Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between...

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Ecology and Environmental Science

Transcript of Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between...

Page 1: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Ecology and

Environmental Science

Page 2: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish… Introduce Living things in the environment- using PowerPoint Slides #3-7

complete:

• Packet: Vocabulary: Biotic, Abiotic;

• Notes p. 1; Worksheet pp. 6-7

• Pages 11-12: definitions

• Page10: Venn Diagram

• Dictionary Vocab

– Abiotic Factor (p. 707/ p. 5)

– Biosphere (p. 741/ p. 8)

– Biotic Factor (p. 707/ p. 8)

– Community (p. 742/ p. 16)

– Ecosystem (p. 707/ p. 24)

– Habitat ( p. 759/ p. 32)

– Population (p. 742/ p. 49)

Page 4: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Levels of Organization • The smallest level of organization is a

single organism, which belongs to a

population that includes other members

of its species.

Living Things and the Environment

Page 5: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Levels of Organization

• The population belongs to a community

of different species.

Living Things and the Environment

Page 6: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Levels of Organization

• The community and abiotic factors

together form an ecosystem.

Living Things and the Environment

Page 7: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Complete pages • pages11-12: definitions

• page10: Venn Diagram

• Dictionary Vocab

– Abiotic Factor (p. 707/ p. 5)

– Biosphere (p. 741/ p. 8)

– Biotic Factor (p. 707/ p. 8)

– Community (p. 742/ p. 16)

– Ecosystem (p. 707/ p. 24)

– Habitat ( p. 759/ p. 32)

– Population (p. 742/ p. 49)

Page 8: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish… using PowerPoint Slides #9-10 complete:

Ch. 20 Lesson 3- Energy in the Ecosystem:

• Review Photosynthesis & define Chemosynthesis (p.74/p.16) in your dictionary

• Introduce Food Web & Energy Pyramid

• Watch video’s

• Activity pp. 13-14, 15-16, 17-18, 19-30

• In your dictionary- define

Food Chain (p. 726/ p. 26)

Food web (p. 727/ p. 27)

Trophic level (p. 728/ p. 59)

Producer (p. 760/ p.47)

Consumer (p.760/ p. 17)

Energy Pyramid (p. 728/ p. 24)

Page 9: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Energy

How does it get transferred between

organisms?

What relationships do organisms have with

each other?

• Review Photosynthesis (p. 724)

• Define Chemosynthesis in your dictionary • (p. 724/ p. 16)

Page 10: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Food chain, Food Web, Pyramids

• Bill Nye (19 minutes) https://www.youtube.com/watch?v=GP4M4iUac54

• Pyramids https://www.youtube.com/watch?v=-oVavgmveyY

• Notes 2017-2018\worksheets for website\Ecology\Energy flow. food

chains. food webs notes.pdf

• In your dictionary- define

Food Chain (p. 726/ p. 26)

Food web (p. 727/ p. 27)

Trophic level (p. 728/ p. 59)

Producer (p. 760/ p.47)

Consumer (p.760/ p. 17)

Energy Pyramid (p. 728/ p. 24)

Page 11: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish…

using PowerPoint Slides #12-13 complete:

Relationships between populations

On page 13-14- do the Venn diagram

• Autotroph (p. 284); Heterotroph (p. 277);

(p. 725) : Herbivore, Omnivore, Carnivore.

• On page 8- Use p. 9 vocab- write in the correct places

on p. 8

• Complete worksheets pp.17- 18

Food Web & Energy Pyramid Activity

pp. 19-20 and 25-30- due 4/23

Page 12: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

In your packet

On pages 13-14- do the Venn diagrams

Autotroph (p. 284); Heterotroph (p. 277);

(p. 725) : Herbivore, Omnivore, Carnivore.

On page 8- Use p. 9 vocab- rewrite in

appropriate places on p. 8

Complete worksheets pp.15- 16

Page 13: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

In your packet

Complete:

p. 17- warm up.

p. 18- Energy Pyramid

Due- Monday April 23

pp. 19-24- Pond Water Web (turn in pp. 21-22)

and your food web & food chain (on construction paper)

pp. 25-30- Pyramids (turn in your pyramid)

Page 14: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Interactions

Among Living

Things

Page 15: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish… using PowerPoint Slides # 16- 26 complete:

• Watch video’s on Symbiosis, Predation & Competition

• Compete the following vocabulary in your dictionary

Commensalism (p. 764/p. 16)

Competition (p. 743/p. 17)

Host (p. 764/p. 33)

Mutualism (p. 763/p. 39)

Niche (p. 759/ p. 41)

Parasitism (p. 764/p.49)

Parasite (p. 764/p.49)

Predator (p. 762/p. 49)

Prey (p. 762/p. 49)

Symbiosis (p. 763/ p. 56)

• Complete worksheets pp. 33-37

Worksheet p. 35- due 4/27

Owl Pellet Lab pp. 39-43 Due 4/27

Page 17: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Adapting to the Environment

• Every organism has a

variety of adaptations that

are suited to its specific

living conditions.

