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Class Notes for Spencer Barrett

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UTSGBIO120H1Spencer BarrettFall

BIO120H1- Final Exam Guide - Comprehensive Notes for the exam ( 308 pages long!)

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Inheritance-how traits get passed on from one generation to another. Mendelian genetics-biological inheritance laws proposed by mendel. Mitosis: result
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Final: Final - Fall 2017

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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Midterm: Term Test 2 - Fall 2017

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Climate & biomes, change along transects, species ranges. Laboratory: chapter 1: insect diversity and adaptation, chapter 2: phenotype plasticity, chap
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Midterm: Term Test 1 - Fall 2017

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Mendelian genetics-biological inheritance laws proposed by mendel. Inheritance-how traits get passed on from one generation to another. Mitosis: result
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture 9: Species, Speciation and Hybridization

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Bio120 lecture 9 species, speciation and hybridization. Measured genetic distance from 2 to 0. 2 = identically same species, 0 = completely genetically
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 18: Continuous Function, Continuous Or Discrete Variable, Asymptote

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Bio120 lecture 18 population ecology: models without age structure. Definition of population vs individuals: population = the # of individuals of a spe
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 1: Genetic Variation, Eichhornia Crassipes, Microevolution

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Bio120 lecture 1 introduction to evolutionary biology. Week 2 labs start sept. 28 - oct. 2. Check my grades section in portal after 5pm friday sept. 18
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 13: Herbivore, Heat Transfer, Cerebral Edema

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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture 14: Climate & Biomes, Changes Along Transects, Species Ranges

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E. g. even drier areas = desert: e. g. tropical forests have the most growth, while deserts have very little, biomes predictable & characteristic veget
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 16: Volumetric Heat Capacity, Chlorophyll, Thermoregulation

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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture 15: Physiological Ecology of Animals Heat Balance

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Bio120 lecture 15 physiological ecology of animals: heat balance. E. g. so-and-so animal is an animal of the boreal forest: but sometimes there are exc
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 10: Coevolution, Epiphyte, African Great Lakes

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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 2: Plants And Animals, Special Creation, Botany

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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 17: Phenotypic Plasticity, The Leaves, Flowering Plant

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Bio120 lecture 17 physiological ecology of plants: more tradeoffs. Growth & development carbon balance: gas exchange air flow over leaves, if there is
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 8: Multimodal Distribution, Disruptive Selection, Stabilizing Selection

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Bio120 lecture 8 natural selection & adaptation. Maybe the most important forms of predation occur at night: there was a possibility of bat predation b
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 11: Echinochloa, Phenetics, Lythrum Salicaria

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