Kingdom Plantae: Anatomy and Classification March 27,2014

Slides:



Advertisements
Similar presentations
SYSTEMS IN PLANTS 4.1 Plants are multicellular organisms with two obvious distinguishing features: They are usually green They cannot move from place to.
Advertisements

SYSTEMS IN PLANTS Plants are multicellular Organisms with
Plant Tissues & Basic Cell Types
INVESTIGATION 2: REVIEW GUIDE QUESTIONS & ANSWERS
Chapter 5 Notes – Pages White Oak, Illinois State Tree White oak trees have bark that is off-whitish to ashy gray in color. It can be very scaly.
THE PLANT KINGDOM. All plants: Are Multicellular Are Autotrophic – photosynthetic Have cell walls with cellulose (that polysaccharide that we can’t digest.
KEY CONCEPT Plants have specialized cells and tissue systems.
Chapter 24: Kingdom Plantae Leaving Certificate Biology Higher Level.
Structure of Flowering Plants
Chapter #42 – Plant Anatomy & Nutrient Transport
21.1 Plant Cells and Tissues TEKS 5B, 10B, 10C The student is expected to: 4B investigate and explain cellular processes, including homeostasis, energy.
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.
NOT ON AP: NEEDED FOR BACKGROUND
PLANT STRUCTURE AND FUNCTION
Plant Structure and Function. Plant Cells Cell TypeExampleFunctions Parenchyma Storage Photosynthesis Gas Exchange Protection Tissue Repair and Replacement.
KEY CONCEPT Plants have specialized cells and tissue systems.
Structure of Plants Leaves Blade Veins –midrib Petiole.
The Parts of a Plant. What Plant Part Is It? Stem, Leaf, Root, Flower, Fruit, Seed? Fruit/Vegetable Part of Plant Broccoli Cabbage Carrot Celery Stalk.
Copyright © 2009 Pearson Education, Inc. PLANT STRUCTURE AND FUNCTION.
Seed Plants Leaves- where the food making process (photosynthesis) occurs.
Exploring Plants Plant Structure & Function. Tissues  Vascular tissue form strands that conduct water, minerals, & nutrients through a plant  Dermal.
Support a plant….be a stem!
Plants: Structure and Function. What do you already know... Name the process that occurs within the leaves of green plants. What is the equation for this.
Vascular Plants with Seeds C9L3P2 Plant Tissues. tissue a group of similar cells working together to perform a particular function.
21.1 Plant Cells and Tissues TEKS 5B, 10B, 10C KEY CONCEPT Plants have specialized cells and tissue systems.
Honors Biology April 3, 2014 Module 14 Kingdom Plantae: Anatomy and Classification, Part 2.
21.1 Plant Cells and Tissues Reproductive Adaptations Contribute to Angiosperm Success Anatomy of a Typical Flower 20.1.
 Botany Unit. Plant Systematics  Basic process in plant taxonomy  Cataloging  Identifying  Classifying.
Plants: Structure and Function
PLANT STRUCTURE AND FUNCTION
SEED PLANTS Characteristics of Seed Plants Most seed plants have leaves, stems, roots, and vascular tissue Reproduce by seeds, which contain an embryo.
Plant Parts and Functions Biology I Curriculum Update.
21.1 Plant Cells and Tissues TEKS 5B, 10B, 10C The student is expected to: 5B examine specialized cells, including roots, stems, and leaves of plants...;
AP Biology Plant Anatomy AP Biology Basic plant anatomy 1  Root system  root tip  root hairs.
Honors Biology Module 14 Kingdom Plantae: Anatomy and Classification March 10, 2016.
Plant Tissues, Structure and Function
Plant tissues.
They’re what's for dinner!
KEY CONCEPT Plants have specialized cells and tissue systems.
Module 14 Kingdom Plantae: Anatomy and Classification, Part 2
Plant Tissues and Organs
KEY CONCEPT Plants have specialized cells and tissue systems.
Parts of a Plant.
Plant Tissues.
Plant Tissues.
The student is expected to: 5B examine specialized cells, including roots, stems, and leaves of plants...; 10B describe the interactions that occur among.
Plant Form and Function
Plant Tissues.
Plant Structure & Function
The student is expected to: 5B examine specialized cells, including roots, stems, and leaves of plants...; 10B describe the interactions that occur among.
Cellular Differentiation and Specialization in Plants
KEY CONCEPT Plants have specialized cells and tissue systems.
Structure and Function of Plants
KEY CONCEPT Plants have specialized cells and tissue systems.
KEY CONCEPT Plants have specialized cells and tissue systems.
KEY CONCEPT Plants have specialized cells and tissue systems.
Plant Tissues, Structure and Function
Stems Section 12.3.
Chapter 13 Key Terms Rhizoid Sporophyte Gametophyte Sporangium Epiphyte Cuticle Gymnosperm Angiosperm Monocot Dicot Xylem Phloem Node Stoma.
What are tissues made of?
Plant Tissues.
KEY CONCEPT Plants have specialized cells and tissue systems.
KEY CONCEPT Plants have specialized cells and tissue systems.
SYSTEMS IN PLANTS Plants are eukaryotes with 2 special features:
Plant Cells and Tissues
KEY CONCEPT Plants have specialized cells and tissue systems.
Plant Tissues, Structure and Function
Chapter 17 Plants Review.
Plant Structure & Function
Stems transports water and dissolved substances throughout the plant body supports the branches, leaves, and flowers store water and carbohydrates may.
Presentation transcript:

