A Level H1 Geography Practice Paper 1

TuitionGoWhere Practice Paper - Geography H1 A-Level (Answer Key)

Section A: Data Response Questions [45 marks]

Question 1: Urban Sustainability and Slum Development [25 marks]

(a) Spatial distribution of informal settlements [4 marks]

• Concentrated on city periphery/outskirts [1]
• Located along transport corridors/main roads [1]
• Proximity to employment zones/industrial areas [1]
• Avoiding city center due to high land costs [1]
• Often on marginal land (slopes, flood-prone areas) [1] Award any 4 valid points

(b) Characteristics of informal settlements [6 marks] Characteristic 1: High density housing [2] Explanation: Buildings constructed very close together with minimal space between structures due to limited land availability and high demand

Characteristic 2: Mixed building materials [2] Explanation: Use of corrugated iron, wood, concrete blocks showing incremental construction as families improve housing over time

Characteristic 3: Narrow pathways [2] Explanation: Unplanned layout results in irregular, narrow access routes that may impede emergency services and waste collection

(c) Changes in service provision [7 marks] Water access improvement: Government investment in piped water infrastructure and community standpipes reduced reliance on unsafe sources [2]

Electricity improvement: Formal grid extension and regularization programs replaced dangerous illegal connections [2]

Sanitation improvement: Construction of public toilets and sewerage systems through slum upgrading initiatives [2]

Overall explanation: Coordinated government programs, international funding, and community participation drove systematic infrastructure improvements [1]

(d) Usefulness evaluation [8 marks] Resource 1 strengths:

• Visual evidence of housing quality and density [1]
• Shows physical layout and infrastructure challenges [1]

Resource 1 limitations:

• Single snapshot doesn't show change over time [1]
• Cannot determine population size or service access [1]

Resource 2 strengths:

• Quantitative data shows clear improvement trends [1]
• Covers multiple service types over significant time period [1]

Resource 2 limitations:

• Doesn't explain causes of improvements [1]
• May not represent all informal settlements [1]

Overall assessment: Resources are complementary - photograph provides visual context while data shows measurable progress, though both have temporal and explanatory limitations

Question 2: Climate Change and Tropical Cyclones [20 marks]

(a) Spatial and temporal characteristics [5 marks] Spatial characteristics:

• Formed in southwestern Indian Ocean [1]
• Tracked westward toward Madagascar's east coast [1]
• Affected northeastern and central regions most severely [1]

Temporal characteristics:

• Developed in March 2017 (cyclone season) [1]
• Rapid intensification over 2-3 days [1]

(b) Cyclone development explanation [6 marks] Sea surface temperature role: 28.5°C provides energy for evaporation and convection, well above 26.5°C threshold for cyclone formation [2]

Pressure conditions: Low central pressure (945 hPa) creates strong pressure gradient driving air circulation and intensification [2]

Wind development: Coriolis force at Madagascar's latitude enables rotation, while pressure gradient accelerates winds to 185 km/h [2]

(c) Hydrological process impacts [9 marks] Surface runoff changes: Intense rainfall (>200mm/day) exceeds infiltration capacity, causing rapid surface runoff and flash flooding [2-3]

Infiltration impacts: Saturated soils reduce infiltration rates, increasing overland flow and reducing groundwater recharge [2-3]

River discharge effects: Peak discharge increases dramatically due to concentrated rainfall input, causing rivers to exceed bankfull capacity [2-3]

Flood risk implications: Combined effects create severe flood risk in low-lying areas, with prolonged inundation affecting 433,000 people [1-2]

Section B: Essay Questions [30 marks]

Mark Scheme for All Essays:

Level 4 (26-30 marks): Excellent

• Sophisticated argument with clear position
• Comprehensive case study knowledge with specific examples
• Balanced evaluation considering multiple perspectives
• Clear structure with effective conclusion
• Accurate use of geographical terminology

Level 3 (21-25 marks): Good

• Clear argument with some evaluation
• Good case study knowledge with examples
• Some consideration of different viewpoints
• Generally well-structured
• Mostly accurate geographical terminology

Level 2 (16-20 marks): Satisfactory

• Basic argument with limited evaluation
• Some case study knowledge, may lack specificity
• Limited consideration of alternatives
• Adequate structure
• Some geographical terminology

Level 1 (11-15 marks): Weak

• Descriptive approach with minimal argument
• Limited or inaccurate case study knowledge
• Little evaluation or alternative viewpoints
• Poor structure
• Limited geographical terminology

Level 0 (0-10 marks): Very Poor

• No clear argument or structure
• Minimal geographical content
• Inaccurate or irrelevant information

Question 3: Sample Answer Framework

"Slums are the greatest impediment confronting cities in achieving sustainable urban development."

Introduction: Define slums and sustainable urban development

Agreement points:

• Environmental challenges: pollution, waste management, resource consumption
• Social problems: overcrowding, health risks, education access
• Economic costs: infrastructure provision, service delivery
• Examples: Lagos (Makoko), Mumbai (Dharavi challenges)

Disagreement points:

• Slums provide affordable housing solutions
• Economic opportunities and employment
• Social networks and community resilience
• Other greater impediments: governance, inequality, climate change
• Examples: Rio favela upgrading success, Dharavi economic activity

Evaluation:

• Depends on government response and policy approach
• Slums as symptom rather than cause of urban problems
• Successful upgrading vs. forced relocation outcomes

Conclusion: Slums present challenges but represent broader urban planning failures; with appropriate policies, they can contribute to sustainable development

Question 4: Sample Answer Framework

"Climate change can only be mitigated with the collective effort of nations."

Introduction: Define mitigation and collective effort

Agreement points:

• Global nature of greenhouse gas emissions
• International agreements necessary (Paris Agreement, IPCC)
• Technology transfer and climate finance needs
• Examples: EU emissions trading, Green Climate Fund

Disagreement points:

• Individual nation leadership (Costa Rica renewable energy)
• Corporate and private sector innovation
• Local community initiatives and adaptation
• Examples: California emissions standards, corporate net-zero commitments

Evaluation:

• Scale of problem requires multiple approaches
• Political barriers to international cooperation
• Economic costs and development priorities
• Free-rider problem in global agreements

Conclusion: Collective effort essential but must be complemented by national policies, corporate action, and individual behavioral change for effectiveness

Question 5: Sample Answer Framework

"Assess the success of strategies used to improve urban liveability for elderly residents in cities."

Introduction: Define urban liveability for elderly populations

Successful strategies:

• Barrier-free infrastructure and universal design
• Healthcare service accessibility and proximity
• Public transport modifications (priority seating, audio announcements)
• Examples: Singapore's barrier-free buildings, Tokyo's elderly-friendly transport

Partially successful strategies:

• Age-friendly housing developments
• Community centers and social programs
• Technology integration for safety and health monitoring
• Examples: Vienna's social housing, Seoul's digital health initiatives

Limitations and challenges:

• High implementation costs and funding constraints
• Resistance to change in existing infrastructure
• Varying needs across different elderly populations
• Competing urban priorities and resource allocation

Evaluation criteria:

• Accessibility improvements measured
• Health and safety outcomes
• Social integration and community participation
• Cost-effectiveness and sustainability

Conclusion: Strategies show mixed success - infrastructure improvements most effective, but comprehensive approaches needed addressing social and economic dimensions alongside physical modifications