UPPER-SIXTH GEOGRAPHY course aims to provide students with a comprehensive understanding of advanced geographical concepts and their application in real-world scenarios. This course will foster critical thinking, analytical skills, and an appreciation for the interconnectedness of the global environment. Students will explore a range of geographical topics, including physical geography, human geography, and environmental issues, to develop a well-rounded understanding of the discipline. Course Objectives: 1. To develop a deep understanding of advanced geographical concepts and theories. 2. To analyze and interpret geographical data using appropriate methods and techniques. 3. To explore the interrelationships between physical and human geography. 4. To investigate the impact of human activities on the environment and develop strategies for sustainable development. 5. To enhance critical thinking skills through the evaluation and synthesis of geographical information.
Upper-Sixth Geography is a comprehensive course designed to provide students with an in-depth understanding of key geographical concepts and processes at an advanced level. This course builds upon the knowledge gained in previous years and focuses on developing critical thinking, research skills, and analytical abilities. Through a combination of theoretical study, practical fieldwork, and data analysis, students will explore a wide range of topics including global environmental issues, population dynamics, urbanization, economic development, and sustainable resource management. By the end of this course, students will have a solid foundation in advanced geography and will be well-prepared for further studies or careers in fields such as environmental science, urban planning, international development, or geographical research. Join us in Upper-Sixth Geography and embark on a journey of intellectual growth and exploration in the fascinating world of geography.
Course Title: Upper-Sixth Geography Course Outline: I. Introduction to Upper-Sixth Geography A. Overview of the course objectives and expectations B. Introduction to the field of geography and its relevance in today's world C. Discussion on the importance of geographical knowledge and skills for upper-sixth students II. Physical Geography A. Study of Earth's physical features, including landforms, climate patterns, and natural resources B. Exploration of major physical processes, such as tectonic activity, weathering, erosion, and plate tectonics C. Examination of different ecosystems and biomes, their characteristics, and ecological interactions III. Human Geography A. Analysis of human population distribution, migration patterns, and demographic trends B. Investigation of urbanization, urban geography, and the challenges associated with rapid urban growth C. Study of cultural geography, including language, religion, ethnicity, and their impact on societies IV. Geographical Skills and Techniques A. Development of essential geographical skills, such as map reading, data interpretation, and spatial analysis B. Utilization of geospatial technologies, including Geographic Information Systems (GIS) and Remote Sensing C. Fieldwork and practical exercises to enhance students' ability to collect and analyze geographical data V. Environmental Issues and Sustainability A. Exploration of global environmental challenges, such as climate change, deforestation, and pollution B. Examination of sustainable development strategies and their implementation at local, national, and global levels C. Discussion on the role of geography in understanding and addressing environmental issues VI. Case Studies A. Analysis of specific case studies from different regions of the world to apply geographical concepts and theories B. Examination of real-world examples to understand the interplay between physical and human geography C. Critical evaluation of the impact of geographical factors on social, economic, and environmental issues VII. Revision and Exam Preparation A. Review of key concepts, theories, and case studies covered throughout the course B. Practice exercises and mock exams to prepare students for the final examination C. Guidance on effective exam strategies and time management techniques Please note that this course outline is subject to modification based on the specific curriculum requirements and the availability of resources.
Definition of geomorphology and its different branches
2. Classification of landforms 1-on the basis of areal coverage
Classification of landforms 2-on the bases of chronological order of development
Forces that shape the Landscape
70. Meaning of types of slopes
71. The slope system
89. Landforms of weathering-Scree es, block fields,slop and jagged ridges
Physical or mechanical weathering-Alternate wetting and drying, pressure release
General factors weathering-Influence of rock type and character 2 (cut).MP4
Chemical weathering-introduction and carbonation
Physical or mechanical weathering-Thermal shattering_1
Impacts of weathering on environment
General factors influencing weathering-climate
General factors influencing weathering-Vegetation, relief, human activity (edit).MP4
Physical or mechanical weathering-Crystallization 2
Causes of earthquakes
Where earthquakes occur in the world
Effects of earthquakes -effects on landscape
Effect on the human environment-indirect effect
Measurement of earthquakes
Effect on the human
Definition of volcanicity and its types cuts
The origin of the earth
The geologic time scale and its different parts (eons, eras, periods, epochs)
Processes that occur at constructive margins
22. The theory of Plate Tectonics-introduction, Main principles or ideas of plate tectonic theory and Causes of plate movements
Evidence of seafloor spreading and limitation
Constructive or divergent margins and associated landforms-Introduction
Major landforms produced at constructive margins- Mid Ocean ridges
Processes at convergent margins
Significance of plate movements cuts
Major landforms produced at constructive margins- Block mountains
Major landforms at convergent margins 2-Island Arcs cuts
Major landforms produced at constructive margins- Shield and composite volcanoes
Evidence of plate tectonics
Fold Mountains – Formation
Fold Mountains- introduction and distribution
Major landforms at convergent margins 3-volcanic mountains at destructive margins
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