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All Educational Materials for BIO120H1 at University of Toronto St. George (UTSG)

UTSGBIO120H1Spencer BarrettFall

BIO120H1- Final Exam Guide - Comprehensive Notes for the exam ( 127 pages long!)

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UTSGBIO120H1Spencer C H BarrettFall

[BIO120H1] - Final Exam Guide - Everything you need to know! (55 pages long)

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Dobzhansky began analyzing the genes of wild fruit flies, traveling from canada to mexico to catch members of the species drosophila pseudoobscura. He
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UTSGBIO120H1Spencer C H BarrettFall

[BIO120H1] - Final Exam Guide - Comprehensive Notes for the exam (93 pages long!)

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Biome climate charact- eristics (patterns of temp- erature and precipitation) For tdfb to develop, it needs alteration between warm summers and cold wi
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UTSGBIO120H1Spencer BarrettFall

BIO120H1- Final Exam Guide - Comprehensive Notes for the exam ( 135 pages long!)

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Levels of biological organization: molecules, cells, organisms, populations*** Note: the population level is the primary unit of evolution: communities
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UTSGBIO120H1James ThomsonFall

[BIO120H1] - Final Exam Guide - Ultimate 102 pages long Study Guide!

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The central unifying concept of bio, influential concept of western thought. Why- ecological & adaptive sig. of a trait. Mechs. ( process orientated an
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UTSGBIO120H1Spencer BarrettFall

BIO120H1- Final Exam Guide - Comprehensive Notes for the exam ( 65 pages long!)

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Verbal model turned into graphical model(linear or curved) is theoretical. Comparitive- do(cid:374)"t do (cid:272)ase studies of (cid:1005) spe(cid:272
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UTSGBIO120H1Spencer BarrettFall

[BIO120H1] - Final Exam Guide - Comprehensive Notes fot the exam (60 pages long!)

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Mechanism of offspring representing parent genetic dimension. Population basic unit that evolves / individuals don"t evolve but a population does: how,
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UTSGBIO120H1Spencer C H BarrettFall

[BIO120H1] - Final Exam Guide - Everything you need to know! (25 pages long)

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UTSGBIO120H1allFall

[BIO120H1] - Final Exam Guide - Everything you need to know! (24 pages long)

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UTSGBIO120H1James ThomsonFall

BIO120H1- Final Exam Guide - Comprehensive Notes for the exam ( 175 pages long!)

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Lecture 1: distributional aspects of biodiversity: no biological organism is spread across world at random. There are 5 different scale levels of patch
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UTSGBIO120H1Aarti AshokFall

BIO120H1 Final: BIO120H1 Final Review 3

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UTSGBIO120H1Aarti AshokFall

BIO120H1 Midterm: UTSG - BIO120H1 Term Test 2 2015 Fall Solutions

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UTSGBIO120H1Aarti AshokFall

BIO120H1 Exam Solutions Fall 2018: Adaptive Radiation, Histocompatibility, Eye Color

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[bio120h1: the ultimate source of all genetic variation is mutation (a). While a single can create huge longitudinal changes to human evolution, in man
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Study Guide - Midterm Guide: Richard Lewontin, Quantitative Genetics, Coevolution

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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Study Guide - Midterm Guide: Hemimetabolism, Reduviidae, Impatiens

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In lab 2, several lab sections counted the number of leaves on. Impatiens plants grown under sun and shade conditions. The table on the right shows dat
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Final: BIO120H1 Final Review Questions 1

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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Midterm: BIO120H1 Term Test 2 2015 Fall

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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Study Guide - Midterm Guide: Subnetwork, Metapopulation, Robert Macarthur

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7 0 l" f10v,"f"" lava (as described in lecture) end on newly deposited. In which of the following successional processes do these two. 1 to 12 (prof. t
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Study Guide - Midterm Guide: Subnetwork, Metapopulation, Robert Macarthur

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1 to 12 (prof. thomson): primary succession has been studied. Slllld dunes (described cases of primary succession by ricklefs). 1o evolve is it most li
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Study Guide - Midterm Guide: Interspecific Competition, Herbivore, Terpene

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I. glacier lilies in colorado parts of the world do produce mountain meadows do not produce elaiosomes, them. " h absence ated lilies in other although
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 25: Insular Biogeography, Patch Dynamics, Metapopulation

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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter 7: Reproductive Isolation, Speciation, Chromosome

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Bio120: why evolution is true, jerry a. coyne (ch. 7 the origin of. In association with reading quiz 5 and lecture 9. The concordance between two cultu
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter Section 1: Transpiration, Soil Texture, Desiccation

