The Plant By: Teddy Frisk Origin of Plant A plant is a multicellular eukaryote. Plants evolved...

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The Plant By: Teddy Frisk

Transcript of The Plant By: Teddy Frisk Origin of Plant A plant is a multicellular eukaryote. Plants evolved...

Page 1: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

The PlantBy: Teddy Frisk

Page 2: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Origin of Plant A plant is a multicellular eukaryote. Plants evolved from filamentous green

algae that lived in the ancient oceans. Leafless plants later moved to land.

Page 3: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Adaptations in Plants As plants moved from the oceans to land, they had to adapt to survive. The adaptations were:

Cuticle; the development of leaves, roots, stems, & vascular tissues.

Alteration of generations; and the evolution of the seed.

Page 4: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Cuticle

Waxy waterproof coating of stems & leaves of most plants.

Page 5: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Leaves/Roots/Stems Leaves: Plant organ that grows from a

stem, and usually where photosynthesis occurs.

Roots: Plant organ that absorbs water & minerals from soil.

Stems: Plant organ that provides support for growth.

Page 6: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Vascular Tissues Tube-like cells where water, food, &

other materials are transported.

Page 7: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Alteration of Generations 2 stages; the gametophyte generation, and the sporophyte generation (life cycle of plant). Gametophyte generation: All cells are

haploid. Sporophyte generation: All cells are

diploid, & are produced by mitosis & cell division.

Page 8: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Seed Plant organ that contains an embryo,

along with a food supply.

Page 9: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Plant Kingdom Grouped into major categories called divisions.

Page 10: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Nonvascular Plants They are in the divisions

Anthocerophyta, Hepaticophyta, & Bryphyta.

They produce mainly by using spores.

They don’t produce seeds.

Page 11: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Non-seed Vascular Plants They are in the divisions Psilophyta,

Lycophyta, Arthrophyta, & Pterophyta. Their tissues conduct water & other

materials & reproduce mainly by spores.

Page 12: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Vascular Seed Plants They are in the divisions Cycadophyta,

Gnetophyta, Ginkgophyta, & Coniferophyta produce seeds on cones.

Male cones & females cones can be on separate plants or the same plant.

Page 13: The Plant By: Teddy Frisk Origin of Plant  A plant is a multicellular eukaryote.  Plants evolved from filamentous green algae that lived in the ancient.

Anthophyta Division It includes vascular, seed-producing

plants that flower. Fruits with seed develop from flowers. Anthophytes are divided into two

groups; monocotyledons & dicotyledons.