What is the Independent Investigation, and how is it structured and assessed?
The nature, requirements and assessment of the Independent Investigation (the non-examined assessment): an independent, fieldwork-based enquiry of around 3000 to 4000 words using primary and secondary data, structured through the enquiry process and marked against OCR's criteria.
An OCR A-Level Geography answer to the Independent Investigation (the non-examined assessment), covering its nature and requirements, the independent fieldwork-based enquiry of around 3000 to 4000 words using primary and secondary data, the structure through the enquiry process, the marking criteria, and how it is worth 60 marks and 20 percent of the A-Level.
Reviewed by: AI editorial process; not yet individually human-reviewed
Have a quick question? Jump to the Q&A page
Jump to a section
What this dot point is asking
OCR requires you to understand the Independent Investigation (the non-examined assessment): its nature and requirements, the independent, fieldwork-based enquiry of around 3000 to 4000 words using primary and secondary data, its structure through the enquiry process, and how it is assessed. It is worth 60 marks and 20 percent of the A-Level.
The answer
The nature and requirements of the Independent Investigation
The investigation must be genuinely independent: the student devises the question, designs the methodology, collects and analyses the data, and writes the report themselves, though teachers may advise. It must be based on fieldwork (drawing on the required minimum four days) and may address any part of the specification, physical, human or a combination. It must use both primary data (collected first-hand) and secondary data (from existing sources), with an appropriate, justified sampling strategy and a risk assessment. It is marked by the centre against OCR's criteria and moderated by OCR to ensure consistency.
Structure through the enquiry process
The report is structured through the enquiry process introduced in the fieldwork dot point. A typical structure runs: an introduction stating the focused question or hypothesis and its geographical context and theory; a methodology justifying the data-collection methods, sampling strategy and risk assessment; data presentation using appropriate maps, graphs and tables; analysis applying statistical and qualitative techniques and linking findings to theory; a conclusion answering the question with evidence; and a critical evaluation of reliability, limitations and improvements. Each stage builds on the previous one, so a weak question undermines everything that follows, which is why the design stage is so important.
Assessment and what gains marks
The Independent Investigation chiefly assesses AO3 (the use of fieldwork and skills to investigate, analyse and conclude), with some AO1 and AO2. OCR's marking criteria reward, in essence: a clear, justified enquiry design (focused question, sound methodology and sampling, risk assessment); effective data collection and presentation; rigorous analysis (appropriate statistics, links to theory, interpretation); a valid, evidenced conclusion; and a critical evaluation of reliability, accuracy, bias and improvements. Independence and the coherent flow of the enquiry are themselves credited. The recurring message is that method and critical thinking, not just data, earn marks: a measured conclusion that acknowledges its data's limitations outscores a bold one that ignores them.
Examples in context
Example 1. A physical investigation: beach sediment. A student investigates whether sediment size decreases along a beach in the direction of longshore drift, sampling pebbles systematically at intervals along the beach, measuring their size and roundness, and analysing the relationship with Spearman's rank, supported by secondary data on wave direction. The report follows the full enquiry structure and evaluates sampling reliability and the influence of a single survey date. It exemplifies an independent physical enquiry grounded in coastal process theory, linking directly to the coastal landscapes dot point.
Example 2. A human investigation: gentrification. A student investigates the extent of gentrification in a local neighbourhood, combining primary data (an environmental quality survey, resident questionnaires, land-use mapping, photographs) with secondary census and house-price data, using stratified sampling across sub-areas. Analysis links the evidence to the concept of gentrification, and evaluation addresses questionnaire bias and the limits of a small sample. It exemplifies an independent human enquiry grounded in the Changing Spaces; Making Places content and the place-study skills.
Try this
Q1. State two requirements of the OCR Independent Investigation. [2 marks]
- Cue. Any two of: an independent, student-devised question or hypothesis; based on the student's own fieldwork; uses primary and secondary data; around 3000 to 4000 words; includes a justified sampling strategy and risk assessment.
Q2. Explain why the evaluation section is important to the quality of the investigation. [3 marks]
- Cue. It assesses the reliability, accuracy and limitations of the data and methods and the validity of the conclusion, demonstrating critical understanding of the whole enquiry and bounding the confidence of the conclusion, which is heavily rewarded in the marking criteria.