Interactions Among Living Things

Page 18: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Predator - Prey Interactions • On Isle Royale, an

island in Lake

Superior, the

populations of

wolves (the

predator) and moose

(the prey) rise and

fall in cycles.

Interactions Among Living Things

Page 19: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Predator - Prey Interactions

–Year; numbers of

wolves and moose

• Reading Graphs:

– What variable is

plotted on the x-axis?

What two variables

are plotted on the y-

axis?

Interactions Among Living Things

Page 20: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Predator - Prey Interactions

–The moose population

increased and then

decreased; the wolf

population increased.

• Interpreting Data: – How did the moose

population change between 1965 and 1972? What happened to the wolf population from 1973 through 1976?

Interactions Among Living Things

Page 21: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Predator - Prey Interactions

–As the moose

population increased,

more food was available

to the wolf population and

it increased.

• Inferring:

– How might the change in the moose population have led to the change in the wolf population?

Interactions Among Living Things

Page 22: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Predator - Prey Interactions

–The wolf population increased.

• Drawing Conclusions:

– What is one likely cause of the dip in the moose population between 1974 and 1981?

Interactions Among Living Things

Page 23: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Predator - Prey Interactions

–Disease would cause a decrease in the wolf population, so fewer moose would be eaten and the population could increase.

• Predicting:

– How might a disease in the wolf population one year affect the moose population the next year?

Interactions Among Living Things

Page 24: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What You Know

What You Learned

Review

1. Organisms interact in different ways.

1. Organisms are adapted to their environments. 2. Organisms have niches, which are their roles in their habitats. 3. Organisms compete for resources. Some organisms eat

others, and this affects the size of populations. 4. Some organisms live together in symbiotic relationships, of

which there is mutualism (both benefit), commensalism (one benefits, the other is not helped or harmed), and parasitism (one benefits, the other is harmed).

Interactions Among Living Things

Page 25: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Compete the following vocabulary in your dictionary

Commensalism (p. 764/p. 16)

Competition (p. 743/p. 17)

Host (p. 764/p. 33)

Mutualism (p. 763/p. 39)

Niche (p. 759/ p. 41)

Parasitism (p. 764/p.49)

Parasite (p. 764/p.49)

Predator (p. 762/p. 49)

Prey (p. 762/p. 49)

Symbiosis (p. 763/ p. 56)

Complete in your packet

Worksheet pages 32-35 (page 35 due on 4/27)

Page 26: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Owl Pellet Lab

• Complete pp. 37-42

• Turn in for credit. Due on 4/27

• Along with a completed skeleton (for your group)

Page 27: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Studying

Populations

Page 28: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish… using PowerPoint Slides # 29- 35 complete:

• View video on Populations

• Revisit the word: Population (p. 742/p. 49)

• Vocabulary

– Birth Rate (p.749/p. 8)

– Biotic Potential (p. 744/p. 8)

– Carrying Capacity (p. 745/p.16)

– Death Rate (p. 749/p. 20)

– Limiting Factor (p. 743/p. 35)

– Migration (p. 752/ p. 38)

– Population Density (p. 744/p. 49)

• Characteristics of populations pp. 45-48

Each person turns in for credit- Due 5/3

• Human Population pp. 49-54

Turn in ONE for your group- Due 5/3

Page 29: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Population

Studying Populations

• https://www.youtube.com/watch?v=PQ-CQ3CQE3g (12.09 minutes)

Page 30: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Changes in Population Density • In many situations, it is helpful to know the

population density–the number of individuals in

a specific area.

• Population density =

Page 31: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Main Idea

Detail Detail Detail Detail

Graphic Organizer

Direct

observation Indirect

observation Sampling Mark-and-

recapture

studies

There are four main ways to determine the size of a population.

Count each

individual

Count signs

of individuals

(ie. nests)

Count a small

group, use

math

calculations to

approximate

population

Capture- mark,

release.

