsRead next28Deposition in Glacial SystemsRead next29Meltwater Erosion ProcessesRead next30Meltwater Transportation ProcessesRead next31Meltwater Deposition ProcessesRead next32Permafrost CharacteristicsRead next33Active Layer DynamicsRead next34Mass Movement in Periglacial AreasRead next35Environmental Fragility in Cold EnvironmentsRead next36Human Impacts Over Time on Cold EnvironmentsRead next37Climate Change Impacts on Cold EnvironmentsRead next38Management of Cold EnvironmentsRead next39Alternative Futures for Cold EnvironmentsRead next40Quantitative Skills in Glacial StudiesRead next41Qualitative Skills in Glacial StudiesRead next42Geospatial Mapping in Glacial StudiesRead next43Data Manipulation and StatisticsRead next44Local Scale Glaciated Environment Case StudyRead next45Field Data in Local Glaciated Case StudiesRead next46Contrasting Glaciated Landscape Case StudyRead next47Challenges and Opportunities in Glaciated LandscapesRead next48Human Responses in Glaciated LandscapesRead next
Definition of Natural Hazards
1Definition of Natural HazardsRead next2Geophysical HazardsRead next3Atmospheric HazardsRead next4Hydrological HazardsRead next5Factors Influencing Hazard PerceptionRead next6Cultural and Economic Determinants of Hazard PerceptionRead next7Human Responses to Hazards: FatalismRead next8Human Responses to Hazards: PredictionRead next9Human Responses to Hazards: Adjustment and AdaptationRead next10Human Responses to Hazards: MitigationRead next11Human Responses to Hazards: ManagementRead next12Human Responses to Hazards: Risk SharingRead next13Hazard Incidence, Intensity, and MagnitudeRead next14Hazard Distribution and Development LevelsRead next15The Park Model of Human ResponseRead next16The Hazard Management CycleRead next17Earth Structure and Internal Energy SourcesRead next18Plate Tectonic TheoryRead next19Plate Movement Mechanisms: Gravitational SlidingRead next20Plate Movement Mechanisms: Ridge Push and Slab PullRead next21Convection Currents and Sea-Floor SpreadingRead next22Destructive Plate MarginsRead next23Constructive Plate MarginsRead next24Conservative Plate MarginsRead next25Processes at Plate Margins: SeismicityRead next26Processes at Plate Margins: VulcanicityRead next27Landforms at Destructive MarginsRead next28Landforms at Constructive MarginsRead next29Landforms at Conservative MarginsRead next30Magma Plumes and Plate MovementsRead next31Forms of Volcanic HazardsRead next32Spatial Distribution of Volcanic HazardsRead next33Magnitude and Frequency of Volcanic HazardsRead next34Predictability of Volcanic EventsRead next35Primary Impacts of Volcanic HazardsRead next36Secondary Impacts of Volcanic HazardsRead next37Short-Term Responses to Volcanic HazardsRead next38Long-Term Responses to Volcanic HazardsRead next39Recent Volcanic Event Case StudyRead next40Forms of Seismic HazardsRead next41Spatial Distribution of Seismic HazardsRead next42Randomness and Predictability of Seismic EventsRead next43Primary Impacts of Seismic HazardsRead next44Secondary Impacts of Seismic HazardsRead next45Short-Term Responses to Seismic HazardsRead next46Long-Term Responses to Seismic HazardsRead next47Recent Seismic Event Case StudyRead next48Nature and Causes of Tropical StormsRead next49Forms of Storm HazardsRead next50Spatial Distribution of Storm HazardsRead next51Magnitude and Frequency of Storm HazardsRead next52Primary Impacts of Storm HazardsRead next53Secondary Impacts of Storm HazardsRead next54Short-Term Responses to Storm HazardsRead next55Long-Term Responses to Storm HazardsRead next56Case Studies of Two Tropical StormsRead next57Nature of WildfiresRead next58Conditions Favouring WildfiresRead next59Causes of Wildfires: Natural and HumanRead next60Impacts of WildfiresRead next61Short-Term Responses to WildfiresRead next62Long-Term Responses to WildfiresRead next63Recent Wildfire Event Case StudyRead next64Multi-Hazardous Environment Case StudyRead next65Local Scale Hazard Case StudyRead next
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Defining Biodiversity
