Instructions
Follow these steps to complete the worksheet:
- Define: In the first section, write a clear definition for each geographical term in the table provided. Use your own words where possible.
- Apply: Read the short story in the "Geography in Action" section and identify which terms are being described in the narrative.
- Analyze: Complete the "Cause and Effect" chart to show how these terms interact in the real world.
- Challenge: Attempt the bonus question at the end to apply your knowledge to a future scenario.
Section 1: The Human Geography Glossary
| Geographical Term | Definition (Write your answer below) |
|---|---|
| Example: Climate | The long-term average of weather conditions in a specific region, such as temperature and rainfall. |
| Urbanisation | |
| Population Density | |
| Settlement | |
| Migration | |
| Environmental Constraints | |
| Proximity | |
| Population Growth | |
Section 2: Geography in Action
The Story of Neo-Valley
Fifty years ago, Neo-Valley was a small collection of farms with very few people. However, as a new tech factory opened, thousands of people moved from the countryside into the town to find work. Because the valley is surrounded by steep, rocky mountains, the town cannot spread out very far, so people began building tall apartment buildings close to the town center to be near the shops and train station. Today, the number of people living in each square kilometer is higher than ever before.
Identify the terms: Based on the story above, which term best fits these descriptions?
- The movement of people into the valley for work: ____
- The steep, rocky mountains that stop the town from expanding: ____
- The fact that people want to live near (close to) the shops: ____
- The process of the town growing from a few farms into a busy city: ____
Section 3: Connections
Geography is about how different factors affect one another. Fill in the missing "Effect" based on the "Cause."
| Cause | Effect (What happens because of this?) |
|---|---|
| Example: A new hospital is built in a small town. | Proximity to healthcare improves, making the area more attractive for families to settle. |
| High Population Growth in a city with limited land. | |
| A severe drought acts as an Environmental Constraint. | |
| Improved transportation increases Proximity between cities. | |
| Rapid Urbanisation occurs in a rural farming area. |
Section 4: The Explorer’s Challenge (Optional)
Scenario: Imagine humans are building the first permanent settlement on Mars.
What is one major environmental constraint they would face, and how would that affect the population density of the Martian base? Write 2-3 sentences explaining your thought process.
(Write your response here):
Answer Key
Section 1: Glossary Definitions (Typical answers)
- Urbanisation: The process of making an area more urban; the physical growth of urban areas.
- Population Density: The measurement of population per unit area (e.g., per square kilometer).
- Settlement: A place, typically one previously uninhabited, where people establish a community.
- Migration: Movement from one part of something to another or from one region to another.
- Environmental Constraints: Natural factors (like climate or terrain) that limit or restrict human activity or building.
- Proximity: Nearness in space, time, or relationship.
- Population Growth: The increase in the number of individuals in a population.
Section 2: Geography in Action
- Migration
- Environmental Constraints
- Proximity
- Urbanisation
Section 3: Connections (Sample Answers)
- High Growth/Limited Land: Population density increases; housing becomes more expensive.
- Drought Constraint: People may migrate away; farming becomes difficult.
- Improved Proximity: More people might commute for work; trade increases between cities.
- Rapid Urbanisation: Loss of agricultural land; new infrastructure (roads, schools) is needed.
Section 4: Challenge
- Answers will vary. (Example: A major constraint is the lack of breathable air. This would lead to high population density because everyone would be forced to live inside small, connected pressurized domes.)