GEO 2021 The Earth Physical environment (2021)
Course Title: |
EARTHS’ PHYSICAL ENVIRONMENT [Core] |
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Course Code: |
GEO 1101 |
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Course Level: |
1 |
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Credit Units: |
3 |
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Semester |
1 (Blended) |
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Contact hours |
45 |
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Prerequisite Course(s): |
None |
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Course Description: |
This course introduces students to fundamental components of the earth. The course is divided into three major components namely; the earth, soils and the atmosphere. It introduces students to physical geography i.e geomorphology, climatology and biogeography. It presents the earth as a combination of the four aspects of the environment that is; the atmosphere, biosphere, hydrosphere and the lithosphere. |
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Course Aim: |
Introduce students to the subject of earth’s physical environment, as a basic foundation for environmental geomorphology. Build students’ capacity in geomorphic thinking and to impart in the students the tradition of scholarly approaches and analysis of contemporary geomorphic problems. |
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Learning Outcomes: |
Upon completion of this course, the students will: Ø Analyze the basic foundation for environmental geomorphology. Ø Gain basic understanding and appreciation of geomorphological processes and problems, and their importance in man-environmental relationships |
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Indicative Content: |
1.Earthscience 18hrs Ø The earth, its size, constituents and isostatic movements. Ø The four spheres of the earth Ø The shape, internal structure, rotation and revolution of the earth Ø Evolution of present continents. Ø Geomorphic processes (endogenic, exogenic and denudation processes) and landscape evolution. Ø landforms and their influence on resource development. 2.The Concept of ecosystem 8hrs Ø Evolution Ø Energy flows Ø food webs and food chains Ø ecosystem extinction 3.Soil geography 8hrs Ø Soil types and characteristics Ø Soil formation processes and factors Ø soil management 4.Meteorological systems 8hrs Ø Understanding weather and climate Ø Elements of weather and climate Ø significance of monitoring weather and climate elements Ø air density and distribution in the atmosphere Ø significance of ozone, carbon dioxide and water vapor. 5.Earths’ physical environmental stress 5hrs Ø global warming and climate change Ø biodiversity diminishing Ø pollution |
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Teaching & Learning Patterns: |
Ø Peer learning Ø demonstration Ø Role play Ø Modeling Ø Field experiences |
Ø virtual peer presentation Ø individual exercises Ø group projects Ø virtual collaboration |
Modes of Assessment |
Formative: Ø Two structured tests Ø 20 online quizzes Ø Two take home activities Ø Experimentations through field work |
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Summative Ø Tests: this shall include five written assignments per each area as a continuous assessment out of 100% Ø Examination: seven questions shall be set and the student shall be required to answer all questions out of marked at 100% |
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Reading List: |
Bradshaw, M.J et al. (1978) The Earth’s Changing Surface, Hodder and Stoughton Educational Limited. David Waugh (2000) Geography: An Integrated Approach: London, Nelson Thornes. David Waugh (2003) The New Wider World, London, Nelson Thornes. Gabler et al (1991) Essentials of Physical Geography, Fifth edition, USA, Saunder Golden Sunburst Series. Miller, A.R and Theodore, M. (1978) Physical Geography today, Random House of Canada. Ree, R.J (1977) Fundamentals of Geomorphology, Longman, UK. Sparks, B.W (1972) Geomorphology, Longman, UK |
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Additional reading Ø Also read online journal and material via google scholar. |
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Course Facilitator(s) |
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- Teacher: Wekwaba Julius Mauso
- Student: HAPPY GODFREY
- Enrolled students: 4