Kingdom Plantae: Anatomy and Classification March 27,2014 Honors Biology Module 14 Kingdom Plantae: Anatomy and Classification March 27,2014

Notebook check today Through module 13 I will also be collecting lab books at the end of today’s class.

March 27, 2014 - Quiz 24 Indicate with arrows  the direction of blood flow into and out of the human heart. Can you name and identify all of the arteries and veins ?

Blood Flow through the heart

Kingdom Plantae: Anatomy and Classification Botany: Is the study of plants There are many ways to look at and analyze plants.

Determine if they are…. Woody (Perennial): It has trunks and/or woody stems and it typically grows year after year. Annual (herbaceous): These plants do not have woody parts and they typically live for only one year.

Biennial: Plants that live for two years Biennial: Plants that live for two years. Typically they store food during the first season of growth and then reproduce in the second season.

When you begin to study plants They have certain organs and tissues. They can be classified into two groups: Vegetative organs: the parts of a plant (stems, roots and leaves) that are not involved in reproduction, Reproductive plant organs: The parts of a plant (flowers, fruits and seeds) involved in reproduction.

Is a tomato a fruit or vegetable? Clue: If a food item is a reproductive plant organ, it is a fruit. If it is a vegetative organ, it is a vegetable. So, what is it?

A tomato is a fruit !!! Many of the foods we call “vegetables” are seeds or containers of seeds (peas, corn) Vegetative edibles: Carrots (roots), lettuce, celery

Plants have 4 basic kinds of tisssues Meristematic tissue: contains cells that are undifferentiated (cells that have not specialized in any particular function). They can develop through mitosis into any tissue that the plant needs.

2. Ground tissue: is the most common plant tissue 2. Ground tissue: is the most common plant tissue. These cells provide storage for starches and oils that the plant needs. Other ground tissue provides for metabolism through photosynthesis. Also cells for ground tissue help to support the plant.

3. Dermal tissue: This is generally made out of a single layer of cells. It protects the plant by providing a shield between the environment and the plant’s internal tissues. This shield can stop many pathogenic bacterial and fungi. It can also prevent needed chemicals inside the plant from leaking out into the environment. The dermal tissue in the roots of a plant is also responsible for absorbing water and minerals that the plant needs.

4. Vascular tissue: This is not present in all plants 4. Vascular tissue: This is not present in all plants. However, the majority of plants have it. It is used to carry water and dissolved material (minerals) throughout the plant. (Think of it as the same as blood vessels in animals) A. Xylem: nonliving vascular tissue that carries water and dissolved minerals from the roots of a plant and its leaves. (Cells have thicker walls and cells die after they mature) B. Phloem: Living vascular tissue that carries sugar and organic substances throughout the plant. (Cells continue to live after they mature)

Major parts of a Leaf Figure 14.1

Simple and Compound Leaves Figure 14.2 A simple leaf is one leaf attached to the stem by a single petiole. A compound leaf has several leaflets attached to a single petiole.

Leaf Arrangement

3 Main Leaf Mosaics Figure 14.3 The arrangement of leaves on the stem

Shape, margin and venation Botanists classify leaves using 3 characteristics: Shape, margin and venation

Common Leaf Shapes Figure 14.4

Leaf Margins Figure 14.5

Leaf Venations Figure 14.6

Sample Classification

On Your Own 14.4 Page 435

Plant Structure http://youtu.be/zHp_voyo7MY

Plant Nutrition and Transport http://youtu.be/bsY8j8f54I0

Great Website on Tree Identification http://texastreeid.tamu.edu/content/howToID/#bark

Leaf Collection and Identification Experiment 14.1 Leaf Collection and Identification Object: To become familiar with the various trees in your area.

Homework Read Module 14 Pages 442-458; Answer OYO questions 14.1 – 14.10; Answer Study Guide questions a-k and 2-11; Quiz: Know parts of the leaf: Figure 14.1 Figure 14.3 – 14.6