Complete the fieldwork requirements for A level students within physical and human environments.
Students will spend time forming an independent investigation and collecting data for their independent investigation, worth 20% of their final A-level marks.
Support and guidance is given from our field teachers before and after students collect their data. Students will have time to visit the location of their investigation, develop their knowledge before finalising the geography investigation title. They will then collect all the data needed, with time given to reflect and improve the methodology.
The focus for the coursework can be drawn from any aspect of the specification, in discussion with centre staff.
Students will be greeted by staff, with a welcome talk followed by a brief tour of the Centre and the local area.
Outline of the Course
Allocation of wellies/waterproofs.
Introduction to the Fieldwork NEA
Students will visit a local field site which will provide the backdrop to explore how to ask geographical questions, design sampling strategies and build research proposals. This session will also set the scene for the rest of the course, as students are introduced to an outline of the stages of an investigation and mark scheme, including the expectations relating to independence and teacher guidance.
During this workshop students will be introduced to a wide range of potential secondary data sources and information. They will explore how secondary research can be used to justify a research aim, question or hypothesis. In addition students will be given the opportunity to explore online and hard copy resources containing primary data collection and sampling techniques.
Fieldwork Environment (1)
During this session students will visit a selection of local contrasting physical environments and explore the possible fieldwork locations and themes that could arise. Students will be introduced to a range of possible fieldwork methods and data collection techniques and will discuss possible ideas for geographical research questions. Students will also discuss what makes a ‘good’ or valuable primary data and develop their understanding of how to select a fieldwork technique.
Data Presentation Workshop
Focusing on GIS as well as traditional presentation methods students will be introduced to a selection of possible methods that they may wish to incorporate within their research project.
During this evening session, students will be introduced to a selection of possible statistical techniques and explore how these can be useful in a research project.
Morning and Afternoon
Fieldwork Environment (2)
Building on yesterday’s introduction, students will visit a selection of different environments, focusing more on a human theme. Students will be introduced to a range of possible fieldwork methods and data collection techniques and will discuss possible ideas for geographical research questions. Students will also discuss what makes a ‘good’ or valuable primary data and develop their understanding of how to select a fieldwork technique.
Independent Titles and Secondary Research
During this evening session, students will independently finalise the draft titles of their investigation. Teachers will have the opportunity to confirm that students’ titles have the potential to meet the assessment criteria and provide any general guidance necessary. Students will develop their justification and contextualisation of how their enquiry will help them answer their title. In addition, using FSC databases and research facilities, students will independently select any secondary data sources they may require.
Methodology and Sampling Planning
During this session students will plan and select their methodologies and sampling strategies, collaborating in groups if needed, to plan how they will collect the primary field data they need.
Primary Data Collection
Students will spend the day in their chosen location collecting the data they require, they may work individually or in groups, supervised by our tutors and school staff.
Primary Data Collation
During this evening session students will ensure that they have a personal set of the data required for their project, to ensure that they can move on the presentation stage of the investigation independently. Supporting ICT and GIS packages will be available for students to use if needed.
Independent Data Presentation and Secondary Research
During this session, students will work independently on the next aspect of their research project. Some students will want to continue with some secondary or primary research, while others may want to start to present their data. FIeld Studies Council staff will provide technical support on the research databases, GIS and ICT that students may need to use.
Depart at Midday
A final farewell from our staff as the students depart at midday
Please note: to ensure safe and quality learning experiences for students, the timetable may alter depending on weather conditions and local factors at centres.
How this course fulfills the specification
3.3 Geography Investigation worth 20% of final A level marks.
3.1 Physical geography
3.1.1 Water and carbon cycles
220.127.116.11 Water and carbon cycles as natural systems
18.104.22.168 The water cycle
22.214.171.124 The carbon cycle
126.96.36.199 Water, carbon, climate and life on Earth
188.8.131.52 Case studies: Case study of a river catchment(s) at a local scale to illustrate and analyse the key themes above, engage with field data and consider the impact of precipitation upon drainage basin stores and transfers and implications for sustainable water supply and/or flooding.
