Geography

{"examination": "CAPE Geography", "syllabus_topics": {"School-Based Assessment (SBA)": ["Research Project: a compulsory 1500-word research paper based on any topic covered in the modules of a Unit [18, 19]. It requires candidates to demonstrate skills in data collection, collation, and geographic analysis [19].", "Practical Skills: assessment includes the use of measurement scales, map reading, and drawing maps, diagrams, sketches, or graphs [19]. Projects for Unit 1 often focus on areas like population structure or stream velocity, while Unit 2 projects may involve weather instruments, vegetation sampling, or analyzing developmental disparities [20, 21]."], "Unit 2: Climate, Economic Activity and Development": ["Module 1 - Climate, Vegetation and Soils: examines atmosphere and weather systems including the global heat budget, wind circulation (jet streams, Rossby waves), and mechanisms of precipitation [9]. It covers high and low-pressure systems (hurricanes, ITCZ), climate change, global warming, and microclimates [10]. Vegetation study includes the distribution of rainforests and grasslands, while soil focus is on formation processes (weathering, leaching), characteristics of different soil types, and conservation methods [10-12].", "Module 2 - Economic Activity: details the structure of economic activities (primary to quinary) and their relationship to development [13]. Agricultural topics include global systems, environmental impacts, and Von Thunen’s model of land use [14]. Industrial study addresses Weber’s model and factors for change in industrial regions [14]. Tourism content covers global growth factors, island versus mainland tourism, and the application of Butler’s Tourism Lifecycle Model [15].", "Module 3 - Development and Disparities in Development: explores definitions of development, underdevelopment, and sustainability [16]. It covers measuring disparities, global and regional patterns, and the application of models such as Myrdal’s cumulative causation and Friedman’s core-periphery model [17]. Candidates also learn to use Spearman’s rank correlation coefficient to measure developmental disparities [17]."], "Unit 1: Population Geography, Geomorphic Processes and Hazards": ["Module 1 - Population and Settlement: focuses on factors influencing population distribution on global, regional, and local scales using dot maps and Lorenz curves [1, 2]. It addresses population density (choropleth maps), population and resources (optimum population, carrying capacity), and models of growth by Boserup and Malthus [2]. Settlement processes include rural types and patterns, urbanization problems in MDCs and LDCs, and urban models such as Burgess, Hoyt, and Ullman & Harris [3].", "Module 2 - Hydrological, Fluvial, Coastal and Limestone Environments: covers the hydrological cycle, river basins, storm hydrographs, and water budgets [4, 5]. It details fluvial processes (erosion, transportation, deposition), stream channel morphology, and meandering [5, 6]. Coastal topics include wave formation, coastal landforms, the development of coral reefs, and the impact of sea level changes [6]. It also explores limestone environments, focusing on chemical weathering and specific landscape development [6].", "Module 3 - Natural Events and Hazards: distinguishes between natural events, hazards, and disasters across technological, tectonic, climatic, and geomorphological types [7]. Specific study areas include types and causes of flooding, plate tectonics (continental drift, plate margins), and the distribution and primary/secondary effects of earthquakes and volcanoes as hazards [7, 8]. It also considers the positive impacts of volcanic activity and the value of folded/faulted landscapes [8]."]}}