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Bio120: simutext physiological ecology (section 1 trade offs and species distributions) In association with lecture 15 & 16 and reading quiz 7. Physiol
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter Lab 1: Reduviidae, Natural Selection, Body Plan

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Bio120: adaptation and biodiversity lab manual (chapter 1 insect. Insect species have evolved remarkable adaptations; traits contributing to fitness by
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter B: Significant Figures, Scale Factor, Scientific Notation

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Bio120: adaptation and biodiversity lab manual (appendix b . Statistics give special meaning to significance, error, hypothesis, and variance can lead
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter A: Null Hypothesis, Confounding

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Bio120: adaptation and biodiversity lab manual (appendix a the. Introduction: why we rely on the scientific method. Scientific method is tool used to a
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter Section 4: Axial Tilt, Sonoran Desert, Northern Hemisphere

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Bio120: simutext biogeography (section 4 global patterns in. In association with lecture 13 & 14 and reading quiz 6. Alexander von humboldt spent five
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 24: Nectar, Beeswax, Cleaner Fish

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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Part 5: Struggle for Existence - Part 3 (Distribution and Abundance as Things We Need to Explain)

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Bio120: struggle for existence, james d. thomson (part 3 . Distribution and abundance as things we need to explain) In association with lecture 13 & 14
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter Lab 3: Sap, Leaf Miner, Herbivore

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Bio120: adaptation and biodiversity lab manual (chapter 3 plant . In association with lab 3 and lab quiz 2. Plants produce almost all of the energy ava
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter Part 5: Metabolic Water, Arteriole, Bipedalism

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Bio120: struggle for existence, james d. thomson (part 5 . Physiological ecology as a way of thinking about organisms) In association with lecture 15 &
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter Lab 2: Phenotypic Trait, Stereo Microscope, Optical Microscope

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Bio120: adaptation and biodiversity lab manual (chapter 2 . In association with lab 2 and lab quiz 1. Phenotypic variation can be due to environmental
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 23: Mantis, Invasive Species, Competitive Exclusion Principle

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Bio120 lecture 20: predation, parasitism, and disease. November 26, 2018 (relevant reading struggle for existence, part 7) Predator prey, plant herbivo
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 22: Pleiotropy, Gamma Diversity, Beta Diversity

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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 21: Life Table, Evolutionary Ecology, Semelparity And Iteroparity

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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 20: Little Brown Bat, The Population Bomb, Natural Resource Management

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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 19: Crassulacean Acid Metabolism, Ecophysiology, Photorespiration

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November 12, 2018 (relevant reading part 5, struggle for existence; simutext chapter: Physiological ecology, section 1; excerpt from lab girl, hope jah
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Study Guide - Fall 2018, Comprehensive Term Test Notes - Natural Selection, Dna, Genetics

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Bio120 lecture 1: introduction to evolutionary biology. September 10, 2018 (relevant reading why evolution is true, coyne: chapter 1) 1) living things
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 16: Temperate Climate, Ecophysiology, Evaporative Cooler

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October 31, 2018 (relevant reading part 4, struggle for existence; simutext chapter: biogeography, Section 4; optional: part 4, struggle for existence.
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 15: Scarlet Macaw, Ecological Niche, Invasive Species

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Bio120 lecture 134: climate and other niche axes. October 29, 2018 (relevant reading part 3, struggle for existence; simutext chapter: biogeography, Se
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 14: Ecological Succession, Biogeography, Prokaryote

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Bio120 lecture 13: what ecology is and why it matters. October 24, 2018 (relevant reading part 3, struggle for existence; simutext chapter: biogeograph
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 13: Herbicide, Evolutionary Medicine, Glyphosate

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Agricultural relevance: pesticide and herbicide resistance. Evolutionary medicine: evolution of resistance to antibiotics, evolution-proof vaccination.
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 12: Multicellular Organism, Rna Interference, Meiotic Drive

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Evolution of complexity: how did complexity evolve: the major transitions in evolution, what does selection act on, evolution of genomic cooperation, g
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 10: Ecological Speciation, Genetic Drift, Species Problem

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Bio120 lecture 9: species, speciation and hybridization. October 10, 2018 (relevant reading why evolution is true, coyne: chapter 7) Hawaiian honeycree
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 8: Stabilizing Selection, Glucose-6-Phosphate Dehydrogenase Deficiency, Crypsis

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Bio120 lecture 8: natural selection and adaptation. October 3, 2018 (relevant reading why evolution is true, coyne: chapter 5) Tradeoffs associated wit
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 7: Genetic Drift, Phenotypic Plasticity, Gene Flow

