Grade 11 is a pivotal year for Geography students as they transition from foundational knowledge to complex analysis of global systems and South African contexts. The curriculum emphasises the interaction between physical and human environments, climatology, and sustainable development. To ensure you stay on track with all your subjects this academic year, it is essential to consult the full Grade 11 Annual Teaching Plans (ATPs).
This article outlines the 2026 Geography Grade 11 ATP, breaking down the weekly focus areas for teachers and learners, from the initial study of The Atmosphere in Term 1 to the final End-of-Year Examinations.
Download ATP Here in pdf format
Download ATP HereGeography Grade 11 ATP 2026
The Annual Teaching Plan is divided into four terms, ensuring comprehensive coverage of climatology, geomorphology, development issues, and resource management.
Term 1: The Atmosphere and Geomorphology (Rocks)
Focus: The first term focuses on global air circulation, Africa’s weather patterns, and the topography associated with different rock strata.
- Weeks 1–2: The Earth’s Energy Balance
- Heating: Unequal heating of the atmosphere (latitudinal and seasonal).
- Energy: Significance of the Earth’s axis and revolution, transfer of energy, and the energy balance.
- Weeks 3–4: Global Air Circulation
- Circulation: Global air circulation patterns, pressure belts, and tri-cellular circulation (Hadley, Ferrel, Polar cells).
- Winds: The Coriolis force, geostrophic flow, and planetary winds (Westerlies, Tropical Easterlies).
- Air Masses: Characteristics of air masses and the ITCZ (Intertropical Convergence Zone).
- Weeks 5–6: Africa’s Weather and Climate
- High Pressure: The influence of the subtropical anticyclones (South Atlantic, South Indian, Kalahari) on South Africa’s weather.
- Patterns: Synoptic weather maps, travelling disturbances (moisture front/line thunderstorms), and the South African Berg Wind.
- Week 7: Droughts and Desertification
- Issues: Causes and effects of droughts and desertification (global and local areas like the Sahel).
- Management: Strategies for managing droughts and desertification.
- Weeks 8–10: Geomorphology (Topography)
- Horizontal Strata: Topography associated with horizontally layered rocks (hilly landscapes, basaltic plateaus, karoo landscapes).
- Inclined Strata: Topography associated with inclined/tilted rock strata (scarp and dip slopes, cuestas, hogsback, homoclinal ridges).
- Mapwork: Integrated map skills and techniques (aerial photos, orthophoto maps, topographic maps).
Term 2: Geomorphology (Slopes) and Development Geography
Focus: The second term delves into slope elements, mass movements, and the frameworks of development geography.
- Weeks 1–3: Geomorphology (Igneous & Slopes)
- Igneous: Topography associated with massive igneous rocks (granite domes, tors).
- Slopes: Overview of slopes, slope elements (crest, cliff, talus, pediment), and slope retreat theories (Penck, King, Davis).
- Management: Significance of slopes for human activity.
- Week 4: Mass Movements
- Types: Concept, kinds of mass movements (soil creep, landslides, rockfalls, mudflows, slumping).
- Impact: Human impact on mass movements and prevention strategies.
- Weeks 5–7: Development Geography
- Concepts: The concept of development (economic, social, sustainable) and frameworks (First/Third World, North/South divide).
- Indicators: Economic, social, and demographic indicators (GNP, GDP, HDI, Gini coefficient, Life expectancy).
- Mapwork: Interpretation of development data on maps.
- Weeks 8–11: Development Issues and Mid-Year Exams
- Aid & Trade: Development aid (humanitarian, technical, conditional) and trade relationships (free trade, trade barriers, globalization).
- Exams: Mid-year examinations covering Term 1 and 2 content.
Term 3: Development (South Africa) and Resources
Focus: Term 3 focuses on development issues within South Africa and the sustainable use of resources (Soil and Energy). For practice, check out Grade 11 Geography Term 3 Papers.
- Weeks 1–2: Development Issues in SA
- Issues: Gender issues, the role of women in development, and the effect of development on the environment.
- Models: Core and periphery models with special reference to South Africa.
- Weeks 3–6: Resources and Sustainability (Soil)
- Soil: Soil as a resource, soil profile (horizons), and soil forming factors (passive and active).
- Erosion: Human impact on soil (erosion) and management strategies.
- Weeks 7–9: Resources (Energy)
- Conventional: Conventional energy sources (thermal, nuclear, hydro) and their impact.
- Non-conventional: Solar, wind, geothermal, and biomass energy.
- Management: Energy management in South Africa (Eskom, sustainability).
- Weeks 10–11: Revision and Assessment
- Mapwork: Consolidation of map skills (cross-sections, intervisibility, vertical exaggeration).
- Test: Control Test covering Term 3 content.
Term 4: Revision and Final Examinations
Focus: The final term is dedicated to revising The Atmosphere, Geomorphology, Development, and Resources in preparation for the End-of-Year Examinations.
- Weeks 1–3: Revision
- Preparation: Intensive review of all topics using past papers and case studies.
- Assessment: End-of-Year Examinations
- Paper 1 (150 marks, 3 hours):
- The Atmosphere (60 marks)
- Geomorphology (60 marks)
- Mapwork (30 marks: Skills, Calculations, Interpretation, GIS)
- Paper 2 (150 marks, 3 hours):
- Development Geography (60 marks)
- Resources and Sustainability (60 marks)
- Mapwork (30 marks: Skills, Calculations, Interpretation, GIS)
- Paper 1 (150 marks, 3 hours):
FAQ: Geography Grade 11
Q: What is the difference between Paper 1 and Paper 2?
A: Paper 1 focuses on Physical Geography (Atmosphere and Geomorphology), while Paper 2 focuses on Human Geography (Development and Resources). Both papers include a Mapwork section.
Q: What is El Niño?
A: El Niño is a climate pattern that describes the unusual warming of surface waters in the eastern tropical Pacific Ocean. It significantly impacts global weather, often causing droughts in South Africa (covered in Term 1).
Q: What are “Slope Elements”?
A: Slope elements refer to the four main parts of a slope: the Crest (convex), Cliff (free face), Talus (debris slope), and Pediment (concave).