
Lecture 18: Population Genetics III: Natural Selection and Gene Flow
by
UC Berkeley
/ Mike Moser
Lecture Description
This video lecture, part of the series Biology 1B: General Biology (Fall 2010) by Prof. Mike Moser, does not currently have a detailed description and video lecture title. If you have watched this lecture and know what it is about, particularly what Biology topics are discussed, please help us by commenting on this video with your suggested description and title. Many thanks from,
- The CosmoLearning Team
- The CosmoLearning Team
Course Index
- Lecture 1: Introduction to Ecology
- Lecture 2: Ecology of Individuals and Species
- Lecture 3: Demography and Life History
- Lecture 4: Population Growth and Regulation
- Lecture 5: Interspecific Relationships
- Lecture 6: Community Ecology
- Lecture 7: Community Ecology 2
- Lecture 8: Ecosystem Ecology
- Lecture 9: Ecosystem Ecology 2
- Lecture 10: Paleoecology
- Lecture 11: Human Ecology
- Lecture 12: Ecology and the Environment
- Lecture 13: Conclusion
- Lecture 14: Darwin and the Origin of Species I
- Lecture 15: Darwin and the Origin of Species II
- Lecture 16: Population Genetics I: Mendel, Darwin, Hardy, and Weinberg
- Lecture 17: Population Genetics II: Mutation and Genetic Drift
- Lecture 18: Population Genetics III: Natural Selection and Gene Flow
- Lecture 19: Natural Selection in the Laboratory and in the Wild
- Lecture 20: The Evolutionary Advantage of Sex
- Lecture 21: Sexual Selection
- Lecture 22: Species and Speciation I
- Lecture 23: Species and Speciation II
- Lecture 24: Phylogenetics
- Lecture 25: Fossil Record
- Lecture 26: Human Evolution
- Lecture 27: Introduction / Fungal diversity and reproduction
- Lecture 28: Importance of fungi / Origins of photosynthesis
- Lecture 29: Diversity and reproduction of algae
- Lecture 30: Origin of land plants: Bryophytes and ferns
- Lecture 31: Gymnosperm diversity and reproduction / seed evol.
- Lecture 32: Angiosperm life cycle and diversity
- Lecture 33: Angiosperm pollination, dispersal and germination
- Lecture 34: Introduction to plant morphology and anatomy
- Lecture 35: Shoot morphology, anatomy and growth
- Lecture 36: Shoot growth - cont - and modifications / Root intro
- Lecture 37: Root absorption and modifications
Course Description
Biology 1B, 001 - General Biology
Fall 2010
Professors: Mike MOSER, John P. HUELSENBECK, Alan SHABEL, Bruce G. BALDWIN
Description: In general at the end of Biology 1B students will be able to describe the scientific method and explain how it would be applied to a novel problem, explain the consequences of random variation when extrapolated over time, distinguish between positive and negative feedback processes and identify such processes in novel situations.
Course Website: http://ib.berkeley.edu/courses/bio1b/
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