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  • 3 pages Lec+25+2015.docx
    • Lec+25+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 25. Variation and Microevolution (3) (Chapter 21) _ XII. Natural Selection A. Definition and Action B. Selection on Polygenic Characters 1. Stabilizing (= balancing) selection 2. Directional selection 3. Diversifying (= disruptive) selection (465-471) XII
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    Lec+25+2015.docx

  • 8 pages PPT-Lec13-Transposon-Virus-Spring17-TL.pdf
    • PPT-Lec13-Transposon-Virus-Spring17-TL.pdf
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • BC 1502 Intro to Molecular and Cell Biology, Spring17 Feb 15th Lecture 13: Virus, Transposon Tony Liu, Ph.D. Virus: A Borrowed Life Do not fit our definition of living organisms Not cells. They are obligate intracellular parasites Can live, reproduce/repl
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    PPT-Lec13-Transposon-Virus-Spring17-TL.pdf

  • 3 pages Bio+1500+9.14.2015+notes.docx
    • Bio+1500+9.14.2015+notes.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 3. Gas Exchange and Respiratory Systems of Animals Ch 44 _ I. Introduction: metabolism equation: Food + O2 nutrients + energy + wastes A. Evolution of the Atmosphere and Oxygen Consumption Earth used to have a reducing atmosphere Evolution of photosynth
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    Bio+1500+9.14.2015+notes.docx

  • 5 pages SAMPLE+QUESTIONS+uncoded.pdf
    • SAMPLE+QUESTIONS+uncoded.pdf
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 01. Which of the following is NOT a characteristic of ALL animals? A. motility during some stage of the life cycle B. heterotrophy C. bilateral symmetry D. multicellularity 02. Locomotion has been important in the evolution of animals because A. most anim
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    SAMPLE+QUESTIONS+uncoded.pdf

  • 2 pages REVISED+Syllabus+2015.pdf
    • REVISED+Syllabus+2015.pdf
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • BIO BC1500x Introduction to Organismal and Evolutionary Biology 2015 Syllabus - Prof Paul E. Hertz Date SEP Lecture R/H/M Chapter 09 11 01. Introduction 02. Animal Nutrition and Digestion 14* 16 18 03. Gas Exchange 04. Circulatory Systems 05. Vascular Flu
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    REVISED+Syllabus+2015.pdf

  • 6 pages Lec+18+2015.docx
    • Lec+18+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 18. Plant Biology I: Anatomy and Growth (RHM: Chapter 33) _ I. Plant Characteristics A. Cellular Characteristics B. Organismal Characteristics II. Basic Angiosperm Morphology & Anatomy A. General Body Plan B. Angiosperm Diversity: Monocots versus Eudicots
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    Lec+18+2015.docx

  • 5 pages Lec+19+2015.docx
    • Lec+19+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 19. Plant Biology II: Transport (RHM: Chapter 34) _ I. Water and Mineral Uptake A. Introduction B. Accumulation of Mineral Ions 1. Inadequacy of diffusion 2. Active transport C. Entry of Water and Minerals into Xylem 1. Review of root anatomy 2. The sympl
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    Lec+19+2015.docx

  • 8 pages Lec+21+2015.docx
    • Lec+21+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 21. Plant Biology IV: Control Systems (RHM: Chapter 37) _ I. Introduction II. Plant Hormones A. Auxins 1. Definition 2. Effects on cell elongation 3. Transport 4. Mode of action 5. Site of action B. Cytokinins 1. Definition 2. Control of cell division and
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    Lec+21+2015.docx

  • 3 pages Lec+33+2015.docx
    • Lec+33+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 33. Animal Behavior: Social Behavior (Chapter 56) _ IV. Animal Societies A. Conditions Favoring Dispersion in a Population B. Animal Societies 1. Definition 2. Communication as a requisite for social behavior 3. Nonsocial aggregations C. Simple Societies
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    Lec+33+2015.docx

