Cambridge IGCSE Geography (0460) Past Papers

A highly comprehensive multi-paper analysis of the May/June 2025 CAIE Geography (0460) syllabus assessments. This evaluation highlights core performance trends in Geographical Themes, Geographical Skills, and the Alternative to Coursework fieldwork papers.

A comprehensive analysis of the May/June 2025 IGCSE Geography examination (0460) covering Papers 12, 22, and 42. Focuses on spatial patterns, data skill competency, and structural fieldwork methods.

This analysis covers the IGCSE Geography (0460) May/June 2025 examination series across Paper 13 (Geographical Themes), Paper 23 (Geographical Skills), and Paper 43 (Alternative to Coursework). The papers offer a rigorous, well-balanced assessment of core human and physical geography topics, testing graphical manipulation, map skills, and place-specific case study details.

An in-depth review of the October/November 2025 examination series for IGCSE Geography (0460). This series featured structured questions on population policies, tectonic hazards, and intensive agricultural land-use, alongside rigorous mapwork in Ireland and fieldwork simulations in urban Bangkok and meteorological London.

The October/November 2025 Geography examination evaluates key physical and human topics across themes, geographical skills, and alternative fieldwork coursework. Key focuses include migration patterns, urban microclimates, tectonic hazards, fluvial processes, and development-related environmental impacts.

The October/November 2025 examination series for IGCSE Geography (0460) presented a balanced assessment across the physical, human, and economic modules. While Paper 13 offered standard structured questions with accessible case studies (overpopulation, urban sprawl, and coastal management), Paper 23 demanded precise topographic map analysis of Dungarvan, Ireland, and Paper 43 tested rigorous data-analysis skills through tourism-beach surveys and river gradient-velocity correlations.

A comprehensive evaluation of the May/June 2024 Cambridge IGCSE Geography (0460) examination papers (Components 11, 21, and 41). The series balanced core geographical themes with practical data interpretation, map skills, and fieldwork methodologies.

The May/June 2024 IGCSE Geography examination papers combined core content mastery with rigorous skills evaluation. Paper 12 featured highly descriptive human and physical systems, Paper 22 tested complex mapwork skills on Italian topography, and Paper 42 demanded rigorous experimental design and analysis of fieldwork hypotheses.

A balanced and highly representative assessment across geographical themes, featuring robust map work on Spanish topography, fieldwork investigations testing the Bradshaw model, and key human geography concepts centered on population and urban squatter comparisons.

The October/November 2024 Cambridge IGCSE Geography (0460) exam papers presented a balanced but challenging test of theoretical knowledge, spatial skills, and practical fieldwork methodologies. Candidates who achieved high marks excelled in precise spatial locating for case studies and rigorous application of fieldwork protocols.

A highly skill-focused sitting that tested candidates on precise topographical map application, fieldwork methodology (infiltration and air quality), and the structured development of physical and human geography case studies.

A comprehensive analysis of the October/November 2024 Cambridge IGCSE Geography assessment across Paper 1 (Themes), Paper 2 (Skills), and Paper 4 (Alternative to Coursework). The papers offer a well-balanced mixture of resource interpretation, map skills, and demanding case studies covering global development, hydrological cycles, population structures, and local environmental impacts.

The Summer 2023 Geography 0460 suite balanced predictable core topics with challenging graph skills and meticulous fieldwork analysis. Candidates scored well on standard retrieval but frequently dropped marks by failing to use comparative language or missing graph-completion questions.

The May/June 2023 examination series for IGCSE Geography (0460) provided a balanced but thorough assessment of geographic skills, practical fieldwork, and thematic knowledge. Paper 12 offered highly accessible hazard and population questions, though case studies required rigorous location-specific details to access higher-level marks. Paper 22 (Skills) highlighted the importance of precision in map-reading and cross-section drawings, while Paper 42 (Alternative to Coursework) showed candidates struggling with specific fieldwork structures like bi-polar surveys.

Comprehensive analysis of the May/June 2023 Geography 0460 Variant 3 papers (Papers 13, 23, and 43), highlighting top-performing chapters, key mapwork and plotting skills, and practical fieldwork insights.

The October/November 2023 Cambridge IGCSE Geography exam showcased a moderate yet challenging series. Paper 1 offered accessible structured questions balanced by demanding, place-specific case studies. Paper 2 emphasized rigorous topographical mapping, showing that candidates struggled on physical geography (specifically coastal processes and relief). Paper 4 required precision in graph plotting and fieldwork methodology, highlighting common errors in explaining random sampling and pilot studies.

A balanced and highly representative Geography series across Papers 12, 22, and 42. While human geography questions on urban settlements and environmental risk were well-answered, physical themes on coastal processes (longshore drift, beach profiling) and weather elements revealed substantial candidate weaknesses. Success heavily relied on graph accuracy, precise statistical references, and avoidance of generic placeholders.

The October/November 2023 Geography (0460) series presented a balanced assessment with moderate difficulty. Across Papers 13, 23, and 43, the examination tested core theoretical concepts alongside highly detailed geographical and fieldwork skills. Candidates performed well on structured human geography questions but struggled with precise physical process descriptions (coasts, meanders) and quantitative graph completion tasks.