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Kingdom Protista
• Kingdom Protista is a diverse group of
eukaryotic organisms. Protists are unicellular,
some are colonial or multicellular, they do not
have specialized tissue organization. The simple
cellular organization distinguishes the protists
from other eukaryotes. Some have flagella or
cilia for locomotion. Reproduction in protists is
both asexual and sexual. They live in any
environment that contains water.
Kingdom Protista are categorized
into two taxons:
Protozoans - animal-like single-celled
organisms.
Algae - plant-like single or multi-celled
organisms.
Animal-like Protists -
PROTOZOANS
• Protists that have resemblance to
animals are known as protozoans.
They in moist and watery
environments. The characteristics
similar to animals are - their ability to
move and their inability to produce their
own food (heterotrophs). They differ
from animals being unicellular while
animals are multicellular.
Protozoans are classified on the
way they move into four
categories:
• Sacordinians - move using pseudopod.
• Zooflagellates - move using flagella.
• Ciliaphorans - move using cilia.
• Sporozoans - forms spores.
Phylum Sarcodina
• The movement in sarcodinians is by
extending lobes of cytoplasm known as
pseudopodia. The pseudopodia is used
for movement and feeding. During the
formation of the pseudopodia the
cytoplasm streams into the lobe causing
the lobe to 'ooze' and grow. Because of
this the pseudopodians have a 'blob like
appearance.
Example: Amoeba
Phylum Mastigophora (Zooflagellata
)
• These protozoans move with the help of
flagella. Most of them are parasitic. Many
flagellates are seen in the intestine of
humans, in termites and other animals,
some flagellates are harmful.
Example: Trypanosoma gambiense
Phylum Ciliophora (Ciliates)
• Protozoans of this phylum move with hair
like structures called cilia. The movement
of cilia is paddle like, it sways back and
forth for movement and fast beating of the
cilia causes movement of the organism.
The cilia is also used to sweep food
particles into the organism.
Example: Paramecium
Phylum Sporozoa
• All members of this phylum are non-motile
and parasitic. They forms spores and
hence the name sporozoa. They lack
locomotory structures and they are
carried in their hosts by their body fluids.
Many sporozoans causes serious
diseases in humans.
Example: Plasmodium
Plant-like Protists - ALGAE
• Plant-like protists have chlorophyll like that
in plants. The green substance in their
cells enable them to make food by
photosynthesis. The plant-like protists are
the major food source and primary
producers for water organisms.
Phylum Chlorophyta (Green Algae)
• The green algae include unicellular and
multicellular algae. Body is sheet-like
thallus. They have cell walls made of
cellulose and pectin.
Example: Spirogyra
Phylum Rhodophyta (Red
Algae)
• Red algae are mostly large and
multicellular. They grow in oceans. The
algae 'Nori' and Gelidium are used as
food, in parts of Asia. Carragean and agar
are glue-like substances in red-algae.
Example: Porphyra
Phylum Phaeophyta (Brown Algae)
• Brown algae are multicellular. They grow
on rocks in shallow water of the sea. Large
brown algae are called kelps. The brown
algae growing on rocks are known as
rockweed.
Example:
Sargassum
Phylum Chrysophyta (Golden
algae)
• 'Chryso' means 'color of gold'. There are
three types of golden-algae: yellow-green
algae, golden brown algae, diatoms.
• Diatoms are the most abundant and are
found in seawater and freshwater habitats.
The shell of diatoms are made of silica.
Example: Ochrophyta
Phylum Pyrrophyta (Fire Algae)
• It contains of species of one-celled algae
called dinoflagellate which means
'spinning swimmers'. They store food in
the form of starch and oils. Almost all
species like in marine water.
Example: Ceratium
Fungus-like Protists
• Slime Molds - Slime molds are saprophytic
protists. They are very bright in
appearance. They live in moist soil,
decaying plants and trees. They are
single-celled organisms.
Example: Myxomycota
Importance in the Environment
• The slime molds are important
to ecosystems because they are
decomposers, which release vital nutrients
back into the environment.
• Protists serve numerous purposes in the
ecosystem including producing between 70
and 80 percent of the world’s oxygen, being
a main food source for aquatic animals and a
major decomposing agent of dead material.
