Chapter 53 in Campbell p. 294-297 in Holtzclaw, Qs #3, 21, 22, 23 p. 304

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CONCEPT 3: POPULATION ECOLOGY – ANALYZING DENSITY, DISPERSION, DEMOGRAPHICS, GROWTH, AND FACTORS THAT AFFECT GROWTH. Chapter 53 in Campbell p. 294-297 in Holtzclaw, Qs #3, 21, 22, 23 p. 304

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Concept 3: Population Ecology – Analyzing density, dispersion, demographics, growth, and factors that affect growth . Chapter 53 in Campbell p. 294-297 in Holtzclaw, Qs #3, 21, 22, 23 p. 304. Population Ecology. You must know: How density, dispersion, and demographics can describe a population - PowerPoint PPT Presentation

Transcript of Chapter 53 in Campbell p. 294-297 in Holtzclaw, Qs #3, 21, 22, 23 p. 304

Page 1: Chapter 53 in Campbell p. 294-297 in Holtzclaw, Qs #3, 21, 22, 23 p. 304

CONCEPT 3: POPULATION ECOLOGY – ANALYZING DENSITY, DISPERSION, DEMOGRAPHICS, GROWTH, AND FACTORS THAT AFFECT GROWTH.Chapter 53 in Campbellp. 294-297 in Holtzclaw, Qs #3, 21, 22, 23 p. 304

Page 2: Chapter 53 in Campbell p. 294-297 in Holtzclaw, Qs #3, 21, 22, 23 p. 304

POPULATION ECOLOGYYou must know: How density, dispersion, and demographics

can describe a population The differences between exponential and

logistic growth models of population growth How density-dependent and density-

independent factors can control population growth

Page 3: Chapter 53 in Campbell p. 294-297 in Holtzclaw, Qs #3, 21, 22, 23 p. 304

TRY THIS! What kind of distribution does the following

represent?

Page 4: Chapter 53 in Campbell p. 294-297 in Holtzclaw, Qs #3, 21, 22, 23 p. 304

TRY THIS! What kind of distribution does the following

represent? CLUMPING

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WORKSHEET: ACT “52.1” Any Questions?

Let’s go over...

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HOW CAN DENSITY, DISPERSION, AND DEMOGRAPHICS CAN DESCRIBE A POPULATION? Population Density Dispersion

Clumped Uniform Random

Demography Type I survivorship Type II survivorship Type III survivorship Demographic transition

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TRY THIS! Describe the Canadian human population in

terms of density, dispersion, and demographics...

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TRY THIS! Describe the Canadian human population in

terms of density, dispersion, and demographics...

Overall low density Clumped Dispersion Type I Survivorship

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WHAT ARE THE DIFFERENCES BETWEEN EXPONENTIAL AND LOGISTIC GROWTH MODELS OF POPULATION GROWTH? Life History

Age of reproduction Frequency of

reproduction Number of offspring

per reproduction

How do the life histories of the dandelion and the coconut palm compare?

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WHAT ARE THE DIFFERENCES BETWEEN EXPONENTIAL AND LOGISTIC GROWTH MODELS OF POPULATION GROWTH? Exponential Growth Model

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WHAT ARE THE DIFFERENCES BETWEEN EXPONENTIAL AND LOGISTIC GROWTH MODELS OF POPULATION GROWTH? Logistic Growth Model

K=carrying capacity

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WHAT ARE THE DIFFERENCES BETWEEN EXPONENTIAL AND LOGISTIC GROWTH MODELS OF POPULATION GROWTH? What type of growth model does this

Daphnia show?

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WHAT ARE THE DIFFERENCES BETWEEN EXPONENTIAL AND LOGISTIC GROWTH MODELS OF POPULATION GROWTH? r-selection – density

independent selection vs

K-selection – density dependent selection

Density dependent factors include” Competition Territoriality Disease predation

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TRY THIS!1) Which of the following best describes

opportunistic, or r-strategy, organisms?

(a) They reach sexual maturity rapidly(b) They reach their adult size slowly(c) They attain a large body size(d) They live for a long time(e) The size of their population remains fairly constant

Page 34: Chapter 53 in Campbell p. 294-297 in Holtzclaw, Qs #3, 21, 22, 23 p. 304

TRY THIS!1) Which of the following best describes

opportunistic, or r-strategy, organisms?

(a) They reach sexual maturity rapidly(b) They reach their adult size slowly(c) They attain a large body size(d) They live for a long time(e) The size of their population remains fairly constant

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TRY THIS!a)What is the type of

growth from 1-7 days?

b) What does the dashed line represent?

c) After 9 days, is the population regulated by density dependant or independent factors?

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TRY THIS!a)What is the type of

growth from 1-7 days?Exponential

b) What does the dashed line represent?Carrying capacity (K)

c) After 9 days, is the population regulated by density dependant or independent factors?Density dependent

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NOW… Do questions #3, 21, 22, 23 p. 304 in

Holtzclaw Answer the AP free response question

(handed out in class) on a separate piece of paper – DUE next class We will be peer assessing your answers, you

MUST bring it to class! Checkpoint next class covering Concept 2

(Biomes) and Concept 3 (Population Ecology)