Recapture-

count marked.

Math

calculation to

estimate

population

Page 32: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Changes in Population Size

• Populations can

change in size

when new

members join

the population or

when members

leave the

population.

Studying Populations

Page 33: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Question Answer

How do you determine

population size?

Some methods of determining population

size are direct observation, indirect

observation, sampling, and mark-and-

recapture studies.

What causes populations to

change in size?

Some factors include birth, death,

immigration, and emigration.

What are limiting factors? These are factors that can limit population

growth if they are unfavorable for the

organisms in the population. Food and

water, space, and weather conditions can

be limiting factors.

Studying Populations

Page 34: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Complete…

• Revisit the word: Population (p. 742/p. 49)

• Vocabulary

– Birth Rate (p.749/p. 8)

– Biotic Potential (p. 744/p. 8)

– Carrying Capacity (p. 745/p.16)

– Death Rate (p. 749/p. 20)

– Limiting Factor (p. 743/p. 35)

– Migration (p. 752/ p. 38)

– Population Density (p. 744/p. 49)

Page 35: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Complete

• Characteristics of populations pp. 43-46 • Each person turns in for credit Due 5/3

• Notes 2017-2018\worksheets for

website\Ecology\PopulationDynamicsLifeScienceInteractiveN

otebook.pdf

• Human Population pp. 47-52 • Turn in ONE for your group Due 5/3

• Notes 2017-2018\worksheets for website\Ecology\Human

Populations notes.pdf

Page 36: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish…

• using PowerPoint Slides #37-38 complete:

• Watch Video’s on Natural Selection,

Evolution, Adaptation

• Butterfly Camouflage (due for possible

extra credit by end of period) 5/2

Page 37: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Evolution, Adaptations,

Natural Selection • Natural Selection: (9:18)

https://www.youtube.com/watch?v=0SCjhI86grU

• Evolution: (8:52)

• https://www.youtube.com/watch?v=GhHOjC4oxh8

• Adaptation: Camouflage, Mimicry (3:15 and 6:37)

• https://www.youtube.com/watch?v=EJGtN-igCu8

• https://www.youtube.com/watch?v=UB7tqiL-Eqs

Page 38: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Complete…

• Camouflage your butterfly

– Must be in plain sight (not hidden under/ beside/

behind anything- even a student)

– Keep in mind- Ms. Crisan will be standing in

ONE spot. She may turn and move her body

while keeping her feet planted in the same area.

– If she finds your butterfly- go get it.

– If she doesn’t- ONE at a time- when Ms.Crisan

tells you- go get your butterfly

Page 39: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish… using PowerPoint Slides # 40- 42 complete:

• Watch Biodiversity video’s

• Complete the following vocabulary:

Adaptation (p. 203/ p. 2)

Biological Evolution (p. 195/ p. 2)

Camouflage (p. 204/ p. 13)

Diversity (p. 214/p. 19)

Evolution (p. 199/ p. 23)

Mimicry (p. 204/p. 37)

Natural Selection (p. 202/ p. 40)

Variation (p. 201/ p. 62)

Charles Darwin (p. 199/ p. 65)

Complete HW pp. 53-54- due 5/5

• Watch Video WebQuest and complete pp. 57-60

• Complete Biodiversity & Invasive species worksheet pp. 59-60

• Note check on Monday 5/5

Page 40: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Biodiversity (4:18 and 4:28)

https://www.youtube.com/watch?v=GK_vRtHJZu4

https://www.youtube.com/watch?v=wXJiHr8jWBs

Complete the following vocabulary:

• Adaptation (p. 203/ p. 2)

• Biological Evolution (p. 195/ p. 2)

• Camouflage (p. 204/ p. 13)

• Diversity (p. 214/p. 19)

• Evolution (p. 199/ p. 23)

• Mimicry (p. 204/p. 37)

• Natural Selection (p. 202/ p. 40)

• Variation (p. 201/ p. 62)

• Charles Darwin (p. 199/ p. 65)

Page 42: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Biodiversity WebQuest • Ms. Crisan will play the WebQuest for the class.

• As it plays- you will need to complete pp. 55-58 (Note check Due 5/7)

• If you are absent, you will need to sign out the printed version from Ms. Crisan

to complete this assignment.