  • 5 pages Lec+35+2015.docx
    • Lec+35+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 35. Ecological Communities and Ecosystems (II) (Chapter 54) _ III. Productivity of Ecosystems A. Energy Input B. Primary Productivity 1. Definition C. Gross versus Net Primary Productivity 1. Respiration and net primary productivity 2. Units of measure 3.
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    Lec+35+2015.docx

  • 5 pages Lec+31+2015.docx
    • Lec+31+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 31. Predation, Competition, and Spacing (Chapters 52, 53) _ I. Predation A. Rationale and Form of the Model B. Graphical Representation 1. The interaction 2. Production of population cycles C. Predator Regulation of Prey Populations 1. Prey population siz
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    Lec+31+2015.docx

  • 4 pages Lec+24+2015.docx
    • Lec+24+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 24. Variation and Microevolution (2) (Chapter 21) _ VIII. The Hardy-Weinberg Model A. Sexual Reproduction and the Shuffling of Genes B. Does the shuffling of genes produce evolution? C. The Model (460-463) Under a set of assumptions defined in class, the
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    Lec+24+2015.docx

  • 4 pages Lec+23+2015.docx
    • Lec+23+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 23. Variation and Microevolution (1) (Chapter 21) _ I. Introduction A. Genetic Variation and Biological Evolution B. Phenotype versus Genotype II. Phenotypic Variation A. Phenotypic Variation in Natural Populations B. Types of Phenotypic Variation 1. Cont
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    Lec+23+2015.docx

  • 5 pages Lec+26+2015.docx
    • Lec+26+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 26. Species Concepts and Speciation (RHM: Chapter 22) _ I. Introduction: Diversity of Life A. Extent of Variation B. Speciation: Amplification of Variation C. The Biological Species Concept and Its Flexibility D. Models of Speciation (480-483) II. Allopat
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    Lec+26+2015.docx

  • 4 pages Lec+34+2015.docx
    • Lec+34+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 34. Ecological Communities and Ecosystems I (Chapter 53) _ I. Introduction A. Levels of Organization in Biology B. Ecological Communities / Ecosystems / Biomes C. Questions Posed by Community and Systems Ecologists 1. Structure and organization 2. Energy
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    Lec+34+2015.docx

  • 2 pages Lec+32+2015.docx
    • Lec+32+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 33. Behavioral Ecology: Territoriality and Communication (Chapter 56) _ I. Territorial Behavior A. Function and Evolution of Territoriality 1. Pressures from population ecology 2. Environmental characteristics B. Behavioral Components 1. Identification of
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    Lec+32+2015.docx

  • 8 pages Lec+27+2015.docx
    • Lec+27+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 27. Macroevolution (RHM: Chapter 23) _ I. Introduction: History of Life (499-500) II. The Fossil Record A. How Fossils Form 1. sedimentation 2. other mechanisms B. What Fossils Can Tell Us 1. incompleteness of the fossil record 2. relative and absolute ti
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    Lec+27+2015.docx

  • 7 pages Lec+28+2015.docx
    • Lec+28+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 28. Phylogenetic Inference and Systematic Methods (RHM: Chapter 24) _ I. Introduction A. Biodiversity B. The Bigger Questions C. Systematics 1. definition 2. taxonomy 3. phylogenetic reconstruction D. Importance of Systematics to Biological Sciences (528-
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    Lec+28+2015.docx

  • 4 pages Lec+20+2015.docx
    • Lec+20+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 20. Plant Biology III: Reproduction (RHM: Chapter 36) _ I. Modes of Reproduction II. Sporophytes and the Production of Gametophytes A. Alternation of Generations 1. Sporophytes 2. Gametophytes B. Development of Male Gametophyte 1. Microsporocytes 2. Micro
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    Lec+20+2015.docx

  • 6 pages Lec+36+2015.docx
    • Lec+36+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 36. Human Disturbance of Communities and Ecosystems (Chapters 51, 52, 54, 55) _ I. Introduction A. Oddities of Human Ecology 1. Exponential population growth 2. Top predator 3. Efficient hunting / Inefficient use of prey 4. Production of wastes B. Human D
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    Lec+36+2015.docx