3.1.3 Coastal systems and landscapes
184.108.40.206 Coasts as natural systems
220.127.116.11 Systems and processes
18.104.22.168 Coastal landscape development
22.214.171.124 Coastal management
126.96.36.199 Case studies: Case study(ies) of coastal environment(s) at a local scale to illustrate and analyse fundamental coastal processes, their landscape outcomes as set out above and engage with field data and challenges represented in their sustainable management.
3.1.4 Glacial systems and landscapes
188.8.131.52 Glaciers as natural systems
184.108.40.206 Systems and processes
220.127.116.11 Glaciated landscape development
3.1.6 Ecosystems under stress
18.104.22.168 Ecosystems and sustainability
22.214.171.124 Ecosystems and processes
126.96.36.199 Ecosystems in the British Isles over time
188.8.131.52 Local ecosystems
184.108.40.206 Case studies: Case study of a specified ecosystem at a local scale to illustrate and analyse key themes set out above, including the nature and properties of the ecosystem, human impact upon it and the challenges and opportunities presented in its sustainable development.
3.2.4 Population and the environment
220.127.116.11 Environment and population: Characteristics and distribution of two key zonal soils to exemplify relationship between soils and human activities especially agriculture. Soil problems and their management as they relate to agriculture: soil erosion, waterlogging, salinisation, structural deterioration.
18.104.22.168 Case studies: Case study of a specified local area to illustrate and analyse the relationship between place and health related to its physical environment, socio-economic character and the experience and attitudes of its populations.
3.2 Human geography
3.2.2 Changing places
22.214.171.124 The nature and importance of places
126.96.36.199 Changing places – relationships, connections, meaning and representation
188.8.131.52 Place studies
3.2.3 Contemporary urban environments
184.108.40.206 Urban forms
220.127.116.11 Social and economic issues associated with urbanisation
18.104.22.168 Urban climate
22.214.171.124 Urban drainage
126.96.36.199 Urban waste and its disposal
188.8.131.52 Other contemporary urban environmental issues
184.108.40.206 Sustainable urban development
220.127.116.11 Case studies:Case studies of two contrasting urban areas to illustrate and analyse key themes set out above, to include:• patterns of economic and social well-being• the nature and impact of physical environmental conditions.with particular reference to the implications for environmental sustainability, the character of the study areas and the experience and attitudes of their populations.
3.2.5 Resource security
18.104.22.168 Water security
22.214.171.124 Energy security
Independent investigation, worth 20% of their final A-level marks.
Area of study 1: Dynamic Landscapes
Topic 2: Landscape Systems, Processes and Change
Option 2A: Glaciated Landscapes and Change
Enquiry question 1: How has climate change influenced the formation of glaciated landscapes over time?
2A.3 Periglacial processes produce distinctive landscapes.
Enquiry question 2: What processes operate within glacier systems?
2A.6 The glacier landform system.
Enquiry question 3: How do glacial processes contribute to the formation of glacial landforms and landscapes?
2A.7 Glacial erosion creates distinctive landforms and contributes to glaciated landscapes.
2A.8 Glacial deposition creates distinctive landforms and contributes to glaciated landscapes.
2A.9 Glacial meltwater plays a significant role in creating distinctive landforms and contributes to glaciated landscapes.
Enquiry question 4: How are glaciated landscapes used and managed today?
2A.10 Glacial and periglacial landscapes have intrinsic cultural, economic and environmental value.
2A.11 There are threats facing fragile active and relict glaciated upland landscapes.
Option 2B: Coastal Landscapes and Change
Enquiry question 1: Why are coastal landscapes different and what processes cause these differences?
2B.1 The coast, and wider littoral zone, has distinctive features and landscapes.
2B.2 Geological structure influences the development of coastal landscapes at a variety of scales.
2B.3 Rates of coastal recession and stability depend on lithology and other factors.
Enquiry question 2: How do characteristic coastal landforms contribute to coastal landscapes?
2B.4 Marine erosion creates distinctive coastal landforms and contributes to coastal landscapes.