Exam-style practice questions
Practice questions written in the style of OCR exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.
OCR H481/04 (NEA, style)6 marksExplain why a well-defined research question or hypothesis is essential to a successful Independent Investigation.Show worked answer →
A medium-tariff question on enquiry design (AO3, AO2). Explain that the research question or hypothesis sets the focus and scope for the whole investigation: it determines what data are relevant, what methods and sampling are appropriate, and what conclusion can be reached. A question that is too broad cannot be answered with the data and time available; one that is too narrow or untestable yields little. A good question is focused, answerable and grounded in geographical theory (a model, concept or debate from the specification).
The strongest answers explain that a clear question makes the later stages, data collection, analysis and conclusion, coherent and defensible, and allows meaningful evaluation against a stated aim. Reward the link between question design and the quality of the whole enquiry, ideally with an example of a focused versus an unworkable question.
OCR H481/04 (NEA, style)6 marksAssess the importance of the evaluation section in determining the quality of an Independent Investigation.Show worked answer →
A medium-tariff question on evaluation (AO3, AO2). Explain that the evaluation assesses the reliability, accuracy and limitations of the methods and data, the validity of the conclusion, and how the investigation could be improved. For assessment, argue that evaluation is a major marked component because it demonstrates critical understanding: a strong conclusion that ignores its data's limitations is weaker than a measured conclusion that acknowledges them and suggests improvements.
The strongest answers note that evaluation shows the student understands the whole enquiry process and can think like a geographer, and that it ties the investigation back to its question and to wider geographical context (synopticity). Reward a judgement that evaluation is essential to a high-quality, honest investigation rather than an optional add-on.
Related dot points
- The stages of geographical enquiry; the collection of primary and secondary data using appropriate physical and human methods; sampling strategies and their justification; and the evaluation of data reliability, accuracy and bias.
An OCR A-Level Geography answer to fieldwork and geographical enquiry, covering the stages of the enquiry process, primary and secondary data collection using physical and human methods, sampling strategies (random, systematic, stratified) and their justification, and the evaluation of data reliability, accuracy and bias, underpinning the Independent Investigation.
- The range of cartographic skills (OS maps, GIS, choropleth, isoline, proportional and flow-line maps) and graphical skills (line, bar, scatter, logarithmic and population pyramids), and how to select, construct and interpret them for geographical data.
An OCR A-Level Geography answer to the cartographic and graphical skills embedded across all components, covering OS map and GIS interpretation, choropleth, isoline, proportional-symbol and flow-line maps, and line, bar, scatter, logarithmic and population-pyramid graphs, with guidance on selecting, constructing and interpreting each for AO3.
- The statistical techniques used in geography (measures of central tendency and dispersion, percentage change, Spearman's rank correlation and significance testing) and how to calculate, apply and critically interpret them in geographical contexts.
An OCR A-Level Geography answer to the statistical skills embedded across all components, covering measures of central tendency (mean, median, mode) and dispersion (range, interquartile range, standard deviation), percentage change, Spearman's rank correlation and significance testing, with worked calculations in KaTeX and guidance on critical interpretation for AO3.
- The requirement to study a local place and a contrasting distant place in depth, using a range of quantitative and qualitative sources to investigate their character, the lived experience of those who live there, and how and why they have changed.
An OCR A-Level Geography answer to the place-studies requirement in Changing Spaces; Making Places, covering the study of a local place and a contrasting distant place using quantitative sources (census, statistics, maps) and qualitative sources (interviews, photographs, media, art), how to investigate lived experience and place character, and how to evaluate sources for an exam place study.
- The global water cycle as a closed system of stores and flows; the drainage basin as an open sub-system with inputs, flows, stores and outputs; the water balance; and the natural and human factors that change water stores and flows across scales.
An OCR A-Level Geography answer to the water cycle in Earth's Life Support Systems, covering the global water cycle as a closed system of stores and flows, the drainage basin as an open sub-system, the water balance equation, and how natural and human factors change water stores and flows across global to local scales.
Sources & how we know this
- OCR A-Level Geography (H481) specification — OCR (2016)