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Bio120 lecture 7: population structure, gene flow & genetic. Population structure, gene flow & genetic drift: population differentiation. Population gr
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 6: Passiflora, Outcrossing, Sexual Reproduction

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Bio120 lecture 6: sex, reproductive systems and evolution. September 26, 2018 (relevant reading why evolution is true, coyne: chapter 6) Why did sex ev
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 5: Neo-Darwinism, Genetic Drift, Heterozygote Advantage

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Bio120 lecture 5: genetic variation: models and. September 24, 2018 (relevant reading why evolution is true, coyne: chapter 5) These people differ on a
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture 4: BIO120 Lecture 4, Section 0101 - September 19, 2018 (10am - 11am)

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Bio120 lecture 4: evolutionary significance of genetic variation. September 19, 2018 (relevant reading why evolution is true, coyne: chapter 5) In a fi
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 3: Biogeography, Endemism, Her Majesty'S Ship

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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 2: Botany, Her Majesty'S Ship

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Bio120 lecture 2: darwin"s big idea and how it changed. September 12, 2018 (relevant reading why evolution is true, coyne: chapter. Paley"s argument wa
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 1: Special Creation, Macroevolution, Theodosius Dobzhansky

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Bio120 lecture 1: introduction to evolutionary biology. September 10, 2018 (relevant reading why evolution is true, coyne: chapter 1) 1) living things
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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 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 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 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 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 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 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 10: Coevolution, Epiphyte, African Great Lakes

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UTSGBIO120H1Spencer BarrettFall

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

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UTSGBIO120H1Spencer BarrettFall

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

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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 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 4: Neo Darwinism and the Evolutionary Significance of Genetic Variation

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Bio120 lecture 4 neodarwinism and the evolutionary significance of genetic. Darwin: darwin at the time didn"t know anything about genetics and inherita
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 5: Nitrogen Trichloride, Echinochloa, Population Bottleneck

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Bio120 lecture 5 the maintenance & measurement of genetic variation. R. a. fisher (british) 1890-1960: had a huge rivalry with haldane. All three were
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 6: Eichhornia Crassipes, Cladocera, Perennial Plant

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Bio120 lecture 6 organismal reproductive diversity. One of the leading researchers on the evolution of sex. Belongs to our prof"s department at uoft. D
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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 7: Pollination, Mutation, Zygosity

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UTSGBIO120H1Spencer BarrettFall

BIO120H1 Lecture Notes - Lecture 3: Balts, Phenotype, Rodent

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Bio120 lecture 3 what darwin saw: a geographical perspective on biodiversity and. Age 22, departed on the beagle as the naturalist: mostly was going to
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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 2: Plants And Animals, Special Creation, Botany

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UTSGBIO120H1James ThomsonFall

BIO120 Fall 2012 Course Syllabus

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Department of ecology and evolutionary biology, university of toronto. Emily austen , lecture ta + many laboratory teaching assistants. Dom fenech and
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UTSGBIO120H1Michael ReidWinter

BIO120H1 Lecture Notes - Ringer'S Solution, Calcium Channel Blocker, Oscilloscope

OC79284 Page
67
Perform the experiments in physioex lab 6 (cardiovascular physiology). Provide the results requested, and answer the questions, for each of the followi
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UTSGBIO120H1James ThomsonFall

BIO120H1 Lecture Notes - Soil, Horse Latitudes, Sonoran Desert

OC19638228 Page
156
Intro to the principles and concepts of evolution and ecology, related to the origins of adaptation and biodiversity. Why evolution is true, by jerry c
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 10: Ecological Speciation, Genetic Drift, Species Problem

OC25165495 Page
0
Bio120 lecture 9: species, speciation and hybridization. October 10, 2018 (relevant reading why evolution is true, coyne: chapter 7) Hawaiian honeycree
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 16: Temperate Climate, Ecophysiology, Evaporative Cooler

OC25165493 Page
0
October 31, 2018 (relevant reading part 4, struggle for existence; simutext chapter: biogeography, Section 4; optional: part 4, struggle for existence.
View Document
UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 15: Scarlet Macaw, Ecological Niche, Invasive Species

OC25165493 Page
0
Bio120 lecture 134: climate and other niche axes. October 29, 2018 (relevant reading part 3, struggle for existence; simutext chapter: biogeography, Se
View Document
UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 19: Crassulacean Acid Metabolism, Ecophysiology, Photorespiration

OC25165493 Page
0
November 12, 2018 (relevant reading part 5, struggle for existence; simutext chapter: Physiological ecology, section 1; excerpt from lab girl, hope jah
View Document
UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 12: Multicellular Organism, Rna Interference, Meiotic Drive

