Learning Outcomes:

1. Recognize the rock cycle.

2. Draw a diagrammatic figure representing the rock cycle.

3. Identify the principal divisions of rocks.

4. Explain the reasons behind the transformation of one rock type to another.

5. Predict changes that occur to rocks under new environmental conditions.

6. Define lithification, metamorphism, and crystallization.

7. Explain the relationship between cooling and crystallization.

8. Describe the conditions necessary for igneous rock formation.

9. Identify the formation location of igneous rocks based on texture.

10. Analyze diagrammatic figures of the mineralogical structure of igneous rocks.

11. Compare plutonic, volcanic, and intrusive igneous rocks.

12. Identify the different shapes of intruded igneous bodies beneath the Earth’s surface.

13. Explain the formation steps of sedimentary rocks.

14. Describe the lithification process.

15. List the types of sedimentary rocks.

16. Classify sedimentary rocks based on grain size.

17. Provide examples of different sedimentary rock types.

18. Identify metamorphic rocks.

19. State the causes and locations of metamorphism.

20. Practically differentiate between various rock types.

21. Identify volcanoes.

22. Label the parts of a volcano.

23. Recognize shapes of volcanic igneous rocks.

24. Differentiate between volcanic breccia and volcanic bombs.

Learning Outcomes:

1. Explain the reasons for ecological variations over geological time.

2. Describe the relationship between ecological variables and genetic variations.

3. Explain the formation of carbon layers in Egypt during the Carboniferous period.

4. Illustrate how phosphate formed in Safaga and Quseir.

5. Compare the rainy era and drought era during the last glacial period.

6. Give a practical example of isostatic balance.

7. List evidence for Earth's movements.

8. Explain the presence of marine sedimentary rocks in Mount Everest.

9. Differentiate between epeirogenic and orogenic movements.

10. Describe the continental drift theory.

11. Compare sima and sial layers.

12. Explain the causes of continental drift.

13. List evidence supporting the continental drift theory.

14. Explain why some minerals exhibit different directional alignments.

15. Provide evidence proving the occurrence of continental drift.

16. Explain the distribution of primitive plant fossils across different continents.

17. Compare the mountain ranges of western southern Africa and Argentina based on continental drift.

18. Mention the main objections to the continental drift theory.

19. Critically analyze objections to the continental drift theory.

20. List key points of the tectonic plates theory.

21. Explain the causes of tectonic plate movement.

22. Link continental drift, earthquakes, and volcano formation to tectonic plate theory.

23. Explain how the Atlantic and Indian oceans were formed.

24. Describe the formation of the Red Sea.

25. Apply scientific thinking methods to explain other geological phenomena.

26. Define earthquakes and their causes.

27. List the different types of earthquakes.

28. Identify the various types of earthquake waves.

29. Determine the epicenter of an earthquake.

30. Differentiate between earthquake intensity and magnitude.

31. Appreciate the contributions and efforts of scientists in the field.

Learning Outcomes:

1. Explain the apparent instability of Earth's topography.

2. Compare between internal and external forces affecting the Earth.

3. Define erosion and its processes.

4. Explain the sequential steps involved in erosion.

5. Define weathering and its significance.

6. Identify the factors affecting mechanical weathering.

7. Differentiate between mechanical and chemical weathering.

8. Describe the impact of chemical weathering on granite.

9. Compare the role of wind in degradation versus deposition.

10. Identify the concept of differential erosion and terrace formation.

11. Illustrate the degradation effects of rainwater.

12. Define torrents and compare their degradation and deposition roles.

13. Define rivers and describe their different stages.

14. Compare river degradation and deposition processes.

15. Differentiate between wind load and river load.

16. Explain the formation of a delta.

17. Define underground water and its functions.

18. Compare groundwater’s role in degradation versus deposition.

19. Explain the sea’s degradation processes.

20. Identify sea zones and the types of sediments within each.

21. Define lakes and describe their formation methods.

22. Differentiate between fresh and saline lakes.

23. Explain the process of soil formation.

24. Compare residual soil and transported soil.

Learning Targets:

1. Explain fundamental environmental concepts and ecosystem dynamics

2. Analyze human impacts on natural resource depletion

3. Evaluate sustainability challenges in resource management

4. Demonstrate understanding of ecological balance and biodiversity

5. Assess solutions for environmental conservation

6. Relate ecological principles to current environmental issues

Modules