A. Two types of plants: 1. Non-vascular, 2. Vascular.

Slides:



Advertisements
Similar presentations
Kingdom Plantae Land Plants Mr. Skirbst Life Science Topic 14.
Advertisements

Chapter 3 Lessons 2 and 3 How do Materials move through plants?
Plant systems.
Plants?? What are Plants? Plants are multi-cellular living organisms that are able to use sun light & water to make their own food.
Nonvascular and Vascular Plants
Plant Kingdom All plants are included in this kingdom, which is then divided into smaller and smaller divisions based on several characteristics Examples:
Mr. Ramos Plant Organs and Tissues. Introduction to Plants There are over 260,000 different species of flowering plants alone! Plants are multicellular,
Characteristics of the Plant Kingdom 1.Plants can make their own food; they are autotrophs you know! 2. Plants have many cells with walls; we call them.
Plant-Soil Interactions Plant Parts and Functions.
CHAPTER 9 “INTRO TO PLANTS” p. 240 Plants -285,000 + species of plants. -All have tissues and “organs”. Plants must have: cell walls -for support. chloroplasts.
SCIENCE Plant Test Review Plant Test Review Good Luck! Good Luck! (Mrs. Yantosh)
How are plants classified? Lesson 3. Vocabulary Gymnosperm: a seed plant that does not produce a flower. They include pines, firs, and other cone-bearing.
Chapter #6 Plants. Section 6.1 Plant Classification Chloroplast- where photosynthesis takes place. Chlorophyll- is a chemical that gives plants their.
Plants.
PLANT STRUCTURE AND FUNCTION
Science Chapter 1- Lesson 3. Plants obtain air and sunlight directly from their environments. Transporting water and nutrients can be very difficult.
Kingdom Plantae. Basic Characteristics  Organisms within Kingdom Plantae are multicellular, eukaryotic, autotrophic and they lack mobility.  Plants.
Plants. I. What is a plant?  A. A multicelluar, eukaryote that has tissues and organs with specialized functions.
Copyright © 2009 Pearson Education, Inc. PLANT STRUCTURE AND FUNCTION.
Plants…an Overview!. Importance of Plants: AgriculturePrevention of Soil Erosion MedicinesMental Health Clothing & DyesClimate Control FuelsTourism Decoration.
Back to the Let’s see how they are classified!
Parts of a Vascular Plant
PLANTS. Plants: Grouped by characteristics Nonvascular –Simple; most grow in moist places –No vascular tissues. No way to move around water and nutrients.
What is their role in photosynthesis?
Plant Structure And Transport. Chapter 13: Plant Structure And Transport Main Parts Of Plant: Main Parts Of Plant: 1.Roots 1.Roots 2.Stem 2.Stem 3.Leaves.
Objective: How can we describe the basic characteristics of plants
Angiosperm  A seed plant that produces flowers. Cambium  A layer in plants that Separates the xylem and phloem.
Plant Kingdom All plants are multicellular, with cell walls made of cellulose. Autotrophs- make own carbs for energy through photosynthesis.
Plants Introduction.
What is a Plant?. Plant Characteristics All Plants are in the Plant Kingdom All plants have cells that contain a cell wall – Act as a plants skeleton.
Plant Anatomy 1. Plant Parts a.k.a. Plant Organs 2. Plant Tissues
Plants! An introduction. Plants All plants are multi-cellular,autotrophic eukaryotes. All plants are multi-cellular,autotrophic eukaryotes. Lots of cells.
Science 6 Unit 3 Lesson 6 What are plants like?. Start- Up Question: What is the purpose of flowers and why do they come in so many different sizes and.
Types of Plants Nonvascularand Vascular Plants. Non-Vascular Plants Example: Mosses Characteristics: 1.No vascular tissue (system of tubes to transport.
Goal for the Day 1.Review the major parts of plants and their functions. 2.Discuss factors involved in the early growth of a plant.
Plants Plants supply oxygen that most organisms need to stay alive They also supply food for many organisms.
Plants!!. Land plants probably evolved from green algae about 430 million years ago.
Plants Botany = the study of plants. Nonvascular plants have no vessels, no roots, no stems or leaves. Examples: Mosses & Liverworts.
Plant Notes:. Plants: Multicellular eukaryotes Cell walls of cellulose Autotrophic (photosynthesis)  Carbon dioxide + water + light Oxygen + glucose.
What surrounds the stomata in a plant leaf that allows water, oxygen and carbon dioxide to enter and leave? Guard Cells 1.
Unit 3 Lesson 1 What Are Some Plant Structures?
Chloroplasts dicot phloem xylem woody. herbaceous moss monocot taproot root hairs.
Parts of a Plant: Roots and Stems Lesson 1.  The root system of a plant is found in the _____________.
GROUPS OF PLANTS. NON-VASCULAR PLANTS Do not have a system to transport water and nutrients Get water through diffusion Small- because they cannot move.
Plant Diversity. What are Plants? Multicellular (made of many cells) Eukaryotes (cells have nucleus & organelles) Cell Walls made of Cellulose Autotrophs.
Introduction to Plants. Five Plant Characteristics   Plants are multicellular eukaryotes.   Plants are autotrophs containing chloroplasts for photosynthesis.
Plant Kingdom.
Unit 3 Lesson 1 What Are Some Plant Structures?
Non-Vascular and Vascular Plants
PLANTS: structure and function & reproduction
Photo- synthesis Plant Parts Types of Plants Reproduction Potpourri
Bellringer The flower on the left is a ___________ and the flower on the right is a ______________.
Lesson 2 Seedless Plants Lesson 3 Seed Plants
How are plants grouped? Chapter 6 Lesson 3.
Kingdom: Plante Plants.
Plants Introduction.
Introduction to Plants
Bacteria to Plants Chapter 2 Plants.
Kingdom Plantae.
What characteristics to all plants share? How are plants classified?
Packet 13: Plants Chapters 21-24
Kingdom Plantae.
Plant Life Unit Test Review.
Chapter 12 Science Test Notes.
Plants Life Cycle of Plants
Plants!.
How do the parts of a plant help it meet it’s needs?
Chapter 17 Plants Review.
Unit 3 Lesson 1 What Are Some Plant Structures?
Corresponds with textbook pages 48 through 56.
Presentation transcript:

