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Biology 1B: General Biology

Biology 1B: General Biology (Spring 2015, UC Berkeley). Instructors: Prof. Alan Shabel, Prof. George Roderick, and Prof. Lewis J Feldman. This course provides a general introduction to plant development, form, and function; population genetics, ecology, and evolution. It is intended for students majoring in the biological sciences, but open to all qualified students.

Lecture 02 - Algae, Mosses, Lower Vascular Plants


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Lecture 01 - Introduction/ Fungi
Lecture 02 - Algae, Mosses, Lower Vascular Plants
Lecture 03 - Ferns and Gymnosperms
Lecture 04 - Angiosperms
Lecture 05 - Angiosperms (cont.)
Lecture 06 - Cells, Tissues
Lecture 07 - Roots, Structure and Development
Lecture 08 - Shoots, Primary Structure
Lecture 09 - Shoots, Secondary Structure
Lecture 10 - Plant Growth Substances 1
Lecture 11 - Plant Growth Substances 2
Lecture 12 - Flowering
Lecture 13 - Water Relations
Lecture 14 - Water Relations, Mineral Nutrition, Fruit Development
Lecture 15 - Evolution 1: Evolutionary History
Lecture 16 - Evolution 2: Explanatory Power of Evolutionary Theory
Lecture 17 - Evolution 3: Molecular Basis of Evolution
Lecture 18 - Evolution 4: Natural Selection
Lecture 19 - Evolution 5: Speciation
Lecture 20 - Evolution 6: Phylogenetic Systematics
Lecture 21 - Evolution 7: Cladistic Applications
Lecture 22 - Evolution 8: Fossil Record
Lecture 23 - Evolution 9: Evolutionary Pattern and Process
Lecture 24 - Evolution 10: Macroevolution
Lecture 25 - Evolution 11: Vertebrate Evolution
Lecture 26 - Evolution 12: Rise of the Hominins
Lecture 27 - Evolution 13: Conclusions and Review
Lecture 28 - Ecology
Lecture 29 - Biogeography
Lecture 30 - Populations in Space and Time
Lecture 31 - Life Histories and Limits to Growth
Lecture 32 - Managing Populations
Lecture 33 - Interspecific Interactions
Lecture 34 - Consequences of Interactions
Lecture 35 - Communities in Space and Time
Lecture 36 - Food Webs
Lecture 37 - Biodiversity Science
Lecture 38 - Ecosystem Processes
Lecture 39 - Biogeochemical Cycles
Lecture 40 - Global Change Biology