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Introductory Biology
University of Washington
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Browse the full collection of course materials, past exams, study guides and class notes for BIOL 180 - Introductory Biology at University of Washington verified by our community.

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Jon Herron

Scott Freeman

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Class Notes

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BIOL 180 Lecture 1: BIOL 180 - Lecture 1 - Data & Statistics

The objectives for today"s lecture were to be able to test hypotheses mathematically and visually. Condensed version of example given in class: nurse 1

BIOL 180 Lecture 1: Lecture 1

BIOL 180 Lecture 2: Lecture 2

BIOL 180 Lecture 3: Lecture 3

BIOL 180 Lecture 4: Lecture 4 : Data & Statistics

BIOL 180 Lecture 5: Evidence of Evolution

BIOL 180 Lecture 6: Natural Selection

BIOL 180 Lecture 8: Dihybrid Crosses

BIOL 180 Lecture 9: Chromosome Theory

BIOL 180 Lecture Notes - Lecture 9: Gregor Mendel, Mendelian Inheritance, Hemoglobin

First, you need to understand the difference between adapting and acclimation. These are often used in the wrong way. Blending of both parents" traits:

BIOL 180 Lecture 10: Genetic Recombination

BIOL 180 Lecture Notes - Lecture 10: Punnett Square, Metaphase, Meiosis

BIOL 180 Lecture 11: Genes, Alleles, and Mutations

BIOL 180 Lecture 12: Genetic Variation

BIOL 180 Lecture 13: The Hardy-Weinberg Model

BIOL 180 Lecture 14: Evolution : Selection

BIOL 180 Lecture 14: BIOL 180 - Lecture 14 - DNA, Genes, and More

BIOL 180 Lecture Notes - Lecture 15: Outcrossing, Genetic Variation, Mendelian Inheritance

BIOL 180 Lecture Notes - Lecture 16: Genotype Frequency, Panmixia, Allele

BIOL 180 Lecture Notes - Lecture 16: Gamete, Mutation

BIOL 180 Lecture Notes - Lecture 17: Inbreeding

BIOL 180 Lecture Notes - Lecture 18: Emo, Order Of Newfoundland And Labrador

BIOL 180 Lecture Notes - Lecture 19: Speciation, Ancol

BIOL 180 Lecture Notes - Lecture 19: European Cooperation In Science And Technology, Allele Frequency, Blind Luck

Darwin recognized that selection based on success in courtship is a mechanism of evolutionary change. Pattern traits that attract members of the opposi

BIOL 180 Lecture 20: History of Life I

BIOL 180 Lecture 21: Radiation and Extinctions

BIOL 180 Lecture Notes - Lecture 21: Allele Frequency, Genetic Drift, Gene Flow

Genetic drift is highly important in small populations*: a genetic marker is a specific allele that causes a distinctive phenotype, this is something b

BIOL 180 Lecture Notes - Lecture 22: Archaea, Chloroplast

BIOL 180 Lecture 23: Plant Diversification

BIOL 180 Lecture Notes - Lecture 24: Nerve Net

BIOL 180 Lecture Notes - Lecture 24: Phylogenetic Tree, Synapomorphy, Polyphyly

Biology is a visual discipline, meaning it"s hard to understand concepts without figures and models to help interpret. A phylogenetic tree is a branchi

BIOL 180 Lecture Notes - Lecture 25: Chordate, Hominini, Bipedalism

BIOL 180 Lecture Notes - Lecture 25: Comet Nucleus, Reproductive Isolation, Species

Speciation is the formation of new and distinct species in the course of evolution: a splitting event that forms two or more distinct species from a si

BIOL 180 Lecture 27: Population Growth in Humans

BIOL 180 Lecture Notes - Lecture 27: Cambrian Explosion, Adaptive Radiation, Nuclear Winter

Adaptive radiations = the rapid diversification of a single lineage into an array of species that fill a wide variety of ecological niches: *rapid, arr

BIOL 180 Lecture 28: Population Structure

BIOL 180 Lecture Notes - Lecture 29: Rodent, Lechwe

BIOL 180 Lecture Notes - Lecture 29: Nuclear Membrane, Symbiosis, Pyruvic Acid

Analyze the relationships among bacteria, archaeans, and eukaryotes. Lecture topic: the tree of life: all organisms mentioned on tree of like, the thre

BIOL 180 Lecture Notes - Lecture 30: Ope, Hemoglobin C, Plasmodium

BIOL 180 Lecture 30: BIOL 180 - Lecture 30 - Plant Diversification

What is the one-snip test when considering phylogenetic trees: be able to look at a tree and tell which groups are monophyletic. Cuticles: provides a w

BIOL 180 Lecture 31: Richness, Diversity, and Net Primary Productivity

BIOL 180 Lecture 32: Competition

BIOL 180 Lecture 34: Community Structure and Dynamics

BIOL 180 Lecture 35: Energy and Nutrients

BIOL 180 Lecture Notes - Lecture 35: Dorsal Nerve Cord, Symmetry In Biology, Chordate

BIOL 180 Lecture 37: Threats to Biodiversity

BIOL 180 Lecture Notes - Lecture 38: Computer-Aided Technologies

BIOL 180 Lecture Notes - Lecture 39: Commensalism, Cytochrome C Oxidase Subunit I

BIOL 180 Lecture Notes - Lecture 44: Primary Production, Species Richness, The Theory Of Island Biogeography

Describe net primary productivity as how much sunlight energy is captured and used to grow. Gpp stays constant around places near the equator as their

BIOL 180 Lecture Notes - Lecture 45: Interspecific Competition, Competitive Exclusion Principle, Ecology

BIOL 180 Lecture Notes - Lecture 47: Coevolution, Parasitism, Keystone Species

Lecture topic: mutualisms, coevolution, and community structure & dynamics. In facilitation, only one species in an interaction benefits, while the

BIOL 180 Lecture Notes - Lecture 49: Primary Production, Cellular Respiration, Herbivore

Lecture topic: ecosystem ecology i: energy and nutrients. A primary producer is an autotroph: an organism that can synthesize its own food from inorgan

BIOL 180 Lecture Notes - Lecture 50: Global Warming, Core Data, Cellular Respiration

Global warming refers to the increase in the average temperature of the planet. Is very important in determining physical, chemical, and biological pro

BIOL 180 Lecture Notes - Lecture 51: Habitat Destruction, Background Extinction Rate, Estuary

Lecture topic: ecosystem ecology iii: threats to biodiversity. An endangered species is a species whose numbers have decreased so drastically that it i