Additional links • https://australianmuseum.net.au/what-is-biodiversity

• https://www.cbd.int/undb/media/factsheets/undb-factsheet-ecoserv-en.pdf

• https://www.cbd.int/undb/media/factsheets/undb-factsheet-forests-en.pdf

• https://www.cbd.int/undb/media/factsheets/undb-factsheet-marine-en.pdf

• http://refugeassociation.org/advocacy/refuge-issues/invasive-species/

• http://www.livingplanetindex.org/projects?main_page_project=LivingPlanetRepo

rt&home_flag=1

• http://wwf.panda.org/about_our_earth/biodiversity/biodiversity/

• Complete the notes on page 59 and card sort & paste activity pp. 60-61.

Turn in pp. 59-60 for a grade. (Due 5/7)

• Notes: ( 2017-2018\worksheets for website\Ecology\BioDiversity notes.pdf

Page 43: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish… using PowerPoint Slides #44- 46 complete:

• Introduce Threatened, Endangered & Extinct

• Watch video’s

• Define vocab

Endangered Species (p. 751/ p. 24)

Extinct Species (p. 751/p. 24)

Threatened Species (p. 751/ p. 59)

• Introduce & begin on Activity

Endangered or Threatened in PA? DUE 5/14

Internet Activity pp. 65-66

Page 44: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Threatened, Endangered & Extinct

Definitions (7:22)

• https://www.youtube.com/watch?v=IpHjS6pCi1w

Pictures (5:52)

• https://www.youtube.com/watch?v=5Jyu6eZKCEw

Complete the vocab:

• Endangered Species (p. 751/ p. 24)

• Extinct Species (p. 751/p. 24)

• Threatened Species (p. 751/ p. 59)

Page 45: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Complete the following…. Pennsylvania Endangered & Threatened species

worksheets. Pages 63-64 (turn in when completed) DUE 5/14

Pennsylvania Endangered and Threatened Worksheet

PA Endangered and Threatened Species website: Type in:

PA endangered or threatened species or go to the

websites on this page: Some links for your to explore for your project

• NO COPYING from other students

• Be specific & detailed.

• Interesting facts must be “strong” sentences of informative detail.

• Management programs- What are they doing?

– Be specific & detailed.

– No credit for answers like-“Game & wildlife code”, etc.

Page 46: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Endangered Species Poster or Google slides

DUE 5/14

• See pages 65-68 in the packet.

• See links on HW web page:

PowerPoint/ Poster Endangered Animal Project

Additional Endangered animal helpful websites

Submit poster/ Goggle slides for credit.

No Copying from another student,

Page 47: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish…

• using PowerPoint Slides #48- 49 complete:

• Introduce Biomes:

• Watch video’s

• Work on Biome Choice Activity

(Poster/ Card Sort) Due 5/21

Page 49: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Biomes of the World • Watch the video: https://www.youtube.com/watch?v=z_35-lIOXdA&t=131s

Select the Biome project you would like to complete for credit

A. Select ONE Biome,

research using the guidelines on p. 69,

complete a Poster/ Google Slides.

B. Complete the sort & paste series on 8 Biomes

Complete pages 71-78

~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

C. Gifted option- Select ONE Biome- Make a

travel brochure by following the guidelines.

Due 5/21

Page 50: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish…

• using PowerPoint Slides #51-52complete:

• Page 15 vocabulary Due 5/21

• Page 16 extra credit vocab. Due 5/21

Page 51: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Vocabulary p. 15 words

ALL 26 words Due 5/21- no lates accepted

Chapter 6: The Environment & Changes Over Time (10 words)

1. Adaptation (p.203/p. 2)

2. Biological Evolution (p.195/p.6)

3. Camouflage (p.204/p.13)

4. Diversity (p.214/p. 19)

5. Extinction (p.194/p. 22)

6. Evolution (p.199/p. 23)

7. Mimicry (p.204/p. 37)

8. Natural Selection (p.202/p. 40)

9. Variation (p.201/p. 61)

10. Charles Darwin (p.199/p. 65) Accomplishments

Chapter 20: Matter and Energy (8 words)

1. Abiotic Factor (p.707/p. 5)

2. Biotic Factor (p.707/p.8)

3. Chemosynthesis (p.724/p.16)

4. Ecosystem (p.707/p. 24)

5. Energy Pyramid (p.728/p. 24)

6. Food Chain (p.726/p. 26)

7. Food Web (p.727/p. 27)

8. Trophic Level (p.728/p. 59)

Chapter 21: Population & Community (26 words)

