Fieldwork skills and the Independent Investigation

Welcome to Your Independent Investigation (NEA)

The Independent Investigation (also known as the NEA or coursework) is one of the most exciting parts of your A Level Geography course. Instead of just reading about the world in a textbook, you get to step outside and become a real researcher! This is your chance to explore a geographical topic that actually interests you, whether it is the crashing waves of a coastline or the changing faces of a local high street.

Don't worry if it feels a bit overwhelming at first. Think of it like a long-term project where you are the boss. This guide will walk you through the requirements and the skills you need to succeed.

Section 1: The Essentials – What You Need to Know

Before you start digging in the dirt or interviewing locals, let’s look at the "rules of the game" according to the Pearson Edexcel specification.

The Basics:

1. Weighting: The investigation is worth 70 marks and makes up 20% of your total A Level grade.
2. Length: You should aim for a written report of \(3000–4000\) words.
3. The Fieldwork Requirement: You must complete a minimum of four days of fieldwork. This must cover both physical and human environments.
4. Assessment: It is marked by your teachers and then checked (moderated) by the exam board. It focuses heavily on AO3 (using geographical skills to investigate, analyse, and evaluate).

Quick Review: The NEA is your opportunity to show off your skills in "doing" geography. It isn't just about what you know (AO1), but how you use that knowledge to solve a problem or answer a question (AO3).

Section 2: Choosing Your Investigation Topic

Your investigation must link to the content we study in class. You can choose a topic from the compulsory units (like Tectonic Processes, Globalisation, or the Carbon Cycle) or the optional units (like Coastal Landscapes or Regenerating Places).

Step 1: Defining Your Question
You need to create a focus for your work. This could be a question (e.g., "To what extent has regeneration improved the lives of residents in [Place]?") or an issue (e.g., "An investigation into the impact of coastal management on longshore drift at [Beach].").

Step 2: Choosing Your Focus
Your focus can be:
- Physical: Focusing on nature (e.g., rivers, coasts, water cycle).
- Human: Focusing on people and places (e.g., migration, identity, regeneration).
- Integrated: Looking at how people and nature interact (e.g., how flood management affects a local community).

Did you know? Even though you might collect data in a group during a school trip, your final report and the way you process that data must be entirely your own work.

Section 3: Data Collection – The "Heart" of the NEA

To answer your question, you need evidence. The specification requires you to use a mix of data types.

Primary Data: This is information you collect yourself in the field. Examples include:
- Quantitative: Measurements that involve numbers, like pebble sizes, infiltration rates, or pedestrian counts.
- Qualitative: Information that is more descriptive, like interviews, field sketches, or taking photos of "place identity."

Secondary Data: This is information someone else has already collected. You might use census data, old maps, newspaper archives, or professional GIS (Geographic Information Systems) maps to support your findings.

Memory Aid: The "PQ" Rule
Always remember your Ps and Qs! You need Primary and Secondary data, and you need Quantitative and Qualitative methods. Using a mix makes your investigation much stronger!

Section 4: Analysis and Presentation

Once you have your data, you can't just leave it in a notebook! You need to "interrogate" it.

Data Presentation: You should use a variety of methods to show your results. These might include dot maps, kite diagrams, or dispersion diagrams. (For more detail on how to draw these, see the "Data presentation" chapter).

Statistical Analysis: To prove your findings aren't just a coincidence, you will likely use statistical tests. Depending on your data, you might use t-tests (to compare two groups), Spearman’s Rank (to look for a relationship), or Chi-squared (to look for differences). (Check out the "Statistical tests" chapter for step-by-step guides on these).

Qualitative Analysis: If you have interviews or photos, you can use coding (looking for common themes) to help explain what they show about a place or process.

Section 5: Evaluation – The Final Hurdle

In the final part of your report, you must evaluate your work. This doesn't mean saying what went wrong; it means being a "critical friend" to your own research.

Ask yourself:
- Reliability: If someone else did the same test, would they get the same results?
- Errors: Were there measurement errors? For example, did the wind affect your flow meter?
- Representativeness: Did you sample enough people or locations to represent the whole area?

Common Mistake to Avoid: Don't just list what went wrong at the very end. A top-grade student integrates evaluation throughout the project, explaining why they chose a certain method and what its limitations might be as they use it.

Key Takeaways for Success

- Stay Focused: Ensure your investigation stays strictly within the geographical topics of the Edexcel 9GE0 specification.
- Be Independent: While you can talk to friends, the analysis and conclusions must be yours alone.
- Use the Command Words: When writing, remember to Analyse (break it down), Assess (weigh up the importance), and Evaluate (make a judgement).
- Word Count: Stick to the \(3000–4000\) word range. Being concise and focused is a key geographical skill!

Don't worry if the statistics or the data collection seem tricky at first. Every great geographer started exactly where you are now! Take it one step at a time, and you'll produce a project you can be proud of.