OC25165494 Page
0
Evolution of complexity: how did complexity evolve: the major transitions in evolution, what does selection act on, evolution of genomic cooperation, g
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 25: Insular Biogeography, Patch Dynamics, Metapopulation

OC25165495 Page
0
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Lecture Notes - Lecture 14: Ecological Succession, Biogeography, Prokaryote

OC25165494 Page
0
Bio120 lecture 13: what ecology is and why it matters. October 24, 2018 (relevant reading part 3, struggle for existence; simutext chapter: biogeograph
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UTSGBIO120H1James ThomsonFall

BIO120H1 Chapter Notes -Mutationism, Common Descent, Ginkgo

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Paley argued that the existence of well adapted organisms was similar to the existence of a watch there is a designer just as there is a watchmaker. Sp
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UTSGBIO120H1James ThomsonFall

BIO120H1 Chapter Notes - Chapter Full: Gradualism, Pastoralism, Recreation Area

OC41266619 Page
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Deepest and oldest rock layers represent more primitive species. Younger and most recent layers resemble present- day species and are more complex. Cha
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UTSGBIO120H1James ThomsonFall

BIO120H1 Chapter Notes - Chapter Complete: Competitive Exclusion Principle, Interspecific Competition, Pisaster

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UTSGBIO120H1James ThomsonFall

BIO120H1 Chapter Notes - Chapter 1-10: Temperate Deciduous Forest, Tallgrass Prairie, Alpine Tundra

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2
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UTSGBIO120H1Thomson/ WrightFall

BIO120H1 Chapter Notes - Chapter 1-3: Parent Material, Podzol, Loess

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290
Part one: bio120 subject: diversification of life through adaptive evolution, driven by nat. selection impose by environ, me made of equal fraction of
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UTSGBIO120H1Doug ThomsonFall

BIO120H1 Chapter Notes - Chapter 1-10: Temperate Deciduous Forest, Alpine Tundra, Intertropical Convergence Zone

OC137222248 Page
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Selects for new variants that perform a little better than the previous model. Examples of stupid organismal features that only make sense if they repr
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UTSGBIO120H1Spencer C H BarrettFall

BIO120H1 Chapter 1: bio120 google docs summary

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*try to focus on the main points rather than filling up pages with information that is not as important. *if necessary, you may take out any non-import
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter 7: Reproductive Isolation, Speciation, Chromosome

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Bio120: why evolution is true, jerry a. coyne (ch. 7 the origin of. In association with reading quiz 5 and lecture 9. The concordance between two cultu
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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter 6: Mate Choice, Anaphrodisiac, Parthenogenesis

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UTSGBIO120H1Frederickson M. Wright S.Fall

BIO120H1 Chapter Notes - Chapter Section 1: Transpiration, Soil Texture, Desiccation

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Bio120: simutext physiological ecology (section 1 trade offs and species distributions) In association with lecture 15 & 16 and reading quiz 7. Physiol
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Perform the experiments in physioex lab 6 (cardiovascular physiology). Provide the results requested, and answer the questions, for each of the followi
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UTSGBIO120H1Melody NeumannWinter

BIO120H1 Lecture Notes - Lecture 13: Lapse Rate, Intertropical Convergence Zone, Roaring Forties

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UTSGBIO120H1Melody NeumannWinter

BIO120H1 Lecture Notes - Lecture 15: Heat Transfer, Evaporation, Homeostasis

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UTSGBIO120H1Melody NeumannWinter

BIO120H1 Lecture Notes - Lecture 12: Keystone Species, Habitat Destruction, Overexploitation

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UTSGBIO120H1Melody NeumannWinter

BIO120H1 Lecture Notes - Lecture 11: Lythrum Salicaria, Echinochloa, Freshwater Mollusc

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UTSGBIO120H1Melody NeumannWinter

BIO120H1 Lecture Notes - Lecture 14: Intertropical Convergence Zone, Volumetric Heat Capacity, Northern Hemisphere

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UTSGBIO120H1Melody NeumannWinter

BIO120H1 Lecture Notes - Lecture 8: Peppered Moth, Melanism, Richard Lenski

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UTSGBIO120H1Melody NeumannWinter

BIO120H1 Lecture Notes - Lecture 10: Willi Hennig, Carl Linnaeus, Binomial Nomenclature

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UTSGBIO120H1Melody NeumannWinter

BIO120H1 Lecture Notes - Lecture 6: Red Queen Hypothesis, Eichhornia Crassipes, Dioecy

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UTSGBIO120H1Melody NeumannWinter

BIO120H1 Lecture Notes - Lecture 5: Zygosity, Selective Breeding, Population Genetics

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