1. Biosphere (p.741/p. 8)

2. Biotic Potential (p.744/p. 8)

3. Birth Rate (p.749/p.8)

4. Carrying Capacity (p.745/p. 16)

5. Commensalism (p.764/p. 16)

6. Community (p.742/p. 16)

7. Competition (p.743/p. 17)

8. Consumer (p.760/p. 17)

9. Death Rate (p.749/p. 20)

10. Endangered Species (p.751/p. 24)

11. Extinct Species (p.751/p. 24)

12. Habitat (p.759/p. 32)

13. Host (p.764/p. 33- ADD it to the last space)

14. Limiting Factor (p.743/p. 35)

15. Migration (p.752/p. 38)

16. Mutualism (p.763/p. 39)

17. Niche (p.759/p. 41)

18. Parasitism (p.764/p. 49)

19. Parasite (p.764/p. 49)

20. Population (p742/p. 49)

21. Population Density (p. 744/p. 49)

22. Producer (p.760/p. 47)

23. Predator (p.762/p. 49)

24. Prey (p.762/p. 49)

25. Symbiosis (p.763/p. 56)

26. Threatened Species (p.751/p. 59)

Page 52: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Extra credit vocab p. 16 (ALL 34 words)

Due 5/21- no lates accepted Chapter 22 Biomes and Ecosystems: (20 words)

(textbook p./ dict. p.)

1. Biome (p.777/p.8)

2. Biodiversity (p. 778/p.8)

3. Climax Community (p.797/p. 17)

4. Coral Community (p.793/p.17) Coral Reef

5. Desert (p.778/p. 21)

6. Ecological Succession (p.797/p. 24)

7. Estuary (p.791/p. 25)

8. Eutrophication (p.800/p.25)

9. Grassland (p.779/p. 29) (Also Known As)

10. Human Impact (p.778/p. 32)

11. Pioneer Species (p.798/p. 50)

12. Permafrost (p.783/p. 50)

13. Salinity (p.787/p. 57)

14. Tropical Rain Forest (p.780/p. 60)

15. Temperate Rain Forest (p.781/p.60)

16. Temperate Deciduous Forest (p.781/p.60)

17. Temperate (p.781/p. 60)

18. Taiga (p.783/p. 60)

19. Tundra (p.783/p. 60)

20. Wetland (p.790/p. 63)

Chapter 23: Using Natural Resources (14 words)

(textbook p./ dict. p.)

1. Acid Precipitation (p.825/p. 6)

2. Fossil Fuels (p.814/p. 27)

3. Geothermal Energy (p.819/p. 29)

4. Global Warming (p.825/p.29)

5. Inexhaustible Resources (p.818/p. 34)

6. Minerals (p.815/p. 39)

7. Natural Resources (p.813/p. 41)

8. Nonrenewable Resources (p.814/p. 41)

9. Ozone Layer (p.824/p. 43)

10. Photochemical Smog (p.824/p. 50)

11. Pollution (p.823/p. 50)

12. Recycling (p.836/p. 52)

13. Renewable Resources (p.816/p. 52)

14. Sustainability (p.835/p. 57)

Page 53: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Final Exam • Tuesday May 29, 2018

• You may use your dictionary and

Domain Note Books during the final.

• Use all of your packets to review the

information from the year.

• I should know if you are exempt by

Thursday 5/24.

Page 54: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

What you should accomplish…

• using PowerPoint Slides #55-58complete:

• If time…… complete changes in the

community….

• For 2018- we will not have time to work on

this.

Page 55: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Changes in

Communities

Page 56: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

• Primary succession is

the

• series of changes

that occur in

• an area where no soil

or organisms exist.

Changes in Communities

Primary Succession

Page 57: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Secondary Succession

• Secondary succession is the series of

changes that occur in an area where the

ecosystem has been disturbed, but where

soil and organisms still exist.

Changes in Communities

Page 58: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Factors in

Succession

Primary

Succession

Secondary

Succession

• As you read, compare and contrast

carbohydrates, proteins, and lipids in a

table like the one below.

Possible cause Volcanic eruption Fire

Type of area No soil or organisms

exist.

Soil and organisms exist.

Existing ecosystem? No Yes

Changes in Communities

Comparing and Contrasting

Page 59: Ecology and Environmental Science · using PowerPoint Slides #12-13 complete: Relationships between populations On page 13-14- do the Venn diagram • Autotroph (p. 284); Heterotroph

Links on Succession

• Click the SciLinks button for links on

succession.

Changes in Communities