Introduction to Fieldwork Enquiry Design

Welcome to your first step in mastering geographical fieldwork! While "fieldwork" might sound like just a day trip out of the classroom, for your Pearson Edexcel AS Geography course, it is a rigorous scientific process. You aren't just looking at a beach or a high street; you are investigating geographical questions and issues.

In your exams (Paper 1 and Paper 2), you will be asked questions about your own fieldwork experience. This chapter focuses on the "planning" stage: how we decide what to study, where to go, and most importantly, how to ask the right questions. Think of this as the "blueprint" for your entire investigation.

1. The Fieldwork Requirement

For your AS Level, you must complete a minimum of two days of fieldwork. This isn't just a suggestion—it's a requirement evidenced by a "centre fieldwork statement." Your fieldwork must cover two distinct areas:

  • Physical Geography: This must relate to either Topic 2A (Glaciated Landscapes) or Topic 2B (Coastal Landscapes).
  • Human Geography: This must relate to either Topic 4A (Regenerating Places) or Topic 4B (Diverse Places).

2. Starting with a Geographical Issue

Every good enquiry starts with a problem or an "issue." You don't just go to the coast to "look at waves." You go because there is a risk of erosion or a conflict between different players (like local homeowners vs. the government) over how the coast is managed.

Quick Tip: Use the Specialist Concepts from your syllabus to help frame your design. For example, if you are studying Regenerating Places, you might focus on Inequality or Sustainability. If you are studying Coasts, you might look at Systems (how sediment moves) or Resilience (how well a town survives a storm surge).

3. Formulating Research Questions and Hypotheses

Once you have an issue, you need to turn it into a question that can actually be answered with data. There are two main ways to do this:

A. The Research Question

This is an open-ended question. It is great for qualitative research (words, feelings, and descriptions).

Example (Regenerating Places): "To what extent has the rebranding of the docklands changed the identity of the local area?"

B. The Hypothesis

A hypothesis is a statement that you plan to test. You will eventually use your data to either "accept" or "reject" this statement. Hypotheses are usually better for quantitative research (numbers and measurements).

Example (Coastal Landscapes): "The size of beach sediment will decrease as distance from the cliff increases due to longshore drift."

Common Mistake to Avoid:

Don't make your questions too broad! "Is the coast pretty?" is not a geographical research question. "How do hard engineering strategies affect the mass balance of the beach?" is much better because it uses specific geographical terminology and can be measured.

4. Incorporating Synoptic Themes

To get the highest marks in your fieldwork exam answers, your enquiry design should consider the Synoptic Themes mentioned in the syllabus. When designing your questions, think about:

  • Players (P): Who is involved? (e.g., "How do the attitudes of local shopkeepers differ from the actions of the local council regarding regeneration?")
  • Attitudes and Actions (A): Why do people feel differently about a change? (e.g., "Do different age groups have different perceptions of Globalisation in the high street?")
  • Futures and Uncertainties (F): What will happen next? (e.g., "Is the current coastal management plan sustainable for the next 50 years?")

5. Choosing a Location

A big part of enquiry design is site selection. You can't just pick a spot at random. You must justify why your location is suitable for answering your research question. This is often called Geographical Context.

Considerations for your design:

  • Safety and Risk: Have you completed a risk assessment? Is the tide coming in? Is the urban area safe for students to work in?
  • Accessibility: Can you actually get to the sites you need to measure?
  • Scale: Are you looking at a single beach (local scale) or a whole sediment cell (regional scale)?

6. Linking to Theoretical Frameworks

Your design should be "grounded" in the theories you learn in class. This shows the examiner you aren't just doing a random project.

  • For Tectonics (if linked to a fieldwork-style question), you might use the Pressure and Release (PAR) model.
  • For Glaciers, you might use the concept of Mass Balance (\( \text{Net Balance} = \text{Accumulation} - \text{Ablation} \)).
  • For Regeneration, you might use the rural-urban continuum or sector classification of economies.

Did you know? Even though you might not visit a volcano for your fieldwork, the exam may ask you to "Suggest" (one of your command words!) how you would design an enquiry into the risks faced by people living near a tectonic hazard. The design skills you learn on a beach or in a city are transferable!

Quick Review: Key Takeaways

1. Context: You need one physical enquiry (Glaciers/Coasts) and one human enquiry (Regeneration/Diverse Places).
2. The Aim: Start with a clear geographical issue or problem.
3. Question vs. Hypothesis: Use questions for open exploration and hypotheses for testing specific theories.
4. Terminology: Use specialist concepts like Systems, Inequality, and Sustainability in your design.
5. Players: Always consider the different people and groups involved in your study area.

Next Step: Once you have your questions designed, you need to decide how to collect the data. For more on this, see the chapter: "Primary data collection methods and sampling."