1Defining BiodiversityRead next2Local Trends in BiodiversityRead next3Global Trends in BiodiversityRead next4Causes of Declining BiodiversityRead next5Rates of Biodiversity LossRead next6Impacts of Declining BiodiversityRead next7Ecosystems and Human Population GrowthRead next8Economic Development and EcosystemsRead next9Sustainability in Ecosystem DevelopmentRead next10Ecosystem Structure and ComponentsRead next11Energy Flows in EcosystemsRead next12Trophic Levels, Food Chains, and WebsRead next13Biomass and Net Primary ProductionRead next14Inputs and Outputs in EcosystemsRead next15Stores and Transfers in EcosystemsRead next16Succession and Seral StagesRead next17Climatic Climax and Sub-ClimaxRead next18Plagioclimax in EcosystemsRead next19Mineral Nutrient CyclingRead next20Climate and Terrestrial EcosystemsRead next21Soil and Vegetation InteractionsRead next22Topography and Ecosystem DevelopmentRead next23Ecosystem Responses to Environmental ChangesRead next24Climate Change Impacts on EcosystemsRead next25Human Exploitation of EcosystemsRead next26The Concept of a BiomeRead next27Global Distribution of BiomesRead next28Characteristics of Tropical RainforestsRead next29Characteristics of Savanna GrasslandsRead next30Adaptations of Flora and Fauna in RainforestsRead next31Adaptations of Flora and Fauna in SavannasRead next32Human Impact on Tropical RainforestsRead next33Human Impact on Savanna GrasslandsRead next34Development Issues in RainforestsRead next35Development Issues in SavannasRead next36Agricultural Extension in BiomesRead next37Agricultural Intensification in BiomesRead next38Implications for Biodiversity and SustainabilityRead next39Lithoseres and SuccessionRead next40Hydroseres and SuccessionRead next41Temperate Deciduous Woodland BiomeRead next42Human Impact on SuccessionRead next43Plagioclimax: Heather MoorlandRead next44Characteristics of Coral Reef EcosystemsRead next45Environmental Conditions for Reef DevelopmentRead next46Natural Factors Affecting Coral ReefsRead next47Human Impact on Coral ReefsRead next48Future Prospects for Coral ReefsRead next49Characteristics of Local EcosystemsRead next50Flora and Fauna Adaptations in Local EcosystemsRead next51Local Factors in Ecosystem ChangeRead next52Impacts of Change in Local EcosystemsRead next53Conservation Strategies in Local EcosystemsRead next54Case Study: Regional Ecological ChangeRead next55Case Study: Local Ecosystem AnalysisRead next
What is Globalisation?
1What is Globalisation?Read next2Technological Drivers of GlobalisationRead next3Economic Drivers of GlobalisationRead next4Political Drivers of GlobalisationRead next5Social Drivers of GlobalisationRead next6Flows of Capital in GlobalisationRead next7Flows of Labour in GlobalisationRead next8Flows of Products in GlobalisationRead next9Flows of Services in GlobalisationRead next10Flows of Information in GlobalisationRead next11Global Marketing and BrandingRead next12Patterns of Production in GlobalisationRead next13Patterns of Distribution in GlobalisationRead next14Patterns of Consumption in GlobalisationRead next15Technological Developments in GlobalisationRead next16Transport Systems in GlobalisationRead next17Security Systems in GlobalisationRead next18Communication Systems in GlobalisationRead next19Management and Information SystemsRead next20Trade Agreements in GlobalisationRead next21Economic Interdependence in the WorldRead next22Political Interdependence in the WorldRead next23Social Interdependence in the WorldRead next24Environmental Interdependence in the WorldRead next25Unequal Flows of PeopleRead next26Unequal Flows of MoneyRead next27Unequal Flows of IdeasRead next28Unequal Flows of TechnologyRead next29Impacts of Unequal Flows on StabilityRead next30Impacts of Unequal Flows on InequalityRead next31Unequal Power Relations in Global SystemsRead next32Geopolitical Events and Power DynamicsRead next33Global Trends in International TradeRead next34Global Patterns of InvestmentRead next35Trading Relationships of Developed EconomiesRead next36Trading Relationships of Emerging EconomiesRead next37Trading Relationships of Less Developed EconomiesRead next38Access to Markets and Economic DevelopmentRead next39Impacts of Market Access on Societal WellbeingRead next40The Role of TNCs in Global SystemsRead next41Spatial Organisation of TNCsRead next42Production and Marketing by TNCsRead next43Impacts of a Specific TNCRead next44World Trade in a Food CommodityRead next45World Trade in a Manufactured ProductRead next46Consequences of Global Trade SystemsRead next47Norms and Laws in Global GovernanceRead next48Institutions in Global GovernanceRead next49UN Agencies and Global GovernanceRead next50Inequalities in Global GovernanceRead next51The Concept of the Global