2B.5 Sediment transport and deposition create distinctive landforms and contribute to coastal landscapes.
2B.6 Subaerial processes of mass movement and weathering influence coastal landforms and contribute to coastal landscapes.
Enquiry question 3: How do coastal erosion and sea level change alter the physical characteristics of coastlines and increase risks?
2B.8 Rapid coastal retreat causes threats to people at the coast.
2B.9 Coastal flooding is a significant and increasing risk for some coastlines.
Enquiry question 4: How can coastlines be managed to meet the needs of all players?
2B.10 Increasing risks of coastal recession and coastal flooding have serious consequences for affected communities.
2B.11 There are different approaches to managing the risks associated with coastal recession and flooding.
2B.12 Coastlines are now increasingly managed by holistic integrated coastal zone management (ICZM).
Area of study 3: Physical Systems and Sustainability
Topic 5: The Water Cycle and Water Insecurity
Enquiry question 1: What are the processes operating within the hydrological cycle from global to local scale?
5.2 The drainage basin is an open system within the global hydrological cycle.
5.3 The hydrological cycle influences water budgets and river systems at a local scale.
Enquiry question 2: What factors influence the hydrological system over short- and long-term timescales?
5.4 Deficits within the hydrological cycle result from physical processes but can have significant impacts.
5.5 Surpluses within the hydrological cycle can lead to flooding, with significant impacts for people.
5.6 Climate change may have significant impacts on the hydrological cycle globally and locally.
Topic 6: The Carbon Cycle and Energy Security
Enquiry question 1: How does the carbon cycle operate to maintain planetary health?
6.1 Most global carbon is locked in terrestrial stores as part of the long-term geological cycle.
6.2 Biological processes sequester carbon on land and in the oceans on shorter timescales.
6.3 A balanced carbon cycle is important in sustaining other earth systems but is increasingly altered by human activities.
Enquiry question 2: What are the consequences for people and the environment of our increasing demand for energy?
6.6 There are alternatives to fossil fuels but each has costs and benefits.
Enquiry question 3: How are the carbon and water cycles linked to the global climate system?
6.7 Biological carbon cycles and the water cycle are threatened by human activity.
6.8 There are implications for human wellbeing from the degradation of the water and carbon cycles.
6.9 Further planetary warming risks large-scale release of stored carbon, requiring responses from different players at different scales
Area of study 2: Dynamic Places
Topic 4: Shaping Places
Option 4A: Regenerating Places
Enquiry question 1: How and why do places vary? An in-depth study of the local place in which you live or study and one contrasting place
4A.1 Economies can be classified in different ways and vary from place to place.
4A.2 Places have changed their function and characteristics over time.
4A.3 Past and present connections have shaped the economic and social characteristics of your chosen places.
Enquiry question 2: Why might regeneration be needed?
4A.4 Economic and social inequalities changes people’s perceptions of an area.
4A.5 There are significant variations in the lived experience of place and engagement with them.
4A.6 There is a range of ways to evaluate the need for regeneration.
Enquiry question 3: How is regeneration managed?
4A.7 UK government policy decisions play a key role in regeneration.
4A.8 Local government policies aim to represent areas as being attractive for inward investment.
4A.9 Rebranding attempts to represent areas as being more attractive by changing public perception of them.Enquiry question 4: How successful is regeneration?
4A.10 The success of regeneration uses a range of measures: economic, demographic, social and environmental.
4A.11 Different urban stakeholders have different criteria for judging the success of urban regeneration.
4A.12 Different rural stakeholders have different criteria for judging the success of rural regeneration.
Option 4B: Diverse Places
Enquiry question 2: How do different people view diverse living spaces?
4B.4 Urban places are seen differently by different groups because of their lived experience of places and their perception of those places.
4B.5 Rural places are seen differently by different groups because of their lived experience of places and their perception of those places.
4B.6 There is a range of ways to evaluate how people view their living spaces.
Enquiry question 4: How successfully are cultural and demographic issues managed?
4B.10 The management of cultural and demographic issues can be measured using a range of techniques.
4B.11 Different urban stakeholders have different criteria for assessing the success of managing change in diverse urban communities.