A. Two types of plants: 1. Non-vascular, 2. Vascular.

1. Plants without tubes are called nonvascular plants. 2.Mosses are examples of nonvascular plants which lack tubes. 3.Mosses are tiny plants that live in moist places. B. Non-Vascular Plants:

5.Mosses rely on moisture to reproduce and to transport water and nutrients by diffusion & osmosis. 4. Because mosses lack tubes that is why they are short and like shaded moist areas.

Vascular plants can be divided into two groups: a)Seedless plants, b)Seed plants. C. Vascular Plants:

1.Ferns are examples of seedless plants that have tubes. 2.Ferns are able to grow taller because they have tubes for transporting water and nutrients from roots. D. Seedless Plants:

3. Ferns still need a moist environment to reproduce, so like mosses, they also like shaded areas.

There are two types of seed plants: 1. Gymnosperms: non- flowering seed plants 2. Angiosperms: flowering seed plants. E. Seed Plants:

F.Classification of Plants: Plants NonvascularVascular Seedless Plants Seed Plants GymnospermsAngiosperms (ferns) (mosses) (flowers)(pine trees) (pine trees & flowers) (ferns, pine trees, & flowers) (mosses, ferns, pine trees & flowers) Level I Level II Level III Level IV

G.Seed Plant Structure: 1. There are two types of vascular tissue: a) xylem: carries water. b) phloem: carries food.

2.Roots serve three purposes: a) anchor plant to ground. b) absorb water and minerals from soil. c) store food (e.g. taproot).

3. Two root types: a) fibrous root: consists of numerous roots & root hairs (e.g. pine tree). b) taproot: has one main root (e.g. carrot).

4. Stems serve two purposes: a) support leaves to maximize food makingcapabilities. b) transport water, minerals, and food between roots and leaves.

5. Two stem types: a) herbaceous: green and soft stems. b) woody: hard stems that generally contain seasonal rings.

6. Leaves serve one primary function: a) make food for the plant. - this is accomplished through the process of photosynthesis.

- sunlight energy is used to combine water and carbon dioxide to make food (glucose) during photosynthesis.

7.