The document discusses the classification of protists and animals. Protists are classified as eukaryotic organisms in the kingdom Protista, and include unicellular or colonial organisms that do not fit in the other three kingdoms. Examples of protists include protozoa, algae, and fungus-like protists. Animals are classified as multicellular, heterotrophic organisms in the kingdom Animalia that ingest food and reproduce sexually or asexually. The document provides examples of invertebrate and vertebrate animals. Both protists and animals are important as producers, consumers, decomposers in food chains, and some can be parasites or provide raw materials for human products.

1. PROTISTS & ANIMALS

2. How are PROTISTS classified?

3. How are PROTISTS classified?
In DOMAIN EUKARYA

4. How are PROTISTS classified?
In DOMAIN EUKARYA
KINGDOM PROTISTA

5. How are PROTISTS classified?
In DOMAIN EUKARYA
KINGDOM PROTISTA
Includes eukaryotes that:

6. How are PROTISTS classified?
In DOMAIN EUKARYA
KINGDOM PROTISTA
Includes eukaryotes that:
Don’t fit in the other 3 kingdoms

7. How are PROTISTS classified?
In DOMAIN EUKARYA
KINGDOM PROTISTA
Includes eukaryotes that:
Don’t fit in the other 3 kingdoms
Are unicellular (or colonial)

8. How are PROTISTS classified?
In DOMAIN EUKARYA
KINGDOM PROTISTA
Includes eukaryotes that:
Don’t fit in the other 3 kingdoms
Are unicellular (or colonial)
Reproduce sexually (by releasing egg or sperm
into watery surroundings) or asexually (by
mitosis)

9. Examples of PROTISTS

10. Examples of PROTISTS
PROTOZOA:

11. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement

12. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor

13. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor

14. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor

15. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor

16. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor
ALGAE:

17. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor
ALGAE:
Plant-like (autotrophic) protists that may have different
structures for movement

18. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor
ALGAE:
Plant-like (autotrophic) protists that may have different
structures for movement
Ex.: Volvox, Euglena

19. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor
ALGAE:
Plant-like (autotrophic) protists that may have different
structures for movement
Ex.: Volvox, Euglena

20. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor
ALGAE:
Plant-like (autotrophic) protists that may have different
structures for movement
Ex.: Volvox, Euglena

21. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor
ALGAE:
Plant-like (autotrophic) protists that may have different
structures for movement
Ex.: Volvox, Euglena
Fungus-like protists:

22. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor
ALGAE:
Plant-like (autotrophic) protists that may have different
structures for movement
Ex.: Volvox, Euglena
Fungus-like protists:
Heterotrophic decomposers

23. Examples of PROTISTS
PROTOZOA:
Animal-like (heterotrophic) protists that have different
structures for movement
Ex.: Paramecium, Amoeba, Stentor
ALGAE:
Plant-like (autotrophic) protists that may have different
structures for movement
Ex.: Volvox, Euglena
Fungus-like protists:
Heterotrophic decomposers
Ex.: slime molds

24. Why are PROTISTS important?

25. Why are PROTISTS important?
Producers &/or consumers &/or
decomposers in food chains

26. Why are PROTISTS important?
Producers &/or consumers &/or
decomposers in food chains

27. Why are PROTISTS important?
Producers &/or consumers &/or
decomposers in food chains
Symbiotic relationships (ex.: protist &
termite)

28. Why are PROTISTS important?
Producers &/or consumers &/or
decomposers in food chains
Symbiotic relationships (ex.: protist &
termite)
Some parasites that cause disease (ex.:
Giardia, Plasmodium (malaria),
Trypanosoma (African sleeping sickness))

29. Why are PROTISTS important?
Producers &/or consumers &/or
decomposers in food chains
Symbiotic relationships (ex.: protist &
termite)
Some parasites that cause disease (ex.:
Giardia, Plasmodium (malaria),
Trypanosoma (African sleeping sickness))

30. Why are PROTISTS important?
Producers &/or consumers &/or
decomposers in food chains
Symbiotic relationships (ex.: protist &
termite)
Some parasites that cause disease (ex.:
Giardia, Plasmodium (malaria),
Trypanosoma (African sleeping sickness))

31. How are ANIMALS classified?

32. How are ANIMALS classified?
In DOMAIN EUKARYA

33. How are ANIMALS classified?
In DOMAIN EUKARYA
KINGDOM ANIMALIA

34. How are ANIMALS classified?
In DOMAIN EUKARYA
KINGDOM ANIMALIA
Includes eukaryotes that are:

35. How are ANIMALS classified?
In DOMAIN EUKARYA
KINGDOM ANIMALIA
Includes eukaryotes that are:
Multicellular

36. How are ANIMALS classified?
In DOMAIN EUKARYA
KINGDOM ANIMALIA
Includes eukaryotes that are:
Multicellular
Heterotrophs that ingest food

37. How are ANIMALS classified?
In DOMAIN EUKARYA
KINGDOM ANIMALIA
Includes eukaryotes that are:
Multicellular
Heterotrophs that ingest food
Able to reproduce sexually (& some asexually
too)

38. How are ANIMALS classified?
In DOMAIN EUKARYA
KINGDOM ANIMALIA
Includes eukaryotes that are:
Multicellular
Heterotrophs that ingest food
Able to reproduce sexually (& some asexually
too)
Lacking cell walls & usually able to move on
their own