4B.12 Different rural stakeholders have different criteria for assessing the success of managing change in diverse rural communities
Component 4: Independent Investigation worth 20% of their final A level marks.
2.1 Component 1
SECTION A - Changing Landscapes
1.1: Coastal Landscapes
1.1.1 The operation of the coast as a system
1.1.2 Temporal variations and their influence on coastal environments
1.1.3 Landforms and landscape systems, their distinctive features and distribution
1.1.4 Factors affecting coastal processes and landforms
1.1.5 Processes of coastal weathering, mass movement, erosion and the characteristics and formation of associated landforms and landscapes
1.1.6 Processes of coastal transport and deposition and the characteristics and the formation of associated landforms and landscapes
1.1.7 Aeolian, fluvial and biotic processes, the characteristics and the formation of landforms in coastal environments
1.1.8 Variations in coastal processes, coastal landforms and landscapes over different time scales
1.1.9 Coastal processes are a vital context for human activity
1.1.10 The impact of human activity on coastal landscape systems
1.2: Glaciated Landscapes
1.2.1 The operation of a glacier as a system
1.2.5 Processes of glacial weathering, erosion and the characteristics and the formation of associated landforms and landscapes
1.2.6 Processes of glacial and fluvioglacial transport and glacial and fluvioglacial deposition and the characteristics and the formation of associated landforms and landscapes
1.2.8 Periglacial processes and the formation of associated features
1.2.10 Glacial processes are a vital context for human activity
2.2 Component 2
SECTION A - Global Systems
2.1: Water and Carbon Cycles
2.1.2 Catchment hydrology – the drainage basin as a system
2.1.3 Temporal variations in river discharge
2.1.4 Precipitation and excess runoff within the water cycle
2.1.5 Deficit within the water cycle
2.1.7 Carbon stores in different biomes
2.1.8 Changing carbon stores in peatlands over time
2.1.9 Links between the water and carbon cycles
2.1.10 Feedback within and between the carbon and water cycles
2.3 Component 3
SECTION B - Contemporary Themes in Geography
3.2.1 The value and distribution of ecosystems
3.2.2 The structure and functioning of ecosystems3.2.3 Biodiversity under threat
3.2.4 Conserving biodiversity
3.2.5 Ecosystems at a local scale
3.5: Weather and Climate
3.5.3 Climate and weather of the UK
3.5.4 Extreme weather events
3.5.5 Impacts and management of climatic hazards
3.5.6 Impacts of human activities on the atmosphere at local and regional scales
3.5.7 People, climate and the future
2.1 Component 1
SECTION B - Changing Places
1.3: Changing Places
1.3.1 Changing place; changing places – relationships and connections
1.3.2 Changing place; changing places – meaning and representation
1.3.3 Changes over time in the economic characteristics of places
1.3.4 Economic change and social inequalities in deindustrialised urban places
1.3.5 The service economy (tertiary) and its social and economic impacts
1.3.6 The 21st century knowledge economy (quaternary) and its social and economic impacts
1.3.7 The rebranding process and players in rural places
1.3.8 Rural management and the challenges of continuity and change
1.3.9 The rebranding process and players in urban places
1.3.10 Urban management and the challenges of continuity and change
2.2 Component 2
SECTION B - Global Governance: Change and Challenges
2.2: Global Governance: Change and Challenges
2.2.6 to 2.2.10: Global Governance of the Earth’s Oceans
2.2.9 Managing marine environments
2.2.10 Managing ocean pollution
Investigative geography; worth 20% of final A-level mark.
2c: Content of Physical systems (H481/01)
Topic 1.1 - Landscape Systems
1.1.1 Option A - Coastal Landscapes
1. How can coastal landscapes be viewed as systems?
1.a Coastal landscapes can be viewed as systems.
1.b Coastal landscape systems are influenced by a range of physical factors.
1.c Coastal sediment is supplied from a variety of sources.
2. How are coastal landforms developed?
2.a Coastal landforms develop due to a variety of interconnected climatic and geomorphic processes.
