Photographic Analysis: When examining images, students must distinguish between objective observation (what is physically there) and subjective interpretation (what the image implies about quality of life or environmental health).
Recognizing Bias: Written articles in the resource booklet may have a specific 'slant' depending on the author; identifying emotive language or one-sided arguments is crucial for critical evaluation.
Cartographic Skills: Maps provide spatial context, allowing students to identify patterns of land use, proximity to hazards, or the accessibility of proposed developments.
| Feature | Quantitative Data | Qualitative Data |
|---|---|---|
| Nature | Numerical, statistical, objective | Descriptive, opinion-based, subjective |
| Examples | Population density, rainfall totals | Resident interviews, field sketches |
| Use in DME | Provides hard facts for justification | Provides human context and stakeholder views |
Use the Booklet Constantly: Never answer from general knowledge alone; every point in a decision-making answer should be linked to a specific resource (e.g., 'As shown in Figure 2...').
Structure with SEE: Use the Social, Economic, and Environmental framework to ensure a balanced geographical argument that covers all aspects of sustainability.
Address the Counter-Argument: High-level answers don't just say why their choice is good; they explain why the other options were less suitable for this specific scenario.
Check Command Words: 'Identify' requires a simple statement, whereas 'Evaluate' or 'Justify' requires a detailed weighing of evidence and a concluding judgment.