  • 4 pages Lec+22+2015.docx
    • Lec+22+2015.docx
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 22. Biological Evolution: A History of Ideas (RHM: Chapter 01, 20) _ I. Scientific Method A. How we support belief systems B. The Scientific Method 1. Logical Form 2. Hypotheses 3. Implicit assumptions C. The Scientific Method and the Study of Evolution (
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    Lec+22+2015.docx

  • 2 pages Lec+01+2015
    • Lec+01+2015
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 1. Introduction to Animal Biology Chapters 1, 31, 38 _ I. Organizing Biodiversity: the Three Domains of Life II. Characteristics of Animals A. Cellular Characteristics B. Organismal Characteristics (670-672) III. Animal Diversity: Body Plans and Complexit
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    Lec+01+2015

  • 6 pages Lec+08+2015
    • Lec+08+2015
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 8. Temperature Regulation in Vertebrates Chapter 01, 46 _ I. Thermal Relations of Vertebrates A. Why Temperature is Important 1. Range of temperatures on earth 2. Temperature tolerances of living systems 3. Thermal sensitivity of biochemical reaction B. H
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    Lec+08+2015

  • 6 pages Lec+07+2015
    • Lec+07+2015
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 7. Water Balance and Excretion of Nitrogenous Wastes Ch 38, 48 _ I. Introduction A. Homeostasis B. Body Fluids 1. Fluid compartments 2. Osmosis (876-880,1069-1072) II. Solute and Water Balance (1072-1080, 1084-1087) A. Paths of Water Flux 1. Water gain 2.
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    Lec+07+2015

  • 6 pages Lec+10+2015
    • Lec+10+2015
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 10. Nerve Cells and the Transmission of Impulses Chapter 39 _ I. Introduction A. Integration 1. Nervous system 2. Endocrine system B. Functions of Nervous System C. Complementary Structures II. Neuron Anatomy A. General Structure B. Diversity of Structure
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    Lec+10+2015

  • 7 pages Lec+06+2015
    • Lec+06+2015
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 6. Immune System and Other Defenses Ch 45 _ I. Defense Against Pathogens A. Innate Immunity B. Adaptive Immunity (1002-1004) II. The Adaptive Immune Response A. Definitions and Functions 1. Antigens 2. Antibodies B. Cells of Circulatory, Lymphatic, and Im
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    Lec+06+2015

  • 3 pages Lec+30+2015
    • Lec+30+2015
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 30. Population Growth and Regulation (Chapter 51, 52) _ I. Introduction to Ecology A. Definition B. Four Perspectives on Ecology C. Central Questions in Ecology (1145-1154, 1172-1175) II. Unlimited Population Growth A. Reproduction B. Geometric Population
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    Lec+30+2015

  • 4 pages Lec+13+2015
    • Lec+13+2015
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 13. Chemical Integration: Hormones and the Endocrine System (RHM: Chapter 42) _ I. Integration of Physiological and Behavioral Functions A. Role of the Nervous System B. Role of the Endocrine System 1. Endocrine glands 2. Hormones 3. Target organs C. Basi
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    Lec+13+2015

  • 4 pages Lec+14+2015
    • Lec+14+2015
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 14. Endocrine Control of Mammalian Reproduction (RHM: Chapters 49, 50) _ I. Development of Sexual Characters A. Early Development B. Hormonal Initiation of Puberty (1097-1099) II. The Human Menstrual Cycle (1104-1108) A. Sites of Important Changes B. Flow
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    Lec+14+2015

  • 3 pages Lec+09+2015
    • Lec+09+2015
    • Barnard College
    • ntroductory Lab in Organismal and Evolutionary Biology
    • BIO 1501 - Summer 2015
    • 9. Metabolic Rates and Energetics of Vertebrates Ch 48 _ I. Metabolic Rates of Animals A. The Meaning of Metabolic Rate 1. The metabolism equation 2. How metabolic rates are measured 3. Resting metabolic rate 4. Relevance to ecology B. Metabolic Rates and
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    Lec+09+2015

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