Learn · Biology 1B - Spring 2012
Lecture 28 of 402012-03-2334 min
Lecture 28: First Ecology Lecture
George RODERICK and others · University of California, Berkeley
Credits and licence
- From
- Biology 1B - Spring 2012, University of California, Berkeley (at Internet Archive)
- Licence
- CC BY-NC-ND 3.0, as Internet Archive states it. Non-commercial use only, and no changed versions.
- Who can watch
- Tweens profiles and older. How courses are placed
All the lectures
- Lecture 1: Introduction / Fungi
- Lecture 2: Algae, Mosses, Lower Vascular Plants
- Lecture 3: Ferns and Gymnosperms
- Lecture 4: Angiosperms
- Lecture 5: Angiosperms - continued
- Lecture 6: Cells, Tissues
- Lecture 7: Roots, Structure and Development
- Lecture 8: Shoots, Primary Structure
- Lecture 9: 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: Relevance and history
- Lecture 16: The tree of life: Phylogeny
- Lecture 17: Population processes - inheritance, popgen HWE
- Lecture 18: Mutation and selection theory, expts.
- Lecture 19: Genetic drift and migration - theory, expts.
- Lecture 20: Recombination, sexual reproduction
- Lecture 21: Sexual selection; coevolution
- Lecture 22: Species concepts, - reprod isolation
- Lecture 23: Speciation processes (cont).
- Lecture 24: Fossil record - macroevol trends/events
- Lecture 25: Fossils, evo-devo and evolution of novelties
- Lecture 26: Human evolution
- Lecture 27: Evolutionary medicine
- Lecture 28: First Ecology Lecture
- Lecture 29
- 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