39. Examples of ANIMALS

40. Examples of ANIMALS
 INVERTEBRATES:

41. Examples of ANIMALS
 INVERTEBRATES:
Sponges

42. Examples of ANIMALS
 INVERTEBRATES:
Sponges

43. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)

44. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)

45. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms

46. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms

47. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks

48. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks

49. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks
Arthropods

50. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks
Arthropods

51. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks
Arthropods
Echinoderms (spiny-skinned animals)

52. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks
Arthropods
Echinoderms (spiny-skinned animals)

53. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks
Arthropods
Echinoderms (spiny-skinned animals)
 VERTEBRATES:

54. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks
Arthropods
Echinoderms (spiny-skinned animals)
 VERTEBRATES:
Chordates (fish, amphibians, reptiles, birds, mammals)

55. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks
Arthropods
Echinoderms (spiny-skinned animals)
 VERTEBRATES:
Chordates (fish, amphibians, reptiles, birds, mammals)

56. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks
Arthropods
Echinoderms (spiny-skinned animals)
 VERTEBRATES:
Chordates (fish, amphibians, reptiles, birds, mammals)

57. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks
Arthropods
Echinoderms (spiny-skinned animals)
 VERTEBRATES:
Chordates (fish, amphibians, reptiles, birds, mammals)

58. Examples of ANIMALS
 INVERTEBRATES:
Sponges
Cnidarians (stinging-celled animals)
Flat, round & segmented worms
Mollusks
Arthropods
Echinoderms (spiny-skinned animals)
 VERTEBRATES:
Chordates (fish, amphibians, reptiles, birds, mammals)

59. Why are ANIMALS important?

60. Why are ANIMALS important?
Food chains

61. Why are ANIMALS important?
Food chains
Parasites (ex.: tapeworm, leech)

62. Why are ANIMALS important?
Food chains
Parasites (ex.: tapeworm, leech)

63. Why are ANIMALS important?
Food chains
Parasites (ex.: tapeworm, leech)

64. Why are ANIMALS important?
Food chains
Parasites (ex.: tapeworm, leech)

65. Why are ANIMALS important?
Food chains
Parasites (ex.: tapeworm, leech)

66. Why are ANIMALS important?
Food chains
Parasites (ex.: tapeworm, leech)

67. Why are ANIMALS important?
Food chains
Parasites (ex.: tapeworm, leech)
Raw materials for many products used by
humans (how many can you think of?)

68. Summary Activity
PROTISTS ANIMALS

69. Summary Activity
 On paper to turn in, use the following words to fill in the Venn
diagram below:
PROTISTS ANIMALS

70. Summary Activity
 On paper to turn in, use the following words to fill in the Venn
diagram below:
 eukaryotic
PROTISTS ANIMALS

71. Summary Activity
 On paper to turn in, use the following words to fill in the Venn
diagram below:
 eukaryotic
 unicellular, multicellular
PROTISTS ANIMALS

72. Summary Activity
 On paper to turn in, use the following words to fill in the Venn
diagram below:
 eukaryotic
 unicellular, multicellular
 heterotrophic, autotrophic
PROTISTS ANIMALS

73. Summary Activity
 On paper to turn in, use the following words to fill in the Venn
diagram below:
 eukaryotic
 unicellular, multicellular
 heterotrophic, autotrophic
 sexual, asexual
PROTISTS ANIMALS

74. Summary Activity
 On paper to turn in, use the following words to fill in the Venn
diagram below:
 eukaryotic
 unicellular, multicellular
 heterotrophic, autotrophic
 sexual, asexual
 all can move, some can move
PROTISTS ANIMALS

75. Plants and Fungi

76. Plants
DOMAIN ?________
KINGDOM? _________
-Plants are typically
Multicellular
-Can live on land or near/in
water
- Obtain energy from
sunlight (autotrophs)
- Has a cell with a nucleus,
a cell wall and chloroplasts

77. WHY ARE PLANTS IMPORTANT?
• THERE ARE ABOUT
250,000 PLANT
SPECIES THAT LIVE ON
EARTH AND THAT
NUMBER CONTINUES
TO GROW
• PRODUCERS
• ABSORB CO2
• EMIT O2
• PROVIDE SHELTER,
FOOD, DRINKS
• Help form soil
• ANYTHING ELSE?

78. FUNGI

79. Fungi
Domain?______
Kingdom?_____
-Cheese, bread, soy sauce
are all made from the
assistance of fungus
- Eukaryotes (has a cell
wall), heterotrophs,
multicellular (some are
single celled).
- Must live on or near food
supply

80. Types of
Fungi
1. Threadlike Fungi- Ex. Mold on
bread
2. Sac Fungi- Ex. Yeast, powdery
mildews, truffles, and morels.
3. Club fungi- Umbrella shaped
mushrooms
4. Nonmushroom Club Fungi-
Usually grow outward from wood
and from shelves or brackets.
5. Lichens- Combinations of fungus
and algae that grow together

81. Why are they important
to us?
• First and foremost
fungus are
decomposers- necessary
for a sustainable
ecosystem
• Medicines, antibiotics
and vitamins
• Food- bread, truffles,
cheese