CommonsRead next52Sustainable Development and the Global CommonsRead next53Geography of AntarcticaRead next54Antarctica's Vulnerability to Climate ChangeRead next55Fishing and Whaling in AntarcticaRead next56Mineral Resource Exploration in AntarcticaRead next57Tourism and Research in AntarcticaRead next58The Antarctic Treaty SystemRead next59Environmental Protocols for AntarcticaRead next60The IWC Whaling MoratoriumRead next61NGOs and Antarctic ProtectionRead next62Impacts of Antarctic GovernanceRead next63Critiquing Globalisation: BenefitsRead next64Critiquing Globalisation: CostsRead next65Quantitative Data in Global SystemsRead next66Qualitative Data in Global SystemsRead next
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The Concept of Place
1The Concept of PlaceRead next2Importance of Place in Human LifeRead next3Insider Perspectives on PlaceRead next4Outsider Perspectives on PlaceRead next5Near Places and Far PlacesRead next6Experienced Places and Media PlacesRead next7Endogenous Factors Shaping PlaceRead next8Exogenous Factors Shaping PlaceRead next9Relationships and Connections in PlaceRead next10Demographic and Cultural CharacteristicsRead next11Economic Change and Social InequalitiesRead next12Flows of People and ResourcesRead next13Money, Investment, and Ideas in PlaceRead next14Government Policies and PlaceRead next15Transnational Corporations and PlaceRead next16Global Institutions and PlaceRead next17Past Connections Shaping PlacesRead next18Present Connections Shaping PlacesRead next19Lived Experience of PlaceRead next20Perception and Attachment to PlaceRead next21Identity and Place MeaningsRead next22Government Influence on Place MeaningsRead next23Corporate Influence on Place MeaningsRead next24Community Influence on Place MeaningsRead next25Representations of Place in AdvertisingRead next26Tourist Agency Material and PlaceRead next27Art and Media Representations of PlaceRead next28Statistical Representations of PlaceRead next29Past Processes Influencing PlaceRead next30Present Processes Influencing PlaceRead next31Local Place Study RequirementsRead next32Contrasting Place Study RequirementsRead next33Economic Development in Contrasting PlacesRead next34Population Density in Contrasting PlacesRead next35Cultural Background in Contrasting PlacesRead next36Political and Economic Systems in Contrasting PlacesRead next37Fieldwork Techniques in Place StudiesRead next38Qualitative Data in Place StudiesRead next39Quantitative Data in Place StudiesRead next40Mapping Skills in Place StudiesRead next41Data Manipulation in Place StudiesRead next42Statistical Skills in Place StudiesRead next43Fieldwork in Local and Contrasting PlacesRead next44Engagement and Experience of PlacesRead next45Factors Impacting Place DevelopmentRead next46Relationships and Connections in PlacesRead next47Continuity and Change in Place UnderstandingRead next
Urbanisation and Its Importance
1Urbanisation and Its ImportanceRead next2Global Urbanisation Patterns Since 1945Read next3Processes of SuburbanisationRead next4Processes of Counter-UrbanisationRead next5Processes of Urban ResurgenceRead next6The Emergence of MegacitiesRead next7World Cities and Their RolesRead next8Economic Processes in Urban GrowthRead next9Social Processes in Urban GrowthRead next10Technological Processes in Urban GrowthRead next11Political Processes in Urban GrowthRead next12Demographic Processes in Urban GrowthRead next13Deindustrialisation and Urban ChangeRead next14Decentralisation and Urban ChangeRead next15Rise of the Service EconomyRead next16Urban Policy in Britain Since 1979Read next17Regeneration Strategies in BritainRead next18Contemporary Characteristics of Mega CitiesRead next19Urban Characteristics in Contrasting SettingsRead next20Physical Factors Influencing Urban FormsRead next21Human Factors Influencing Urban FormsRead next22Spatial Patterns of Land Use in Urban AreasRead next23Economic Inequality in Urban AreasRead next24Social Segregation in Urban AreasRead next25Cultural Diversity in Urban AreasRead next26Town Centre Mixed DevelopmentsRead next27Cultural and Heritage QuartersRead next28Fortress DevelopmentsRead next29Gentrified AreasRead next30Edge CitiesRead next31Post-Modern Western City ConceptRead next32Strategies to Manage Economic InequalityRead next33Strategies to Manage Social SegregationRead next34Strategies to Manage Cultural DiversityRead next35Urban