2.b Coastal landforms are inter-related and together make up characteristic landscapes.
4. How does human activity cause change within coastal landscape systems?
4.a Human activity intentionally causes change within coastal landscape systems.
4.b Economic development unintentionally causes change within coastal landscape systems.
1.1.2 Option B - Glaciated Landscapes
1. How can glaciated landscapes be viewed as systems?
1.a Glaciated landscapes can be viewed as systems.
1.b Glaciated landscapes are influenced by a range of physical factors.
1.c There are different types of glacier and glacier movement.
2. How are glacial landforms developed?
2.a Glacial landforms develop due to a variety of interconnected climatic and geomorphic processes.
2.b Glacial landforms are inter-related and together make up characteristic landscapes.
3. How do glacial landforms evolve over time as climate changes?
3.a Glacio-fluvial landforms exist as a result of climate change at the end of glacial periods.
3.b Periglacial landforms exist as a result of climate change before and/or after glacial periods.
4. How does human activity cause change within glaciated and periglacial landscape systems?
4.a Human activity causes change within periglacial landscape systems.
Topic 1.2 - Earth’s Life Support Systems
1. How important are water and carbon to life on earth?
1.a Water and carbon support life on earth and move between the land, oceans and atmosphere.
1.b The carbon and water cycles are systems with inputs, outputs and stores.
1.c The carbon and water cycles have distinctive processes and pathways that operate within them.
3. How much change occurs over time in the water and carbon cycles?
3.a Human factors can disturb and enhance the natural processes and stores in the water and carbon cycles.
3.b The pathways and processes which control the cycling of water and carbon vary over time.
4. To what extent are the water and carbon cycles linked?4.a The two cycles are linked and interdependent.
4.b The global implications of water and carbon management.
2c: Content of Geographical debates (H481/03)
Topic 3.1 - Climate Change
4. In what ways can humans respond to climate change?
4.c Mitigation and adaptation are complementary strategies for reducing and managing the risks of climate change.
Topic 3.3 - Exploring Oceans
2. What are the opportunities and threats arising from the use of ocean resources?
2.a Biological resources within oceans can be used in sustainable or unsustainable ways.
2.b The use of ocean energy and mineral resources is a contested issue.
2.c Governing the oceans poses issues for the management of resources.
3. How and in what ways do human activities pollute oceans?
3.a There are a variety of pollutants that affect the ocean system.
3.b Off-shore oil production and transport poses threats for people and the environment.
4. How is climate change impacting the ocean system?
4.a Climate change is altering the nature of the ocean’s water.
4.b Climate change is altering sea levels.
Topic 3.4 - Future of Food
1. What is food security and why is it of global significance?
1.b Food is a precious resource and global food production can be viewed as an interconnected system.
4. How do food production and security issues impact people and the physical environment?
4.a Imbalance in the global food system has physical and human impacts
2c: Content of Human interactions (H481/02)
Topic 2.1 - Changing Spaces; Making Places
1. What’s in a place?
1.a Places are multi-faceted, shaped by shifting flows and connections which change over time.
2. How do we understand place?
2.a People see, experience and understand place in different ways, this can also change over time.
2.b Places are represented through a variety of contrasting formal and informal agencies.
3. How does economic change influence patterns of social inequality in places?
3.a The distribution of resources, wealth and opportunities are not evenly spread within and between places.
3.b Processes of economic change can create opportunities for some while creating and exacerbating social inequality for others.
3.c Social inequality impacts people and places in different ways.
4. Who are the players that influence economic change in places?
4.a Places are influenced by a range of players operating at different scales.
5. How are places created through placemaking processes?
5.a Place is produced in a variety of ways at different scales.
5.b The placemaking process of rebranding constructs a different place meaning through reimaging and regeneration.
5.c Making a successful place requires planning and design.
Added value of this course
- Communication | Resilience | Independent thinking | Leadership
- Numeracy | Literacy | Investigative skills | Observation
- Ask questions.
- Apply knowledge in the real world and make links.
- Make sense of new places and understand our place and role within this.
- Have fun | Make friendships | Connect with nature