animal classification review part 1 – classifying living things (18.1, dichotomous keys) part 2...

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Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review is available on the wiki OG-science.wikispaces.com

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Classification Review Scientific NamesClassificationCladograms

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Page 1: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

Animal Classification Review Part 1 –

Classifying living things (18.1, dichotomous keys) Part 2 –

Animal kingdom (25.2, animal lab, cladograms)

This review is available on the wiki OG-science.wikispaces.com

Page 2: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

Classification ReviewScientific Names Classification Cladograms

10 10 10

20 20 20

30 30 30

40 40 40

50 50 50

Page 3: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

Scientific NamesWhat are the two parts of a scientific name?10 pts

Genus and species

Page 4: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

Scientific NamesWhat is the two-word naming system called? 20 points

Binomial nomenclature

Page 5: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

Scientific NameWhat makes common names confusing for classifying organisms? - 30 points

Common names can refer to multiple organisms; many names can be given for 1 species; some common names are ambiguous

Page 6: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

Scientific NamesWrite the scientific name for a species (your choice).– 40 points

EX: Homo sapiens

Page 7: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

Scientific NamesGive 2 characteristics of a useful scientific name.- 50 points

It’s used by everyone universally.

It refers to only 1 organism.

Page 8: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

ClassificationWhy do we need a system of classification?-10 pts

To organize all living organisms into groups that have biological meaning

Page 9: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

ClassificationWho developed the first system of classification? 20 points

Carolus Linneaus

Page 10: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

ClassificationWhat is the genus of the domestic cat Felis catus? 30 points

Felis

Page 11: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

ClassificationTraditional (early) classification was based primarily on what?- 40 points

Physical features

Page 12: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

ClassificationName the 7 levels of classification we have today (in order from largest to smallest)– 50 points

Kingdom, phylum, class, order, family, genus, species

Page 13: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

CladogramsHow is a cladogram different from a dichotomous key? – 10 points

Cladograms are based on evolutionary relationships while dichotomous keys are based on visible physical traits

Page 14: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

CladogramsWhat is a derived character?– 20 points

A derived character is a trait that arose in a recent common ancestor and is not found in earlier versions of the organism

Page 15: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

CladogramsName the derived characters in this cladogram – 30 points

Four limbs, amniotic egg, hair, specialized shearing teeth, retractable claws

Page 16: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

CladogramsWhat clade(s) has specialized shearing teeth? – 40 points

Clade Carnivora and Felidae

Page 17: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

CladogramsWhich clade includes all the others? How do you know? – 50 points

Clade Tetrapoda (having 4 limbs)

Page 18: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

Animal Kingdom Review

Study Guide Questions

Page 19: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

1. Invertebrates are animals that have no…

Backbone

Page 20: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

2. The distinguishing feature of acoelomates is…

A. Bilateral symmetryB. PseudocoelomC. Lack of body cavityD. Vertebra

*C. Lack of body cavity

Page 21: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

3. Which of the following animals does NOT show bilateral symmetry as an adult?

A. EarthwormB. Great white sharkC. RhinocerosD. Sea anemone

*D. Sea anemone

Page 22: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

4. In which group of chordates did cartilage first appear?

A. TunicatesB. SharksC. HagfishD. Lampreys

*B. Sharks

Page 23: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

5. The fluid-filled space between an animal’s digestive tract and its body wall is the

A. Body cavityB. Germ layerC. NotochordD. Segment

*A. Body cavityAKA “Coelom”

Page 24: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

6. What germ layer develops into the…

A. Outer layer of skin* EctodermB. Lining of the digestive tract*EndodermC. Muscular layer*Mesoderm

Page 25: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

7. Name 2 types of animals that show radial symmetry:

1. Cnidarians (jellyfish, sea anemones, corals, hydras)

2. Echinoderms (starfish, sand dollars, sea urchins)

Page 26: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

8. Name two body plan characteristics shared by all arthropods and chordates:

Levels of organizationBilateral symmetryThree germ layersTrue coelomSegmentation andCephalization

Page 27: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

9. How has the body cavity evolved with the evolution of worms?

Flatworm – No body cavity (acoelom) Roundworm – Partial body cavity (pseudo-) Segmented worm – True body cavity (coelom)

Platyhelminthes Nematoda Annelida

Page 28: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

10. Animals in the Phylum Porifera include:

A. ChordatesB. Sea starsC. Sea anemonesD. Sponges

*D. Sponges

Page 29: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

11. Most adult echinoderms show this kind of symmetry:

Radial

Page 30: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

12. What is one way that cnidarians are different from echinoderms?

- Levels of organization (echinoderms have organs), # of germ layers, type of body cavity

Page 31: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

13. What type of body cavity do most groups have? True coelom – a body cavity completely lined

with mesoderm (middle germ tissue layer)

Page 32: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

14. List the 5 types of animals in Phylum Chordata Fish Amphibians Reptiles Birds Mammals

Page 33: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

15. List 3 traits that arthropods have that cnidarians do not: Organs Bilateral symmetry 3 germ layers True coelom Segmentation Cephalization

Page 34: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

16.a) What characteristics have evolved in fish?

a) Vertebraeb) Jaws, paired

appendagesc) True boned) Lungs!

Page 35: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

16.b) What characteristics have evolved in amphibians? Four limbs

Page 36: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

16.c) What characteristics have evolved in reptiles? Amniotic egg Eggs don’t

develop in water Dry, scaly skin

Page 37: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

16.d) What characteristics have evolved in birds? Endothermy Feathers Hollow bones

Page 38: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

16.e) What characteristics have evolved in mammals? Endothermy Hair/fur Mammary glands

Page 39: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

17. What characteristic do reptiles have that amphibians do not? Reptiles have lungs,

amniotic eggs, eggs don’t develop in water; dry, scaly skin

Amphibians 1st stageof life- no lungs, eggsin water; skin ismoist (no scales); go through metamorphosis

Page 40: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

18. Which two major groups of fishes evolved from the early jawless fish and still survive today? Chondrichthyes

(Cartilaginousfish - Sharks)

Osteichthyes(Bony fish)

Page 41: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

19. The evolution of jaws and paired fins was an important development in the rise of which group of animals? Sharks (Cartilaginous

fish) Class

Chondrichthyes

Page 42: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

20. List 2 ways that bony fish differ from the other two fish groups:

Bony fish:1. Have bone(Sharks don’t, jawlessfish don’t)2. Have jaws(Jawless fish don’t)3. Have vertebrae(Hagfish don’t)

Page 43: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

21. What adaptation enables birds to live in environments that are colder than those in which most reptiles live? Endothermy Feathers – can use to regulate body temperature

Page 44: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

22. What evidence exists to indicate that annelids and mollusks are closely related? Levels of organization, bodysymmetry, 3 germ layers, truecoelom, protostomes, and cephalization

Page 45: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

23. The only animal to have an asymmetrical body plan is: Sponges

Page 46: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

24. Which of the worm groups has the characteristic of a segmented body?

Annelids

Page 47: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

25. What was the 1st group of animals to have cephalization? Arthropods

Page 48: Animal Classification Review Part 1 – Classifying living things (18.1, dichotomous keys) Part 2 – Animal kingdom (25.2, animal lab, cladograms) This review

26. What are 3 general characteristics that ALL animals have?

To be included in the Animal Kingdom, an animal must:

Be multicellular Be heterotrophic (need food from others) Lack cell walls