Heat Island EffectRead next36Precipitation in Urban AreasRead next37Fog Formation in Urban EnvironmentsRead next38Thunderstorms in Urban AreasRead next39Wind Effects of Urban StructuresRead next40Air Quality and Urban PollutionRead next41Pollution Reduction PoliciesRead next42Urban Precipitation and SurfacesRead next43Urban Catchment CharacteristicsRead next44Urban Water Cycle and HydrographsRead next45Catchment Management Issues in Urban AreasRead next46Sustainable Urban Drainage Systems (SUDS)Read next47River Restoration in Urban CatchmentsRead next48Urban Waste Generation SourcesRead next49Waste Streams and Economic CharacteristicsRead next50Environmental Impacts of Waste DisposalRead next51Comparison of Incineration and LandfillRead next52Urban Growth and Environmental ChallengesRead next53Social Cohesion and Sustainability in Urban AreasRead next54Observation and Geospatial Skills in Urban StudiesRead next
The Environmental Context for Population
1The Environmental Context for PopulationRead next2Key Elements of the Physical EnvironmentRead next3Climate and Population CharacteristicsRead next4Soils and Population CharacteristicsRead next5Resource Distribution and PopulationRead next6Water Supply and PopulationRead next7Population Distribution and DensityRead next8Population Numbers and ChangeRead next9Development Processes and PopulationRead next10Global Population PatternsRead next11Food Production and Consumption PatternsRead next12Agricultural Systems and ProductivityRead next13Climate and AgricultureRead next14Soils and AgricultureRead next15Climatic Types and Human ActivitiesRead next16Climate Change and AgricultureRead next17Zonal Soils and AgricultureRead next18Soil Erosion and ManagementRead next19Waterlogging and Soil ManagementRead next20Salinisation and Soil ManagementRead next21Structural Deterioration of SoilsRead next22Strategies for Food SecurityRead next23Global Health, Mortality, and Morbidity PatternsRead next24Economic Development and Epidemiological TransitionRead next25Environmental Variables and Disease IncidenceRead next26Air Quality and HealthRead next27Water Quality and HealthRead next28Biologically Transmitted Disease: MalariaRead next29Physical and Socio-Economic Links to DiseaseRead next30Management of Biologically Transmitted DiseasesRead next31Non-Communicable Disease: Coronary Heart DiseaseRead next32Lifestyles and Non-Communicable DiseasesRead next33Management of Non-Communicable DiseasesRead next34Role of International Agencies in Health PromotionRead next35Role of NGOs in Combating DiseaseRead next36Demographic Transition ModelRead next37Key Vital Rates in Population ChangeRead next38Age-Sex CompositionRead next39Cultural Controls on Population ChangeRead next40Models of Natural Population ChangeRead next41The Demographic DividendRead next42Types of International MigrationRead next43Causes of Migration: Environmental and Socio-EconomicRead next44Implications of MigrationRead next45Population Growth DynamicsRead next46Overpopulation, Underpopulation, and Optimum PopulationRead next47Carrying Capacity and Ecological FootprintRead next48Population, Resources, and Pollution ModelRead next49Feedback Mechanisms in Population ModelsRead next50Malthusian and Neo-Malthusian PerspectivesRead next51Boserup and Simon's Perspectives on Population GrowthRead next52Physical Geography and Population RelationshipsRead next53Economic Development and Environmental ImpactRead next54Skills Development in Population StudiesRead next
Concept of a Resource
1Concept of a ResourceRead next2Stock and Flow ResourcesRead next3Stock Resource EvaluationRead next4Exploration, Exploitation, DevelopmentRead next5Resource Frontier ConceptRead next6Resource Peak ConceptRead next7Sustainable Resource DevelopmentRead next8Environmental Impact Assessment (EIA)Read next9Global Energy Production PatternsRead next10Global Mineral Trade PatternsRead next11Global Water Availability PatternsRead next12Global Water Demand PatternsRead next13Geopolitics of Energy ResourcesRead next14Geopolitics of Mineral ResourcesRead next15Geopolitics of Water ResourcesRead next16Sources of WaterRead next17Components of Water DemandRead next18Water StressRead next19Physical Geography and Water SupplyRead next20Climate and Water SupplyRead next21Geology and Water SupplyRead next22Drainage and Water SupplyRead next23Catchment, Diversion, and StorageRead next24Water