GROUP 3
Christine Joy
Legaspi
Ariel Vergara
Mark Paul
Carnate

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Protista

  • 1.
  • 2. Kingdom Protista • Kingdom Protista is a diverse group of eukaryotic organisms. Protists are unicellular, some are colonial or multicellular, they do not have specialized tissue organization. The simple cellular organization distinguishes the protists from other eukaryotes. Some have flagella or cilia for locomotion. Reproduction in protists is both asexual and sexual. They live in any environment that contains water.
  • 3. Kingdom Protista are categorized into two taxons: Protozoans - animal-like single-celled organisms. Algae - plant-like single or multi-celled organisms.
  • 4. Animal-like Protists - PROTOZOANS • Protists that have resemblance to animals are known as protozoans. They in moist and watery environments. The characteristics similar to animals are - their ability to move and their inability to produce their own food (heterotrophs). They differ from animals being unicellular while animals are multicellular.
  • 5. Protozoans are classified on the way they move into four categories: • Sacordinians - move using pseudopod. • Zooflagellates - move using flagella. • Ciliaphorans - move using cilia. • Sporozoans - forms spores.
  • 6. Phylum Sarcodina • The movement in sarcodinians is by extending lobes of cytoplasm known as pseudopodia. The pseudopodia is used for movement and feeding. During the formation of the pseudopodia the cytoplasm streams into the lobe causing the lobe to 'ooze' and grow. Because of this the pseudopodians have a 'blob like appearance.
  • 8. Phylum Mastigophora (Zooflagellata ) • These protozoans move with the help of flagella. Most of them are parasitic. Many flagellates are seen in the intestine of humans, in termites and other animals, some flagellates are harmful.
  • 10. Phylum Ciliophora (Ciliates) • Protozoans of this phylum move with hair like structures called cilia. The movement of cilia is paddle like, it sways back and forth for movement and fast beating of the cilia causes movement of the organism. The cilia is also used to sweep food particles into the organism.
  • 12. Phylum Sporozoa • All members of this phylum are non-motile and parasitic. They forms spores and hence the name sporozoa. They lack locomotory structures and they are carried in their hosts by their body fluids. Many sporozoans causes serious diseases in humans.
  • 14. Plant-like Protists - ALGAE • Plant-like protists have chlorophyll like that in plants. The green substance in their cells enable them to make food by photosynthesis. The plant-like protists are the major food source and primary producers for water organisms.
  • 15. Phylum Chlorophyta (Green Algae) • The green algae include unicellular and multicellular algae. Body is sheet-like thallus. They have cell walls made of cellulose and pectin.
  • 17. Phylum Rhodophyta (Red Algae) • Red algae are mostly large and multicellular. They grow in oceans. The algae 'Nori' and Gelidium are used as food, in parts of Asia. Carragean and agar are glue-like substances in red-algae.
  • 19. Phylum Phaeophyta (Brown Algae) • Brown algae are multicellular. They grow on rocks in shallow water of the sea. Large brown algae are called kelps. The brown algae growing on rocks are known as rockweed.
  • 21. Phylum Chrysophyta (Golden algae) • 'Chryso' means 'color of gold'. There are three types of golden-algae: yellow-green algae, golden brown algae, diatoms. • Diatoms are the most abundant and are found in seawater and freshwater habitats. The shell of diatoms are made of silica.
  • 23. Phylum Pyrrophyta (Fire Algae) • It contains of species of one-celled algae called dinoflagellate which means 'spinning swimmers'. They store food in the form of starch and oils. Almost all species like in marine water.
  • 25. Fungus-like Protists • Slime Molds - Slime molds are saprophytic protists. They are very bright in appearance. They live in moist soil, decaying plants and trees. They are single-celled organisms.
  • 27. Importance in the Environment • The slime molds are important to ecosystems because they are decomposers, which release vital nutrients back into the environment. • Protists serve numerous purposes in the ecosystem including producing between 70 and 80 percent of the world’s oxygen, being a main food source for aquatic animals and a major decomposing agent of dead material.
  • 28. GROUP 3 Christine Joy Legaspi Ariel Vergara Mark Paul Carnate