Transfers and DesalinationRead next25Environmental Impacts of DamsRead next26Managing Water ConsumptionRead next27Reducing Water DemandRead next28Virtual Water TradeRead next29Water Conservation StrategiesRead next30Water Recycling and GreywaterRead next31Groundwater ManagementRead next32Local Water ConflictsRead next33National Water ConflictsRead next34International Water ConflictsRead next35Primary and Secondary Energy SourcesRead next36Energy Demand ComponentsRead next37Energy Mixes in Different SettingsRead next38Physical Geography and Energy SupplyRead next39Climate and Energy SupplyRead next40Geology and Energy SupplyRead next41Drainage and Energy SupplyRead next42Competing National Interests in EnergyRead next43Role of Transnational Corporations in EnergyRead next44Environmental Impacts of Energy ProjectsRead next45Oil and Gas ExplorationRead next46Nuclear Power DevelopmentRead next47Renewable Energy DevelopmentRead next48Reducing Energy DemandRead next49Energy Conservation StrategiesRead next50Acid Rain ImpactsRead next51Enhanced Greenhouse EffectRead next52Nuclear Waste ManagementRead next53Sustainability in Energy TradeRead next54Iron Ore Sources and DistributionRead next55Copper Sources and DistributionRead next56End Uses of Specified OreRead next57Demand for Specified OreRead next58Role of Ore in Global CommerceRead next59Geology and Ore OccurrenceRead next60Location of Ore ReservesRead next61Environmental Impacts of Mineral ExtractionRead next62Sustainability in Mineral TradeRead next63Processing Impacts on SustainabilityRead next64Natural Resource Exploitation and Human ImpactRead next65Sustainability and Conflict in Resource UseRead next66Resource Use Case StudiesRead next67Skills Development in Resource StudiesRead next
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Purpose of the Independent Investigation
1Purpose of the Independent InvestigationRead next2Human and Physical Geography in FieldworkRead next3Individual vs Group Data CollectionRead next4Defining a Research Question or HypothesisRead next5Linking Research Questions to Specification ContentRead next6Researching Relevant LiteratureRead next7Theoretical and Comparative Contexts in FieldworkRead next8Observation and Recording of Field DataRead next9Ensuring Data Quality and RelevanceRead next10Justifying Practical Approaches in FieldworkRead next11Frequency and Timing of ObservationsRead next12Sampling Techniques in FieldworkRead next13Primary vs Secondary Data in InvestigationsRead next14Core Human and Physical Processes in FieldworkRead next15Techniques for Analysing Field DataRead next16Representing Fieldwork ResultsRead next17Quantitative Approaches in FieldworkRead next18Qualitative Approaches in FieldworkRead next19Interrogating and Critically Examining DataRead next20Commenting on Data Accuracy and RepresentativenessRead next21Contextualising Fieldwork FindingsRead next22Applying Theory to Field ObservationsRead next23Relating Findings to Wider ContextsRead next24Writing Up Field Results ClearlyRead next25Logical and Coherent Presentation of ResultsRead next26Using Extended Writing in Fieldwork ReportsRead next27Answering a Specific Geographical QuestionRead next28Making a Well-Argued Case in FieldworkRead next29Evaluating the Investigation ProcessRead next30Reflecting on Fieldwork OutcomesRead next31Ethical Dimensions of Field ResearchRead next32Line Graphs: Types and UsesRead next33Bar Graphs: Types and UsesRead next34Scatter Graphs and Best Fit LinesRead next35Pie Charts and Divided CirclesRead next36Triangular GraphsRead next37Graphs with Logarithmic ScalesRead next38Dispersion DiagramsRead next
Choosing a Research Question
1Choosing a Research QuestionRead next2Defining a Geographical FocusRead next3Formulating HypothesesRead next4Planning FieldworkRead next5Selecting Fieldwork LocationsRead next6Choosing Data Collection MethodsRead next7Ethical Considerations in FieldworkRead next8Risk Assessment for FieldworkRead next9Sampling StrategiesRead next10Quantitative Data Collection TechniquesRead next11Qualitative Data Collection TechniquesRead next12Using Secondary Data SourcesRead next13Recording Fieldwork DataRead next14Using Geospatial Tools in FieldworkRead next15Analyzing Quantitative DataRead next16Analyzing Qualitative DataRead next17Using Statistical TechniquesRead next18Mapping and Visualizing DataRead next19Identifying Patterns and RelationshipsRead next20Interpreting ResultsRead next21Evaluating HypothesesRead next22Writing the Investigation ReportRead next23Structuring the ReportRead next24Referencing and CitationsRead next25Presenting Data in the ReportRead next26Discussing LimitationsRead next27Drawing ConclusionsRead next28Reflecting on the Investigation ProcessRead next29Submitting the Independent InvestigationRead next30Examining Past Investigation ExamplesRead next31Common Pitfalls in Independent InvestigationsRead next32Developing Time Management SkillsRead next33Using Technology in FieldworkRead next34Collaborating in Group FieldworkRead next35Adapting to Unexpected ChallengesRead next36Ensuring Reliability of DataRead next37Ensuring Validity of DataRead next38Understanding NEA RequirementsRead next39Linking the Investigation to the SpecificationRead next40Using GIS for AnalysisRead next41Exploring Case Studies for InspirationRead next
Carbon and Water Cycles Supporting Life
Coastal Landscapes Beyond the UK
Ecosystem Structure and Energy Flows
Categories of Place
Local Place Study: Developing Character
1Local Place Study: Developing CharacterRead next2Contrasting Place Study: Developing CharacterRead next3Continuity and Change in PlacesRead next4Qualitative and Quantitative Data in Place StudiesRead next5Lived Experience of Places: Past and PresentRead next6Changing Demographic and Cultural CharacteristicsRead next7Data Sources for Place StudiesRead next
Urban Impact on Local Climate
Environmental Problems in Urban Areas
Case Studies of Contrasting Urban Areas
1Case Studies of Contrasting Urban AreasRead next2Population Change Case StudyRead next3Health and Environment Case StudyRead next4Global Resource Security Case StudyRead next5Physical Environment and Resource Use Case StudyRead next6Case study of a tropical rainforest setting to illustrate and analyse…Read next7Case study of a river catchment(s) at a local scale to illustrate and…Read next
Health Impacts of Global Environmental Change
Independent Investigation: Defining a Question
1Independent Investigation: Defining a QuestionRead next2Independent Investigation: Data CollectionRead next3Independent Investigation: Data AnalysisRead next4Independent Investigation: Drawing ConclusionsRead next5Independent Investigation: Written Report RequirementsRead next6Some stages of the investigation must be carried out independently.…Read next7If students collaborate where independence is expected then the…Read next8Collaboration is allowed in the following stages of the…Read next9Students should select a manageable focus for their investigation…Read next10Graphical and statistical skills to enable a full interpretation to…Read next
Teacher Guidance for Investigation Proposals
1Teacher Guidance for Investigation ProposalsRead next2Teacher Restrictions in Investigation SupportRead next3Recording Additional Assistance on CRFRead next4The above advice does not need to be recorded or taken into account…Read next5These conditions apply equally to third party fieldwork providers.…Read next6Assistance that goes beyond general advice includes (but is not…Read next
Methodological Approaches: Interviews
1Methodological Approaches: InterviewsRead next2Evaluating Textual and Visual SourcesRead next3Coding and Sampling in Qualitative DataRead next4Ethical Implications in Qualitative DataRead next5Geospatial Technologies and Quantitative DataRead next6Collecting and Using Geo-Located DataRead next7Descriptive and Inferential StatisticsRead next8Measurement Errors and SamplingRead next9Ethical Implications in Quantitative DataRead next
Frequently Asked Questions
The course covers physical geography topics like water and carbon cycles, coasts, and hazards, and human geography topics like global systems, changing places, and resource security.
Assessment includes two written exams covering physical and human geography, each worth 40%, and an independent fieldwork investigation worth 20%.
The investigation report must be 3,000-4,000 words, excluding appendices, and should demonstrate fieldwork skills and analysis.
To revise AQA A-Level Geography effectively, focus on understanding key concepts and processes, practising data analysis skills, and applying knowledge to case studies. Use past papers to familiarise yourself with exam formats and question styles, and ensure you can confidently use both qualitative and quantitative methods in your answers.